TW201212989A - Alphabet toys and educational alphabet toys - Google Patents

Abstract

The invention provides an alphabet toy configured in such a way that, according to the shape of a letter, the outer shape of an object that corresponds to a word including that letter is immediately formed through a simple operation. The alphabet toy contains a plurality of constituent members, a connection section, an elastic member, an engaging section, and a switch member. At least some of the plurality of constituent members can be folded into a first shape to resist the elastic force of the aforementioned elastic member and are configured to have a front surface and an inner surface of the letter contour, and a lateral surface disposed along the aforementioned contour. Said letter shape is maintained by means of the engaging section. The switch member is disposed at a position wherein the top surface of the first shape configures the same plane as one of either the front surface, the back surface, or the lateral surface in the first shape, and when said switch member is operated, the engagement of the engaging section will be released, the constituent members thus move abruptly relative to each other by means of the elastic force of the elastic member so as to exhibit a second shape. The second shape has an appearance of an object that corresponds to a word including the appearance of the letter.

Description

201212989 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an English alphabet toy that can be mutually deformed between a specified English letter form and an item form corresponding to a word containing the English letter. There are corresponding English alphabet educational toys composed of a plurality of English alphabet toys with 26 English letters. [Prior Art] ^ ^The past is known as a building block toy that changes the form of a block showing an English letter to an object of any kind with the English letter as a prefix. In addition, the building block-like body has a member that can be extended and contracted in the inner and outer directions, and a building block toy in which each member protrudes from the main body by a simple operation is also widely used (Patent Document 1). The main feature of the educational building block toy proposed by the stereoscopic 矣 + test a + m ,, k ' /, t

。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 ^ This is a new patent publication No. Sho 62-070596. In the invention described in the above Patent Document 1, since the character shape of the three-dimensional table is used, it is expected that the character shape can be recognized only by visually building the wood to enhance the learning effect. However, the structure of the simple 疋t8^ is difficult to continue to cause interest in infants and the like. In the case of the invention described in Patent Document 2, it is possible to change the dibutan form into a change of the robot in a single shape. However, in order to restore the original so-called morphological change, only the individual members are large, and there is a lack thereof. Interesting questions. [Summary of the Invention] Only one educational toy that is smashed into a sinister text is needed. Because of the shape of the singular word of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ a member; the connecting portion includes 'a plurality of configurations, the elastic member is configured to be elastically opposed to the above; the aforementioned configuration is configured to the connecting portion; and the engaging portion is disposed by biasing the member: at least a few of the members Against the above-mentioned elastic member m娄: one configuration j, the first member' is divided into the constituent members of the third (fourth), and the front and the inside of the outline of the letter of the letter of the central letter are arranged to have any side, by the aforementioned card The joint maintains the text ^/q=the corridor is equipped with a 'top pressure on the top surface of the top surface in the first shape:: 4, 201212989 - the square is the same as the side surface. The third portion of the engaging portion is applied to the above-described elastic force released by the elastic member when the switching member is operated, the front portion = the engagement is released, and the speed = speed movement 'appears the second shape. , the = component separates the words of the text The shape of the items. The expression of the shape corresponds to the package containing the composition = system = = can be constructed, the foregoing plural: special, less - one other;:: ===, the action (four) w in the description of the "piece (four) is compiled into the interlocking action t of the component, In the case of the shape, it is folded into the front and the text is two: it forms a "slightly flattened face letter 4 of the above-mentioned first profile". When the second shape is formed, the front surface of the front face and the speed of the J are quickly jumped out. The above-mentioned two constituent members which are arranged in the outline of the outer ― ― ― ― 方 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少The alphabet toy may be configured such that the at least one second member configured to be moved by the first two sides and the outer side of the first i-th direction is formed by the aforementioned shape ir, b: surface, curved surface or plane-part two = text = placed on the top surface of the above-mentioned switching member, is arranged in the above-mentioned 匕: 2 series configurable 201212989' when the pressing force is applied to the aforementioned switch M The engagement of the engaging portion is released, and the outer shape of the article is jumped out. The preceding wheel "moving outwardly" appears to include; the first constituent member in the constituent member, and the front surface and the front side or the inner side of the arrangement are shifted in the outer direction; ==== in the first shape =. And the English 4 toy system can be used; == is the same-surface configuration. On the side described above, when the pressure is applied to the outer side of the top surface of the member, the outer side of the member is displayed, and the item is jumped out. a subsurface or a weaning component; a plurality 22-2 may include: between the body members; and the body M @1 is disposed in a two-body body member between the plurality of inferior structures Between the elastic members; the card \ in the description of the linkage mechanism and the aforementioned body member, when = group. r = member, configured to resist any of the elastic members of the elastic member = before = = the body member and the aforementioned plural; ^ the first member = structure = the front of the first letter of the letter shape of the letter ^ The knife (4) has an arbitrarily-English face, with the aforementioned card = two =: edge!, the configured side first shape 'the other switch member is the top 6 201212989 face disposed in the front, the inside or the side One of the positions on the surface structure, and in the state of the first shape, the card is removed from the engagement portion in response to an operation performed on the top surface of the j-surface contact member. The elastic force released by the member is caused by the fact that the body member is rapidly moved, and the body member and the opposite member are changed to a second shape corresponding to the appearance of the product in which the character is the first word. . In the English alphabet toy of the present invention, it is preferable that the above-mentioned article has an outer shape corresponding to the animal name including the character. v ''Worry' and 'The English alphabet toy' of the present invention is composed of a group of the aforementioned alphabet toy composed of the letters and letters.彳固央 [Effect of the Invention] According to the present invention, an alphabet toy and an English letter are provided, which can instantly visualize the shape of a single-word article of the first shape of the 匕3 in a simple pressing operation. 1 夬文 letters and item name assignment? - Relevance, so it can give the impression of the baby, but can make the infants and children have long-term interest. [Embodiment] Hereinafter, a description will be given of a mode for carrying out the invention. Ying constitutes 'the i-th shape that can express the English alphabet, and invites the second shape of the animal's shape to be mutually deformed, and the basin is raised two and two, and the character is the animal name of the prefix, etc. Operating under pressure, each component can be deformed. Further, the English alphabet toy is configured such that any one of the plurality of constituent members is restored to its original state, and the other constituent members that are interlocked are restored to their original state. That is to say, this English 201212989 alphabet toy can be restored to the first shape in one operation. ι knowing to expand, or a moving part, at least 1 === contains a plurality of constituent members; the connecting member is arranged at the connecting portion for moving and connecting; elastic applying force; The engaging portion and the second member are made of a pair of constituent members for displaying the second member of the animal by the elastic force. The plurality of constituent members are formed such that at least a few of the members of the rear foot, the tail, and the like are formed as a head, a body, a forefoot, and an elastic force, and a plurality of members against the elastic member are respectively formed. It has any shape, and the configuration of the first shape and the front and the back of the outline of the character along the outline of the outline. Further, the side surface of the i is maintained by the engagement portion. When folded into the front m-mother toy, when it is assembled into the first shape, the surface and the side surface include a two-sided structure, which has a slightly flat outline of the English alphabet. The surface of the text is contoured or flat. In the shape of the pressing device 2: the snapping engagement is released. ~& is applied to the pressing force of the top surface and is disposed under the engaging portion in the state of the first shape, The front side of the switch member, the inside or the side of the side - the other side of the face of the British woman, the face of the same face. The snap fit of the joint is the toy when the switch member is operated, the card Ground movement is composed of a removable single component The elastic shape and the rapid mutual expression of the 1st member corresponding to the I, and the appearance of the second shape. The article of the English word of the animal name of the attack, λ ^ corresponds to 26 English letters "Δ "7 consists of a group of 26 central text mothers" ~ 2" several eight' constitutes an English alphabet educational toy. 8 201212989 [Embodiment] Hereinafter, embodiments of the present invention will be described in detail. The alphabetical educational toy of the present embodiment is composed of a group of 26 English alphabet toys each composed of 26 English letters "A" to "Z". Each of the English alphabet toys can be a deformed toy which can be deformed between the letter form of the English alphabet and the form of the animal name corresponding to the letter containing the English alphabet. In other words, each English alphabet toy is a three-dimensional display of English letters and animals containing English alphabets. Thereby, the user can intuitively recognize the characters and the shape of the animal from the whole by visually, thereby learning English letters and English words corresponding to the animals. Further, as the second form including the English alphabet, not only animals but also various items such as fruits, plants, and insects can be used as the second form. The letter of the English alphabet is preferably the word corresponding to the beginning or the end of the English word. For example, when the English letter "A" is set to the first form, the crocodile corresponding to the English word "A L L I G A T〇R" having the character "A" as the prefix can be used as the second form. In the case where the "X" is set to the first form, the fox corresponding to the English word "F〇X" having the character "X" as the suffix can be used as the second form. Further, each of the English alphabet toys is configured such that the pressing operation can be instantaneously performed from all sides in an instant by only one pressing operation, giving the user a sense of irritability and interest. In this way, the user can not play the game while learning the English alphabet and the English word, and the memory can be firmly remembered. The alphabet toy constituting the English alphabet educational toy is formed by changing the shape of the English alphabet into a form of an animal by rapidly rotating and moving the respective constituent members representing the designated portion such as the animal's head and the foot. . The English alphabets are composed of different animals, respectively, depending on the English letters displayed. However, the structure of the «till 9 201212989 features is common. In other words, the alphabet toy includes: a member that can move at least the pair of constituent members to each other, a member that can apply force to the pair of constituent members, a member that is biased by elasticity, an engaging portion, and Switching member. In addition, the elastic structure of the connecting portion has at least several elastic forces against the elastic member = the number of the constituent members = the second shape which constitutes the front and the inside of the outline of the parent text; the U central sub-surfaces, by the engaging portion (4) Holding a post. . The side switch member disposed in the material profile is provided with one of the first surface, the inner surface, or the side surface. In the state of the second surface, the surface on which the switch member is disposed is configured to be the same as the pressure and the card is formed. The structure of the joint is removed and the structure is added to the top surface, in addition to the English alphabet toy system. At the time of the member, the engagement of the engaging portion is released, and the shape of the animal (four) 2 is a shape of a single word. The following is a detailed description of the "Gl" 丨 "n" 砰 (10) 仃 (4) constituting tool in the first form. The English alphabet of JQ "R" is played A. In the first and second figures, the structure in which the English letter "G" is written as the letter toy 1G will be described. The first picture (3) is not in the state of the first shape of the English alphabet and 1Gj = view f; G first? (b) is a perspective view showing the view of the second in the state of the second shape. The second figure shows a side view of the internal structure of the first child and only the h: the text toy 1G. In the normal pass, when the English alphabet toy (7) is in the shape of the simulated giraffe 2, the direction of the position where the head 41G is located is set to the upper side, and the direction of the position where the foot and the rear foot are located before the 201212989 direction is set to the lower side. . Further, the t direction of the position where the tail portion 5G is located is set to the rear, and the direction of the position where the foot is located in the opposite direction is set to the front. Furthermore, when the English alphabet toy 1G in the shape of the third is viewed from the front, the character "G" will be recognized. The face on the left side of the giraffe is set to the front side of the opposite side, which is about the right side of the neck. The surface is set to the inside, and the surface on which the outline of "G" is expressed, that is, the surface on which the giraffe's nose is drawn, and the surface on which the switch member 7G and the tail portion 5G are disposed is set as the side surface.

This kind of center and mother (four) up shape J is deformed between the second shapes. The shape of the second crucible is as shown in the first figure (a). When the shape is formed by observing the front side from the front, the surface is formed as a surface of the "G", as shown in the first figure (b). 'Formed open; shape=, the shape corresponding to the m (four) letter "G" is the initial name of the word "GI RAFFE". In the case of the 1G series, the piU, the 7-member member, the Wei elastic material, and the + ^ are interlocked with each other, and are disposed in the neck 4 (} which will be described later. The shape of the object of the twisted coil spring 44G of the snap-on & 卞 卩 藉 藉 = = = =========================================================================== The second shape: "body δ, a plurality of constituent members J body portion 2G, and the upper third end before the body portion 2G. The head of the body member that is connected to the front end of the neck portion 4G is raised, and the HI is near the neck. a portion 4G, a tail portion 5 G near the rear end of the pivot. The ¥ m is connected to the body portion 2 G in a first shape - having a side view =: 201212989 The side of the wheel is configured, as shown in Figure-b (b) In the state of the second shape, the shape of the first shape is formed in the state of the second shape. The body and the forefoot Mm in the state of the second shape are in the state of the first shape. Under, there is a part of the front and the inside, and the surface and plane of the rim on the rim. The constituent members of the unit have an interlocking mechanism for interlocking the respective members. Further, in the body portion 2G, a switch member 7g that can be externally operated is disposed. The switch member 7G is a top member. The surface 73G is at a position where the Λ Ϊ Ϊ surface constitutes the same surface. In other words, the switch member 7G is configured to form a portion along the side of the arrangement in the state of the second ridge shape, and is not protruded by the outline of the letter. The gallery 7 g is a member that can be pressed inwardly by a finger. As shown in the second figure, it has a handle 70G having a top surface 73G: and a sheet extending downward from the operation portion. The plate member is formed with a pressing portion 72G that engages with the locking portion 63G of the interlocking member 6G to be described later. Further, the opening portion "G" is provided above the pressing portion 72G. The pressing portion 72G of the switching member 7G and the locking portion 63G of the interlocking member 6 are removed from each other by the pressing force applied to the operating portion ϋ top surface 73G. Department 70G lower side configuration When the disc spring 77G is used to separate the finger, the member 7 can be restored to the state before the operation. The coil spring 77G is disposed on the lower end surface of the operation portion 7〇G and the support plate 27G protruding from the inner surface of the body buckle. In the middle of the body part 2G, the 70G is biased upward. The English child-mother toy 1G has 201212989 pieces of 6G inside the body part 2G, and is arranged to be parallel movable in the front-rear direction. The structure of the third portion has a pressing portion 64G that engages with a base portion of a neck portion 4G to be described later at the distal end, and a pin 69G that engages with a tail portion 5G I f to be described later at the rear end. Further, the interlocking member 6 is attached to the vicinity of the center of the front and rear, and has a locking portion 63 that protrudes toward the front side. In other words, the member 6G is configured to be engageable with the switch member 7 (5, the neck portion 4G, and the tail member 7). When the switch member 7G is pressed downward, the card is engaged with the switch. When the joint is released, the neck 4G is pressed toward the rear, and the moving mechanism St 彳 方 方 , , , , , , 5 尾 尾 尾 4 4 4 4 4 4 4 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The intermediate portion that is movably disposed in the body portion 2G is configured to move in conjunction with the tail portion 5 by the interlocking member 6 (}. The coil spring 66G is disposed on the interlocking member W. The slightly lower middle side of the teeth = 67G and the support plate 26β provided between the body part 2 (}. The r'gf interlocking member 6G is biased forward by the coil spring 66G. When the f: G system is a kind In the state of the second shape, in the state of the second shape, the phase % and the inner neck and the neck portion are in the state of the first shape, and the contours of the letters arranged on the body surface are arranged on the side surface and the flat body. And / can be rotated to the (four) part 2〇. The moving part is formed with μ ^ I, by inserting the shaft 45G into the == 4G and The 4G jumps out of the direction of the force. In the 4th, the suspected moving part 24G is a connection that can be connected to the factory's G and the body part 2G, which can be moved to each other. The torsion disc * 44G of the joint is formed so that the pressing force can be applied by the elastic force for the neck 4G and the 1 P 2G. And the body 201212989 and the 'end of the neck 4G, forming a heart covering The base portion 48G is formed in an arc shape. Further, an opening is formed in the base portion 48, and the interlocking member 6H is caught at the edge of the opening, and the neck portion 4G is disposed in the state of the first shape. In order to form the surface of the letter, the rot is placed on the side surface and B, and is placed in the body part 2 (} in the folded state. ^ ^ The neck 40 is the lock when the interlocking member commits Gamma j

^ 44G's handleless movement causes the neck 4G to jump out from the side. When the ΪΪ檨4〇 is moved, the base of the neck is squatting. I = part (4) is pushed backwards. At this time, since the switch member 7G is pressed, the latching portion of the interlocking member 6 (} passes through the opening portion 74G of the switch member 7G. " The tail portion 5G is as shown in the first figure (b). In the state of 2, the tail of the giraffe, as shown in the first figure (a), is housed in the body part 2G in the state of the first shape, and is arranged on the side along the outline of the English letter. The curved surface and a part of the plane constitute a member, and the tail portion 5G is pivotally disposed by a shaft 52G vertically disposed near the rear end of the body portion 2G as shown in the second figure. Further, the tail portion 5G is formed on the tail portion 5G. There is a groove 57G for engaging with a pin 69G provided at the rear end of the interlocking member. The groove 57G is formed in such a shape that when the interlocking member 6G moves rearward, it can be engaged with the pin 69G so that the shaft 52G is engaged In the rotation center, the tail portion 5G is rotated in the direction in which the body portion 2G jumps rearward. In addition, the English alphabet toy 1G is a front end pivot joint portion 41G of the neck portion 4G. The head portion 41G is 2 in the shape of a state, equivalent to the head of a giraffe, In the state of the second shape, it is a structural member having a portion of the front surface and the inside of the outline of the English letter, and a part of the curved surface and the plane in the side along the contour, which is installed as 201212989 to the neck. 4G is rotated. The pin 42G is vertically disposed near the rotation axis of the head 41G. Further, in the front surface and the inside of the vicinity of the front end of the neck portion 4G, a rotation axis near the front end of the crotch portion 4G is placed as Further, in the neck portion 4G, a sliding member 9G in which the crucible reciprocates is disposed along the inner surface of the neck portion 4G. Further, the coil spring 99G is disposed on the sliding member 9G. The support portion 9〇g is formed between the support plate 49G projecting from the inner surface of the neck portion 4G. That is, the slide member 9G is disposed by being connected to each other as a pair of constituent members by a mutually movable connection. The coil spring 99G of the connection portion between the portion and the neck portion 4G is biased toward the rotational movement portion 24. The slide member 9G is such that when the alphabet toy 1G is in the first shape, the arrangement is omitted. The engaging member in the body part 2G is broken into The abutting portion 97G that is engaged with the row is formed in the vicinity of the base portion of the neck portion 4G. The vicinity of the head portion of the neck portion 4G is a linear groove that forms the fitting pin 42G. When the body is rotated, the disk is rotated. With the spring force of the spring 99G, the sliding member 9G is moved toward the (four) moving portion 24 (the side of the moving member 9G is moved toward the rotation), and the sun is moving toward the side of the groove. 42G is also moved by A Shi Shouming #λ介曰沟沟430'930, so the head 41G is a square turn. That is, the structural member of the sliding member is composed of the second and second sides: == In the middle of the buckle, by the action of the middle jaw in the back neck 4G, the neck and the head are moved. The sliding structure arranged in a movable shape is as described above, and the plurality of constituent members, # can be rotated and moved to each other, and the body portion: includes: the connection is made to be mutually shovel soft a.卩 4G, and is included in a plurality of constituent members, a packer and a head 41G. Furthermore, the body part 201212989 2G and the tail part 5G which are connected in a rotatable movement are included. In addition, the English alphabet + the tail 5G, and the head 41G * can be slanted = the face of the face or the plane inside is rotated. In other words, in this case, the English alphabet toy 1G is such that - when a plurality of constituent members are opposed to the force shown in the figure a) as the elastic member, the composition is folded into the first, and the money is 44G. + z brother 1 shape, these constituent member cutters constitute a side surface along which the rim of the scorpion "G" is arranged, and the switching member ^ = the locking portion 63G of the interlocking member 6G, thereby maintaining the article Fg" English alphabet toy! G is configured as 'when the operation switch member 7G=the engagement of the engagement portion is released (that is, the engagement between the pressing #72G of the release member 7g and the locking portion 63G of the interlocking member 6G), By the elastic force released by the ugly turntable spring 44G, the constituent members that can be moved into the moving body are rapidly moved to each other. Hereinafter, the unfolding operation of the English alphabet toy 1G will be described with reference to the third figure. As shown in Fig. 2(a), the letter toy 1G of the first shape is such that the pressing portion 72G of the switch member 7G is engaged with the interlocking member 6'G. 卩 63G. Thus, by the interlocking member 6G The neck portion 4G that is restricted in rotation and the tail portion 5G are interlocked with the interlocking member 6G to maintain the state of being folded into the body portion 2G. Further, since the abutting portion 97G of the sliding member 9G is engaged with the engaging member 3G, the head 41G can be kept folded inside. The neck 4G is folded into the body part 2G against the elastic force of the torsion disc 44G in the first shape. , because the interlocking member 6G is engaged with the switch member 7G, and the interlocking member 6G Since the pressing portion 64G is engaged with the base portion 48G of the neck portion 4G, the neck portion 4G does not rotate and the first shape is maintained in 201212989. Further, since the interlocking member 6G is located in the front, the tail portion 5G can maintain the first shape. Further, since the abutting portion 97G of the sliding member 9G is engaged with the engaging member 3G, the head portion 41G does not rotate to maintain the first shape. _ In this state, when the user presses the English letter In the switch member 7G of the toy 1G, the engagement between the pressing portion 72G of the switch member 7G and the locking portion 63G of the interlocking member is released, and the neck portion 4G is rotated by the elastic force of the torsion coil spring 44. After the 4G, the interlocking member 6G is pressed and moved rearward by the neck portion 4G. Therefore, as shown in the third figure (b), the tail portion 5G that is engaged with the rear end of the interlocking member 0G also starts to rotate. When the rotation is performed, 'the sliding member 9G is also released between the sliding members 9G'. Therefore, as shown in the third figure (C), the moving member is slid and moved to the neck portion 4G by the coil spring. The rotation shift = ^ side head 41G also rotates with the head,

# 4G The front end is rotated. H part 4G also: The inner letter toy 1G is 'rotated in the body part 2G and the neck mechanism. ' ^The interlocking portion m that moves the respective constituent members in the interlocking action* causes the neck portion 4G and the tail portion accommodated in the body portion 2G to instantaneously expand, and the head portion 41G rotates, that is, And this two-two: the shape of the giraffe as the second shape is formed. It is composed of a 1G system that operates a 字母 Du letter toy, and it only needs to be borrowed to restore the original shape. In other words, in the case of such an alphabet toy 1G system, the tail portion 5 Γ G is restored from the position of the second shape to the position of the bit shape of the first shape. The & head 41G also returns to the first or lower position from the position of the second shape, and operates. 17 201212989 As shown in the third diagram (C), the English alphabet toy 1G in the state of the second shape is the neck 4G because the neck 4G is engaged to the opening edge near the upper front end of the body part 2G. It is able to maintain the state of expansion. Further, since the interlocking member 6G is maintained in a state of being pressed backward by the neck portion 4G, the tail portion 5G can be maintained in a deployed state. In addition, in order to restore the neck portion 4G to the first shape, the user resists the elastic force of the torsion coil spring 44 (3, which is applied to the neck portion 4G, and the rotation of the finger causes the neck portion 4G to be folded into the body portion 2 ( On the 3 side, as shown in the third 7^, the interlocking member 6G is biased by the elastic force of the coil spring 66G. Further, since the abutting portion 97G of the sliding member 9 is engaged with the engaging member, Therefore, the sliding member 9G moves against the side of the coil spring 99G, and the head 41G also rotates inwardly. Thus, as shown in the head (a), the moving member 6G moves forward. If the third 5G is also rotated, it is pushed into the body part 2G. The moving end of the English alphabet toy 1G is interlocked with the rotating neck 4G for folding, and the interlocking member 6 (} is | side Further, the switch member 7G is pushed and moved by the elastic force of the coil spring 77G, and the pressing portion 72G is engaged and locked with the locking portion 63G. In other words, the pressing portion 72G of the switch member 7G is pressed with degree. Linked _^ 'Because the coffee is re-engaged, the English alphabet plays = the first shape of the stop, and the state is maintained. In other words, the neck portion 4G, which is a member of the body member 2G that moves as the body member 2G, has a function of restoring the operation member in a rotatable position, and the first shape is restored to the first shape. The position, against the elastic force of the coil spring 44G disposed between the body shapes, and when the combination of the body ^ 2G and the display is performed, it will be configured as a plurality of pieces of the infested member head 41G of the moving movement 201212989 The interlocking mechanism between the members is provided, and has the function as a recovery member that is restored to the position of the second shape. In this way, the English alphabet toy 1G is configured to instantly display the corresponding inclusion only by the pressing operation. The shape of the word of the first letter of the first letter is deformed instantaneously by one touch, so it can give a strong impression to the user such as infants and children, and the infant can be interested for a long time. The toy 1G system can be moved to the second shape from the second shape in one motion, so the child can repeatedly perform multiple deformation operations, and provide a variety of improvements. A toy that is effective, and at the same time, provides a toy that is convenient to operate. Further, since the top surface 73G of the switch member 7G is disposed on the same surface as the surface of the switch member 7G, the shape of the character is not The feeling of coordination.

In addition, the 'English alphabet toy 1G' is configured such that when assembled into a first shape, it is folded into a slightly flat surface having an English letter outline as the surface and the inside, and the side surface includes a curved surface or a flat shape arranged along the outline of the character. At least one of the constituent members in the second shape, for example, the neck portion 4G and the tail portion 5G are suddenly jumped from the side surface and deformed into an outer shape of the article. In other words, as shown in the first figure, it is not only the head 41G which constitutes the face or the inside of the English letter, but also the head 41G in the state of the 丨 shape, when viewed from the front, 'because of the body part 2G The hidden 4G and the tail 5G, which are hidden and invisible, will jump out quickly, thus giving the user a sense of surprise and freshness. ^Besides, because the English alphabet toy 1G is used, the front and the inside are formed as a slightly flat surface with the outline of the English alphabet, so the user can arrange the English alphabet toy 1G on the mounting surface such as a table or a floor, and can be easily opened from above. Visually recognize the English alphabet toy 1G in English by the shape of the word 19 201212989 mother. Further, the alphabet toy 1G is configured such that even when it is in the second shape, the side surface can be abutted against the mounting surface and erected. Thereby, the user can play in the state in which the English alphabet toy 1G simulating the animal shape is erected. As described above, the English alphabet toy may be configured such that the constituent members such as the neck portion 4G or the tail portion 5G are not only provided by the side surface but are rapidly ejected from the front and the inside. Hereinafter, a structure in which the English letter "B" is used as the alphabet toy 1L of the first aspect will be described with reference to the fourth to sixth figures. The fourth figure 1 (a) is an oblique view of the appearance of the English alphabet toy il under the first shape. The fourth figure (b) shows the appearance of the English alphabet toy ^ under the second shape. . Fig. 5 is a side schematic view showing the internal structure of the English alphabet toy 1L in the first shape. Fig. 6 is a bottom plan view showing the internal structure of the alphabet toy 1L in the first shape. In the present embodiment, when the English alphabet toy 1L has the shape of the simulated lion as the second liter>, the direction in which the head is located is set to the front, and the direction of the position where the tail portion 8L of the opposite side is located is set. For the rear. Further, the direction in which the switch member jL is located is set to the upper side, and the direction of the position where the lion is in the opposite direction is set to the lower side. Furthermore, when the English i-heart toy 1L in the i-th shape is recognized by the front side, it can be recognized that the character "face of the l", that is, the face on the left side of the lion is set to the front side, and the face on the opposite side, that is, the lion ^ is set inside. Further, the surface of the wheel of the lion is displayed, that is, the surface of the nose and the mouth of the lion, and the surface on which the switch member 8L and the front leg portion 51 are disposed is a side surface. The English letter toy 1L and the above-mentioned policeman ^^^丨 change between the i-th shape and the second shape; the::= is: : Figure U), when the front is viewed from the front, it becomes a performance Work ": the shape is the same. In addition, the second shape is as shown in the fourth figure (h)", and the formed shape 20 201212989 "LI 〇N"::J:::L" is the prefix English word for the animal name This type of English alphabet toy 1L system, # can be expanded, with #f wrong by a simple pressing operation > mm^7L ^ moving mechanism. When the alphabetic characters are interlocked with each other, the interlocking member 6 is released in the Z-coupling, and the elastic spring member "L" is released by the coil spring 66L. In the English word: two; the second component that is the first component includes: a body part near the inside of the body member and a front part of the body part and a rear end of 2L. 5L of the former part of the body near the body. The lower end of the body part 2L is in the state of the first shape; the = i piece 2 is shown in the fourth figure "), and the front face and the inner side of the mother (four) are arranged along the rim, and are in the shape of the second shape. The side is composed of, as shown in the fourth figure (b), the body part 2L transmits a shape that is reminiscent of a lion. The body and the forefoot are respectively equivalent to the front of the lion's English alphabet and the second of the two. ^7 ' is the structure of the two wheels = set, the surface on the side and the flat two two = the same, in the body of the joints of the linkage member 7L. There is a switch that can be operated externally and the switch structure 7Τ π i It is placed on the side, that is, the needle is placed on the top surface 73L on the surface below the shape of the first shape, and the lion '4 faces in the state of the second shape are the same surface. In other words i 201212989 is a portion that is formed along the side of the English letter rim when it is in the first shape, and is not a structure that protrudes from the outline of the character. The switch member 7L is - a member that can be pressed inwardly by a finger, such as As shown in Fig. 5, the operation portion 70L' having the top surface m and the pressing portion 72L protruding from the operation portion 胤 toward the lower side and the front side are provided. At the lower end of the operation portion 70L, the disc cyanine 77L is disposed to release the finger. The switch member 7L is returned to the state before the operation. Such a disk is placed between the lower end surface of the operation portion | and the support floor 27L of the body part 2, and the operation portion 7 is provided for the body portion 2L. 〇L向F古你.六. Further, the body part 2L is a card σ member 3L pivotally connected with the switch member. The engaging member 3L is a member extending in the front-rear direction and has a front end The abutting muscle of the switch member 7L is engaged with the engaging claw 36L protruding downward at the rear end. Further, the engaging member is

When the 44L * 7L is restored to its original state, the engaging member 3L is restored to its original state. The j-letter toy 1L is an interlocking member that is disposed in the body of the body and is disposed in the rear direction and can be moved in parallel. ^ == Before the parallel moving portion 25L: The coil spring 66L is implanted in the body part 1 = The interlocking member 6L is engaged with the engaging claws 36L of the shape = the 丄 member 3L in the shape of the first shape, and is configured such that the apricot 2 a moves rearward. In other words, when the switch member is engaged, the engagement member is configured to release the engagement between the locking portions 63L· of the pusher 6L. The IV 6L and the interlocking structure are in the vicinity of the front end of the interlocking member 6L, #60L, and the front side is pressed by the front side pressing surface 61L which is engaged with the pin 57L connected to the forefoot; 22 201212989. The front side pressing surface 61L is formed to have a sloped surface from the front upper end toward the lower side in the front side pressing portion 60L. In addition, the interlocking member 6 has a pressing portion 62L that presses and moves the base portion 40L of the bristle portion 4L, which will be described later, to the rear of the front side pressing portion 60L. Further, a rear side pressing portion 65L is provided in the vicinity of the rear end of the interlocking member 6L, and the rear side pressing portion 65L has a rear side pressing surface 68L that engages with a lock 84L of a tail portion 8L to be described later. The rear side pressing surface 68L is formed as a sloped surface from the rear side pressing portion 65L and the lower end toward the upper front side. In other words, the interlocking member 6L is configured to be engageable with the engaging member 31, the bristles 4L, the leg portions 5L, and the tail portion 8L, and when the switch member 7L is pressed downward, the engaging member 31l is released. The engagement between the front leg portion 5L and the tail portion 8L is further promoted by the movement of the coil spring 66L toward the rear by the elastic force of the coil spring 66L, and the bristle portion 41 is interlocked with the movement toward the rear. Part of the linkage mechanism of the state. In this way, the alphabet toy 1L is configured such that when the interlocking member 6L that is disposed as a movable member in the body portion 2L as the intermediate member moves rearward, the movement is transmitted to the bristle portion 4L to be rotated. In conjunction with the movement of the bristle portion 4L, the interlocking member 61 is interlocked with the front leg portion 5L and the tail portion 8L. As shown in the fourth figure (b), the hair portion 4L corresponds to the lion's bristles in the state of the second shape, as shown in the fourth figure (a), and is formed in the second form. In order to have a front face and an inner part 1 of the English alphabet outline, 'the body part 2L is mounted so as to be rotatable. In addition, since the 杳 杳 ML system is folded into the two squats of the body part 2L, the upper and lower outer portions of the bristles are arranged along the English alphabet in the state of the first shape. The curved surface of the side surface and the plane i of the plane are as shown in the fifth and sixth figures. The 'manufacturing department' is: <1 L is inserted into the bearing portion of the bristle portion 4L and the bearing of the body portion 2L 23 In the direction of the rotation of the torsion coil spring 44L toward the bristle portion 4L and the body portion 2L, that is, the direction in which the bristle portion is fitted to the lower side of the body portion 2L is in the direction of the 201212989 portion. Force. Thereby, the bristle portion 4L is arranged such that, in the state of the first shape, the bristle portion is folded in such a manner that it constitutes a part of the front surface and the inner side of the English alphabet outline, and is disposed on the side of the corridor. The curved surface and part of the plane on the side. That is, the 'bristle portion 4L' is a structural member housed in an arrangement constituting the same surface as the front surface or the inner surface of the letter. Further, the base portion 4L extending from the bearing portion toward the inner side of the body portion 2L is provided in the bristle portion 4L. The base portion 40L is formed in a slightly "shaped shape" in order to be engaged with the pressing portion 62L of the interlocking member 6L. Further, when the interlocking member 0L is rapidly moved rearward by the elastic force of the cartridge 66L, the pressing portion 62L is formed to push the base portion 40L of the bristle portion 4L rearward. Therefore, the bristle portion 4L is opposed to The elastic force of the torsion coil spring 44L is rapidly rotated as if jumping out from the front and the inside. As shown in the fourth figure (b), the front leg portion 5L corresponds to the forefoot of the lion in the state of the second shape, and is placed in the body part 2L in the state of the first shape as shown in the fifth figure. The inside is configured as a constituent member of a curved surface and a part of a plane disposed along the side of the English alphabet. The forefoot portion 5L is pivotally fixed by a shaft 52L that is vertically disposed near the lower end of the body portion 2L. Further, the forefoot portion 5L is pivoted to the shaft 53L, and the shaft 53L is provided at a lower end of the ring 56L which is slidable in the vertical direction in the body portion 2L. In the upper end portion, the pin 57L protrudes from the inner side, and the circumferential surface of the pin 57L abuts against the front side pressing surface 61L provided near the front end of the interlocking member. In other words, the front leg portion 5L is rotatably moved by the ring 56L in the vertical direction. Further, on the ring 56L, 24 201212989 spring receiving portions 541 are formed, between the support plates of +, when the fitting receiving portion 54L is moved behind the body portion 2L, since ^55L ° by this, when the interlocking member 6L faces When the rear side moves, the front side presses the movement of the front side of the face 61L toward the ring 56L·, and the force is applied to the upper side, and the force is applied to the upper side, and the force is rapidly turned toward the upper side. Change the ancient.卩L is jumped out from the side to the inside of the body part 2L, and the JJ/factory 6L is a type of structural member, and is configured to be placed in the body part 2L in a disk-like manner, and the rearward moving member 6L is moved backward. Linkage::: Moved to be configured „Turning the rotation: Moving: The tail is 8L as shown in the fourth figure (b), ▲ is equivalent to the tail of the lion, as shown in the fourth picture; 'Consisting of the two parts described later: in the shape of the letter in the shape of the circle of the horse's front of the English letter outline cow c English: for the surface of the: the side of the configuration of the wheel and the work: two: two fifth This figure shows that the body part ί can be urged upward by the coil spring, and this is 垂直ί, which is vertically provided with a pin 84L protruding toward the front side. The peripheral surface of the end is the interlocking member 6L rear side presses the surface 6, which is the movement of the tail 8L of the force applied. The card &, the limit is upward, whereby the interlocking member 6L·the rear side pressing surface 68L also moves backward. , therefore, = side press (4) ... elastic force and the force applied to the tail 8L' = disk 25 201212989 I am eagerly flattening upwards ~ the tail ritual from the side toward the text D ^ ^ ^, can be made by the elastic force of the coil spring 88L as described above, as the St side direction protrudes. Contains the links that can be made into each other's English letters The toy raft is composed of a body part 2L and a bristle part, and is 5L. In addition, the body part 2L and the front part of the body part 2i are moved in parallel. The ligaments 8L are arranged to be connected to each other in a 1L system. In addition, the English alphabet toy is rotated, and the front foot portions 51^, ,, I are in the plane along the front and the inside. Plane rotation and straight line]: 乩 is parallel to the front or the inside of the 'S, this kind of English ^ · when a plurality of constituent members against the child as the mother & = as shown in the fourth figure (a), The elastic force of the neck = the riding springs of the coil springs 55L, 66L, 88L are formed separately. The shape 'in the first shape and the configuration along the contour: the front and the inside of the contour of the contour, 36L And the locking interlocking member, the shape of the straw by the engaging claw of the engaging member 3L When the locking portion 63L is used to maintain the character "B" 7L, the female toy 1L is configured to operate the switching mechanism 3L with the engaging claw 31 4 = state j, that is, 'unlocking In the state of the member, the arm is released from the jamming force in the early:-, Ϊ 之 , , 急 急 急 急 急 m m m m m m m 及 及 及 及 及 m m m 及 及 m m m m m m m m m m m m m The movement of the river > according to the seventh and eighth figures, illustrates the eighth figure of the English alphabet toy letter (〇's the first shape of the English moving member 6L card ^ 63 ^ member 3L the engagement The claw jaws are engaged with the interlocking jaws 4T, and are rotated in conjunction with the interlocking member 6L, and the forefoot portions 26 201212989 5L' whose rotation is restricted by the interlocking members 6L· and the parallel movement restricted by the interlocking members 6L are restricted. The tail portion 8L is maintained in a state of being folded to the side of the body portion 2L. Further, as shown in the eighth figure (a), the bristle portion 4L is folded into the outline of the English letter by the torsion coil spring 44L in the state of the first shape. Further, as shown in Fig. 7(a), the interlocking member 6L is engaged by the engaging claw 36L of the engaging member 3L in a state where the first shape is placed in the forward direction against the elastic force of the coil spring 66L. In other words, the front side pressing surface 61L of the interlocking member 6L fixed to the front is engaged with the pin 57L of the ring 56L connected to the front leg portion 5L, so that the front leg portion 5L is accommodated in the body portion 2L, It will rotate to maintain the shape of the third. Further, since the rear side pressing surface 68L of the interlocking member 6L fixed in the front is engaged with the pin 84L of the tail portion 8L, the tail portion 8L is also folded into the English letter contour to maintain the first shape. In this state, when the user presses the switch member 7L of the alphabet toy 1L, as shown in the seventh diagram (b), the pressing portion of the switch member 7L presses the abutting portion 3q1 of the engaging member 3L to form. The engaging member enters the shape of the rotation g. When the engaging member 3L is rotated, the engagement state between the engaging portions of the engaging claw members 6f?6L is released, and the engaging state is interlocked. The fines are rapidly moved backward by the elastic force of the disc yellow 66L. Parallel movement and 3^, piece & rapid movement toward the rear, as shown in the seventh figure (c) 4 2 == one is inserted into the body part 2L two. By this, it can be rotated into ' and the inside jumps out quickly , 毛."L's bristles, from the front, as in the seventh figure (, _ in the ring 56L is connected by) =, in the state of the first shape, the front part of the chat is broken When the side pressing portion is pressed, it enters the body portion 2L. And, when the first shape is pressed 27 201212989

After the switch member of the alphabet toy 1L in the state of the figure, the holder 6L is moved to the rear, and as shown in the seventh diagram (c), the interlocking member front side pressing surface 61L also moves rearward. Thereby, since the movement restriction to the upper side of the production is released, the ring 56L is moved upward by the coil springs 55L^^6L. Thereby, it can be rotated and moved to the front leg portion 5L by the side fish speed again as shown in the seventh figure (a) in the first! In the state of the shape, the ritual system accommodates part of it in the body part 2L, and as a whole, it is a text wheel _ which is folded into the letter of the letter. When the opening_piece 7L of the English = mother toy 1L is pressed under the (4) of the second shape, the interlocking member moves to the third interlocking member & the rear side pressing surface 68L also moves to the rear. Thereby releasing the system for the tail portion 8L, so the tail portion 8L can be moved by the coil spring 88L = =, so that the "female to the text wheel _ phase / direction _ above the thousand lights within the 5 mother, 1L is, by The body part 2L is made so that the movement of the interlocking mechanism accommodated in the movement of the English alphabet is rotated in a row, and the forefoot portion 5L accommodated in the body portion 2L is flushed from the side.丨 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部In general, the shape of the lion (moving, and then forming into the second shape, in addition to the operation of the English letter J-star, only the finger inflammation: the second system is composed of even the original text toy 1L system In other words, the position of the second shape is toward the first leg. In other words, the position of the second shape is restored to the original position. The position of the second shape is toward the first leg. The position of the P5L and the tail 8L is also 2 28 201212989 The position of the shape returns to its original shape at the position of the first shape. Hereinafter, the structure for restoring the original shape will be specifically described with reference to the seventh and eighth figures. Eight Diagrams (C) and As shown in Fig. 8(b), when the English alphabet toy 1L is in the L2 shape, the base portion 4〇1 of the bristle portion 4L is maintained in the same manner as the pressing portion 62L of the interlocking member 6L, so that the bristle portion & In the unfolded state. In addition, due to the interlocking member 6 L is maintained in a state of being pressed rearward by the elastic force of the coil spring 6 team, so that the front leg portion 5L and the tail portion 8L are also maintained in a deployed state. Further, the user restores the bristle portion 4L to the first shape. When the elastic force of the coil spring 66L that urges the interlocking member 6L toward the rear is reversed, the bristle portion 4L is closed obliquely by the finger, and the person is rotated to the side of the body portion 2L. As shown in the seventh diagram (b), since the base portion 40L of the bristle portion 4L pushes the pressing portion of the interlocking member 6L, the interlocking member 6L moves forward. Further, as shown in the seventh (4) and eighth (4) When the interlocking member 6L moves forward, the pin 57L of the ring portion 56L and the pin of the tail portion 8L are pressed by the front side pressing surface 61L and the rear side pressing surface 68L, so that the unfolded front leg portion 5L and the tail portion 8L (four) resist The elastic force of the discs f 55L and 88L is restored to the original shape at the position of the first shape. By this, the front portion 5L and the tail portion 8L are also retracted toward the body side. This type of English alphabet toy 1L is for the body The 2L side rotates and interlocks with the (5) hair part 4L, interlocking The member 61 moves forward, and the locking portion of the engaging claw 36L of the engaging portion 3L is locked and locked by the locking portion of the locking member 36L. That is, because the engaging claw of the engaging portion 3L and the locking portion of the interlocking member 乩63L is engaged again, so that the English alphabet is restored to the first shape and maintained in this state. The security is that the bristle portion is a member of the body portion 2L that rotates relative to the body member 2L. Returning the original operation member up and down 29 201212989 Column function: in order to resist the arrangement of the interlocking member that is disposed in the interlocking mechanism from the position of the second shape: the spring force of the coil spring 66L that is restored to the original position is relative to the body portion 2L By arranging on the stalk, the stalking is restored, and the interlocking mechanism is used to make the tail Ϊ 8L as 'relative to the front leg 5L and the body part '2L. The body part 2L can be moved by the movement of the front leg. In the case of the English alphabet toy 匕 / yak, it is folded into the front and the inside to form the first shape side surface including the flat surface along the contour of the text rim. In the component Any one of: = surface modification of the article in the second shape, is difficult, then the dog out of line or plane INTRODUCTION morning face, faces out of shape, can be formed in the composition σ-literal and freshness with a single touch. The shape can therefore be a surprise to the user. The step-by-step is also limited to the component on the t-plane, which can be entered into a tail 8L). Some of the cows (for example, the front foot 5L and, in addition, the English alphabet θ constitutes a member. Among them, the body part;; 1L has the body part 2L as the first and the inside. Moreover, this constitutes the outline of the English alphabet. The front part is the second constituent member. The center of the alphabet toy 1L is provided with the armor portion 4L which is biased toward the rear by the elastic force portion 4L, and is moved by the outer side of the coil spring 66L· and the outer side of the inner coil 6L, that is, The elastic force of the coil spring 66L· is applied to the rotatably movable force, and the front surface or the inner surface of the second constituent member unit 6 is the same, and the valley is formed in the first shape and the first shape. ^ — By the configuration. In addition, the top surface of the letter toy is 73L·disposed in the L system, due to the switch components

On the side surface, when the pressing force is applied to the top surface 73L 201212989 of the switch member 7L, the engagement of the engaging portion is released, and the elastic force forming surface of the member's bristle portion 4L|J_f is released and the outer side of the fear surface is released. Rotate the movement and jump out of the lion before the user. 7 Bu can also be presented, that is, the English alphabet toy 匕, the switch structure of the cow's jumping direction of movement and cross each other, can = move = hunting this, the user can not hinder the second component: face made with fingers Hold the toy - perform the deformation action. Move '- In addition to the English child toy 1L as described above, the case of the switch side of the switch can also be configured in the first 2 22 square shift = r_, the configuration of the front or the move of the = component along the eleventh Figure, for the English alphabet toy = Ming, which makes the English letter Q as the i = shape of the English alphabet toy 1Q appearance =, English alphabet toy 1Q appearance oblique view π? Internal not in the first shape of the English alphabet toy I, the bottom mode diagram. Further, in the present embodiment, when the English character is in the second shape simulating the shape of the cymbal, it is assumed that the leg portion provided in the head portion 8Q is rearward in the direction in which the tail portion is oriented. In addition, the direction of the second Q is lower, and the opposite direction is above. On the other side, when the letter toy 1q of the first shape is in the first shape, the surface of the text "Q" (the left side of the 鹌鹑) is the front side, and the surface (the right side of the (4)) is the rear side. In addition, the face with the "Q" of:: (that is, the face of the crane's mouth and the foot 5Q) is set to 201212989 and the first G::J is the same as the above embodiment. As shown in the figure, the second shape is viewed from the front as shown in the ninth figure (1). In addition, the English word " 动物u $ is the child Q" of the animal name is the English i:: and 7 two", the switch members that interlock the components and the toys are Q When the shape is changed, the switch is closed, and the English letter is unlocked. By being placed in the head described later ^: It is known as the 'engagement part': the release of the 8SQ is released and the second part is released. The upper shape is the shape of the crane that corresponds to the second "Qu^il". The English word of the animal name::, as the second component: the second component is the same as the second component: 2Q' is placed in the vicinity of the lower end of the body part as the second component 1 part 8Q' is pivoted to the body part text diagram (a), and when it is in front of these structures = contours, when the shape of the brother 1 is inside, it constitutes the body and structure of the English body. In the front of the wheeled gallery of the wheel and the first shape of the VLL, the 'curved surface and the flat-shaped portion on the side of the i-shaped side' are arranged, and the interlocking mechanism is connected along the yummy yak. And score. The inside is provided to operate outside the I = = in the body part 2Q, and further in addition to 'the tenth figure and the first part; == ', the switch member 7Q is disposed on, 32 201212989 in the state of the first shape when the top surface 73Q is The inside (when the second shape is the right front side of the body part 2Q of the crane) is the same surface as the surface. In other words, the switch member 7Q is configured to have a part of the inner portion having the outline of the English letter when it is in the first shape, and is not protruded outward by the character wheel. Here, the inside of the outline of the English alphabet means that the character "Q" is formed by a portion surrounded by a double-layered circle as a surface. Alternatively, the center may be provided as an opening, but the center may be used as a double-layered circle. The inner layer of the inner layer is formed as a contoured surface. In the present embodiment, the top surface 73Q' of the switch member 7Q is formed on the central surface. Of course, it is also possible to arrange the top surface 73Q on the surface of the portion of the double-layered circular ring. The switch member 7Q is squeezable by the finger in the inward direction. As shown in the eleventh figure, the switch member 7Q includes an operation portion 7〇Q' having a top surface 73Q and an inward direction from the operation portion 7〇q A protruding pressing portion 72Q. A coil spring 77Q is attached to the pressing portion 72q of the operation portion 7A, and the coil spring 77Q can return the switch member 7q to the state before the operation when the finger is separated. The coil spring 77Q is disposed between the operation portion 70Q and the engagement member 3Q, and biases the operation portion 70Q in the outward direction. The engaging member 3Q is disposed in the body portion 2Q and is a constituent member that interlocks with the switch member 7Q. The engaging member 3Q is a member that extends in the front-rear direction. A fulcrum is provided in the vicinity of the center in the front-rear direction, and the front end has an abutting portion 30Q that engages with the switch member 7Q, and a card that protrudes from the rear side at the rear end. Claw 36Q. Further, when the pressing force 33Q is disposed at the rear end of the engaging member 3Q and the pressing force is applied to the switching member 7Q in the inward direction from the outer side, the fulcrum is used as the center of rotation, so that the engaging member 3Q is restored. Further, when the engaging member 3Q is biased by the coil spring 33Q! In the restored state, the top surface 73Q of the switch member 7Q is also restored to its original state by the elastic force of the coil spring 77Q. Further, the engaging member 3Q is configured to engage the engaging claw 36Q with the catching groove 83Q of the card 33 201212989 extending from the substrate portion 82q rearward of the head portion sq. The head 硭 8Q is a head that is in the second shape, and corresponds to the head of the cymbal. When it is in the state of the first shape, it is housed in the outline of the English letter and has the front and the inside of the English letter outline. A part, and a part of the curved surface and the plane arranged along the side of the English letter outline. The head 8Q> is arranged to be movable in parallel with respect to the body part 2Q. Specifically, as shown in the tenth and tenth drawings, the head portion 8Q has a base portion extending rearward from the head portion 8Q. On the other hand, the elastic crest receiving portion 89Q, the substrate portion 82Q, and the hook portion 85q are formed on the base portion. The spring receiving portion 89 Q is a portion in which the coil spring 88q is disposed, and the connecting portion that is slidably connected to the body portion 2Q is used as the head.

8Q Parallel moving portion 25Q that moves toward the rigid side. Further, the cymbal 88Q is biased against the spring receiving portion and the support head of the support plate provided on the body portion 2, and the head portion 8Q is biased forward. In other words, the coil spring 88Q disposed at the connecting portion can apply an elastic force to the head portion 8Q and the body portion 2Q. The connecting portion connects the pair of constituent member head portions 8Q and the body portion 2Q so as to be movable with each other. A rectangular locking groove 83Q is formed in the substrate portion 82Q, and the rectangular locking groove 83Q and the above-described opening member 7 (the engaging claws 36Q of the third card are mutually engaged with each other, and the 'head 8Q' is In the case of the first shape, it is arranged in a state in which the folding is in the rim of the central letter. Further, the head 8Q is placed on the second moving unit 25Q when the engagement state of the board portion 82Q is released. When the switch portion 7Q is operated, the head portion 8Q is moved by the coil spring 88. The parallel movement is performed in a rapid direction, and protrudes from the side surface toward the outer side of the character outline. Further, the substrate portion 82Q Below the hook is set 85f) =. Engaged with the base portion 58Q of the leg portion 5q, which will be described later, 34 201212989 = the curved surface shape to be restricted is equivalent to the crane, as shown in Figure IX, the side of the letter rim, which is the tenth of the text = and Flat: -: The constituent members of the minute. This, the nearest 52Q is pivoted.曰The bearing part that is placed at the lower end of the body part 2Q with the two legs ::, yellow 55Q, the coil spring 55Q pair: 2Q, between the bearing parts, the upward force. Therefore, the cartridge 55Q is configured to jump out of the leg portion 5Q and the body portion from the side, and is capable of exerting an elastic force on the constituent member. Among them, the connection is made as a whole =: two 5Q7 body 2Q between (4) ^

85Q

The phase engaging portion 5__Q is set to be 'moved in parallel by the head 8Q toward the front, and the hook portion 850 and its A are moved. Therefore, if the head 8Q moves forward, the engagement of the chest HD is reluctant = ° 卩 58Q is released, so that the leg portion 5Q is rotated by the weakness of the disk 2 55Q. In other words, the head portion 8Q is rapidly moved forward by the elastic force of the disk green 88Q, and the leg portion 5Q is rapidly rotated by the elastic force of the coil spring 55Q, and jumps out from the side. In this way, the alphabet toy 1Q includes the body portion 2Q and the leg portion 5Q which are connected to each other in a rotationally movable manner as a plurality of constituent members, and includes the body portion 2Q and the head portion 8Q which are movable in parallel with each other and are connected to each other. . Further, the head 8Q of the alphabet toy 1Q is configured to linearly move in a direction parallel to the plane of the front (or inner), and the leg portion 5Q is configured to be parallel to the plane along the front (or inside) The direction moves in a straight line. That is, the 'English alphabet toy 1Q' is shown in the ninth figure (a), and the plurality of members 35 201212989 are assembled into a first shape when they are assembled against the elastic force of the coil spring 88Q and the disk yQ as the elastic members. The engaging claws 36Q of the engaging member 3q are engaged with the locking grooves 83q of the base portion of the head portion 8Q to maintain the shape of the English letter "Q". Here, the plurality of constituent members are respectively formed in the second shape, and have a front surface of the outline of the English letter rQ", and an inner side, and a side surface disposed along the wheel temple. Further, in the case of the alphabet toy 1Q, when the switch member 7q is operated, the engagement of the engagement portion is released (that is, the engagement between the engagement claw 36q of the engagement member 3Q and the locking groove 83Q of the substrate portion 82Q) When the state is released, the movable constituent members move rapidly with each other by the elastic force released from the coil spring 88Q. Hereinafter, the unfolding operation of the alphabet toy 1Q will be described with reference to the twelfth and thirteenth drawings. As shown in Fig. 12 (a) and Fig. 13 (a), the English-Chinese toy 1Q of the first shape and the engaging portion 36q of the engaging member 3q and the base portion 82Q integrated with the heel portion 8Q are integrated. The locking grooves 83Q are engaged. Therefore, the parallel movement of the head portion 8Q is restricted, and the rotation fork to the restricted foot portion 5q is maintained in the shape folded into the body portion 2q side due to the hook portion 85Q of the head portion 8Q. Further, as shown in the thirteenth diagram (a), the 'head 8Q' is engaged with the engaging claws 36Q when the first shape is formed, and is folded into the English letter outline against the elastic force of the coil spring 88Q. And maintain this state. Further, as shown in Fig. 12(a), when the leg portion 5Q is in the first shape, the base portion 58Q is engaged with the hook portion 85Q which is integrated with the head = 8Q, and therefore is folded against the elastic force of the coil spring 55Q. Enter the body part 2Q and maintain this state. In this state, when the user presses the switch 7Q of the alphabet toy 1Q, as shown in the thirteenth figure (b), the pressing portion 72Q of the switch portion 7Q is the abutting portion 3 of the engaging member 3Q. Since the Q is pushed inward, the engaging member 3Q is formed to rotate with the fulcrum as the center of rotation. When 36 201212989 201212989

介 Ί 仍 仍 仍 仍 仍 仍 仍 仍 仍 仍 仍 仍 仍 it , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , When the elastic force is moved toward the front and the heart and the tenth are moved, the engagement state of the hook portion 85Q and the foot is also released. As a result, the foot rotates and jumps out from the side. The central letter toy 1Q' is actuated by interlocking mechanisms for interlocking the respective constituent members in the body portion 2q, and the head portion 8Q is moved in parallel to protrude from the side surface toward the outer side of the outline of the character, and at the same time, The leg portion 5Q is rotated and moved out from the side (that is, instantaneously unfolded) to be deformed into the shape of the second shape. In addition, the English alphabet toy 1Q can be restored to its original state by operating a member. In the alphabet toy 1Q, when the head 8Q is restored from the position of the second shape to the position of the first shape, the leg portion 5Q is restored from the position of the second shape to the position of the first shape. Further, in the alphabet toy 1Q, when the leg portion 5Q is restored from the position of the second shape to the position of the first shape, the head portion 8Q is restored from the position of the second shape to the position of the first shape. In other words, the English alphabet toy 1Q is restored to its original shape by restoring the head 8Q or the leg portion 5Q. Hereinafter, the specific configuration for realizing the restoration will be described with reference to the twelfth and thirteenth drawings in conjunction with the operation. As shown in Fig. 12(b), when in the second shape, the alphabet toy 1Q is held such that the base of the head 8Q is engaged with the opening edge provided on the upper portion of the body portion 2Q, so that the head 8Q is maintained. Expanded state. Further, when the second shape is formed, the alphabet toy 1Q is engaged with the opening edge provided at the lower portion of the body portion 2Q, so that the leg portion 5q is maintained in a deployed state. 37 201212989 In addition, the user wants to make the head 8Q toward ^ ^ β

Shape, resisting the force toward the front 88 2 1st position = return to the pole 1 to the body part 2Q side into the parallel ^ m ' with the finger to the head 8Q phase, so that the foot 5Q occurs = call and The base 58Q letter toy 1Q is engaged with the original 2's shape, so this state of English. In other words, the head member 8 (3 as the recovery f = 2Q) can be moved in parallel with respect to the main body of the body, and can be moved in parallel from the position of the second shape toward the position of the "i" shape: Function: in order

The body part 2Q is moved in parallel with the assembly operation, and the interlocking mechanism with respect to the leg part 5Q is restored from the original member foot 5Q disposed on the head 8Q to the second rotation.

In the shape, the position of the shape of the j1 is restored, and the position of the shape of the j1 is restored to the parallel movement of the original side: the portion 5Q is also received in the body part 2Q, and the head 8Q (10) is engaged with the first one. The shape is restored to the original state, and the body part 2Q which is the original state, that is, the body shape 2Q, can be maintained; that is, the foot member 5Q of the machine 1 is used as the restoration original with respect to the body member-shaped operation member. The elastic force of the 55Q is programmed; the coil spring between the body part 2Q and the foot 5Q makes the interlocking mechanism between the two 5Qs, and the infusing member head that moves to the first frequency m is shifted to the original 38 201212989. The body letter toy 1Q' has the body part 2Q as the first front and the inside, and the foot part 5Q which constitutes the outline of the English letter is used as the second component element 1 to prepare the head and the elastic force of the coil spring 88Q. In the ^8, the head 8Q is configured to 'borrow the 汕浐* ΒΧπ^τ. The side can be moved in parallel to the outer side of the outline. The part 5Q is rotated from the side, and the outer direction is rotated inside: It is placed in the character wheel in the first shape. section.冓 Μ Μ 轮廓 被 被 麻 麻 麻 麻 麻 麻 麻 麻 73 73 73 73 73 73 73 73 73 ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί 3 Q When the pressing force is applied, the engagement of the engaging portion is released, ^ 2 constitutes the structure 8 〇Q due to the elastic force released by the cymbal 88Q, and the outline of the 攸 character moves parallel to the outside as the second The leg portion 5Q constituting the member is moved outward (four) from the outline of the character by the elastic force released by the coil spring 55Q, and the 鹌_ shape jumps in front of the user. That is, in the alphabet toy 1Q, the moving direction of the switch member 7Q intersects with the jumping direction of the second constituent member, and the operation can be emphasized. Thereby, the user can perform the deformation operation while holding the toy with a finger without hindering the jumping and the movement of the second constituent member. Further, in the English alphabet toy "L", the top surface 73L of the switch portion 7L is provided on the side surface, and the hair portion 4L as the second constituent member is configured to be rotatable on the front side and the outer side surface, but ^ The second constituent member is not limited to the rotation, and may be configured to be parallel and protrude in the outer direction. Hereinafter, an embodiment of the English parent toy 1R including the second constituent member 39 201212989 will be described with reference to the fourteenth through sixteenth embodiments. The second constituent member can be moved forwardly from the front side and the front side. Fig. 14(a) is a perspective view showing the appearance of an alphabet toy in a first shape, and Fig. 14(b) is a perspective view showing the appearance of an alphabet toy in a second shape. Fig. 15 is a side schematic view showing the internal structure of an alphabet toy in a first shape. Fig. 16 is a front view showing the central axis of the interlocking member 9R in the English alphabet toy 1R of the first shape. Further, in the present embodiment, when the alphabet toy is in the second shape simulating the shape of the rabbit, the direction in which the head is located is set to the front, and the square in which the operation portion 70R of the switch member 7R in the opposite direction is located is set to the rear. Further, the direction in which the rabbit's ear (ear 4R) is located is set to the upper side. The direction in which the rabbit's forefoot and rear leg (rear leg portion 8R) are located is set to the lower side. In addition, when the English alphabet toy 1R of the first shape is viewed from the front, the surface on which the character "R" can be recognized (the surface on the right side of the rabbit) is set to the front, and the surface on the opposite side (the surface on the left side of the rabbit) is set to the inside. In addition, the face indicating the outline of "R", the face of the old rabbit and the face of the nose are set to the side. ?^ This type of alphabet toy 1R can be deformed from each other as in the above embodiment. The first shape is as shown in the fourteenth figure. When viewing the front from the front, it shows "Rj:: Figure (a) The second shape is as shown in the fourteenth figure (θ, / shape, the name of the first animal) The word "22" is not in the shape of the letter "R". In addition to the shape of the rabbit corresponding to it, the structure is assembled into the first shape as shown in Figure 14 (a). Wheel_slightly flat structure: the front or the inside of the curved surface or side that constitutes the contour of the I-word is folded into the shape; in addition, the shape of the English word is in the shape of the face. The text pressure operation can be expanded, as in the first, in order to As shown in the figure, there are a plurality of structural members 201212989, a plurality of elastic members, an engaging portion, a slit member 7 feet, and an interlocking mechanism for interlocking the respective constituent members. When the letter HR is in the first shape, the switch member 7R is operated, the engagement of the engagement portion is released, and the elastic member torsion coil spring 44R disposed on the rotational movement portion 24R of the ear portion 4R described later is opened. Release the & force, deformed to the 2nd shape That is, the shape of the article corresponding to the English word with the letter "R" is displayed. ' Specifically, the plurality of constituent members include the following members: the body member is also the body portion 2R which is regarded as the first constituent member, The ear portion 4R pivotally connected to the front upper portion of the body portion 2R is configured to be freely protrudeable in the direction of the front and the back == as the second configuration I can be engaged with the ear portion 4R and the rear M 8R The continuation of the coffee piece 'as shown in Figure 14 (4) 'When the side of the outline is placed on the side of the outline of the central character, the inside and the side along the rim are arranged, such as the tenth shape) The third conjunction of the constituent members can be selected from the outside. Further, in addition, the switch member 7R: member 7R. ...in the first shape, the top: the fourteenth and the fifteenth figure are not equipped with the body part 2R of the back 7!R inside (when in the second shape is the rabbit ^. That is, the switch椹 ) ) ) ) ) ) ) ) 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 舆 R R 直 R R R R 直 直 直 R R 直 R R R R R R R R R R Show, the components of the lower part: such as the fourteenth figure and the head, such as the tenth place in the field is equivalent to the body of the rabbit, the front, with the English alphabet, when in the first shape ;; the side surface of the arrangement and the - part of the inside, and along the body part 2R are arranged such that the respective constituent members = 2: part. In the body part τ:: 41 201212989, the switch member 7R includes an operation portion 70R that can be moved inward by a finger. The switch member 7R includes a rod portion 71R that extends forward from the operation 70R. And a pressing portion 72R which is formed by the front and the rear of the rod-shaped portion 71R. The front end of the operation portion is provided with a disk = sign "the coil spring 77R can switch the switch member 7R f to another operation when the finger is separated. The cartridge 77R is disposed between the flat plate located at the operation portion 7 () and the push plate 2 7 R protruding from the inside of the body portion 2 R. The body portion 2R biases the operation portion 7R toward the rear. The portion 4R corresponds to the rabbit's ear when it is in the second shape, and is placed in the outline of the English letter when the first shape is formed, and is a part of the curved surface and the plane that is placed along the side surface. It can be rotated. Specifically, the bearing portion of the body portion 2R is inserted through the bearing of the ear portion 4r, and the torsion coil spring is made. The direction in which the ear portion 4R and the body portion are separated from each other, that is, the direction in which the body portion is jumped out from above, forms a rotational movement portion 24R 〇 the rear leg portion 8R, which is a constituent member, and is in the shape of the second shape. It is housed in the same-plane configuration as the English word "the morning face", that is, the constituent members of the rear leg portion of the eight-column portion: the front part of the English character rim is arranged in the frame 4 knives further 'the rear foot SR is set to be movable relative to the line (the side which can intersect perpendicularly to the front and the inside _ by this / the English alphabet toy 1R, containing the body part ear 4R as a plurality of constituent members, wherein The body parts 2R and ; are connected to each other 'rotatably movable. And this kind of English 1R, contains the body that can move parallel to each other and is connected to the rear foot 8R. In addition, 'this kind of English alphabet toy 1R configuration 42 201212989 can Protruding in a direction intersecting the plane along the front and the inside, the ear 4R' rotates in parallel with the plane along the front (or inside). Also as a rotation of the joint Upper portion 24R, "g Jie old you pack the elastic member _« pepper. Towel which, at first the connection portion so ^^ =

They can be connected together with each other. The torsion disk is 44R, and the volume is between the face and the inside, that is, between the bearing portions of the body portion R of the bearing portion of the ear portion 4R. It is expected that the torsion disc 44R 4R and the body part exert an elastic force. Further, the ear portion 4R is upper than the locking portion 47R to which the pressing portion 72R of the member 7R is engaged. The bearing portion of the card/stopping k-ear portion 4R protrudes toward the inside of the body portion 2R. . force. When the first shape is rotatably moved by the twisting disc, the cymbal 72R of the switch member 7R is engaged with the locking portion 47R of the distal ear, and the squat is folded into the body part. The 2R side maintains sputum. When the switch member f is pushed forward, the engagement of the pressing portion μ with the front locking catch 47R is released when the switch member f is pushed forward. Therefore, the ear 4R, ♦ = = 72RR is ^ when 'by twisting the coil spring 4 material _ force; out, who chain is smuggled.卩4r Jumps from the side to the outside of the outline of the text. The engagement of the pressing force 'locking portion 4711 on the 3R is:::R' is set to be freely slidable in the front and rear directions of the body portion 2R. Specifically, the rear leg portion 8R is slightly protruded by =1. Further, a shaft screw s is provided on the bottom surface of the bottom surface of the box-shaped projecting portion and the inside of the inner side plate, and a flange screw 89R is provided. The screw head 4 of the flange screw 89R is formed integrally with the disk-shaped flange 87R. 43 201212989 Line shift = even =, the upper part can be set to the front upper and lower back and: =S=:R. The interlocking member 9R is configured as a medium force member for the ear engaging member 9R. Fig. 16 is a cross-sectional view showing the screw holder of the joint portion 2R. As shown in the figure, a coil spring 88R is disposed between the flange 87R and the body support portion 28R.

The front end of the child i is formed with an abutting portion 94R, wherein when the ear portion 4R faces the "the center portion of the abutting portion 94R that is pressed by the locking portion 47R, the centering member 9R is a constituent member. The end portion of the interlocking member 9R is divided into two parts, and a part of the coil spring 97R' is further provided with a tapered portion 98R. Further, the interlocking member 9R is stepped by the step. Between the rod-shaped portions 71R, the ear portion 4R is rotated by the elastic force of the torsion disk *44R = ==_ abutting portion of the abutting portion (10), and the yk is opposed to the coil spring 97R Pressing with force. /

ϊ r i: the flange in the leg portion 8 r after the f ί right is pressed, and the right side presses the flange portion 87R to push the rear leg portion 8R toward the left and right sides in the outer side direction of the A I-boat morning surface. Thereby, the action of the benzene 9R dry post-secondary system by the interlocking member as the intermediate member can be freely performed in the middle member, that is, the intermediate member relative to the ear portion, that is, the English alphabet toy 1R, such as the tenth plurality The constituent member is made into a first shape by the elastic force of the elastic member, and the retaining portion 47R maintains the text 'folded: b! The shape of the plurality of constituent members respectively constitutes: the lower rim of the 丄 meaning word 2, and the side i disposed along the contour. According to the seventeenth and eighteenth figures, the English alphabet toy 201212989 1R Expand the action to explain. As shown in Fig. 17 (a), in the first (shaped English alphabet toy 1R, the pressing portion 72R of the switch member 7R is engaged with the locking portion 47R of the ear portion 4R. Therefore, the ear portion 4R is folded into The body 2R side is kept in this state. Since the ear portion 4R is in a folded state, the rear leg portion 8R that is interlocked with the ear portion 4R is also kept folded into the body portion 2R. The user presses the switch member 7R from the rear. When the top of the operation member 7〇R is at the time of 73R, as shown in Fig. 17(b), since the pressing portion 72R of the switch member moves forward, the locked portion 47 is disengaged. Thereby, the ear portion 4R The second outer side of the torsion disk 2 = jumps out and rotates. There are: if the rotating ear 4R 3 wins as shown in the seventeenth figure (1), the abutting abutting part of the joint is fine and resists the disk force and is turned backward. Thereby, as shown in the eighteenth figure (4), the tapered portion 98R of the member 9R is along the tapered surface so as shown in Fig. 18(b), then jumps out and moves in parallel. (4) The 48R will be from the front and the inside. Urgent third: shape: with 1R system, maintained as text shape = T: r and rear foot 8r is instantaneously deployed to the mother The toy 1R is deformed into a rabbit of the second shape. (4) The central structure is integrally formed in the switch member: 2. The locking portion 47R of the interlocking ear portion 4R, the interlocking structure = r71R, the pressing portion, the edge portion 87R, and the like. The composition of the #牛处' and the rear leg portion 8R is the same as the member of the English alphabet toy 1R, and a plurality of elastic members, and the plurality of locking portions 47R and j'1 constitute one member to restore the original shape. Therefore, the structure for restoring the original shape can be specifically explained by the operation 45 201212989 and the following. When the ear portion 4R is restored from the position of the second shape to the position of the first shape, the position of the ear portion 4R is restored. The interlocking member that returns the original leg portion 8R from the position of the second shape to the position of the first shape is formed of the following members: a rod-shaped portion 71R or a pressing portion 72R integrally formed on the switch member 7 feet, and the ear portion 4R The locking portion 47R, the interlocking member 9R, and the flange 87R of the rear leg portion 8r, etc. As shown in Fig. 17(c), the English alphabet toy 1R in the second shape is locked to the body by the locking portion 47R of the ear portion 4R. Opening of part 2]1 When the end surface is engaged, the ear portion 4R is maintained in a deployed state. Further, in order to restore the ear portion 4R to the position of the second shape, the user resists the elastic force of the torsion coil spring 44R and folds it into the body portion with a finger. When 2R γ is rotated, the interlocking member is moved forward and upward by the elastic force of the coil spring 97R with the rotation of the locking portion 47R. That is, as shown in the tenth figure (1), the rear leg portion 8R is unfolded as the interlocking member. When the 9R moves forward and upward, as shown in Fig. 18(a), the elastic force of the coil spring 88R urged by the flange 87R is pulled in the inner side, that is, the body side. Further, the alphabet toy 1R is folded to the side of the body portion and interlocked with the ear portion 4R, and the front end of the locking portion 47R pushes the pressing portion 72R of the switch member 7R forward. In other words, as shown in Fig. 17 (b), the user engages the ear portion 4R in a state in which the locking portion 47R of the ear portion 4R is engaged with the rear 4 in the vicinity of the front end of the pressing portion 72R of the switch member 7R. When the body portion 2R side is folded in and out, the front surface of the locking portion 47R pushes the pressing portion 72R forward. Further, when the locking portion 47R is displaced to the upper surface of the pressing portion 72R, the switching member 7R is moved rearward by the elastic force of the coil spring 77R as shown in Fig. 17(a), due to the locking portion 47R. When the pressing portion 72R is engaged again, the English alphabet toy 1R is restored to its original shape in the original state. Further, when the switch member 7R is restored to the original state, the pressing portion 72R and the locking portion 47R of the ear portion 46 201212989 4R are in the i-th shape. 'That is, the phase; the mother toy 1R again moves the infested member ear 4R as the recovery essence = set in the body green and = ^ set back to the county, against the body part of the Han to make it rotate; and skirt J = The interlocking mechanism allows the phase to return to the position of the first shape. 8R, the letter toy 1R has a body part 2R and a rear leg part g ^ ° feet to form the front face of the English letter outline and 1 component member, the rear leg part 8R In order to displace the second constituent member in the outer direction of the face and the inside, the force is movably applied. The outer letter toy 1R, the top surface of the switch member 7R, the side surface, the second component member, and the rear leg portion are housed in the arrangement of the front surface and the inner surface of the first Chinese character. Therefore, the top surface 73R of the closing member 7R is subjected to a pressing operation - the engagement of the M7R is released, and the second constituent member rear leg portion 8R is moved to the outside of the inside of the document, and the animal shape as an article is jumped out and displayed on the user. before. ”=The foot is protruded by the rotation of the rotating ear portion 4R and the rotation of the unfolded ear portion 4R to protrude f. That is, the rear leg portion 8R is released by the elastic member to twist the disc pepper. Jumping out from the front and the inside, and rapidly moving outward. This type of English alphabet. The toy device moves the second constituent member to the outside of the first constituent member surface while the top surface of the switch member 7R is moved. In the state of being held, it is possible to operate the English alphabet toy = ==11', and the direction of the jumping movement of the second constituent member and the moving direction of the switch member 7R are set to 201212989, respectively, i have two: two female toys, although The internal structure is different. 'But = (5) ==== "R W' number of letters is not limited to the case where the above "g", "l", "q", and "4" are used, and other types may be used. English alphabet as the first mother: = two, "〇", "[",", "foot" other than English 乍 is the first form of the English alphabet toy. The letter toy 1A in which the "_A" is the first form, as shown in the nineteenth figure #t/jin, when a plurality of constituent members are folded, the three-dimensional "eight" is presented. The alphabet toy 1A has a configuration in which the head is twisted in the direction in which the body portion 2A is twisted, that is, in the left-right direction of the body portion 2A. In addition, the composition of such an English alphabet is made up of the first. The 卩5A jumps out from the side toward the outside of the character outline, moves relative to the body portion 2A, and moves back relative to the body portion 2A in order to cause the tail portion 8A to suddenly jump out from the side. Further, the head portion 4A is composed of an upper crocodile portion 41A and a lower jaw portion 42A, and is configured such that the upper crocodile portion 41A is rotated in a direction separating from the lower jaw portion 42A. The English alphabet toy 1 has an interlocking mechanism for arranging the elastic members ' between the designated constituent members and pressing the top surface of the switch member to actuate the members. By this type of English alphabet toy 1Α', according to the month γΐρι 1 force, the right side, and the pressing force on the top surface of the switch member disposed on the side surface, as shown in the nineteenth (b), it can be instantly deformed into The second shape of the crocodile shape is corresponding to the ALLIGATOR. The English alphabet toy iB with "B" as the first form, as shown in Fig. 20 (a) 48 201212989, when folded into a plurality of constituent members, presents the English word = B in three dimensions. The alphabet toy 1B is configured to be rotated relative to the body portion 2B so that the wings thereof rapidly jump out from the face and the rear face. Further, the English letter 1B is configured such that the front leg portion 8B jumps out from the side surface j, = rotates relative to the body portion 2B, and the head portion 5B is parallel to the plane along the face and the inside, relative to the body The portion 2B rotates. Further, the head portion 5B is composed of an upper mouth portion 51B and a lower mouth portion 52B, and is configured such that the upper mouth portion 51B rotates in a direction away from the lower mouth portion 52B. Further, the English letter i/c 1B has an elastic member disposed between the designated constituent members, and the respective members are interlocked according to the pressing force received by the top surface of the switch member. By means of this kind of English alphabet toy m, according to the front, the inside and the pressing force of the top surface of the side member disposed on the side, as shown in the twentieth figure (b), it can be instantly deformed into "m" The second shape of the bird's shape. 'With the Cj as the first form of the English alphabet toy ic, as shown in the twenty-first figure (a), when the field is folded into a plurality of constituent members, the three-dimensional representation of the English letter C is presented. The English alphabet toy (1) is configured to rotate with respect to the body part & in order to make the neck of the neck 4C jump out rapidly, and the English toy 1C has the head 41C, the head 41C and The rotation of the neck portion 4C is interlocked and rotates at the front end of the neck portion 4C. The English alphabet toy 1C is configured to make the tumor portion 8C to the side, that is, to jump out from the back of the body portion, and to the body portion. In addition, the English-speaking play/1 C has an interlocking mechanism in which the elastic member ' is disposed between the constituent members of the finger and the pressing force is applied to the top surface of the member 7C to activate the respective constituent members. , this English alphabet toy 1K, according to the former The inside and the 'pressing force on the top surface of the switch member 7C disposed on the side' are as shown in the first eleventh (b), and can be instantly deformed into the second shape of the simulated camel shape corresponding to the "C-trick". shape. 49 201212989 The English alphabet toy 1D with "D" as the first form, as shown in the twenty-second figure (a), when a plurality of constituent members are folded, the English letter D is presented in three dimensions. The alphabet toy 1 is configured such that the forefoot portion 4D and the rear leg portion 5D rapidly jump out from the side surface toward the outer side of the character outline, and rotate relative to the body portion 2D. Further, the alphabet toy 1D is configured such that the tail portion 8D suddenly jumps out from the side surface and is rotated with respect to the body portion 2D, so that the nose portion jumps out from the side surface of the head end surface integral with the body portion. It moves in parallel with respect to the body part 2D. Further, such an alphabet toy 1 D has an interlocking mechanism in which an elastic member is disposed between the designated constituent members, and the respective constituent members are actuated according to the pressing force received by the top surface of the switch member. Thereby, the English alphabet toy 1D can be instantaneously deformed into "D" according to the pressing force of the top surface of the switch member disposed on the front surface, the surface, and the side surface, as shown in Fig. 22 (b). 〇G" corresponds to the second shape of the simulated puppy shape. " The English alphabet toy with "E" as the first form] E, as shown in Fig. 23(a), when a plurality of constituent members are folded, the English letter E is presented in stereo. The English alphabet toy 1 is configured such that its ear portion 4E rapidly jumps out from the front and rear to the outer side, and rotates relative to the body portion 2E. Further, the English alphabet 1 is configured such that its nose portion 5E suddenly jumps out from the side surface and rotates relative to the body portion 2E. Further, the English alphabet toy 1E has an interlocking mechanism in which the elastic members are disposed between the designated constituent members and the respective members are actuated according to the pressing force received from the top surface of the switch member 7E. Thereby, the English alphabet toy m can be instantaneously deformed into "ELEPHANT" according to the pressing force of the top surface of the switch member 7E disposed on the front, the inside, and the side surface as shown in Fig. 12(b). Corresponding to the second shape of the simulated elephant shape. The English alphabet toy 1 F with the "F" as the first form, as shown in the twenty-fourth figure (a), when the folding person has a plurality of constituent members, Stereoscopic presentation 50 201212989 The English letter F. The English word portion 4F is configured such that the front outer side & base and the A and 1 F are arranged such that the neck is rotated and the body part 2F is rotated. The rotation of the portion 4F is interlocked, and has a head = 41F, and the head portion 41F and the neck toy 1 F are configured to rotate at the end of the two ends. This type of English word speed jumps out, and relative to the body part 2^= points and the hind foot animal MF from the side stimuli 1F has the specified composition broadcast, and the English alphabet is placed on the top surface of the switch member. There are elastic members and according to the mechanism. Thereby, the interlocking action of the English alphabet constituting member 7F and the switch disposed on the side surface are 1F, according to the front and the inside, as shown in FIG. 14 (1), the pressing force of the second, such as the second simulated flamingo The second shape of the shape is broadly "flamingo" corresponding to "H" as shown in Figure (1). When folding the letter toy 1η, the second letter of the alphabet is η. When the mu is converted into a member, the three-dimensional representation 4H and the front side are formed by the ^faced toy 1k, in order to move the head. Further, such an English morning face H is parallel, and the head portion 4H is moved away from the upper portion 4m toward the lower portion 42H with respect to the body portion 2H and the lower crotch portion 42H, and moves to the upper portion 41H. The letter toy m is rotated to make := jump out. #且, This English part 2H rotates. In addition, 忒(4)' is relative to the body-building member of the coffee maker HH 1H/ has a specified structural pressure, so that each component is constructed, toy 1H, according to the front and inside side of the central letter of the top of the letter pressure, such as the second Ten to five ^ wood one five map (b) does not, can instantly become the first to simulate the hippo shape corresponding to "mPPOPOTAMUS"; two shape.英文 English alphabet toy u with "I" as the first form, such as 卞/,

S 51 201212989 English letter i. Such an English letter: a piece: a piece, which is stereoscopically presented, and which is rotated relative to the body portion 21. The 2 toy 11 is configured to rotate with respect to the body portion 21 in order to cause the mouth portion η to jump out from the side. mechanism. ^This, to, the force force 'to make the constitutive members actuate the linked letter toy 11 according to the front, inside, with the pressing force of the top surface of the switch member 71, such as the second simulation ^ 2: (4) The picture corresponding to "iguana" is the first form of the English alphabet toy 11, such as the twenty-seventh English prison: Τ. When there are five or more constituent members, the three-dimensional presentation 4J is formed from the side and the #t central letter toy ^, and is rotated relative to the body portion 2J so that the tail portion is English: two. Further, the outside of the porch is constructed such that the head 51 jumps out from the side to the character ϊ 1 = 3 and moves in parallel with respect to the body portion 2J. The movable toy 1J is constituted by an ear that is interlocked with the parallel movement of the head 5j. M1J protrudes from the front of the protruding portion of the head 5J. Moreover, such an English word two "heads" τ nose °P 52J 攸 constituting members are provided with elastic ^ and the shank master 1J has a specified m m π 々匕 f : the member is received according to the top surface of the switch member According to the force of i, the interlocking mechanism for each component is actuated. By this, $U, according to the front, the inside, and the side of the switch member =, the pressure to the 'as shown in Figure 27 (1) is the second corresponding to the "MGUAR" analog jaguar shape shape. The "K" is the first form of the English alphabet toy ratio, as shown in the twenty-eighth, U). When the folding person has a plurality of constituent members, the three-dimensional representation of the English letter κ is presented. The English alphabet toy 1 is configured such that the head 4κ 52 201212989 rotates from the side to the outer side of the outline of the character with respect to the body portion 2K. The English alphabet toy has an ear portion 41Κ, and the ear portion 41Κ is interlocked with the rotation of the head portion 4Κ and rotates near the upper rear end of the head portion 4Κ. The English alphabet toy 1 is configured such that the child's 5 Κ and the forefoot 8 急 are quickly jumped out from the side, and are rotated relative to the body 2 Κ. Further, the alphabet toy 1A has a coupling mechanism in which an elastic member is disposed between the designated constituent members, and the respective members are actuated according to the pressing force received by the top surface of the switch member. Therefore, the English alphabet toy ικ, according to the front, the inside, and the side of the switch member disposed on the top surface of the pressing force, as shown in the twenty-eighth figure (b) can be instantly deformed into "KANGAROO" Corresponding to the second shape of the kangaroo shape. The English alphabet toy 1M with "M" as the first form, as shown in the twenty-ninth figure (a), when a plurality of constituent members are folded, the three-dimensional to the existing English letter Μ is displayed. The alphabet toy 1M is constructed such that the body portion is divided into two parts and pivoted, and the front side body portion 21 and the rear side body portion 22'' are rotatable relative to each other. In other words, the front body portion 21A and the rear body portion 22b can be swung out from the side to the outside of the outline of the character. Further, in order to make the tail portion 5Μ jump out from the side, it is rotated relative to the rear body portion 22]y. Further, the English word 1M is configured such that the ear portion 8M is suddenly jumped out from the side surface, and the U body portion 21M is moved in parallel. Further, such an alphabetic play ς 1 Μ has an elastic member disposed between the designated constituent members, and is opened, and the member is decomposed to reduce the force to make the constituent members actuate. In this case, the English alphabet toy 1Μ, according to the front and the inside, the pressing force on the top surface of the switch member arranged on the face, such as the twenty-ninth f ^b), can be instantly deformed into "MOUSE" Corresponding to the second shape of the simulated mouse shape. The alphabetic toy 1N with N" as the first form, as shown in the thirtieth figure. 53 201212989 When the English letter N has several constituent members, the stereoscopic N is presented. Such a central letter toy m

4N can quickly jump out of the body for money. W ιν ^^, Γ 4

^ n, eight have Shuo 41N, Shuo 41N and neck 4N

Si: 'f rotates at the front end of the neck W. Further, such a British double-faced Γ: two becomes 'for the front leg portion 5N and the tail portion, the energy N has a top surface of the interlocking member disposed between the designated constituent members and is subjected to (four) pressing force, so that each constituent member is made = 'This kind of English alphabet toy 1N, according to the pressing force of the top surface of the switch member arranged on the front and the front side, such as a " The second shape. ^ "〇" is the first form of the English alphabet toy, as shown in the thirty-first figure (a). Although there are a plurality of constituent members, the stereoscopic appearance is 0. This? The letter toy 10 is constructed such that its wrist 40 rapidly jumps out from the front face and the inside to the outside, and moves parallel to the body portion 20. Further, the alphabet toy 1 is configured such that the leg portion 50 can be rotated relative to the body portion 220 from the side to the outer side of the character wheel. Further, such an alphabet toy i 〇 has an interlocking mechanism for causing each constituent member to actuate according to a pressing force received between the designated member members ge* and depending on the pressing force received from the top surface of the switch member. Thereby, the English alphabet toy 1P can be instantly deformed into "ORANGUTAN" as shown in the thirty-first figure (b) according to the pressing force of the top surface of the switch member disposed on the front, the inside, and the side surface. Corresponding to the second shape of the simulated orangutan shape. The English alphabet toy ip with "P" as the first form is shown in Fig. 32 (a). When a plurality of constituent members are folded, the three-dimensional representation of the English letter p is displayed. The alphabet toy 1 is configured such that the forefoot portion 4P and the ear portion 8P are suddenly jumped from the side to the outside of the character rim, and are rotated relative to the body portion 2P. Further, the English alphabet toy ιρ is configured to rotate with respect to the body portion so that the tail portion 5P suddenly jumps out from the side. Further, the alphabet toy 1P is configured such that the nose portion 41P suddenly jumps out from the side surface and protrudes from the body portion 2P. Further, such an alphabet toy 1P has an interlocking structure in which an elastic member is disposed between the designated constituent members, and the respective members are actuated according to the reliance on the surface of the switch mechanism (four). Thereby, the English letter toy lp can be instantaneously deformed into a mode corresponding to "PIG" as shown in the third (1) according to the pressing force of the top surface of the switch member disposed on the front, the inside, and the side. The second shape. 1~ The English letter toy ls with "s" as the first form, as shown in the thirty-third (1)', when a plurality of constituent members are folded, the stereoscopic image is [English letter M. The alphabet toy ls is constructed such that the body 21S and the second body portion 22S are rotatable in the mutually twisting direction. Further, the alphabet toy is configured such that the second body portion 22s and the third body portion 23S are rotatable in the mutually twisting direction. Further, the alphabet toy 1S is configured such that the third body portion 23S and the fourth body portion 24S are rotatable in the mutually twisting direction. Further, the alphabet toy 1S is configured such that the crotch portion 5S pivotally connected to the first body portion 21S is rotated with respect to the first body portion "21S" and is configured as a tail portion 8S pivotally connected to the fourth body portion 24S. In other words, the first to fourth body parts 21S-24S are rapidly rotated differently from each other, so that the lower rhythm portion 5S and the tail portion 8S can be swung out from the side. Further, such an alphabet toy 1 S has a coupling member that is disposed between the designated constituent members and that is configured to actuate the respective constituent members in accordance with the pressing force received from the top surface of the switch member. The English alphabet toy ls has a pressing force that is received by the top surface of the switch member disposed on the front side, and can be instantaneously deformed into the second shape of the "SNAKE" pattern as shown by the = (1).犋 蛇 蛇 以 以 以 以 以 以 以 以 以 以 以 以 以 τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ The English alphabet toy 1Τ is configured such that the foot portion and the rear leg portion 42τ are jumped from the side to the character outline = and are rotated relative to the body portion 2 . In addition, the English word %2r1T is ,, so that the tail 胄 8 jumps out from the side and moves with respect to the body part. Furthermore, the composition of the English alphabet toy is "to make the head r2T: side ... 仃 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 胄❿ 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而The rotation of the head portion 5 is performed, and the ferro-matrix unit 1 has an interlocking mechanism in which a pressing force is applied between the constituent members of the finger member in accordance with the top surface of the switch member to configure each of the components. Therefore, the English alphabet toy 1T is subjected to the pressing of the top surface of the switch member disposed on the front side, the second side and the side surface, and the deformation between the simulated shirts and the "Eagle R" figure (Γ). The English alphabet toy 1U, such as the thirty-fifth out of the base s folded into a plurality of components, the three-dimensional presentation of the English alphabet to play * 1U is composed of 'for the neck 2U μΪ · to the outline of the text The outer direction jumps out quickly and moves to the body part. The English alphabet toy 1U has a rotational linkage of the front end turning arm portion 4U, and is pivoted with the corner portion 42U' of the neck portion 4U of the head portion 417 and the head portion of the head portion 417. Moreover, this type of English alphabet toy 56 201212989 = body 5u can jump out from the side, and the relative == is equipped with elastic members, two classes two Wenfeng:, 〗 〖 constitutes the interlocking mechanism of the action. Therefore, according to the front, the inside, the W and the side of the switch === the pressing force, as shown in the thirty-fifth figure (1), can be instantaneous, = / IC 〇 RN" corresponding The second shape of the simulated unicorn shape. The English alphabet toy 1V with the first form of -V" is as shown in the thirty-sixth figure - a no. When a plurality of constituent members are folded, the stereoscopic representation = sub-two. The alphabet toy 1 is configured such that the upper side surface thereof is rapidly jumped out toward the outer side of the character wheel, and the body portion 22V is rotated. Further, such an alphabet toy IV 冓 becomes 'to make the neck 5V jump rapidly from the side and to rotate with respect to the upper body portion 21V. Moreover, the English alphabet toy 1V has a head and a head of the wire, and 51V is interlocked with the rotation of the neck 5V, and is advanced in the head 5V. Mia, and the composition of the English alphabet toy lv is 'for the sake of its former. The 8V side jumps out quickly and rotates relative to the body part 21V. Further, the central letter toy 1V has a linkage mechanism in which a broadcast/1 good member is disposed between the designated constituent members and a pressing force is applied to the top surface of the switch member to make each configuration. By this type of English alphabet toy 1V, according to the =, ,, and the top surface of the switch member disposed on the side surface, the pressing effect #4_ can be instantaneously deformed as shown in the twenty-sixth (b) With the "VULTURE", the second shape of the shape of the vulture is simulated. The English letter toy 1W with "W" as the first form, as shown in the thirty-seventh: ja), when folded into a plurality of constituent members, presents a three-dimensional letter w. The English alphabet toy 1W is constructed such that the body portion is joined by the knife in two parts, and the front body portion 21W and the rear body portion 57 201212989 22W month b are mutually rotated. In other words, the front body portion and the rear body portion 22W can be quickly swung out from the outer side of the outline of the side (four) character and rotated. And, in order to make the tail 5W jump out from the side

Rotate relative to the rear body portion 22W. Further, such an alphabet is played and W is configured such that its tidal portion _ jumps from the side to the front body portion (10) in parallel. Further, such an alphabet toy is an interlocking mechanism in which an elastic member is disposed between the constituent members and the respective members are actuated according to the switch mechanism_pressure. Therefore, the central body toy 1W is pressed according to the pressing force of the top surface of the front and inner switch members, as shown in the thirty-seventh figure, and is deformed into the shape of the simulated fish corresponding to the "WHALE" handle. The second letter "X" is the first form of the English alphabet toy χ, such as the thirty-eighth ==== two ^ ϊί 2 = and this English alphabet toy lx, has the ear X, the ear 51 Χ and the neck 5 Χ Pressing force on the top surface of the closing member 7 X =: Side: The configured opening energy is instantaneously deformed into a simulation corresponding to "F0X" _ = (b =: Fig. U) "When folding into a plurality of structures The English letter γ is output at 201212989. The English alphabet toy 1γ portion 4Υ is moved from the side to the outside of the character outline to move the rear foot. In addition, the English alphabet toy 1γ, and the ancient foot 2Υ parallel to the parallel movement of the body part 5 转动. The same day, the ", the rear foot 4Υ has a 1Υ structure, the head from the side to the text wheel gallery ^ English letters play the front foot 2 turns. Moreover, in the direction of the side of the English object, the component members are placed with a miscellaneous member = 1 γ, and the pressing force of the pointing member is used to actuate the top member of the U-shaped member. Toys 1 Υ, according to the front, inside, ^ mechanism. Money, the pressing force on the top surface of the British component, such as the deformation between the switches arranged on the 30th side is the analogy of the "YAK", U), can be instantaneously "Z" The first form of the English word hits the second shape. (1) As shown in the figure, when a person has a plurality of constituents, ^/, =', for example, the English letter z in the fortieth chart. This kind of English alphabet toy lz 立体 立体 立体 呈现 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 'Rotate relative to the body part 2Ζ. Further, the English 12 is configured such that the nose portion 7 of the switch member is moved in parallel with respect to the body portion 2Ζ. Further, such an English word is configured such that the front leg 8Z can be suddenly jumped out from the side and rotated. And, this. The alphabet toy 1Z has an interlocking mechanism in which an elastic member is disposed between the designated constituent members, and the respective members are actuated according to the pressing force received by the top surface of the switch member 7Z. Thereby, the pressing force of the top surface of the English alphabet toy 1Z, the root, the front, the inner side, and the side surface is subjected to the pressing force, as shown in the fourth drawing (b), which can be instantly deformed into "Zebra". The English word corresponds to the second shape of the simulated zebra shape. If the English alphabet toy ία corresponding to 26 English letters is used as a group to form an English alphabet educational toy, you can enjoy each of the 59 201212989 English 2 mothers and the English name of the animal name containing the English alphabet. The word is a variety of shots (4) 8 玩具 玩具 而 而 而 】 「 「 「 「 「 「 「 「 「 「 S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S八文七母=二=造(10)^, and "GIRAFFE=: The sounding mother toy shows the implementation of the present invention" and LI 0Ν". "=' shows the English literal pattern shown in the sixth diagram of the implementation of the invention. "L" and "LIOM:: A schematic diagram showing the internal structure of the internal structure of the seventh embodiment of the present invention. "L" And the "Γϊ'5 child toy system shows the implementation of the present invention: two words = word r system 1 咐 second ninth figure shown in English" word = ^ ^ surface pattern. 'Q = "QuiiL" 2: 2 Regarding the implementation of the present invention Q" and 7 2" L: There are two indications; _ Example: ": =, two ==. The plane pattern of the English word "mother" structure shown in the twelfth figure. Examples of examples of the present invention are shown in the example "Examples" and "QA I l - English words shown in Figure 13". The examples "Q" and "QUA ϊ L If show the English words shown in the fourteenth figure of the present invention" and the plane mode of the _ action. The "R" and "RABB T τ toys" show the oblique view of the English appearance as shown in the fifteenth figure of the present invention. The examples "R" and "RABBIT show the sixteenth aspect of the invention" The English alphabet shown, "^σ卩 slave side mode diagram. The examples "R" and "RA Β Β Τ Τ show the actual drawing of the present invention. ΰΙΤ" on the central axis of the interlocking member, the English alphabetic examples "R" and "RA Β" shown in Figure 17 Β ! The English = "playing =1 side mode diagram shown in Fig. 18 of the present invention is not shown. Example: "and "raBBIT mother" 2: There is a diagram of the concept of the invention, for example: B" and "B IRD". The month of the month - the English alphabet toy shown in the 21st picture shows the appearance of the pattern of the "C" and "CAMEL" of the 太 ΗΒ 贯 之 之 之 之 之 之 之 之 之 之 CAM CAM The appearance mode diagrams showing the % "D" and "d〇G" of the present invention are shown. The English alphabet toy shown in Figure 13 shows the appearance pattern of the actual palladium examples "E" and "ELEPHANT". - The alphabet toy shown in Fig. 24 shows an appearance pattern of the respective embodiments "F" and "FLAMINGO" of the present invention. - The English alphabet toy shown in the fifteenth figure shows the outer "mode 201212989" of the embodiment "H" and "Η I PPOPOTAMUS" of the present invention. The alphabet toy shown in Fig. 26 shows an appearance pattern diagram relating to "I" and "IGUANA" of the embodiments of the present invention. - The alphabet toy shown in Fig. 17 shows an appearance pattern of the "J" and "J A G U A R" of the present invention. The alphabet toy shown in Fig. 28 shows an appearance pattern of the examples "K" and "KANGAR (10)". The first letter of the month, the English alphabet toy shown in Figure 19 shows the appearance pattern of the examples "M" and "MOUSE". The English alphabet toy shown in Fig. 30 shows an appearance pattern of the embodiments "N" and "NESS IE" of the present invention. "The English alphabet shown in the thirty-first figure and the embodiment "〇" and the English letter "indicated in the thirty-second diagram of the present invention". Embodiment 1 "P" and "PIGj Appearance Pattern Map". Appearance pattern diagram of "3"*4^" which is not related to the alphabet toy shown in Fig. 23 of the present invention relates to the present invention. The actual toy shows an appearance pattern of the ui R" of the present invention. Example "u"! The English word = "Formula" shown in the thirty-sixth embodiment of the first embodiment of the embodiment of the present invention is shown. For example, "V" and "V u L·T u n ', not related to the English alphabet shown in the seventeenth embodiment of the present invention" < W" and "WHALE sub-;; f is an appearance pattern showing the English letters shown in the eighteenth figure of the present invention. --, ^ ―". The alphabet toy shown in Fig. 29 shows an appearance pattern of the inventions "Y" and "YAK" in relation to the present invention X" and "Fοχ, 沾 仏Γ 頋 62 62 62 62 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The alphabet toy shown in Fig. 40 shows an appearance pattern of the embodiments "Z" and "Z E B R A" of the present invention. [Main component symbol description] 1G English alphabet toy 2G body part 3G engagement member 4G neck 5G tail 6G linkage member 7G switch member 9G sliding member 24G rotary moving portion 26G support plate 27G support plate 41G head 42G pin 43G groove 44G twist篑 45G shaft 48G base portion 49G support plate 52G shaft 57G groove 63G engagement portion 64G pressing portion 66G coil spring 63 201212989 67G support piece 69G pin 70G operation portion 72G pressing portion 73G top surface 74G opening portion 77G coil spring 90G support portion 93 G groove 97G abutment 99G coil spring 1L English alphabet toy 2L body part 3L engagement member 4L bristle part 5L front leg part 6L linkage member 7L switch member 8L tail part 25L parallel movement part 27L support plate 30L abutment part 36L engagement claw 40L base 44L torsion coil 45L shaft 52L shaft 53L shaft 64 201212989 54L magazine receiving portion 55L coil spring 56L ring 57L pin 60L front side pressing portion 61L front side pressing surface 62L pressing portion 63L engaging portion 65L rear side pressing portion 66L coil spring 68L Rear side pressing surface 70L Operating portion 72L Pressing portion 73L Top surface 77L Pan 篑 84L Pin 88L Coil spring IQ English alphabet toy 2Q body part 3Q engaging member 5Q foot 7Q switch member 8Q head 25Q parallel moving part 27Q support plate 30Q abutment part 33Q coil spring 36Q engaging claw 201212989 52Q shaft 55Q torsion coil spring 58Q base 70Q operation part 72Q Pressing part 77Q Coil spring 73Q Top surface 82Q Substrate part 83Q Locking groove 85Q Hook part 88Q Coil spring 89Q Spring receiving part 1R English letter toy 2R Body part 4R Ear part 7R Switching member 8R Rear leg part 9R Linking member 24R Rotating moving part 27R support plate 28R support portion 44R torsion coil spring 47R locking portion 70R operation portion 71R rod portion 72R pressing portion 73R top surface 77R coil spring 66 201212989 80R projection 82R shaft 87R flange 89R flange screw 94R abutment portion 97R disk篑98R Cone extraction part 99R recess

Claims (1)

201212989 Seven patent application scope: 1. An English alphabet toy, comprising: a plurality of constituent members connected at least to the above-mentioned constituent members; and an elastic member, two movable members that are mutually movable and arranged in a force "", the elastic member is attached to the above-mentioned closing member; the connecting portion; the engaging portion, and the elastic force of the plurality of constituent members 5 are assembled, and are folded into the second plurality to form the member Forming a side surface of the first shape=face, the inside, and the contour of the character along the wheel #, and retaining the character shape, and the card is connected by the aforementioned switch member Any one of the ancient glazed surface, the inner surface, or the side surface is disposed in the first shape in the first shape, and the engagement is released in accordance with the position where the surface of the same surface is applied to the top surface, When the engaging member is operated by the elastic member, the engagement of the elastic member is released, and the mutual movement is rapidly moved to reveal the second and second movable. The moving component is represented by the second shape of the article 2 including the word of the aforementioned character. 2. The plurality of constituent members of the article of the scope of the patent application are incorporated into the step package, and the foregoing The action is conveyed to at least one of the other components of the (4) component: actuating, - its "configuration = 3. as claimed in the patent scope" or 2 assembled into the aforementioned article to the parent toy, which is composed of 68 201212989 English alphabet The outline of the character is slightly flat, and the side surface includes a curved surface and a planar shape disposed along the outline of the character. In the second shape, at least one of the constituent members rapidly jumps out from the side surface to form an outer shape of the article. 4. The alphabet toy according to any one of claims 1 to 3, wherein when assembled into the first shape, the front and back sides are folded into a slightly flat surface having the outline of the letter of the English alphabet. The side surface includes a curved surface and a planar shape disposed along the outline of the character, and in the second shape, at least one of the constituent members rapidly jumps out from the front surface or the inner surface to form an outer shape of the article. 5. The alphabet toy according to claim 1 or 2, wherein the constituent member includes: a first constituent member constituting the front surface and the inner side of the outline of the English letter, and configured by the foregoing At least one second constituent member that is biased by the elastic member and that is movable toward the outer side of the contour by the side surface, and the second constituent member is housed in the character outline in a state of the first shape, and is configured to be along The character contour is disposed on a curved surface or a part of a plane of the side surface, and a top surface of the switching member is disposed on either of the front surface and the back surface, and when a pressing force is applied to a top surface of the switching member The engagement of the engagement portion is released, and the second constituent member moves outward from the outline of the character by the elastic force released by the elastic member, and the outer shape of the article is displayed. 6. In the case of the English alphabet toy of claim 1 or 2, the composition of the present invention is: 69 201212989 The above-mentioned constituent members include: the front face of the profile and the first structure of the face; the parent character rotates the elastic member The force may be set to at least one of the second constituent members in front of the front or the rib, and the second constituent member is moved in the direction of the second side, and is accommodated in the shape of the second member before the formation of the character. In the state in which the top and the top of the switch member are disposed in the same plane, the card 3 is released, and the elastic force released by the engaging portion in the second structure is elastic to the character. The member jumps out of the shape of the aforementioned article. , the outer movement of $, appears - an English alphabet toy 'constructed to include a body member; a plurality of involuntary body members for rotational movement or parallel movement connection = a spring between the body member and the body member, and a switch member' is disposed on the body On the member; when the grouping operation is performed, the elastic force of any of the member members 10 is moved relative to the body member, and the two pieces of the infesting member are interlocked with each other by the interlocking mechanism to transfer the toy to be Folding into a first shape ′ before the first shape, the plurality of vacant members respectively form a front surface and a back surface having a contour of any one of the ridges, and the engagement portion is disposed along the contour to maintain the first shape, and the switch structure is The top surface 'is formed on the front surface, the inner surface, or the side surface at the same position as the surface, and 201212989 is in the state of the first shape, in response to the operation on the top surface of the switching member. The engagement of the engaging portion is released, and the infested member is rapidly moved relative to the body member by the elastic force released by the elastic member. In the ground movement, the main body member and the plurality of infested members are changed to a second shape, and the second shape indicates an outer shape of the article corresponding to the single character in the character. 8. The alphabet toy of any one of claims 1 to 7, wherein the outer shape of the article is deformed into an outer shape corresponding to the animal name including the character. An English alphabet educational toy comprising a group of the aforementioned English alphabet toys as set forth in any one of claims 1 to 8 respectively corresponding to 26 English letters.