KR860002587Y1 - Movable animal toy - Google Patents

Abstract

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Description

Animal activity toys

1 is a perspective view of an animal activity toy that mimics a penguin as an embodiment of the present invention.

2 (a) to 2 (d) is a diagram illustrating the operation of the present invention.

3 is a side view showing an internal structure in a state in which one division frame body of the present invention is separated.

4 is an exploded perspective view of the present invention.

5 and 6 are operation explanatory diagrams of the operation mechanism of the sound body of the present invention.

* Explanation of symbols for main parts of the drawings

(1): toy bodies (9), (10), (11): implantation process

(12): upper beak (13): lower beak

(17): leg drive gear (19): leg body

25: drive source 27: drive gear

(28): Cam (29): Pushing motion projection

(33): switching gear (34): coil spring

(36): lifting frame (41): control piece

(42): sound body (48): vibrating body

(54): arm drive gear (60): arm

The present invention relates to an animal activity toy,

For example, the present invention relates to toys formed by imitating animals such as penguins and ducks.

When a penguin walks, it normally walks while shaking its body from side to side, while its arms shake up and down, and when it stands still, it performs a delicate action such as crying while shaking its arms up and down.

Therefore, various kinds of toys imitating penguins have been proposed.

It was difficult to express an activity action that mimics its state action as a toy.

The present invention has been made in view of such a point, and for example, a toy formed by imitating a desired animal, such as a penguin, can be expressed as a toy, in which an action action that mimics the ecological behavior of a corresponding desired animal is represented. It is intended to do.

The present invention is a toy body formed by imitating the shape of a desired animal having an implantation protrusion on both lower ends and a lower rear side, and is formed to protrude from the lower end of the toy body and is implanted on both sides of the implantation projections at the rear. Like one of the protrusions, the legs are formed on both sides freely moving forward and backward to support the toy body, and when the left leg comes forward, the left leg and the right split body The frame of the toy body is supported by the three points of the projection and the rear projection, so that the toy is inclined to the right.

In addition, when the leg on the right side comes forward, the frame of the toy body is supported by three points of the projection of the right leg and the split frame of the left and the posterior projection of the left side, so that the toy is inclined to the left. In the case of walking-like movements, the toy body shows movements such as walking by shaking the body from side to side as the penguin walks.

Further, a drive tooth installed in the toy body and driven by a drive source and provided with a cam on one side thereof is connected to the drive gear and connected to a leg drive gear for driving the legs on both sides by the cam. A sound body having a converted tooth value which is depressed and is normally applied to the leg drive gear to be tooth-like, a vocal part that is screamed by a vibrating body connected to the drive gear, and opens and closes the vocal part of the sound body. A lifting frame having a control piece, and the control piece is normally applied to close the vocal part, and the lifting frame is freely rotatable with respect to the lower end of the lifting frame, and the lifting gear is moved away from the leg drive gear. A pushing body which pushes the control piece away from the vocal part, and the driving value An arm drive gear that is always bitten by a car and protrudes an arm protruding from both sides of the toy body, and a lower beak which is opened and closed with respect to an upper beak fixed when the sound body is operated. It is.

Hereinafter, the present invention will be described according to an embodiment shown in the accompanying drawings.

(1) is a toy body, and the toy body (1) is a frame body formed by imitating the shape of a penguin and an outer shell body having a fluff formed by imitating the shape of a penguin covering the outer part of the frame body (3). ),

Moreover, the said frame 2 is comprised combining the left and right division frame 2a, 2b.

Next, the machine frame 4 is fixed in the frame body 2, and the divided frame body 2a, 2b of the dividing frame body 2a is fixed to the outer circumference of the disk-shaped bottom plate 5 fixed to the lower end of the machine frame 4. The engagement stepped part 7 which engaged the engagement edge 6 of the lower inner periphery is formed, and the guide hole 8 which is long in the front-back direction is formed in the both side parts of this bottom plate 5, and is formed. .

Further, arcuate shaped projections 9 and 10 are formed in the outer lower portion of the divided frame bodies 2a and 2b, and at the rear lower portion of the portion where the divided frame bodies 2a and 2b are joined. (11) is formed.

In addition, the upper part 12 formed by imitating the upper part of the penguin is formed in the upper part of the upper part of the said dividing frame 2a, 2b, and the penguin which forms a beak body with the upper part in the lower part of this upper part 12 is formed. The lower beak body 13 formed by imitating the lower beak of the rotating body is freely fixed by the attachment groove 15 via the horizontal axis 14.

Next, the crankshaft 16 rotates freely in the horizontal direction in the lower part of the machine frame 4, and the leg drive gear 17 is fixed to the middle part of this crankshaft 16, On the crank arms 18 at both ends of which the crankshaft 16 protrudes from the machine 4 to the outside, the middle of the leg connecting portion 20 of the leg 19 formed by imitating the penguin's legs is free to rotate. It is supported, and the leg connecting table 20 of the leg bodies 19 on both sides passes through the front and back motions freely in the guide slot 8 on both sides of the bottom plate 5.

In addition, the upper part of the crankshaft 16,

The drive shaft 21 having a rectangular cross section in the frame 4 is freely rotated horizontally, and one end of the drive shaft 21 has a large hole formed in the upper portion of the one leg connecting table 20. The guide hole 22 is fitted into the through hole 23 of one side of the frame 2 of the toy body 1 to protrude to the outside, and the handle 24 is integrally formed at the protruding end of the drive shaft 21. Is fixed as

In addition, the inner end of the threaded spring 25 as a driving source is fixed to one side of the drive shaft 21, and the outer end of the threaded spring 25 is formed in the bottom plate of the machine frame 4. It is fixed to the part 26.

In addition, a drive gear 27 is fixed to an intermediate portion of the drive shaft 21, and a cam 28 is integrally formed on one side of the drive gear 27.

Moreover, the bearing part 30 of the pushing operation protrusion piece 29 as a pushing operation body is fixed to the other end part of this drive shaft 21, and the outer periphery of this pushing operation protrusion piece 29 has an arc-shaped engagement circumference. The part 29a is formed.

Next, the relay gear 31 is toothed on one side of the drive gear 27, and the relay gear 31 is a sliding shaft 32 in which the rotation and sliding movements are freely formed on the machine frame 4. Is fixed at the same time, the shifting gear 33 which is freely meshed with the leg drive car 17 at the same time as the sliding drive shaft (winding) is fixed, and the shifting gear 33 and the relay gear 31 are fixed. The coil spring 34 is wound and mounted between the shift gear 33 and the machine frame 4 on the sliding motion shaft 32 to which the coil spring is fixed, and the shift gear 33 is wound by the coil spring 34. Is always applied to the leg drive gear 17, and the shift gear 33 is axially driven by the cam 28 of the drive gear 27 against the coil spring 34. It is pushed away from the leg drive gear 17.

It can be understood from the following description in the above configuration.

According to the present invention, when the driving gear 27 is rotated, the leg driving gear 17 is connected and driven by the relay gear 31 and the switching gear 33 held therein, and the driving gear 17 is driven. The crankshaft 16 to which the crankshaft is fixed is rotated, and both legs 19 fixed to the crank arms 18 at both ends of the crankshaft 16 are guide supporting shaft 38 and guide supporting shaft 67. ) Is rotated back and forth alternately with the center, and the toy body 1 which mimics the Feng statue exhibits an operation like walking.

In this case, as shown in FIG. 2 (a) and FIG. 2 (b), when the leg 19 on the left side comes out to the front, the leg 19 on the left side and the split frame body 2a on the right side. The support body 2 of the toy body 1 is supported at three points with the conception protrusion 9 and the rear conception protrusion 11 of the), and thus the toy body 1 is inclined to the right,

In addition, as shown in FIG.2 (c) and FIG.2 (d), when the leg 19 of the right side came forward, the concept of this leg 19 of the right side and the split frame 2b of the left side was implanted. By supporting the frame 2 of the toy body 1 at three points of the protrusion 10 and the rear landing protrusion 11, the toy body 1 is inclined to the left.

Accordingly, when the toy body 1 exhibits the same motion as walking, the toy body 1 exhibits the motion of walking while shaking the body from side to side as Feng Yan walks.

Next, in the present proposal, the guide frame 35 is fixedly attached to one side of the machine frame 4, and the lifting frame 36 is freely inserted in the guide frame 35 so that the lifting frame 36 can be freely inserted. The guide support shaft 38 protruding from the machine frame 4 is inserted into the up-and-down guide long groove 37 formed at the lower part of the head), and the one leg is connected to the outer end of the guide support shaft 38. The connecting passage hole 39 connected to the guide hole 22 of the sieve 19 is inserted therein.

Further, at the same time, the lower end of the elevating frame 36 is integrally formed in a horizontal state with the pressing support protrusion 40 which is engaged with and detached from the engaging circumference 29a of the pressing operation protruding piece 29, The control piece 41 protrudes horizontally integrally in the upper end part of the lifting frame 36, and the sound receiving body 42 is fixed to the support part of this control piece 41 and the upper end part of the said machine frame 4. As shown in FIG. The coil spring 43 is provided with elastic force between and.

The sound body 42 is composed of a device body 44, expansion and contraction portion 45, the voice portion 46,

The control piece 41 of the lifting frame 36 is moved up and down with respect to the vocal part 46 to open and close it, and to control the sound of sound.

Moreover, the sticking rod 49 of the vibrating body 48 is fitted into the sticking fixing piece 47 which protrudes to the front-end | tip part of the expansion-contraction part 45 of this sound body 42, and is hold | maintained through this vibrating body, As for the 48, the crank arm 53 of the crankshaft 52 is provided in the connection operation groove | channel 51 formed in the lower part of this vibrating body 48, and the rotation part is fixed to the support shaft 50 freely. The rotation is freely fitted and is formed through.

Next, the hand drive gear 54 is toothed on the other side of the drive gear 27,

The hand drive gear 54 is fixed to an intermediate portion of the crankshaft 55 which is freely rotated horizontally on the machine frame 4 and is connected to the crank arms 56 at both ends of the crankshaft 55. The lower end of the operating rod 57 is fixedly rotatable, and the inner end of the arm 58 is rotatably fixed to the upper end of the connecting actuating rod 57, so that the arm frames 58 on both sides serve as points. The upper and lower motions are freely protruded to the outside from the slit-shaped guide elongated groove 59 formed above the divisional frame 2a and 2b, and the outer shell 3 is formed on both side arms 58. The arm cover part 3a is covered, and the arm body 60 is comprised.

In addition, the input gear 61 of the gear interlock mechanism 61 is fixed to the Frank shaft 55 at one side of the arm drive gear 54, and the output gear 63 of the gear interlock mechanism 61 is fixed. ), The interlocking tooth 65 having the balance weight 64 coaxially formed at the eccentric position is tooth-fitted.

Since it is driven to the balance waist 64 via the gear interlock mechanism 61, the threaded spring 25 is not suddenly loosened, and the threaded spring 25 is gradually smoothly released by a predetermined loosening force. This force to be released can be sustained effectively. In addition, a connecting passage hole 66 is formed at the upper end of the other leg 19 to be connected to the guide hole 22 so as to protrude from the frame 4 in the connecting hole 66. The formed guide support shaft 67 is inserted and passed through, and the operating shaft 68 formed in the " L " shape on the guide supporting shaft 67 is fixedly rotatably attached to one end of the operating shaft 68. The lower end of the coupling operating rod 69 is fixedly rotatable, and the upper end of the coupling operating rod 69 is rotatably fixed to the rear end of the lower beak 13, and also between the operation One end of the connecting rod 70 is fixedly rotatable to the other end of the 68, while the other end of the interlocking leg 70 is fixed to the middle of the vibrating body 48 freely. It is. Reference numeral 71 denotes an eyeball formed by imitating the penguin's eyes fixed to the frame 2 by the shell 3.

Next, the operation of the present invention will be described.

First, by holding the handle 24 and winding it, the drive shaft 21 which fixed the handle 24 to one end is rotated in the direction of winding the screw spring 25, and the drive shaft 21 is rotated. The threaded spring 25 wound around and fixed to is forcibly wound up and wound up sequentially.

Then, when the threaded spring 25 is held in the state of being wound with the predetermined force to be released, the gripped spring 24 is gradually released and the threaded spring 25 is gradually released. The drive shaft 21 which fixes the inner end of the () is reversely driven, and the drive gear 27 fixed to this drive shaft 21 is driven.

When the driving gear 27 is rotated, the leg drive gear 17 is connected and driven by the intermediate gear 21 and the switching gear 33 held therein, and the leg drive gear 17 is fixed. The crankshaft 16 is rotated, and both legs 19 fixed to the crank arm 18 at both ends of the crankshaft 16 are fixed around the guide support shaft 38 and the guide support shaft 67. It rotates back and forth alternately, and exhibits the motion which the toy body 1 which imitated the penguin walks.

In this case, as shown in FIG. 2 (a) and FIG. 2 (b), when the leg 19 on the left side is moved forward, the leg 19 on the left side and the split frame body 2a on the right side. The frame 2 of the toy body 1 is supported at three points with the claws 9 and the rear claws 11), and thus the toy body 1 is inclined to the right.

In addition, when the leg 19 on the right side comes forward as shown in FIG. 2 (c) and FIG. 2 (d), the implantation projection of the leg 19 on the right side and the split frame 2b on the left side is shown. The frame 2 of the toy body 1 is supported by the three points 10 and the rear mounting protrusion 11, and thus the toy body 1 is inclined to the left.

Accordingly, when the toy body 1 exhibits the same motion as walking, the toy body 1 exhibits the motion of walking while shaking the body from side to side as the penguin walks.

Moreover, the arm drive gear 54 which teeth-fits it by the rotation of the said drive gear 27 is connected and driven, and the crank shaft 55 which fixed this arm drive gear 54 rotates, and the crank arms of these both ends are rotated. The arm frame 58 fixedly attached to the connecting rod 57 through 56 is operated up and down about the guide elongated groove 59 of the split frame 2a and 2b, and thus the toy body 1 ) Is to shake and move the body from side to side to show the movement, such as walking and shaking the arm 60 up and down.

In addition, by the rotation of the arm drive gear 54, the crankshaft 52 is driven to drive through the vehicle interlock mechanism 61, the vibrating body 48 connected to the crank arm 53 of the support shaft 50 Driven to the center.

Then, by vibrating operation of the vibrating body 48, the expansion and contraction portion 45 of the sound body 42 connected to the vibrating body 48 via the fixing rod 49 is stretched, and the voice portion 46 thereof. It will sound from.

Since the control piece 41 of the lifting body 36 descend | falls by the coil spring 53, this vocal part 46 is closed, and it does not sound.

In addition, the lower beak 13 fixed to the vibrating body 48 via the connecting rod 70, the operating 68, and the interlocking rod 69 by vibrating operation of the vibrating body 48 has a horizontal axis 14 ) Rotates up and down around the center, but since the sound body 42 does not make a sound, only the opening and closing of the mouth is shown.

Therefore, while the toy body 1 is walking, the toy body 1 does not cry out.

Next, when the drive gear 27 continues to rotate, the cam 28 formed integrally protruding into one side of the drive gear 27 gradually moves from the distal end thereof in the rotational direction to the inside of the switching gear 33. At the same time, the switching gear 33 is pushed back against the coil spring 34 in the axial direction, so that the switching gear 33 is separated from the leg driving gear 17 and is separated from the leg driving gear 17. Release what is toothing.

Thereby, the operation | movement which the toy body 1 walks stops immediately.

In addition, the engaging circumferential portion 29a of the pressing operation protrusion 29 fixed to the other end of the drive shaft 21 before and after the cam 28 is engaged with the switching gear 33 is the sixth. As shown in the figure, the lifting frame body 36 is pushed up against the coil spring 43 through the pressing support protrusion 40 while being engaged with the pressing support protrusion 40 of the lifting frame body 36. The control piece 41 of the elevating frame 36 is also pushed up to release the voice portion 46 of the sound body 42 closed by the control piece 41.

In this case, even when the toy body 1 stops walking, the arm drive gear 54 toothed to the drive gear 27 is continuously connected and driven, so that the arm 60 moves up and down. At the same time, the vibrating body 48 is also continuously connected and driven, and the expansion and contraction part 45 of the sound body 42 is also expanded and contracted by the pressing operation.

In addition, since the lower beak 13 moves up and down with respect to the upper beak 12, therefore, the voice portion 46 of the sound body 42 is released by the operation of the control piece 41, and the mouth is opened. It shows the crying operation while opening and closing.

Therefore, the toy body 1 which mimics a penguin shows an operation that sounds like crying while opening and closing the arm 60 while shaking the arm 60 up and down while stopping walking.

Then, the pressing motion protruding piece 29 is further rotated so that the pressing motion protruding piece 20 passes through the pressing base protruding piece 40 as shown in Fig. 5 in the state shown in Fig. 6. , The lifting frame body 36 is forced down by the return force of the coil spring 43, the control piece 41 of the lifting frame body 36 again closes the voiced portion 46 of the sound body 42 Stop the sound

At the same time, the cam 28 of the drive gear 27 is also rotated and passes through the switching gear 33, and the switching gear 33 is extended in the axial direction by the return force of the coil spring 34. It is moved back and is toothed again with the leg drive gear 17, and this leg drive gear 17 is driven by connection.

In the above case, since the drive gear 27 is driven to the balance weight 64 via the gear interlock mechanism 61, the screw spring 25 is not loosened rapidly, and the screw spring 25 is The force to be released can be released slowly and smoothly to effectively maintain the force to be released.

Therefore, the toy body 1 exhibits a walking operation | movement again performing said operation | movement.

In this manner, the above operations are repeated sequentially.

In addition, in the above embodiment, the case of a toy body that mimics a penguin has been described. However, the present invention is not limited thereto. For example, an operation such as crying while moving the wings up and down while walking like a duck and moving the wings is stopped. It may be imitating an animal like a bird.

Moreover, in implementation, the cam 28 of the drive gear 27 may be formed separately, and this may be provided in parallel with the drive shaft 21.

When explaining the effect of the present invention is as follows.

According to the present invention, the driving gear is driven, and the leg teeth on both sides move back and forth alternately through the switching gear and the leg driving gear by the driving gear, and when the left leg body is advanced, the rear projection is centered. Can support the toy body in an inclined state to the right by three points of the left leg and the right projection.

In addition, when the leg on the right side is advanced, the toy body can be supported in a state inclined to the left by three points of the leg on the right side and on the left side on the left side of the projection.

Further, by the rotation of the drive gear, the arm drive gear can be driven to be connected and driven, and both arms can be moved up and down.

Therefore, when the toy body is walking, the toy body shakes both hands up and down, tilting the body from side to side, and exhibits the same motion as a staggering walk.

In addition, when the shift gear is depressed and moved by a cam provided on one side of the drive gear, the shift gear is displaced from the leg drive gear and releases the connecting drive of the leg drive gear, while the toy body stops walking. When the cam presses the change gear and moves, and the pushing body pushes up and down the lifting frame body forward and backward with each other, the control piece of the lifting frame body is detached from the sounding part of the sound body, so that the sounding part can be reliably opened.

At the same time, the sound body which is connected to and driven by the toothed gear is operated at the same time, and the movable beak body reliably moves up and down with respect to the upper beak body,

In addition, the arms on both sides are also connected and driven to move up and down reliably, so that when the toy body stops walking, the toy body opens and closes its mouth by shaking both arms up and down to cry out.

Therefore, when a toy object is imitated in the form of a penguin and formed, the toy can reliably express an activity action that mimics the penguin's state motion. There is a practical effect that can greatly increase.

Claims (1)

A toy body (1) formed by imitating the shape of a desired animal having implantation protrusions (9), (10), and (11) at both lower and rear ends thereof, and protruding from the lower end of the toy body (1) The legs of both sides are free to move forward and backward after supporting and supporting the toy body 1 alternately with one of the two projections 9 and 10 on both sides of the rear projection 11. A drive gear 27 installed in the body 19 and the toy body 1 and driven by a drive source, and having a cam 28 on one side thereof, connected to the drive gear 27 and driven, (28) is engaged with the leg drive gear (17) for driving the legs 19 on both sides and fall off, and usually the switching gear (33) is applied to the leg drive gear (17) The voiced part 46 is made to cry out by the vibrating body 48 which is connected to the driving gear 27 and driven. Has a sound body 42, and a control piece 41 for opening and closing the vocal portion 46 of the sound body 42, the force is applied to close the vocal portion 46, the control piece 41 is normally The lifting frame body 36 and the lower end portion of the lifting frame body 46 which have been raised are freely installed, and the lifting frame body 36 is pushed when the switching gear 33 is separated from the leg drive gear 17. The push-up projecting piece 29 which is integrally connected to the drive gear 27 which raises and disengages the control piece 41 from the vocal part 46, and is always tooth-driven by the drive gear 27, The toy body ( 1 to the leg body 19 with respect to the arm drive gear 54 which moves the arm body 60 which protruded on both sides of 1), and the upper leg body 12 which was fixed at the time of the operation | movement of the said sound body 42. It is provided with a lower beak (13) that is connected to the operation between the driving operation 68 is opened and closed to walk while shaking the body of the toy from side to side Animal activity toy of claim to represent the walls.