KR900001969Y1 - Animal toy - Google Patents

Abstract

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Description

Animal Activity Research

1 is a side view of one of the animal activity toys of the present invention.

2 is a side view of the other side of the animal activity toy of the present invention.

Figure 3 is an exploded perspective view of the animal activity toy of the present invention.

Figure 4 is an exploded perspective view of the converter mechanism of the animal activity toys of the present invention.

5 is a front view of the tail-shaking mechanism of the animal activity toy of the present invention.

6 is an exploded perspective view of the sounding mechanism of the animal activity toy of the present invention.

7 (a) to 7 (c) are diagrams illustrating the operation of the animal activity toy of the present invention.

* Explanation of symbols for main parts of the drawings

1: animal toy 2: head

3: forelimb 4: forelimb

5: tail body 6: fuselage frame

7: frame 10: lid

9: battery case 12: hook

13: guide 14: long guide

15: guide long groove 18: crank arm

19: horizontal axis 20: linkage

21: pin 22: electric motor

23: output shaft 24: pinion

25: reduction gear 26: relay gear

27: drive gear 28: rotating shaft

29: rotating shaft 30: fixed interlocking gear

31: movable conversion gear 32: conversion nail

33: interlocking groove 34: engagement surface

35 spacer 36 converter

37: coil spring 38: manual gear

41: leg drive gear 42: sounding mechanism

43: case 44: hollow chamber

45: wing car 46: exhaust chamber

47: exhaust hole 48: cylindrical shape loss

49 discharge hole 50 pyri body

51: flange 52: the rotating body

53: communication hole 54: screw hole

57: recessed part 58: engaging step

59: through hole 60: screw

61: lid 62: screw

63: intake and exhaust port 64: mechanism moving according to the sound

65: crank shaft 66: crank arm

67: working piece 68: pressing body

69: crank arm 70: support shaft

71: coil spring 72: installation

73: screw 74: sliding side rod

75: neck boot 76: arc shaped guide hole

77: rotation axis 78: guide piece

79: Horn 80: Eyeball

81: nose 82: support frame

83: shaft rod 84: shaft rod

85: lower jaw body 86: support shaft

87: bearing 88: guide surface

89: projection 90: tail shaker

91: inverted shaft 92: cylindrical body

93: manual piece 94: pressing piece

95: wing car 96: interlocking gear

97: link 98: coil spring

99: coil spring 100: vibration shock rod

101: middle gear 102: hip

103: guide 104: bending part

105: gear linkage mechanism 106: output gear

107: pressure gear

The present invention relates to an animal activity toy that mimics an animal such as a cow or a horse.

In general, in the case of constructing an animal activity toy that mimics an animal, it is desirable to make it imitate the shape of the body of the animal or to modify the shape of the animal for a toy to enrich the change. However, in order to further develop the cuteness of the form more than that, it is to realize a deep interest by implementing the action action unique to the animal.

However, in the animal activity toys that have been proposed so far, in the action of the action, various activities of the toy and the conversion associated with the action of the activity are not smooth and unclear, and therefore are unnatural and lacking in reality. It is the present situation that there is still room for a great improvement to become deep and interesting.

The present invention has been made in view of the above-described points, and an animal active body formed by imitating a desired animal lifts its head upwards and opens and closes its mouth when making a sound, and in connection with an arbitrary opening and closing operation. It is possible to make a sound with a voice that mimics the sound of crying, and also to show a behavior such as chasing pests such as mosquitoes while swinging a tail body, thereby showing natural behavior as a whole. will be.

The present invention provides an animal toy body configured to freely move the front and rear movements of the leg and freely move the head up and down, and to make sounds that mimic the crying sounds of animals desired in the animal toy body. A mechanism which operates according to the sound which operates a mechanism, this sounding mechanism, and the said head simultaneously, makes a sounding mechanism intermittently, and makes a head operate up and down in connection with this, and this sound And a tail oscillation mechanism for interlocking the tail body, which becomes an elastic member, to move left and right by moving the tail body, and a gear linkage interlocking the tail propagation mechanism and the mechanism moving according to the sound by the input force. It is characterized by comprising a mechanism.

Referring to the accompanying drawings, an embodiment of the present invention is as follows.

The attached figure is an animal toy 1 which is formed by imitation in the form of a cow. The animal toy 1 constitutes the head 2 so as to be free to move up and down. ) And the rear leg 4 are configured to be free to move back and forth, and the tail body 5 is configured to be free to rotate.

In addition, the apparatus frame 7 is fixed to the body of the animal toy 1 in 6, and the battery case 8 in which the battery 8 is stored at the rear end of the apparatus 7 is provided with a switch 11 ) Is connected and formed.

In addition, the lid 10 is caught by the locking piece 12 free of rotational movement and is free to hang.

In addition, guide bodies 13 are formed in the front and rear lower portions of the front side of the body 6, and guides 14 elongated in the front and rear directions are formed in the lower rear sides.

In addition, the upper part of the front leg body 3 is inserted in the lower part in the both side guides 13 of the first half, and the upper part of the front leg body 3 of both sides is supported by the support shaft 16 up and down through the guide groove 15. ) Is installed horizontally on the front upper part of the frame (7).

In addition, upper portions of the forelimbs 3 on both sides are provided so that rotational movement is freely supported on the crank arm 18 of the crank shaft 17, and the crank shaft 17 is the front lower part of the machine frame 7. Rotation movement is installed horizontally on the side.

In addition, the upper portion of the rear leg 4 is inserted into the summation in the long guides 14 on both sides of the rear side, and both ends of the horizontal shaft 19 are rotated on the upper portion of the rear leg 4 on both sides. The movement was inserted freely, and the horizontal axis 19 is freely rotated horizontally in the rear lower portion of the battery case 9.

Further, in the crank shaft 17 of the foreleg body 3, the front end portion of the linkage piece 20 is freely mounted on the crank arm 18 at both ends, and the rear end portion of the linkage piece 20 on both sides is freely installed. Rotational movements are freely mounted on the upper portion of the rear leg 4 via the pins 21, respectively.

The electric motor 22 is fixed to the rear part of the apparatus frame 7, and the electric motor 22 is electrically connected to the battery 8.

In addition, the output shaft 23 of the electric motor 22 is engaged with a horizontally long drive gear 27 through a relay gear 26 of the reduction gear 25 to a pinion 24 attached to one end thereof. The drive gear 27 is mounted on the rotating shaft 28 provided in the machine frame 7 horizontally freely rotated.

In addition, a rotating shaft 29 is horizontally installed on the frame 7, and a failure interlocking gear 30 is fixed to the rotating shaft 29, and a contact with the fixed interlocking gear 30 is fixed. The movable conversion gear 31 which disengages is supported by the rotational movement and lighting freely.

An approximately triangular shaped conversion nail 32 protrudes integrally into the inner side of the fixed interlocking gear 30, and a groove 33 for engaging and disengaging the conversion saw 32 has an outer side of the movable conversion gear 31. The engaging piece 34 in the shape of an arc.

Further, the fixed interlocking gear 30 and the movable conversion gear 31 are formed in substantially the same shape, and the number of suckers increases and decreases each other several times.

In addition, a conversion nail for the inside of the groove 33 and the engagement surface 34 into which the fixed interlocking gear 30 and the movable conversion gear 31 having different teeth are engaged due to the engagement of the drive gear 27 rotated in rotation ( 32), the movable conversion gear 31 comes into contact with, and disengages or rotates with respect to the fixed-interlock gear 30. As shown in FIG.

In addition, a spacer 35 is integrally formed on the movable conversion gear 31, and a transducer gear 36 is integrally formed on the outer end of the spacer 35, and the spacer 35 and the transducer gear ( 36 is rotatably supported by the rotational movement and sliding on the rotation shaft (29).

In addition, between the converter gear 36 and the machine frame 7, the rotating shaft 29 is equipped with a coil spring 37, and the movable conversion gear 31 is driven by the elasticity of the coil spring 37. ) Is always elastically applied to the fixed interlocking gear 30 side.

In addition, the output gear 39 in which the manual gear 38 is formed at the front of the machine frame 7 is freely installed with a rotational movement via the support shaft 40, and the output gear 39 has the crank shaft ( While the leg drive gear 41 mounted at 17 is engaged, the manual gear 38 is engaged with the freely retractable converter gear 36 and is freely engaged.

And one side part of the said apparatus frame 7 is comprised the mechanism 42 which sounds the cry which mimics the cry of a cow.

This sounding mechanism 42 has a rotational movement protruding freely from the other end of the output shaft 23 of the electric motor 22 in the hollow chamber 44 of the case body 43. At the protruding end, a vane 45 fixed to the protruding end is freely installed in the hollow chamber 44.

In addition, an exhaust chamber 46 having a reduced diameter is formed integrally in the rear portion of the hollow chamber 44, and a tubular chamber having a center formed in the exhaust hole 47 serving as an exhaust passage of the exhaust chamber 46. 38 is integrally connected, and the flute body 50 is integrally connected to the rear of the cylindrical chamber 48 via the discharge hole 49 as an exhaust passage.

In the cylindrical chamber 48, a cylindrical rotary body 52 having a flange 51 formed at one end thereof is freely fitted with a rotational movement, and the exhaust hole is formed at an intermediate portion of the rotary body 52. The communication hole 53 which is connected to the 47 and the discharge hole 49 is formed, and at the same time, the other end portion of the rotating body 52 is the locking step 55 of the screw hole 54. Is formed.

In addition, the other end of the rotating body 52 through the linking through the engaging step portion (57) to be fitted to the concave inlet portion (57) to be fitted to the end portion formed with the screw hole 54 and the engaging step portion (57) 56 are engaged, and these are integrally installed by the screw 60 which fits and fits in the screw hole 54 in the through-hole 59. As shown in FIG.

The rotary body 52 is rotated by the link 56 so that the exhaust hole 47 and the discharge hole 49 are opened and closed through the communication hole 53.

The lid 61 is fixedly coupled to the hollow chamber 44 and the exhaust chamber 46 of the case body 43 by a plurality of screws 62, and the hollow chamber 44 is attached to the lid body 61. The intake and exhaust ports 63 are formed at positions corresponding to).

And the mechanism 64 is comprised with the mechanism 64 moving according to a sound.

The mechanism 64 which moves according to this sound forms the crankshaft 65 in which the rotational movement was provided horizontally in the said apparatus frame 7, and is actuated to the crank arm 66 of one end of this crankshaft 65. As shown in FIG. One end portion of the piece 67 and one end portion of the press body 68 serving as the coil spring are freely mounted, and at the same time, the crank arm 69 of the other end of the crank shaft 65 and the machine frame ( A coil spring 71 is provided between the support shaft 70 protruding at the rear end of the 7), and the battery case 9 is provided at the rear end of the frame 7 by the support shaft 70. The upper end of is installed.

And the mounting piece 72 is bent at the rear end of the operation piece 67, the lower end portion of the mounting piece 72 is freely connected as a screw 73 to the upper end of the link 56, have.

In addition, the other end of the pressing body 68 is installed at one end of the sliding transverse rod 74, the viscous transverse rod 74 is the neck frame 75 formed integrally with the body in front of the (6) The sliding freely fits into the arc-shaped guide groove 76 of the sliding groove, and is installed horizontally. The rear end of the head 2 is freely inserted into both ends of the sliding transverse rod 74. Support is installed.

In addition, both ends of the rotational central shaft 77 are freely inserted into the rear end upper portion of the head 2 so that the rotational central shaft 77 crosses the neck portion above the upper portion 75. An arc-shaped guide piece 78 fitted to both ends of the rotational central shaft 77 is integrally formed inside the head 2, and the head 2 has a respective shape of cattle. The horns 79 and eyeballs 80 and the nose 81 protruded.

At the front end of the neck frame 75, a shaft rod 83 on one side of the support frame 82, which is formed to be bent in a "c" shape as a round bar, is provided with a rotational movement freely inserted therein, On the other shaft rod 84 of this support frame 82, the upper part of the lower jaw body 85 is supported by the rotational movement freely.

The lower jaw 85 is formed in a substantially " c " shape and bearings 87 having a cylindrical support shaft 86 protruding from both sides of the upper portion at the bent portion protruding from both lower portions of the head 2. The rotational motion is freely inserted in

Moreover, the projection 89 which contacts the guide surface 88 of the front end of the said neck part 75 is integrally formed in the upper part of the said lower jaw body 85. As shown in FIG.

The tail swinging mechanism 90 is provided horizontally so that an angled columnar inverted shaft 91 is freely rotated in the upper center portion of the machine frame 7, and a synthetic resin is formed in the middle of the inverted shaft 91. The cylindrical body 92 is integrally installed, and on one side portion of the cylindrical body 92, a passive piece 93 inclined to the rear while rising from the front to the upper rear is integrally formed.

Moreover, the vane 95 which protruded the several pushing piece 94 radially was integrally installed in the crankshaft 65 of the mechanism 64 which moves according to the said sound, and the vane 95 of Each of the pressing pieces 94 sequentially comes into contact with the passive piece 93 by the rotational movement, and acts up and down intermittently by pushing it up, thereby causing the reverse shaft 91 to be reversely rotated.

In addition, the interlocking gear 96 is installed at the front end of the inverted shaft 91 and the upper end of the link 97 is fixedly coupled to the lower end of the link 97 and the machine frame 7. The coil spring 98 is provided between and, and each other is elastically supported.

And by this coil spring 98, the inversion shaft 91 is normally supported by a fixed position, and the passive piece 93 is supported by the appropriate position which is pressed by the pushing piece 94, In addition, when the inverted shaft 91 is rotated by a certain angle by the pushing piece 94, the passive piece 93 is made to perform reverse rotation movement in a returning direction.

Moreover, the coil spring 99 is provided in the rear part of the inversion shaft 91. As shown in FIG.

In addition, the upper end of the frame (7) vibrating horizontal rod 100 is installed freely rotational movement, the front end of the electric transverse rod 100, the relay gear 101 meshed with the interlocking gear 96 is At the same time, one end of the tail body 5 into which the guide port 103 of the hip part 102 of the body frame 6 is fitted is integrally attached to the vibration end of the vibrating shock rod 100. It is installed in.

The tail body 5 is made of an elastic member such as a nose ring spring, and is formed of a bent piece portion 104 that is bent in a substantially right angle in the middle thereof, and vibrates along the hip portion 102 to reverse rotation. It is.

In the middle of the crankshaft 65 of the mechanism 64 moving in accordance with the sound, the output gear 106 of the gear interlock mechanism 105 is integrally installed, and the input gear of the gear interlock mechanism 105 is mounted. 107 is rotatably supported on the machine frame 7 via the rotating shaft 108, and the pressure gear 107 is intermittently engaged with the freely retracting transducer gear 36. As shown in FIG.

In other words, the converter gear 36 when the drive gear 38 of the wedge output gear 39 is displaced is engaged with the input gear 107 instead of the input gear 107.

Referring to the operation of the present invention is as follows.

When the switch 11 is inserted, the reduction gear 25 is decelerated and interlocked by the pinion 24 of the electric motor 22 at the same time as the electric motor 22 is operated, and the driving gear 27 via the relay gear 26. ) Is linked and driven.

In addition, when the drive gear 27 is driven, the fixed interlocking gear 30 and the movable gear 31 engaged therewith are separated by the length of the mutual conversion nail 32 via the conversion nail 32. It is interlocked and rotated.

In addition, because of the rotational movement of the movable conversion gear 31, the converter gear 36 which has been addressed via the spacer 35 in the movable conversion gear 31 also rotates together.

In addition, the crank shaft 17 is rotated through the leg drive gear 41 engaged with the output gear 39 through the manual gear 38 engaged with the rotary gear of the transducer gear 36, and the crank shaft ( The forelimb 3 supported and installed on the crank arm 18 of 17 is operated back and forth about the support shaft 16 through the guide elongated groove 15.

In addition, by the front and rear motion of the front leg body 3, the rear leg body 4 connected to the front leg body 3 via the interlocking piece 20 is pulled and interlocked, and moves back and forth around the horizontal axis 19. do.

Therefore, while the converter gear 36 is interlocked in the state in which the output gear 39 is interlocked and rotated by the input power and is engaged with the manual gear 38 of the output gear 39, the front leg body The repetitive operation of the front and rear motions of (3) and the hind limb 4 shows the motion of the toy body moving forward at a relatively slow speed, showing the scene of the motion as if the cow is walking.

Next, the fixed interlocking gear 30 and the movable converting gear 31 are driven together by the drive gear 27 in a state where they are spaced apart through the converting nail 32 at a predetermined distance. ) Performs the forward walking operation as described above, but the rotational speed of each other is changed by the teeth of the fixed interlocking gear 30 and the movable conversion gear 31 at this time, the fixed interlocking gear 30 And the movable conversion gear 31 is gradually slid and rotated while being supported by the engagement piece 34 as compared with the conversion nail 32 of the fixed interlocking gear 30 according to the rotational movement of the movable conversion gear 31, Thus, when the conversion nail 32 reaches the engaging groove 33 formed on the engagement surface 34, the movable conversion gear 31 is applied by the coil spring 37 to the fixed interlocking gear 30 side. The conversion nail 32 in the recess 33 Will be put in a dynamic, flexible conversion gear 31 is interlocked by a driving gear (27) in a fixed access to the interlocking gear 30, the state in which the rotary motion.

In addition, when the movable conversion gear 31 is slid in the axial direction and rotates in a state of approaching the fixed interlocking gear 30, the converter gear integrally speaking to the movable conversion gear 31 via a spacer 35. 36 equally slides in the axial direction.

In addition, when the transducer gear 36 is slid, the transducer gear 36 deviates from the manual gear 38 of the output gear 39, and the transducer gear 36 substitutes the manual gear 38 for gear linkage. Meshes with the input gear 107 of the mechanism 105.

Then, the gear interlocking gear 105 is interlocked by the power input to the input gear 107, and the mechanism 64 and the tail swinging mechanism 90 which move according to the sound of the installation gear 106 by the rotational movement of the output gear 106. Crankshaft (65) common to the rotation is interlocked.

In the case as described above, the vane 45 of the sounding mechanism 42 is rotated by the output shaft 23 of the electric motor 22, but the rotating body 52 thereof is not rotated. It's something that doesn't come to me.

In addition, as described above, when the crank shaft 65 is rotated, the pressing body 68 and the operating piece 67, which are freely connected to the crank arm 66 at the one end thereof, interlock with each other to move forward and backward.

In addition, when the pushing body 68 moves forward and backward, the sliding lateral rod 74 mounted on the distal end of the actuator 68 slides the neck up and down along the arc-shaped guide groove 76 of the 75. The head 2 provided with rotational support freely supported at both ends of the sliding lateral rod 74 is interlocked so that the head 2 is provided with a rotational central axis 77 provided above the sliding lateral rod 74. Rotational movement in the vertical direction about the center.

In addition, the lower jaw body 85 provided by supporting the neck portion 75 via the support frame 82 by the rotational movement of the head 2 is axially supported by the bearing 87 of the head 2. It is rotated about the supported support shaft 86, and when the head 2 is rotated upwards, it rotates as if it interlocked with it and spreads the mouth largely upward toward the mouth, and also the head In the case where (2) is rotated downward, it rotates as if it interlocks with the mouth gradually in conjunction with this.

Accordingly, by slowly moving the head 2 up and down by the advancing and retracting operation of the pressure body 68, opening and closing the mouth and opening the mouth when the head 2 is lifted to the rear, and lowering the lower part. It is a repetition of an action, such as gradually closing your mouth.

In addition, when the automatic piece 67 is moved forward and backward like the press body 68 as described above, the rotational movement is freely installed through the link 56 at the mounting piece 72 of the rear end of the operating piece 67. The rotating body 52 is inverted and rotated, and at the same time, the communicating hole 53 is connected to each other through the cylindrical chamber 48 by the rotating hole of the rotating body 52 and the exhaust hole 47 and the discharge hole. Open and close between (49) slowly.

At this time, the wind generated by the vanes 45 installed in the hollow chamber 44 and being rotated by the electric motor 22 is concentrated in the exhaust hole 47 of the exhaust chamber 46 through this. Air is blown out of the exhaust hole 47, and is gradually discharged from the communication hole 53 through which the communication hole 53 is communicated with the discharge hole 49. This operation is also repeated.

Accordingly, the animal toy 1 exhibits an operation such as making a sound in relation to the operation of opening and closing the mouth while slowly moving the head 2 up and down, and in a state where the cow stands up, as if the cow is standing up, the head is held strictly By crying and repeating the same behavior and scenes.

As described above, when the crankshaft 65 rotates, the vane 95 mounted on the crankshaft 65 rotates and at the same time, each overpower piece 94 of the vane 95 According to the rotational movement, the manual piece 93 is sequentially abutted, and the coil spring 98 is passed through while the manual piece 93 is pushed up.

In this case, when the pressing piece 94 abuts against the manual piece 93 and the pressing piece 94 is rotated again, the pressing piece 94 slides against the coil piece 98 while sliding the manual piece 93. When the pushing piece 94 passes through the hand piece 93, the hand piece 93 is pushed up by the return force of the coil spring 98 and moves downward.

In addition, as described above, when the horizontal piece 93 is pushed up and rotated, the passive piece 93 inverts the inverted shaft 91 rotated through the cylindrical body 92 at about the same time against the coil spring 98. The relay gear 101 is engaged through the interlocking gear 96 fastened to the inverted shaft 91 so that the oscillating transverse rod 100 connected to the interlocking gear 96 is reversely rotated. The tail 5 placed on the rear end of the oscillating lateral rod 100 vibrates in the left and right direction, and the pressure of the passive piece 93 by the pushing piece 94 is caused by the passage of the pushing piece 94. Simultaneously with release, when the hand piece 93 is rotated back by the coil spring 98, the tail 5 vibrates rapidly in the opposite direction.

In this way, the passive piece 93 is pushed by each of the pushing pieces 94 so as to operate up and down sequentially, and the tail body 5 vibrates alternately in the left and right directions, and this operation is repeatedly displayed for a predetermined time period.

In this case, the tail body 5 is formed as an elastic member and forms the bent piece 104 bent toward the axial part, so that the tail body 5 is formed by the reverse rotational motion of the tail body 5. It also vibrates itself to the left and right while vibrating greatly, and the cow repeatedly shows the action and canon like chasing down pests such as flies and mosquitoes.

Therefore, while the converter gear 36 meshes with and interlocks with the input gear 107 of the gear interlocking mechanism 105, the rotational motion of the crank shaft 65 meshes with the interlocking gear via the gear interlocking mechanism 105. The mechanism 64 moving according to the sound and the tail swinging mechanism 90 are interlocked, and the animal toy 2 is slowly moved in the state of walking and squeezing by the operation as described above in each of the mechanism portions. 2) to move up and down while opening and closing the mouth and repeat the operation, and also repeatedly showing the action such as swinging the tail body 5 in connection with the movement, the cow lifts the head and is strictly It shows the movements and scenes such as making a cry and shaking the tail intermittently to chase off pests.

Next, after the above operation is performed for a fixed time, the conversion nail 32 of the fixed interlocking gear 30 gradually rotates as it is inserted into the recess 33 of the movable conversion gear 31. It moves from the other end to the other end, and out of the groove 33 into which the conversion nail 32 is fitted, is engaged with the engagement surface 34 of the movable conversion gear 31, and simultaneously with the conversion nail 32. By this, the movable conversion mechanism 31 is pushed by the fixed interlocking gear 30 and falls off again.

In addition, the converter gear 36 integrated with the movable converter gear 31 slides in the axial direction at the same time as the movable converter gear 31 by the operation of the movable converter gear 31 to come off. The gear 36 engages the manual gear 38 of the output gear 39 again by deviating from the input gear 107 of the gear linkage mechanism 105, so that the converter gear 36 meshes with the manual gear 38 to interlock. .

As a result, the interlocking engagement of the input gear 107 is released, and the interlocking rotational movement of the crankshaft 65 is stopped, and the mechanism 64 and the tail swinging mechanism 90 which move according to the sound interlocked with this are connected. Operation is stopped.

Further, when the converter gear 36 deviating from the input gear 107 meshes again with the manual gear 38, the crank shaft 17 is rotated through the output gear 39 and the leg drive gear 41, thereby The front leg body 3 supported on the crank arm 18 of the crank shaft 17 is operated back and forth, and the rear leg body 4 is also linked to it and operated back and forth.

Therefore, the toy body 1 is moved to the motion of advancing again at a slow speed, and the motion of walking is repeatedly shown.

In this way, while the switch 12 is inserted, the said various operation | movement is shown repeatedly, and this various operation | movement is repeated for every predetermined time.

According to the present invention, an animal toy body in which the head body is configured to freely move up and down, the leg body is configured to freely move forward and backward, and at the same time, a sounding device that mimics the sound of a desired animal is made to sound. The sieve mechanism interlocks the sounding mechanism and the head at the same time, and makes the sounding mechanism intermittently sound and at the same time constitutes a mechanism which moves according to the sound which causes the head to move up and down in connection with this. The device provides a year-long speech for a tail shaker which reversely vibrates the tail body serving as a degeneration member from side to side to a mechanism moving according to sound. Of the animal toy body by constructing and driving the gear linkage mechanism Each mechanism operates in relation to each other, and, due to the smoothness and certainty of the conversion operation, the animal toy formed by imitating an extinguished animal, when the sound is made, raises its head upwards and makes a sound. It also shows movements such as swinging the tail body firmly from side to side around its hips to dispel pests such as flies and mosquitoes at large amplitudes. It is possible to naturally eliminate the occurrence, and the above-described various motions are repeatedly displayed for a predetermined time in relation to each other. Therefore, the animal toy body which mimics the light off as a whole is smoothly related to the various motions and the smoothing of the conversion motion. By certainty, it is extremely natural and realistic, and by its subtle behavior, the viewer It would cause a deep heungmigam.

Claims (5)

The animal toy body (1) comprising the leg bodies (3) and (4) so that the front and rear movements are freely formed, and the head body (2) is configured so that the up and down movements can be freely formed, and the animal toy body (1) The sounding mechanism 42 which mimics the cry of an animal, and this sounding mechanism 42 and the said head 2 are simultaneously linked, and makes the sounding mechanism 42 sound intermittently. At the same time, the mechanism 64 moving according to the sound which makes the head 2 move up and down in connection with this, and the tail body 5 which is interlocked with the mechanism 64 moving according to this sound and becomes an elastic member left and right And a gear interlocking mechanism (105) for interlocking the tail swinging mechanism (90) and the mechanism (64) moving according to the sound by input power. 2. The sounding mechanism (42) according to claim 1, wherein the sounding mechanism (42) is provided in a casing (43) in which the vanes (45) for blowing air are accommodated so that rotational movement is free, and the casing (43) is successively provided through an exhaust passage. An animal activity toy comprising a fly body (50) and a rotating body (52) installed freely in the exhaust passage to open and close the exhaust passage intermittently. The mechanism 64 according to claim 1 or 2, wherein the mechanism 64 that moves according to the sound includes a sliding lateral rod 74 that supports the head 2, and a sliding body that moves the sliding lateral rod 74 back and forth. 68 and the movable piece 67 which intermittently rotates the rotary body 52 of the sounding mechanism 42 intermittently and the press body 68 simultaneously interlock and rotate with the input power. An animal activity toy characterized by being a crankshaft (65). The tail swinging mechanism (90) according to claim 1 or 2, wherein the tail swinging mechanism (90) installs the tail (5) at the rear end and inverts the oscillating horizontal rod (100) free of rotational movement and the oscillating horizontal rod (100). And an inverted shaft 91 rotating in rotation, and a plurality of pressure pieces 94 intermittently pushing the passive piece 93 mounted on the inverted shaft 91 so that the inverted shaft 91 is inverted. And a spring (98) elastically supporting the vane (95) mounted on the crankshaft (65) of the mechanism (64) moving according to sound and said reversing shaft (91). 4. The tail swinging mechanism (90) according to claim 3, wherein the tail swinging mechanism (90) installs the tail (5) at the rear end and rotates the oscillating horizontal rod (100) and the oscillating horizontal rod (100). It has an inversion shaft 91 and a plurality of pressure pieces 94 for intermittently pushing the passive piece 93 mounted on the inversion shaft 91 so that the inversion shaft 91 is inverted. An animal activity toy comprising a vane (95) mounted on a crank shaft (65) of a moving mechanism (64) and a spring (98) elastically supporting the inverted shaft (91).