JPH06158Y2 - A toy whose oscillating body can move in opposition - Google Patents

Description

TECHNICAL FIELD The present invention relates to a toy in which an oscillating body can move in opposition to each other, and more specifically, it is placed on a sliding rod that is reciprocally movable and has a large number of steps. In a toy in which an oscillating body can be moved by the reciprocating movement of the sliding rod, a step portion engraved on the sliding rod is provided so as to be inclined in an opposite direction, and the oscillating bodies standing opposite to each other slide. The present invention relates to a toy which is provided so as to be capable of swinging on the sliding rod in opposite directions by reciprocating movement of the rod.

2. Description of the Related Art Conventional rocking toys have been widely known and provided in the art, and there is a so-called yajirobe which is balanced by arranging and connecting weights in a distributed manner. It was Further, there is known one in which the yajirobe is placed on an inclined guide rod or the like for swinging the yajirobe, and the yajirobe is swung from above and lowered.

Problems to be Solved by the Invention What is called a yajirobe as a rocking toy, which is a conventional technique, is a moving object that is oscillated while arranging weights in a distributed manner and connecting the weights for rocking. Although it is a toy that uses the human instinct to pay attention to and pursues the fun of moving while balancing it, the conventional so-called yajirobe merely swings in a fixed position, and the movement is simple. Since it only swings due to the balance of the weight, it is a simple movement, and there is a problem that it gets tired soon and interest is halved.

In order to solve this problem, it has been proposed that a so-called yajirobe of a swinging toy is placed on an inclined guide rod or the like, and the swinging toy is gradually lowered while swinging by its own weight. Not only swinging, but also swinging while moving is intended to further increase interest in the toy, and it is possible to have some interest in moving. However, such movement is merely a downward movement from above due to the weight of the toy Yajirobe, and it is a natural law that an object descends from above due to gravity. Since it is just a matter of directly incorporating the facts witnessed in, there is a problem that interest is halved without any surprise. Was Tsu.

In addition, the player himself does not perform a predetermined operation to move, but uses the natural law that the movement simply descends by its own weight, so the player can actively move while operating himself. Not
That is, since there is no need to perform an operation related to movement, there is a problem in that the interestingness is halved.

Means for Solving Problems The present invention has been made for the purpose of providing a solution to the problems in the prior art, and a sliding rod that is reciprocally movable and provided with a large number of steps, In a toy in which a swinging body provided with projecting support legs is erected so that the swinging body can move by reciprocating the sliding rod, a step portion engraved on the sliding rod is provided. An oscillating body, which is provided so as to be inclined in the opposite direction, and which is erected to face each other so that the oscillating body is movably provided on the sliding rod in opposite directions by reciprocating movement of the sliding rod. (EN) A toy in which a moving body can move oppositely.

The present invention will be described with reference to the drawings.

Reference numeral 1 denotes a base, which is a substantially rectangular plate, and a fixed support 2 is erected at one end in the longitudinal direction thereof.
Locking recesses 3 are provided at predetermined intervals in the other end of the opposite direction.

4 is a pivotal body, A fitting groove 5 is formed on the upper surface of the mold, and a locking foot 6 is projected from the lower end of the pivot body 4.

The locking foot 6 is provided at the lower end of the pivot body 4 so as to be inserted into and removed from the locking recess 3 formed in the base 1 so as to project obliquely downward.

Reference numeral 7 is a support groove body, which is axially fixed to the fixed support body 2 and the pivot support body 4 which are erected so as to face each other in both end directions of the base 1, in a bridging manner.

As shown in FIG. 1, the supporting groove body 7 is an elongated body and has a cross section. A trough-shaped body formed in a mold and having a groove portion 8 provided on the upper side surface in the longitudinal direction. One end direction of the groove portion 8 is closed and a bottomed lid portion 9 is provided so as to project. A compression spring 10 wound in a coil spring shape is attached and fixed therein.

The direction of the bottomed cover portion 9 of the support groove body 7 is removably fitted and supported in the fitting groove 5 of the pivot body 4.

As shown in FIG. 1, the tip of the pivot body 4 is axially fixed by the shaft body 11 in the direction of the central portion of the support groove body 7. Reference numeral 12 is a striking tool integrally provided in the other end direction of the support groove body 7 as shown in FIG. A striking rod body 15 which is axially fixed between the crank body 13 and the two support side bodies 14 so that the crank body 13 and the two support side bodies 14 are undulated.
And a mounting member 16 that connects the hitting tool 12 and the support groove body 7.
It consists of

The mounting member 16 has one end thereof integrally mounted and fixed to the lower side surface of the support groove body 7 in the end direction thereof, and the other end thereof is sandwiched on both sides thereof so that the two support side bodies 14 have a substantially sectional shape. It is attached and fixed to the mold.

The striking rod 15 is, as shown in FIG.
4 and the other end direction is abutted against the lower side of the crank body 13, and when the end of the striking rod 15 projecting outward of the support side body 14 is pushed, the crank body 13 is pushed. It is provided to undulate.

The crank body 13 and the end of the striking rod 15 that is in contact with the crank body 13 are formed in an arc shape, and the pushing surface of the striking rod body 15 makes the contact surface between the crank body 13 and the striking rod 15 smooth. It is designed to be slid on.

Further, the groove portion 8 direction of the support groove body 7 of the crank body 13 is recessed in an arc shape and a pressing portion 17 is provided.

Reference numeral 18 denotes a slidable rod, which is a rectangular column-shaped elongated body, and one end of which is formed into a spherical body 19, and a side surface in the lengthwise direction thereof is recessed to have a U-shaped cross section while leaving both end directions thereof slightly. A groove portion 20 is provided, and in the U-shaped groove portion 20 on the side surface thereof, a step portion 2 which is opposed to each other from both end directions of the sliding rod 18 toward a substantially central portion and is inclined slightly obliquely upward.
1 are engraved at predetermined intervals.

As shown in FIG. 1 and FIG. 4, the sliding rod 18 is removably fitted in the groove portion 8 of the support groove body 7, and the spherical body 19 at the end thereof contacts the pressing portion 17 of the crank body 13. The other end of the sliding rod 18 is inserted into the bottomed lid portion 9,
It is in contact with the compression spring 10.

22 is a hook body The slide member is formed in a mold, and is inserted and inserted into a hole portion 24 formed in a receiving body 23 formed on both side surfaces of the supporting groove body 7 so as to be inserted into and removed from the supporting groove body 7 and fitted in the groove portion 8. The moving rod 18 is prevented from escaping outward.

Reference numeral 25 denotes an oscillating body, which is a spherical oscillating base 28 having a fitting hole 26 recessed in the upper part and projecting support legs 27 in the lower part, and a connecting rod which is attached and fixed so as to project in a symmetrical direction obliquely below the oscillating base 28. It is composed of a spherical weight body 30 integrally attached and fixed to the tip of 29.

The rocking body 25 is provided so as to be able to stand in a balanced manner with the support legs 27 as fulcrums.

As shown in FIG. 2D, a spherical fitting sphere 31 is detachably provided in the fitting hole 26 of the oscillating base 28 of the oscillating body 25, or the connecting body 32 or a doll, animal or other desired shape is formed. The decorative body 33 is provided in the fitting hole 26 so that it can be freely inserted into and removed from the fitting hole 26.

The fitting and locking of the connecting body 32 or the decorative body 33 into the fitting hole 26 is performed by inserting the mounting feet 34 and 35 protruding from the lower portion of the connecting body 32 or the decorative body 33 into the fitting hole 26. Further, the connecting body 32
A connection receiving portion 36 is provided in the upper part of the connection receiving portion 36. The connection receiving portion 36 is provided with a support leg 27 of the rocking body 25 so that the support leg 27 can be inserted into the connection receiving portion 36 to be stacked.
1 and the decorative body 33 are provided so that they can be attached and removed freely and accumulated.

Reference numeral 37 denotes a mounting base, which is a rectangular flat plate, and has insertion holes 38 formed at predetermined intervals on the upper side surface in the longitudinal direction thereof, and the mounting feet 34 of each of the decorative body 33 and the coupling body 32 are erected. And a mounting recess 39 is provided at an end of the mounting base 37. The mounting sphere 31 is fitted in the mounting recess 39.
Are fitted so that they can be inserted and removed freely.

Reference numeral 40 denotes an upright rod, which is integrally provided upright on the end portion of the mounting base 37, and is fixed so as to be convenient for lifting or carrying the mounting base 37.

Action As shown in FIG. 4, the present invention is one in which when the striking rod 15 of the striking tool 12 is pushed by a finger or the like, the striking rod 15 moves up and down and the crank body 13 abutting against this swings up and down in the left-right direction. Is.

Due to the ups and downs of the crank body 13, the sliding rod 18 is pressed against the crank body 13 to move left and right in the groove portion 8 of the support groove body 7 and press the compression spring 10 in the bottomed groove portion 9 so as to press the compression spring 10.
The sliding rod 18 reciprocates due to the resilience of the sliding rod 18.

That is, the sliding rod 18 is moved to the right through the crank body 13 by pushing the striking rod body 15 to press the compression spring 10, and when the striking of the striking rod body 15 is released, the compression spring 10 springs. The sliding rod 18 moves to the left due to the repellency, so that the sliding rod 18 strikes the striking rod 15 and the compression spring 10.
It reciprocates in the left-right direction due to the repulsive force of.

Due to the reciprocating movement of the sliding rod 18, the swinging body 25 which is erected while standing on the sliding rod 18 is placed on the swinging rod 18.
When the slide rod 18 moves to the right, it is slightly inclined upward in the moving direction of the slide rod 18 (in this case, to the right) due to the stepped portion 21 facing the upper surface of the slide rod 18 and inclined. The oscillating body 2 placed on a step portion 21 inclined toward the user
5 moves to the right at the same time while the support leg 27 is being pressed, and when the sliding rod 18 stops moving to the right, the step 2
Since 1 is inclined obliquely, the step portion 21 as it is
It slides up and shifts one position to the right, that is, moves to the next step 21 to the right. In this way, the oscillating body 25 mounted on the step portion 21 that is inclined and engraved in the right direction of the sliding rod 18 (in the moving direction of the sliding rod 18) is moved in the right direction of the sliding rod 18. Is moved one step at a time. Next, when the sliding rod 18 is moved to the left (restore direction) by the elastic force of the compression spring 10, a step provided so as to be inclined slightly upward in the restoring direction (left direction) of the sliding rod 18 is provided. The oscillating body 25 placed on the portion 21 is moved by the sliding rod 18 to the left (restoring direction) to move to the step portion 21.
The support leg 27 is pushed to move to the left (restoration direction), and when the sliding rod 18 stops moving, the oscillating body 25 slides and moves to the next step 21 to the left (restoration direction). .

In this way, the oscillating bodies 25 placed facing each other by one reciprocating motion of the sliding rod 18 move one step each in the facing direction, and the reciprocating reciprocating motion of the sliding rod 18 causes the oscillating bodies 25 to face each other. The oscillated body 25 is in contact with the sliding rod 18 so as to be in intimate contact with each other in the substantially central portion of the oscillating body and oscillates so that the wrestler looks like a sumo wrestling. Further, since the pressing portion 17 of the crank body 13 is recessed in an arc shape and the spherical body 19 of the sliding rod 18 is in contact with the pressing portion 17, the crank body 13 is pushed by pushing the striking rod 15. Even when standing up in the direction of the sliding rod 18, the arcuate pressing portion 17 pushes it obliquely downward from the direction of the spherical body 19 and pushes it toward the bottomed lid portion 9. The moving rod body 18 does not project outward from the support groove body 7.

Embodiment FIG. 4 shows an embodiment of the present invention. FIG. 4 shows a striking tool 1 in which a rocking body 25 is placed on the sliding rod 18 so as to oppose to the striking tool 1.
By pushing the hitting rod 15 of No. 3, the oscillating bodies 25 placed facing each other are sequentially moved in the opposite direction and brought into contact with each other at substantially the central portion of the sliding rod 18.

In this case, the oscillating body 25 has a so-called yajirobe shape because the two weight bodies 30 are provided in a diagonally downward direction in a symmetrical direction so that the oscillating body 25 has a so-called yajirobe shape. Moreover, it not only moves horizontally, but also swings back and forth, left and right, and moves in the opposite direction while making a dangerous movement that may cause it to fall.

Further, the oscillating body 25 is not limited to a simple one-shaped structure. By assembling the oscillating body 25 in various manners as shown in FIGS. 2A to 2D or FIG. It is possible to further increase interest by changing the decorative body 33 of FIG.

If all the parts of the present invention, that is, the parts excluding the compression spring 10 are made of wood, the feeling is excellent, and the impact sound is soft and even more wonderful.

Effect Since the present invention is configured as described above, it is possible to reciprocally move the sliding rods 18 and to set the oscillating body 25 standing upright and standing on the sliding rods 18 sequentially in the facing direction on the sliding rods 18 and sliding. The two rocking bodies 25 contact each other in the substantially central direction of the moving rod 18 and swing back and forth and right and left like a sumo wrestler, so that there is an effect that the interest can be further increased. .

The swinging and moving of the swinging body 25 is a simple motion of merely pushing the striking rod 15 of the striking tool 12 of the player without using any power source, and only by the action of voluntary voluntary striking. Since it is performed, it is possible to further attract the interest of the player, especially the children, and since the tapping action and the movement of the object are related to each other, it is possible to intuitively feel that the interest in continuing the operation can be further increased. effective.

Since the pressing operation is repeated, it has the effect of increasing the development and development of intelligence and movement of the infant.

Since the oscillating body 25 having the supporting legs 27 projecting therefrom is erected and placed on the oscillating body 25, the oscillating body 2 is simply moved by the reciprocating movement of the sliding rod 18.
Not only does 5 move, but also it swings back and forth, left and right, and also moves with dangerous movements such as falling off the sliding rod 18, so that it is possible to further increase interest with the movement. There is.

The operation of the object such as the oscillating movement of the oscillating body 25 and the reciprocating movement of the sliding rod 18 does not use any power source such as an electric motor or a mainspring that is generally used in this type of toy, and is simply a player's action. Since it is performed only by voluntary action when tapped, it is more attractive because it is simple in structure, has no failure, and is relatively inexpensive.

If the whole is made of wood, there is an effect that the feeling is good and the product does not get tired.

[Brief description of drawings]

FIG. 1 is a perspective view showing an assembled state of the present invention with the rocking body removed. FIGS. 2A to 2D are perspective views showing the rocking body assembled state. FIG. 3 shows a decorative body, a connecting body and a fitting sphere. FIG. 4 is a perspective view showing a state of being mounted on a mounting base. FIG. 4 is a partially transparent view showing the operation of the present invention in use, and a front view in which a supporting leg of an oscillating body is omitted. FIG. 5 is a perspective view of a sliding rod. FIG. 6 is a sectional view of the sliding rod of FIG. 5 taken along the line AA. 7th
The figure is a perspective view showing a state in which the ornamental body is assembled and attached to the oscillator. FIG. 8 is a front view of a partially transparent main part of FIG. 4 for showing an operating state of the present invention. DESCRIPTION OF SYMBOLS 1 ... Base 2 ... Fixed support body 3 ... Locking concave part 4 ... Pivot body 5 ... Fitting groove 6 ... Locking foot 7 ... Supporting groove body 8 ... Groove part
9 ... Bottom lid 10 ... Compression spring 11 ... Shaft body 12 ... Striking tool 13 ... Crank body 14 ... Supporting side body 15 ... Striking rod body 16 ... Mounting member 17 ... Pressing portion 18 ... Sliding rod body 19 ... Spherical body 20 ... U-shaped groove 21 ... Step 22 ...
Hook 23 ... Receptor 24 ... Hole 25 ... Oscillator 26
... Fitting hole 27 ... Support leg 28 ... Swing base 29 ... Coupling rod 30 ... Weight body 31 ... Fitting sphere 32 ... Coupling body 3
3 ... Decorative body 34, 35 ... Mounting foot 36 ... Connection receiving part 3
7 ... Mounting base 38 ... Insertion hole 39 ... Mounting recess 40 ...
Standing rod

Claims (8)

[Scope of utility model registration request] 1. A reciprocating sliding rod provided with a large number of steps is provided with an oscillating body projecting support legs so that the oscillating body can be placed on the sliding rod, and the sliding rod reciprocates to move the reciprocating body. In a toy having a oscillating body movably provided, a U-shaped groove portion having a U-shaped cross-section is provided on the upper side surface of the sliding rod body, and the U-shaped groove portion is provided with a center from both end directions of the sliding rod body. A large number of stepped portions are engraved so as to face each other in the direction of the parts, and the upper side surfaces of the stepped portions are provided so as to be inclined obliquely upward toward the central portion of the sliding rod. A toy in which the oscillating body can move in opposition to each other, characterized in that the oscillating body which is erected and placed on the sliding rod is movably provided on the sliding rod in opposite directions by reciprocating movement of the sliding rod. 2. A utility model registration claim in which a sliding rod is reciprocally provided by pushing in the other end of a striking tool that is elastically supported in one direction and abuts on one end thereof. A toy in which the oscillating body according to the item is movable in opposition. 3. A utility model registration claim in which a sliding rod is provided so as to reciprocate in a longitudinal direction of the supporting groove body by fitting in a lower direction into a supporting groove body provided above the base plate. A toy in which the oscillating body according to item 1 can move in opposition. 4. A rocking body according to claim 1, wherein the supporting groove body is supported in a bridging manner by a fixed supporting body and a pivotal supporting body which are erected on both sides of the supporting body so as to face each other. Movable toys. 5. The toy according to claim 1, wherein the rocking body is formed such that one or a plurality of rocking bodies are formed so that the rocking body can be accumulated and removed upward. 6. A toy in which the oscillating body is movable opposite to each other according to claim 5 of the utility model registration in which the oscillating body is formed so as to be able to be accumulated and removed upward through the connecting body. 7. The oscillating body according to claim 1, wherein the oscillating body is provided with a doll, an animal or other ornamental body formed in an appropriate shape so as to be attachable and detachable. Toys. 8. A toy in which the oscillating body is movable in opposition to the oscillating body as claimed in claim 1, wherein the sphere fitting sphere is removably fitted into the oscillating body.