JPH0315101Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a shaped toy that has a clock function and a toy function that can change into various shapes.

[Prior art]

In general, most watches are used only to function as a watch and have no other value.

In particular, in the past, watches that focused on practical watch functions were too simple, interesting, and had no playful elements, so they were not intended for children, and even if they were produced and provided for children, they were not necessary and would actually be a hindrance. The usage rate was extremely low, which caused problems.

To solve this problem, toys that have both a clock function and a toy function have recently been proposed, but these toys have a wide variety of changeable shapes that are sufficiently satisfying to sustain children's interest. It wasn't.

[Purpose of invention]

The purpose of this invention is to provide a figurative toy that is widely used by children.In particular, it can be used as a regular wristwatch while worn on the wrist, and when removed from the wrist. You can play with it by transforming it into robots or other shapes, increasing the portability and usage rate, and adding a sense of hobby by adding the practicality of a watch, the surprise of shape changes, and the element of play as a toy. Our goal is to provide toys that can be greatly improved.

[Structure of the idea]

The present invention provides a toy body with a clock part having a timekeeping function and a time display function, and the toy body has arms, legs, and a head constituting a robot. The figurative toy is characterized in that at least one of the parts is configured to change to a figurative appearance other than a robot.

〔Example〕

An embodiment of the present invention that can be changed to a clock block body B ₁ , a robot B ₂ , and a jet machine B ₃ will be explained with reference to the drawings.

Figurative toys can be worn directly on the body or on hats, bags, etc.
It consists of an attachment locking member such as a band A that is attached to a bicycle or the like, and a main body B. The main body B, which is removable from the attachment part 1 provided on the band A, includes a head part 3, a body part 4, arm parts 5, 5,
It has legs 6, 6, main wings 7, 7, and tail fins 8, 8, and is configured to be able to transform into a block _B1 , a robot _B2 , and a jet plane _B3 .

The mounting portion 1 has a sliding hole 1 ₁ inside thereof, and an opening 1 ₂ communicating with the sliding hole 1 ₁ on its surface.
In the sliding hole ₁₁ , a pair of operating rods ₂₂ , ₂₂ are biased outwardly by a spring ₂₄ to urge the operating protrusion ₂₃ outward, and lock between the locking portions ₂₅ , _25. It is narrowed to a possible position and arranged to prevent slipping out, and constitutes a locking means 2 together with a T-shaped locking protrusion 2 ₁ provided on the main body B and described later.

The body section 4 is a case body that includes a clock section 9 on the chest, arm sections 5, 5 and main wings 7, 7 on both sides, and tail wings 8, 8 on the abdomen.

The arm portion 5 is rotatably connected to a shoulder portion ₅₁ , which serves as a relay piece, provided on the body portion 4 so as to be slidable in the longitudinal direction while being prevented from _coming off. In the protruding position, it is rotatable around the shaft 11 within a range of 90 degrees, and the arm portion 5 can be displaced from a position along the watch portion 9 to a position along the armpit.

The tail 8 is rotatable about a shaft 12 and has an up and down configuration.

The main wing 7 is pivotally attached to the rear of the side part by a shaft 13, and the fuselage part 4
It can be displaced approximately 180 degrees from a position along the back surface to a position protruding from both sides of the trunk 4.

The head 3 and the legs 6, 6 are connected to a slide member 14 that is slidably held in the interior space of the torso, and the head is rotatable about a shaft 15 and is connected to a space 16 formed in the slide member 14. The leg portion 6 can be rotated about a shaft 17 and can be stored in a space 18.

The head 3 is composed of a base 3 ₁ that includes the shaft 15 and rotates together with the shaft, a face 3 ₂ , and a top _{3 3} . The base _{3 1 and} the face 3 ₂ are rotatably connected to each other by a shaft 19, and the face 3 ₂ and the top 3 ₃ are removably connected by a concave-convex connecting member that allows rotation. .

The clock part 9, regardless of whether it is electric, mainspring, analog, or digital, can be fixed or removably attached to any part of the robot body B, regardless of whether it is on the outside or inside, as long as it can be seen normally or after a certain operation. be able to. For example, by providing the clock part 9 inside the robot body B and making it visible only when the opening/closing member is opened, it is possible to improve the design and the unexpectedness, and also provide a protective effect for the clock part 9. Further, if the robot B ₂ or the jet machine B ₂ is also electric and equipped with a power source, it can be configured to be shared.

The mounting portion 1 and the locking means 2 can be made in various ways depending on the form of the band used. For example, it may be provided at the middle part of the band (which is a part of the band), or it may be divided at the middle part and mounting parts may be provided at both separated ends. The latter case is particularly convenient when the main body B is interposed in a band that does not have a separate fastening connection so that the band can be worn. A locking means is used that is easy to attach and detach and can be securely locked.

In the figure, 20 and 21 are stopper surfaces that regulate the sliding range of the slide member 14, and 22 is a stopper surface that regulates the sliding range of the slide member 14.
4 is a projecting wall that locks and holds the shoulder part ₅ .
This is a fitting space.

Therefore, the main body B can be assembled into the block shown in FIG.
After folding into B ₁ , move the operating rods 2 ₂ , 2 ₂ to the springs 2 ₄ , 2 ₄
Push _{against the}
Insert the locking protrusion 2 ₁ between the locking parts 2 ₅ and 2 ₅ . After that, when you release the pressure on operating rods 2 ₂ and 2 ₂ , operating rod 2
₂ and 2 ₂ are returned by the spring, so the locking protrusion 2 ₁
is held between the locking parts ₂₅ of both operating rods, and the block _B1
is fixed to band A. In this block _B1 , the slide member 14 is at its deepest sliding position, the head 3 is housed in the body 4, and the locking projection ₂₁ projects from the bottom surface. The arm parts 5, 5 are attached to both sides of the clock part 9, and the tail wings 8, 8 are also laid down on the upper surface. The legs 6, 6 are also housed within the body 4,
The main wings 7, 7 are placed along the bottom surface.

Attach this to your arm and carry it with you as needed.
The time can be known from the clock section 9.

In this case, if the block B ₁ and the attachment part 1 are provided with a slip-off prevention engagement part consisting of a simple engagement surface in addition to the locking means 2, the engagement between the block B ₁ and the band A can be prevented. It can be made more complete.

When the operating protrusion ₂₃ of the operating rod ₂₂ is pushed, the locking parts ₂₅ and ₂₅ of the operating rod open and the locking protrusion ₂₁ of the block B1 is released, so that the block _B1 is attached to the mounting part ₁ . It can be pulled out and removed from band A.

Then, the stored head 3 is protruded, the face 3 ₂ and the top 3 ₃ are rotated 180 degrees around the axis, and the main wings 7, 7 are
When it is rotated approximately 180 degrees around the shafts 13, 13, it changes into the shape of a jet machine _B3 .

Next, fold the main wings 7, 7 again from this state,
Slide the slide member 14 to the shallowest position, rotate the folded legs 6, 6, and expose them.
When the arms 5 and 5 are also rotated to the appropriate position, the robot
He takes the form of B ₂ and is made to stand up.

Note that the robot B ₂ can also be shaped with the top 3 ₃ removed.

The above is block B ₁ → jet machine B ₃ → robot
Although the explanation was given by changing to B ₂ , it is possible to change from one shape to any other shape, and the order is not restricted. In any state, wobbling is prevented by shape retaining means (irregular surfaces, stoppers, locks, etc.).

In the present invention, a jet aircraft body equipped with a clock section having a clock function and a time display function constitutes a robot body 4, and a pair of bendable main wings 7, 7 and a tail fin 8, 8 are attached to the robot body 4. A jet machine includes a pair of robot arms 5, 5, a pair of robot legs 6, 6 rotatably provided via a slide member 14 so as to be able to come in and out, and a robot head 3 with a robot face ₃₂ formed thereon. In addition to being rotatably provided on the robot body 4 as a head, the robot body 4 is provided with a protrusion 2 ₁ that can be engaged with the opening 1 ₂ of the attachment 1 provided on the band A for wearing on the wrist. It can be used by changing into the three shapes of blocks, robots, and jet machines, which expands play and makes it a more surprising shape toy.It also increases portability and creates a strong interest and attachment among children. It can stimulate people's minds, increase usage rates, and help children develop a sense of time by looking at a clock.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the separated state, Figures 2 and 3 are perspective views of the separated and assembled state, Figure 4 is a cross-sectional view of the mounting section, Figure 5 is a front view of the assembled state, and Figure 6 is a front view of the assembled state. The figure is a rear view, FIGS. 7 to 9 are rear and front views of further modified assembled states, and FIG. 10 is a side view of the final assembled state. A...Band, B...Body, _B1 ...Block,
B ₂ ... Robot, B ₃ ... Jet machine, 1 ... Mounting part, 2 ... Locking means, 3 ... Head, 4 ... Torso, 5 ... Arms, 6 ... Legs, 7...Main wing, 8...
...Tail, 9...Clock part.

Claims (1)

[Claims for Utility Model Registration] (1) An aircraft robot that can have a clock block B ₁ , a jet plane B ₃ , and a robot B ₂ when folded and unfolded, and has a clock function and a time display function. A jet machine body equipped with a clock part constitutes a robot body 4.
A pair of main wings 7, 7 and a tail fin 8, 8 that can be bent freely to
A pair of robot arm parts 5, 5, a pair of robot legs 6, 6 rotatably provided via a removable slide member 14, and a robot head ₃ having a robot face part 32 are jetted. It is rotatably provided in the robot body 4 as a machine head, and
Opening 1 of attachment tool 1 provided in band A for arm attachment
_2. A figurative toy characterized in that the robot body 4 is provided with a protrusion ₂₁ that can be engaged with the robot body 4. (2) The jet aircraft fuselage is provided with a telescopic head 3 on a fuselage portion having wing pieces 7 and 8 pivotally attached to the fuselage so as to be deployable, and a retractable robot leg portion 6 on the fuselage portion 4, and Utility model registration claim ₁ which is provided with a robot arm 5 which is extendable, deployable and rotatably connected via a relay piece 51.
Toys listed in section.