JPH01254190A - Animated bird toy - Google Patents

Abstract

PURPOSE:To realize tasteful animation by turning a neck part, inclining a face part right and left, independently turning a head body frame right and left and alternatively and intermittently operating right and left wing frames, a beak body and ringing body with being related to the operation of the head body frame. CONSTITUTION:For a toy body 11 to be supported by a supporting body 9 in a battery housing case 1, a neck part 15 is attached with being freely turnable in a head body frame 14, for which beak bodies 17 and 18 are attached to the upper part of a body frame 12 with being freely turnable. In a motor 32 to be fixed to a machine frame 30 which is provided in this toy body 11, a cam disk 48 is provided with being turnable. An operating piece 20, which can be freely turnable in front and rear directions, to be engaged to a first cam 50, which is formed in this cam disk, turns the head body frame 14 right and left to the body frame 12. Further, a switching gear is fixed to a sliding shaft to be engaged to a second cam, which is formed in the disk 48, with freely going forward and backward an intermittently engaged to a wing driving gear, which turns the right and left wing frames, and an input gear to move an interlocking arm 94, which interlocks the beak body and a ringing body 103, forward and backward through a crank shaft.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to a small bird activity toy, and more particularly, to a toy that allows a small bird to make a f-like gesture even when it is perched on a perch.

(Prior Art) Conventionally, as a small bird activity toy of this kind, for example, as described in Japanese Utility Model Publication No. 61-30703, a small bird toy performs the action of swinging its body back and forth, shaking its tail and moving its beak. It has a structure that allows it to open and close its body.

(Problem to be Solved by the Invention) In the conventional bird activity toy, even if the beak opens and closes, this action is performed by simply moving the head frame, which is integrated with the body frame, back and forth. Therefore, the movement is simple, and the blade frame is only attached to the cover and does not move at all, so overall the movement is insufficient and the movement is ↓ interesting. There are problems in that there is a lack of quality and there is still room for improvement in terms of structure.

Therefore, the present invention has been made in view of the above-mentioned problems, and it is possible to independently rotate the head frame to the left and right so as to rotate the neck and tilt the face to the left and right. In connection with this, the left and right wing frames, the beak body, and the mast body can be operated alternately and intermittently, and furthermore, each of these operations can be sequentially linked by a common drive source. The object of the present invention is to provide a bird activity toy that provides interesting activity movements and has an excellent structure.

[Formation of invention]

(Means for Solving the Problems) The bird activity toy of the present invention includes a battery storage case 1 which is imitated to a perch and has a support 9 provided at the upper center thereof, and is supported by the support 9 of the battery storage case 1. A toy shaped like a small bird, in which a neck 15 of a head body frame 14 is rotatably attached to the upper part of a body frame 12 to which a beak 18 is attached so as to be openable and closable on the upper part of a body frame 12 to which a wing frame 24 is attached rotatably from side to side. 11, an electric motor 32 fixed to a machine frame 30 provided in the toy body 11 and connected to a battery in the battery storage case 1, and a motor 32 connected to the machine frame 30 through a gear interlocking gear 46. A rotatably provided cam disk 48 and a front-rear direction rotor that is engaged with a first cam 50 formed on the cam disk 48 and rotates the head body frame 14 left and right with respect to the body frame 12. a movable actuation piece 76;
Said cam circle'! A blade drive gear 73 is fixed to a sliding shaft 61 that is movably engaged with a second cam 55 formed at 448, and rotates the left and right blade frames 24 via a cam 74.
and ili! which moves the beak body 18 and the sound body 103!
7] The arm 94 is provided with a cutting gear 63 that intermittently meshes with an input gear 68 that moves the arm 94 back and forth via the crankshaft 65.

Further, the toy body 1 is attached to the support body 9 of the battery storage case 1 via a base shaft 10 so as to be rotatable in the front and rear directions, and the machine frame 30
A pin 85 of a support arm 84 protruding from the base shaft 10 into a long guide groove 83 of a rotating plate 8o rotatably supported by
is movably inserted and supported, and the engaging protrusion 87 of the rotating plate 80 is engaged with the third cam 59 of the cam disk 48, and the engaging protrusion 87 is engaged with the third cam 59 for normal use. The rotating plate 8o is energized so as to be aligned.

Further, the actuating piece 76 is attached to a support shaft 75 horizontally suspended on the machine frame 30.
The middle part is supported so as to be rotatable in the front and back direction, and the copying pin 78 at the lower end is connected to the cam i of the first cam 50 of the cam disk 48.
l! 1i54, and the operating rod part 79 at the upper end thereof is inserted into the engagement groove 22 formed on one side of the neck part 15 of the head body frame 14.

Furthermore, the head frame 14 has a flange 16 formed on the neck 15 rotatably engaged in an engagement groove 13 formed on the upper part of the body frame 12, and the beak body is connected to the upper beak rest 17. The lower beak body 18 has a lower beak body 18 that can be opened and closed freely.
The opening/closing operation is performed by the back and forth movement of the interlocking arm 94 via the linking arm 94.

(Function) In the bird activity toy of the present invention, when the electric vJIE 132 is activated, the cam disc 48 and the switching gear 63 are driven through the meshing action of the gear interlocking Iso-yoko 46, and the cam disc 48 and the switching gear 63 are driven.
8 is rotated, the copying pin 78 of the actuating piece 7G is moved to follow the shape of the series of cam grooves 54 of the first cam 50 of the cam disk 48, and the copying pin 78 swings. The actuating piece 7G is rotated in the front-rear direction about the support shaft 75, and the actuating rod portion 79 of the actuating piece 16 is rotated against the head body frame 14.
The head body frame 14 is interlocked through the engagement groove 22 in one side of the neck 15 of the head body frame 14, and the seven flange 16 of the neck 15 of the head body frame 14 reciprocates in the left and right direction within the engagement groove 13 of the body frame 12. moved,
Therefore, the head frame 14 is rotated back and forth so as to be reversed in the left-right direction, and a rotation motion similar to that of a small bird shaking its head as if tilting its head left and right is repeatedly exhibited for a predetermined period of time.

Further, as described above, when the cam disk 48 is rotated, the pressure receiving part 62 of the slide @G1 is pushed in a stepwise manner by the second cam 55 of the cam disk 48, and accordingly, this slide A moving shaft 61 is slid in the axial direction, and this sliding shaft 6
When the first switching fam 63 is similarly moved in the axial direction and the pressure receiving part 62 of the sliding shaft 61 is engaged with the lower position of the second cam 55, the switching gear 63 meshes with the blade drive gear 73. Then the right cam 74 is rotated, and these left and right cams 74
moves the left and right blade frames 24 intermittently.
is moved up and down intermittently, and therefore, a motion similar to that of a small bird flapping its wings is repeatedly exhibited for a predetermined period of time.

Further, when the pressure receiving part 62 of the sliding shaft 61 engages with the middle position of the second cam 55, the sliding shaft 62
1 is pushed in the axial direction by that height, and this switching gear 6
3 is removed from the blade drive gear 73, and the rotation of the left and right cams 74 is stopped.Therefore, the vertical movement of the left and right blade frames 24 is stopped, and movements such as the flapping of a small bird's wings are stopped.

Furthermore, when the pressure receiving part 62 of the sliding shaft 61 engages with a high position of the second cam 55, the sliding shaft 61 is further pushed in the axial direction by the height thereof via the pressure receiving part 62. is,
The switching gear 63 is meshed with the input gear 68, the crankshaft 65 is rotated, and the rotation of the crank arm 66 causes the interlocking arm 94 to move forward and backward, and the actuation piece 20 is moved up and down. As the lower beak body 18 is rotated, the lower beak body 18 is opened and closed relative to the upper beak body 17.
3 is repeatedly moved for a predetermined period of time by the forward and backward movement of the interlocking arm 94, as if a small bird were opening and closing its beak and making a sound.

When the cam disk 48 is further rotated, the opening and closing of the bird's beak, which sounds like a chirping operation, is stopped, and as described above, each time the bird moves up and down the left and right wing frames 24 and flaps its wings. The operation will be shifted to

Further, in the above case, when the cam disk 48 is rotated, the engaging protrusion 87 of the rotating plate 80 rotates around the cam circle. ! A48 3rd
The cam 59 sequentially pushes the
The pin 85 of the support arm 84 is centered around the upper support shaft 75 and inserted into the lower guide groove 83.
is rotated in the front-rear direction against the coil spring 90 using the support arm 84 as a guide.
It is repeatedly raised and lowered in the front and back direction with the support of the pin 85.

(Example) Hereinafter, an example of the present invention will be described based on the accompanying drawings.

In the figure, 1 is a battery storage case shaped like a perch.
This battery storage case 1 is formed into a hollow cylindrical shape with one end closed with synthetic resin, and a lid body 2 is detachably and rotatably attached to the other end opening of this battery storage case 1. A battery 3 is housed inside, and a switch I[4 is housed therein, and this switch 1m4 is opened and closed by pulling a puller 15. Also, it is provided protrudingly on both ends of this battery storage case 1! ζ Inverted U on locking piece 6
The lower end of the hanging body 7 is locked, and a chain body 8 for hanging is attached to the hanging body 7.

Further, a hollow cylindrical support body 9 is integrally erected at the middle upper part of the battery storage case 1, and a base shaft 10 having a square columnar cross section is connected to the battery storage case 1 in a flat 1′i shape on the top of the support body 9. The horizontal frame is fixed.

Further, 11 is a toy body imitating a small bird, and this toy body 11 has a body frame 12 made of synthetic resin.
The rear lower part of the body frame 2 is rotatably supported in the front and back direction on both ends of the base shaft 10 via left and right bearing tubes 12a, and a head is provided in an annular engagement groove 13 formed at the upper end of the body frame 12. A flange 16 formed at the lower end of the neck 15 of the body frame 14
is freely engaged with l01ia.

Further, an upper beak body 17 is fixed to the face of the head frame 14, and a lower beak body 18 is pivotally attached to the upper beak body 17 via a support shaft 19 so as to be able to open and close the upper beak body freely. Lower beak body 1
An operating piece 20 of 8 is projected into the head body frame 14, and an engaging groove 2 is provided in a protruding piece 21 projected into the lower end-side portion of the neck portion 15.
2 is formed. Further, guide grooves 23 are formed at the upper portions of both left and right sides of the body frame 12, and guide grooves 23 are formed on the left and right sides of the body frame 12. 1123
A base 25 of the blade frame 24 is inserted and supported therein so as to be rotatable in the vertical direction, and the guide 11j2 is provided on the outside of the lower surface of the base 25.
An engaging protrusion 26 that engages with the outer lower part of the opening edge of No. 3 is formed, and an engaging protrusion 21 is formed on the inner side of the base 25.
is formed horizontally, and a coil spring 29 is stretched between the projections 28 formed at both ends of the engagement piece 27 and the inner upper part of the body frame 12.

Next, a machine frame 30 is provided within the fuselage frame 12, and the lower end of this machine frame 30 is supported via left and right bearing holes 31 on both ends of the base shaft 10 so as to be rotatable in the front and rear directions. Further, an electric motor 4132 is fixed to the rear side of this machine frame 30, and a binion 3 is fixed to the output fi33 of this electric motor a1132.
4, a reduction gear 35 is meshed with the reduction gear 35, and a rotation shaft 36 with the reduction gear 35 fixed to one end is rotatably suspended horizontally on the machine frame 30, and an interlocking gear 37 is attached to the other end of the rotation shaft 36. It is fixed. Further, a first relay gear 39 having a gear 38 is meshed with this interlocking gear 37, and the first relay gear 39 having this gear 38 is attached to one side of a relay shaft 40 horizontally suspended on the machine frame 30. This relay shaft 4 is rotatably supported.
t at the other end of 0! Second intermediate tooth lI with IA tun 41
42 is rotatably supported.

Further, a drive shaft 43 is rotatably mounted horizontally on the upper part of the machine frame 30, and the first relay gear 3 is attached to an intermediate portion of the drive shaft 43.
A third relay gear 44 meshed with the gear 38 of No. 9 is rotatably supported, and the second relay gear 42 is meshed with the gear 45 of the third relay gear 44 .

The binion 34, the reduction gear 35, and the interlocking gear 3
7. A gear interlocking mechanism 46 is formed by a first relay gear 39 having a gear 38, a second relay gear @42 having a gear 41, and a third relay gear 44 having a gear 45.

Furthermore, the second relay tooth 1142 is provided at one end of the drive shaft.
A drive gear 41 meshing with the gear 41 is fixed to the drive shaft 43, and a cam circle plA4B is fixed to the other end of the drive shaft 43. This cam disc 48 has an insertion hole 49 formed in its center, into which the other end of the drive shaft 43 is inserted and fixed.
A first cam 50 is formed on the outer circumferential surface of the cam disk 48 centered on the arcuate groove 5.
1, a V-shaped groove 52 formed at a position relative to the arc-shaped groove 51, and concave grooves 53 formed on the left and right sides between the arc-shaped groove 51 and the V-shaped groove 52. 54 are formed continuously. Further, a second cam 55 is formed on the inner peripheral edge of the cam disk 48 centered on the insertion hole 49, and this second cam 55 has different heights that protrude stepwise inward of the cam disk 48. It has a plurality of engaging surfaces 56, 57, 58 and is alternately repeated to 3! It is continuously formed. Further, five third cams are formed on the inner circumferential surface of the hm circle 148 centered on the insertion hole 49, and the third cam 59 has a plurality of engagement protrusions 60 of different sizes projecting radially. It is formed.

Next, a sliding shaft 61 is horizontally mounted on the upper part of the machine frame 50 so as to be slidable in the left-right direction, and the tip of the sliding shaft 61 is engaged with the second cam 55 of the cam disk 48. A cylindrical pressure receiving part 62 is formed to be pushed by this, and a switching gear 63 that meshes with the third relay gear 44 is fixed to a substantially middle part of this sliding shaft 61. A coil spring 64 is wound around the sliding shaft 61 between the inner side of the machine frame 30 and the coil spring 64.
As a result, the sliding shaft 61 is always urged toward the cam circle 148, and the pressure receiving portion 62 at the tip engages with the second cam 55 of the cam disk 48.

A crankshaft 65 is horizontally suspended above the machine frame 30 so as to be rotatable and axially movable. The crank arm G6 has a base end portion fixed to the base end portion of the crank arm G6, which also serves as a stopper for one side of the machine frame 30. Further, an input tooth 4 68 with which the switching gear 63 removably engages is fixed to a portion of the crankshaft 65 near the spacer 67, and a spacer 69 for the inside of the other side of the machine frame 30 is formed on the input gear 68. and this crankshaft 65
Stopper 7 at the other end protruding outward from the other side of the machine frame 30
A coil spring 11 is wound around the crankshaft 65 between the crankshaft 65 and the outside of the machine frame 30 on the other side. The crankshaft 65 is axially biased and supported by the coil spring 71.

Further, a rotary shaft 72 is rotatably suspended horizontally on the upper part of the machine frame 30, and a blade drive gear 73 is fixed to one side of the rotary shaft 12, with which the switching gear 63 is removably engaged. Further, the left and right blade frames 2 are attached to both ends of the rotating shaft 72.
A cam 74 is fixed to push the engagement piece 27 of No. 4 against the coil spring 29, and the left and right cams 14 are fixed to both ends of the rotating shaft 72 with mutual deviation, and the left and right blade frames 2
4 differentially.

Next, a support shaft 75 is horizontally suspended on the front upper part of the machine frame 30, and a bearing 77 is attached to one end of the operating piece 76 at one end of the support shaft 75.
A copying pin 78 is protruded from the inner side of the lower end of the operating piece 76, and the copying pin 78 is connected to the first cam 50 of the cam circle 5JI48.
This work is inserted freely inside! A round rod-shaped operating rod 79 formed at the upper end of the lI huff 6 is rotatably inserted into the engagement groove 22 of the head frame 14. Further, one end of a rotating plate 80 is rotatably mounted on one end of the support shaft 75 via a bearing 81, and a guide groove 83 is formed in a projecting piece 82 protruding from the other end of the rotating plate 80. A pin 8 is formed in the guide groove 83 and protrudes from the upper end of the support arm 84.
5 is inserted, and the lower end of this support arm 84 is fitted to the end of the base shaft 10 via a bearing 86 having a square cross section. Also, an engaging protrusion 87 is provided at the upper part of the rotating plate 80.
is projected, and the distal end of this engaging protrusion 87 is engaged with the five third cams of the cam disk 48, and the protrusion 88 protruding in the middle of the rotary plate 80 and the support of the electric motor 32 are engaged with each other. A coil spring 90 is stretched between the frame 89 and the engaging protrusion 87.
is biased so that the tip thereof is always engaged with the third cam 59.

Next, a guide side plate 91 is fixed to one side of the machine frame 30 with a predetermined gap, and a negative passage is made in the front and rear direction between the middle upper part of the guide side plate 91 and the other side upper part of the machine frame 30. A support piece 93 having a hollow guide tube 92 is fixed thereto. Further, a rear part 95 of an interlocking arm 94 extending in the front and back direction is inserted into the gap between the guide side plate 91 and one side of the machine frame 30 so as to be able to move back and forth in the front and rear directions. A front piece 96 is inserted into the neck 15 of the head frame 14 so as to be freely retractable.
A large-diameter actuating portion 98 formed at the proximal end of the actuating piece 20 of the lower beak body 18 is rotatably held within a hollow holding portion 97 formed at the distal end of the lower beak body 18 . Interlocking arm 94
A hollow accommodating recess 99 is bulged into a rectangular shape in the middle part of the accommodating recess 99 , and a guide groove 101 is formed in the outer plate part 100 of the accommodating recess 99 .
are formed in the vertical direction, and a crank arm 66 of the crankshaft 65 is rotatably inserted into this long guide groove 101. Further, an interlocking pin 102 is protruded inward from the rear end of the rear part 95 of the interlocking arm 94, and a projecting piece 105 of the telescoping section 104 of the ringing body 103 is inserted and locked into the tip of the interlocking pin 102. The cylindrical flute portion 106 of the sounding body 103 is inserted and locked into the rear end opening of the guide tube 92, and the cylindrical gas supply body 107 is inserted into the front side of the guide tube 92 so as to be freely forward and backward. The distal end of a locking pin 108 protruding from one side of the gas supply body 107 is inserted and locked into a locking hole 109 formed in the upper part of the interlocking arm 94 . In addition, in the figure, 110 is a tail frame projecting outward from the rear end of the body frame 12, 111 is an eyeball body, and 11
2 is the leg body.

Next, the effect of the formation will be explained.

When the pull In 5 is pulled, the switch lff1Fi4 is closed and the electric motor 32 is started.
Due to the rotation of the pinion 34, the gear train 1I71 structure 46
The driving gear 47 is driven through the meshing rotation, and the switching gear 63 is driven by the third relay gear 44 of the parenthesized tooth connection U mechanism 46.

Further, when the drive shaft 47 is rotationally driven, the drive shaft 43 is rotated, and the cam disk 48 is also rotated, and when the switching gear 63 is rotationally driven, the sliding shaft 61 having the pressure receiving part 62 is rotated. At the same time, the blade drive gear 73 is rotated, and the rotating shaft 72 having cams 74 at both ends is rotated.

Then, when the cam circle fi 48 is rotated, the copying pin 18 of the actuating piece 76 moves to the arcuate groove 51 of the first cam 50 of the cam disk 48, the concave groove 53 on one side, the ■-shaped groove 52, and the concave groove 53 on the other side. The sliding contact is made by following the shape of a series of cam grooves 54 made up of The operating rod 19 of 76 interlocks the head frame 14 via the engagement groove 22 in one side of the neck 15 of the head frame 14, and the flange 1 of the neck 15 of the head frame 14
6 is reciprocated in the left-right direction within the annular engagement groove 13 of the body frame 12, and therefore, the head body frame 14 is reciprocated so as to be reversed in the left-right direction by the longitudinal rotation of the actuating piece 76. be moved. That is, when the copying pin 78 of the actuating piece 76 is swung to follow the arcuate groove 51 of the first cam 50, the actuating piece 76 is largely rotated in the front-back direction, so that as shown in FIGS. As shown, the head frame 14 is a toy body 11
The copying pin 18 of the actuating piece 1G moves from one concave groove 53 of the first cam 50 to the other concave groove 53 via the ■-shaped groove 52. When the actuating piece 7G is swung back and forth, the operating piece 7G is rotated relatively small and intermittently in the front-back direction, so that the head frame 14 moves from the upper left toward the lower right as shown in FIGS. 6 and 7. Therefore, the head frame 14 is intermittently rotated back and forth from side to side at different rotation angles in the left and right directions, and the head body frame 14 is rotated intermittently, as if a small bird shakes its head as if tilting its head left and right. The motion is repeatedly exhibited for a predetermined period of time.

Further, as described above, when the cam disk 48 is rotated, the pressure receiving portion 62 of the sliding shaft 61 is responded to in a stepwise manner by each engagement surface portion 56, 57, 58 of the second cam 55 of the cam disk 48. In response to this, the sliding shaft 61 is slid in the axial direction against the coil spring 64, and the switching gear 63 of the sliding shaft 61 is similarly moved sequentially in the axial direction in steps. . In other words, fl! Receiving shaft part 1 of lvJ shaft 61
2 is engaged with the low engagement surface portion 56 of the second cam 55, the switching gear 63 is engaged with the blade drive gear 73, so the left and right cams 74 of the rotating shaft 72 are rotated. , the left and right cams 74 intermittently push the engagement pieces 27 of the left and right blade frames 24 against the two coil springs, and the left and right blade frames 24 move under the left and right guide grooves 23 of the fuselage frame 12. It is intermittently moved up and down using the edge of the opening as a fulcrum, so that it repeatedly exhibits an action similar to a small bird flapping its wings for a predetermined period of time.

Further, when the pressure receiving part 62 of the sliding shaft 61 engages with the middle engagement surface part 57 of the second cam 55, the sliding shaft 61 is moved by the coil spring by the height thereof via the pressure receiving part 62. 64, the switching gear 63 is disengaged from the blade drive tooth middle 73 and rotation of the left and right cams 74 is stopped, and therefore the vertical movement of the left and right blade frames 24 is stopped. The movement, like the flapping of a small bird's wings, is stopped.

Further, when the pressure receiving portion 62 of the ff1ill shaft 61 engages with the high engagement surface portion 58 of the second cam 55, the pressure receiving portion 62
2, the sliding shaft 61 is further pushed in the axial direction by the height thereof against the coil spring 64.
This cutter 63 is engaged with the input gear 68 of the crankshaft 65, and the crankshaft 65 is rotated, and the rotation of the crank arm 66 causes the interlocking arm 94, which has been inserted into the long guide groove 101, to rotate. It is guided by the guide side plate 91 and moves forward and backward in the front and back direction.

Further, when the interlocking arm 94 is moved back and forth, the holding part 97 of the front piece 96 rotates the actuating piece 20 in the vertical direction about its support shaft 19 via the actuating part 98, and The lower beak body 18 of the lower beak body 18 is opened and closed relative to the L beak body 17. There is also an interlocking arm 94! ! When you leave work, the locking pin 108 at the end of the rear piece 95 is moved back and forth, causing the air supply 107 to move back and forth with respect to the guide tube 92, so that the air body 1
Air is intermittently supplied to the flute part 106 of 03, and the interlocking pin 102 at the V&end of this rear piece part 95 is moved back and forth to intermittently push the extensible part 104 of the singing body 103 back and forth to expand and contract. , the ringing body 103 repeatedly exhibits the ringing action for a predetermined period of time. Therefore, by moving the interlocking arm 94 back and forth in the front and rear directions, a small bird repeatedly exhibits a sniffing action while opening and closing its beak for a predetermined period of time.

Then, the pressure receiving part 62 of the sliding shaft 61 disengages from the high engagement surface part 58 of the second cam 55 and faces the low engagement surface 56 again, and the sliding shaft 61 is moved in the opposite direction by the returning force of the coil spring 64. As it slides in the axial direction, the pressure receiving portion 62 is again engaged with the lower engagement surface portion 56, and the switching gear 63 is disengaged from the human power gear 68 of the crankshaft 65 and meshed with the vane drive gear 73 again. Therefore, the movement of the small bird, such as opening and closing its beak and chirping, is stopped, and the small bird again moves up and down on the left and right wing frames 24, as described above, to the movement of flapping its wings.

Furthermore, when the cam circle vi48 is rotated as described above, the engaging protrusion 81 of the rotating plate 80 engages the third cam 5 of the cam disk 48.
The support arm is pushed in a stepwise manner by each of the engagement protrusions 60 of 9, and this rotating plate 80 is centered around the upper support shaft 75 and inserted into the guide long groove 83 of the lower protrusion 82. The toy (A11) is rotated back and forth against the coil spring 90 using the pin 85 of the support arm 84 as a guide. 82 is rotated forward, the tip of the projecting piece 82 in the guide groove 83 is supported by the pin 85 of the support arm 84 fixed to the base shaft 10, and the entire toy object 11 is raised around the base shaft 10. When the upward movement is performed and the protruding piece 82 of the rotary plate 80 is rotated rearward, the long guide groove 8 of the protruding plate 82 is connected to the pin 85 of the support arm 84.
3 is supported, and the entire toy concrete 11 is attached to the base shaft 10.
Perform a motion of falling forward and downward, centering on
The toy body 11 repeatedly exhibits a raising and lowering motion for a predetermined period of time by rotating the rotating plate 80 in the front-back direction. In this case, since the respective engaging protrusions 60 of the third cam 59 are formed with different sizes, the rotating plate 80 is irregularly moved back and forth through the engaging protrusions 81 that are sequentially engaged with the engaging protrusions 60. The toy body 11 therefore exhibits an irregular undulating movement with different approximate widths.

When the toy body 11 performs the raising and lowering motion by the third cam 59, the head frame 14 is rotated in the left and right direction by the first and second cams 50.degree. 24 is moved up and down, the lower beak body 18 is opened and closed, and the sounding body 103 is made to sound. When the concrete 11 moves up and down as a whole, the head frame 14 is intermittently rotated back and forth at different rotation angles in the left and right directions, and the head body frame 14 swings its head to look at its surroundings, like a small bird tilting its head left and right. In addition, the left and right wing frames 24 are intermittently moved up and down during the raising and lowering motion of the toy body 11, making a gesture as if a small bird is flapping its wings. 10
3 is operated intermittently in conjunction with the raising and lowering movement of the toy body 11 and the IEA movement of the head body frame 14, and is activated when the head body frame 14 is moved to a relatively high position, and the small bird is It makes a gesture as if it is even shaking its body.

〔Effect of the invention〕

According to the present invention, the actuating piece is reciprocated in the front and rear directions by the first cam of the cam disk, and the head frame is reciprocated in the left and right directions with respect to the body frame, so that the toy body rotates the neck. It spins around and tilts its face to the left and right, as if looking at its surroundings. In addition, the switching gear is intermittently engaged with the blade drive gear by the second cam of the cam disk, and the left and right blade frames are reciprocated in the vertical direction, so that the toy body tilts its face sideways and occasionally flaps its wings. make a gesture. In addition, the switching gear is intermittently engaged with the input tooth width by the second cam of the cam disk, and the interlocking arm is moved back and forth through the rotation of the crankshaft, so that the beak body and the sounding body are simultaneously operated in conjunction with each other. Therefore, the toy body opens and closes its beak while tilting its face to the left and right, making a sounding gesture.

Furthermore, by the operation of the first cam and the second cam of the cam disk, the head body frame tilts the face to the left and right. can be operated reliably. In addition, the third cam of the cam disc rotates the rotary plate in the rearward direction using the pin of the support arm as support, and the toy body is reliably raised and lowered, so that the toy body is rocked back and forth. While doing so, they alternately exhibit the various gestures mentioned above. Further, each of these operations can be sequentially and reliably linked with a simple structure by using a cam disk having first to third cams that control each operation as a common driving source. Therefore, in terms of activity movements, it is possible to obtain interesting activity movements that exhibit the various gestures of small birds, and in terms of structure, the various gestures of small birds can be obtained with a simple structure. Activity toys can be provided.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and Fig. 1 shows the internal mechanism of the bird activity toy. Fig. 2 is a side view of one side, Fig. 3 is a side view of the other side of the same, and Fig. 3 shows the head body of the same. FIG. 4 is an exploded perspective view of a part of the operating mechanism of the blade frame, FIG. 5 is a sectional view showing the drive mechanism, and FIG.
The figure is a perspective view of the entire small m activity toy, and FIG. 7 is an explanatory diagram of the operation of the head frame. 1. Battery storage case, 9. Support, 1o. Base shaft,
11. Toy body, 12. Body frame, 13. Engagement groove, 14
・・Head and body frame, 15・・Neck, 16・・7 Lunge, 17・
- Upper beak body, 18... Lower beak body, 20... Actuation piece, 24...
Blade frame, 30... Machine frame, 32... Electric motor, 46... Gear interlocking mechanism, 48... Cam disc, 50... First cam, 5
4...Cam groove, 55...Second cam, 59...Third cam, 61...Sliding shaft, 63...Switching gear, 65...Crankshaft, 68...Input gear, 73... Vane drive gear, 74...cam, 75...support shaft, 76...actuating piece, 7
8. Copying pin, 79. Operating rod, 8o. Rotating plate,
83... Long guide groove, 84... Support arm, 85... Pin, 87... Engaging protrusion, 94... Interlocking arm, 103...
Ming body.

Claims (4)

[Claims] (1) A battery storage case that resembles a perch and has a support at the upper center, and a beak at the top of the body frame that is supported by the support of this battery storage case and has a wing frame rotatably attached to the left and right. A toy body shaped like a small bird is rotatably attached to the neck of a head frame attached to the body so that the body can be opened and closed; a cam disk rotatably provided on the machine frame through a gear interlocking mechanism; and a first cam formed on the cam disk that engages with the first cam to move the head frame to the body frame. an actuating piece that is rotatable in the front-rear direction and is fixed to a sliding shaft that is movably engaged with a second cam formed on the cam disk and that moves the left and right blade frames with the cam; and a switching gear that intermittently meshes with an input gear that moves an interlocking arm that interlocks the beak body and the sounding body back and forth via a crankshaft. A small bird activity toy that features: (2) The toy concrete is attached to the support of the battery storage case via a base shaft so as to be rotatable in the front and back direction, and is inserted from the base shaft into a long guide groove of a rotating plate rotatably supported on the machine frame. The pin of the protruding support arm is movably inserted and supported, and the engaging protrusion of the rotating plate is engaged with the third cam of the cam disc, and the engaging protrusion is always engaged with the third cam. 2. The bird activity toy according to claim 1, wherein the rotating plate is biased so as to engage. (3) The middle part of the actuating piece is supported so as to be rotatable in the front and rear directions on a support shaft horizontally suspended on the machine frame, and the copying pin at the lower end is inserted into the first cam groove of the cam disk. 3. The small bird activity toy according to claim 1, wherein the operating rod at the upper end of the toy is inserted into an engagement groove formed on one side of the neck of the head frame. (4) The head and body frame has a flange formed in the neck part rotatably engaged in an engagement groove formed in the upper part of the body frame, and
4. The beak according to claim 1, wherein the beak has a lower beak that can be opened and closed with respect to the upper beak, and the lower beak is opened and closed by the forward and backward movement of an interlocking arm via an operating piece. A small bird activity toy as described in any of the above.