KR910000831Y1 - An animal toys - Google Patents

Abstract

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Description

Animal working toys

1 and 2 is a side configuration of the present invention.

3, 4, 5 is a front view of the operating state of the present invention.

Figure 6 is an exploded perspective view of the main part of the present invention.

7a, b, c is a perspective view of the operating state of the present invention.

* Explanation of symbols for main parts of the drawings

A: Power transmission gear train B: Wing gear train

C: Beak motion gear train 2a: Between head motion

2b: Head operating shaft 2c: Head operating gear

3a, 3a ′: Between wing operation 3b: Wing operation crankshaft

3c: wing operating gear 4a, 4a ′: between actuation

4b: Actuated crankshaft 4c: Actuated gear

6a: Between lower beak operation 6b: Beak operating shaft

6c: Beak operation gear 12: Fixed cam gear

12a: Low cam surface 12b: Middle cam surface

12c: Top cam surface 13: Moving cam gear

13 ′: Cam protrusion 14: Moving gear

15: power transmission shaft 16: spring

17: clutch small gear 18: power transmission standby gear

19: driven large gear 20: driven small gear

27: support shaft

The present invention relates to an animal-operated toy that operates like a duck by operating a driving mechanism built into the body by using a small battery as a power source.

In the prior art, the operation toy has been appeared to perform the duck movement, but the operation state is simple and mechanical is not able to properly perform the animal movement.

The present invention shows that the moving toy is a duck's peculiar movement, which is a duck's peculiar movement in walking and wandering around, slowly swinging from side to side, shaking the wings up and down, and making duck sounds continuously. It is designed to inspire people with comedy interest.

This will be described in detail with reference to the accompanying drawings.

In FIG. 1, FIG. 2 and FIG. 3, the head 2 and the body 1 are synthetic resin injection moldings in the shape of ducks. '' Is formed with through holes 21 (21 ') and guides 23, and wings 3 and 3' are fitted to the upper and lower pivots on the left and right sides of the body 1.

A fitting hole 22 (22 ') and an annular protrusion 24 are formed in the bottom of the head 2, and an annular protrusion 24 is fitted into the guide 23 of the neck 1' so that the head 2 is rotated. The body (1), the left and right wings (3) (3 ') and the head (2) are covered with a cuticle (7) of pile fabric.

The front of the head 2 is fixed to the eye 5 and the upper beak 8, and the opening 2 'is joined to the lower beak 6 so that the protrusion 6 ″ on the extension 6' is lowered between the lower beak operation. (6a) An air tube (9 ') of the sound container (9) is connected to the lower sound box (6a) between the sound box operation section (9a), which is fitted in the horizontal hole of the upper end and protrudes from the center of the lower part operation section (6a). An eccentric protrusion 25 'on the rotating disc 25 fixed to the end of the beak operating shaft 6b on the left side of the gear case 10 is fitted into the horizontal hole at the lower side, and the head operating side on the right side of the gear case 10 on the outside. (2b) The lower long hole of the head operating interval 2a is fitted into the eccentric protrusion 26 'on the rotating disc 26 fixed to the end, and the upper part of the head operating interval 2a is the through hole 21 of the neck 1'. Through the fitting hole 22 of the bottom of the head (2).

On the left and right side of the gear case 10, a pair of vanes (3a) (3a ') and actuating intervals (4a) (4a') are provided at both ends of the wing crankshaft (3b) and the actuating crankshaft (4b). And left and right wings (3) (3 ') are fixed at the upper part of the wing operation (3a) (3a'), and the left and right feet (4) (4 ') at the lower part of the seizure space (4a) (4a'). At the same time, the support shaft 27 penetrates into the upper long hole.

Both ends of the support shaft 27 is fixed to the body 1 to support the gear case 10 in the body.

3, 4, and 5, in the gear case 10, a small motor (M), a reduction gear (G ') and a power transmission gear train connected to the power terminal of the battery case (11) are connected. A), wing actuating gear train (B), head actuating gear train (2C), beak actuating gear train (C), actuating gear train (4C), and so on. And a gear gear 10 on the right side of the gear case 10 are fitted onto the driving gear MG of the motor M. The power transmission gear train A includes a fixed cam gear 12 having a low end cam surface 12a, a middle cam surface 12b, and an upper cam surface 12c which are condensed on the power transmission shaft 15 as shown in FIG. On the cam surface, a cam projection 13 'intermittently corresponding to the cam cam 13 having the same size as that of the fixed cam gear 12 but having a small number of teeth, and a mobile gear 14 integrally connected thereto are provided. It is an arrangement configuration that is inserted to move left and right on the (15) and is shot with a spring 16, the fixed cam gear 12 and the mobile cam gear 13 is meshed with the reduction gear (G ').

The wing actuating gear train B is a clutch actuating gear 17 and a power transmission standby gear 18 which are clutched on the wing actuating crankshaft 3b and are clutch-connected thereto to rotate together in only one direction. Is an arrangement configuration in which the wing operating gear 3C and the power transmission standby gear 18 are selectively engaged with the mobile gear 14 in the power transmission queue A.

The head actuating gear 2C is fixed on the head actuating shaft 2b and selectively engaged with the moving cam gear 13 in the power transmission gear train A. FIG.

The beak actuating gear train C is an arrangement configuration in which the beak actuating gear 6c and the driven standby gear 19 and the driven gear 20 which are integrally connected thereto are adhered to the beak actuating shaft 6b. The actuating gear 6c is connected to the vane actuating gear 3c in the vane actuating gear train B, and the driven large gear 19 and the driven small gear 20 are the clutch small gear 17 and the power transmission standby gear 18. Each will be engaged.

The actuating gear 4c is fitted onto the actuating crankshaft 4b and meshed with the driven gear 20 in the beak actuating gear train C.

Reference numerals 28 and 29 denote support shafts.

According to the present invention, the toy moves along the power transmission gear train (A), and the toy stumbles like a duck, stops in place, moves the head from side to side, and slowly swings the body from side to side and shakes its wings up and down. Three movements of the compound motion that makes a sound while moving the beak are made intermittently and continuously. Each of these motions will be described as follows according to the drawings.

In FIG. 3, these cam gears are engaged in a state where the cam projection 13 'of the mobile cam gear 13 of the power transmission gear train A is in contact with the low end cam surface 12a of the fixed cam gear 12. When it is rotated by the reduction gear G ', the mobile cam gear 13 having the same size as the fixed cam gear 12 but having fewer teeth rotates faster than the fixed cam gear 12 so that the cam protrusion 13' has a low cam surface. On 12a, it slides toward the end cam surface 12b.

Within the moving distance from the low end cam surface 12a to the stop cam surface 12b of the cam protrusion 13 ', the moving gear 14 pushed by the spring 16 is wing-operated crankshaft in the wing-operated gear train B. (3b) rotates the driven gear 20 in the beak-actuated gear train C engaged with the power transmission standby gear 18 adhered to (3b), and the power transmission standby gear 18 rotates alone on the shaft. And the actuating gear 4c meshed with the driven small gear 20 which is integrally connected with the driven large gear 19 on the beak operating shaft 6b, is rotated.

At this time, the clutch small gear 17 in the blade actuating gear train B engaged with the driven large gear 19 also rotates, but at this time, the clutch connection state with the wing actuating gear 3C is released and the power actuated to the wing actuating gear 3c. This is not passed.

Therefore, only the actuating gear 4c receives power and the actuating crankshaft 4b is rotated, and the actuating intervals 4a and 4a 'of both ends are operated up and down alternately. ′) Pushes the ground alternately backwards and the toy moves forward.

At this time, whenever one foot touches the ground, the center of the toy will be directed to one side, so it will postpone walking like the city of FIG. 7a.

When the cam protrusion 13 ′ of the mobile cam gear 13 is moved from the low cam surface 12a of the fixed cam gear 12 to the stop cam surface 12b, the spring 16 is compressed and the mobile gear 14 and the mobile cam are compressed. The gear 13 is moved to the left side as shown in FIG. 4, and the moving gear 14 engaged with the power transmission standby gear 18 of the blade actuating gear train B is detached and at the same time the moving cam gear 13 is moved. It is meshed with the head operating gear (2C).

Therefore, the power transmitted to the actuating gear 4C is interrupted and the operation of the actuating sections 4a and 4a 'is stopped, and only the head actuating shaft 2b is rotated so that the rotating disc 26 fixed to the right end rotates to be eccentric. The head operating period (2a) connected to the projection (26 ') is operated, the head operation period (2a) is the front and rear linear reciprocating movement around the support fixed shaft 28 on the right outside of the gear case 10, the upper body (1) The annulus 24 of the bottom of the head 2 rotates left and right within the guide 23 because it is fitted into the fitting hole 22 of the bottom of the head 2 through the through hole 21 of the neck 1 '. As the city of Figure 7b stops in place to move the head (2) to the left and right, the distance will be smoke.

When the cam protrusion 13 ′ of the movable cam gear 13 is moved from the fixed cam gear 12 to the upper cam surface 12 c of the fixed cam gear 12, the spring 16 is further compressed to move with the movable gear 14. The cam gear 13 is further moved to the left as shown in FIG. 5 so that the mobile cam gear 13 engaged with the head actuating gear 2c is detached and at the same time the moving gear 14 is wing actuated gear train B. FIG. Is engaged with the wing actuating gear (3C).

Therefore, the power transmitted to the head operating gear 2C is cut off, the operation of the head operation 2a is stopped, the wing operation crankshaft 3b is rotated, and the wing operation intervals 3a and 3a 'connected to both ends are operated. Therefore, the left and right wings (3) (3 ') fixed to the upper wing operating period (3a) (3a') is moved up and down, the left and right wings (3) (3 ') exposed to the outside of the body (1) is up and down The rotating disc is driven, and power is transmitted to the beak actuating gear 6C of the beak actuating gear train C engaged with the wing actuating gear 3C, and the rotating disc fixed to the left end of the beak actuating shaft 6b ( 25) is rotated, the lower beak operating interval (6a) is connected to the eccentric protrusion (25 ') is operated, the lower beak operating interval (6a) is a straight reciprocating up and down by the support fixed shaft 29 of the gear case 10 outside the left During operation, the upper end is connected to the stone bar (6 ″) on the lower extremity (6 ') through the through hole (2') of the body (1) neck (1 ') and the fitting hole (22') of the bottom of the head (2).Since the bottom 6 is moved up and down about the coalescing portion of the opening 2 ', the air tube 9 is also reciprocated up and down while the sound barrel operating interval 9a which is rolled up in the center of the lower 6a is also operated. ′) Is compressed and increased so that the sound box (9) continues to sound like a duck sound.

On the other hand, the clutch small gear 17 which rotates together with the clutch 3C of the wing actuating gear 3 is engaged with the driven large gear 19 adhering on the beak actuating shaft 6b. The driven gear 20 transmits the reduced rotational force to the actuating gear 4C.

At this time, since the power transmission standby gear 18 of the blade operating gear train B is adhered on the wing operating crankshaft 3b, the power transmission function is lost.

Therefore, the actuating crankshaft 4b is gradually rotated and the actuating intervals 4a (4a ') connected to both ends are gradually operated so that the center of the entire toy is pulled to one side whenever one foot is braided to the ground. (4 ') alternately touches the ground, and the toy tilts left and right.

The operation of the left and right wings 3, 3 'and the sound generation of the sound container 9, the up and down operation of the lower beak 6, and the overall dullness of the toy due to the ground contact of the feet 4 and 4'. The movements are made at the same time, and as shown in FIG. 7c, the toys slowly sway from side to side, flapping wings and opening and closing beaks to make a complex acting sound.

When the cam projection 13 'of the cam cam 13 is moved from the top cam surface 12C of the fixed cam gear 12 to the low cam surface 12a, the cam gear 13 is moved by the elastic force of the spring 16 that has been compressed. 14) and the mobile cam gear 13 are rapidly moved to the right, the mobile gear 4 is detached from the wing operating gear (3C) was engaged and is meshed again to the power transmission standby (18).

Therefore, the first movement is continued and the next movements are continued. As the toy walks around, stops, wanders around, slowly swings from side to side, acquires wings, and simultaneously makes a sound of smoke. .

As such, the present invention has the effect of providing animal-actuated toys that can cause a viewer's comic interest by allowing the duck-specific movements to be performed naturally.

Claims (4)

Power transmission gear train (A), wing drive gear train (B), head drive gear (2C), beak drive gear train (C), and actuating gear (4C) in the gear case 10 built into the body (1). Eccentric protrusions 26 'on the rotating disc 26, which are arranged in such a manner that the blade actuating rods 3a and 3a' are connected to both ends of the wing actuating crankshaft 3b and fixed to the right end of the head actuating shaft 2b. (2) is connected to the head operation, and the eccentric projection (25 ') on the rotating disc 25 fixed to the left end of the beak operating shaft (6b) between the sounding cylinder operation (9a) and the lower beak operation between ( In the known operating toy 6a) is connected, the actuating crankshaft 4b (4b ') is connected to the opposite ends of the actuating crankshaft 4b so as to walk, wave the beak and the wing, and make a sound. A stationary cam gear 12 having a lower end cam surface 12a, a middle cam surface 12b, and an upper cam surface 12c in which the power transmission gear train A is fixed on the power transmission shaft 15 is intermittently interposed on these cam surfaces. Corresponding Cam Projection (13) ′) And a mobile cam gear 13 having the same size as the fixed cam gear 12 but having fewer teeth, and a mobile gear 14 integrally connected thereto, are inserted to move left and right on the power transmission 15 to spring 16. Animal operating toy, characterized in that the configuration as a shot. 2. The clutch actuating gear 17 and the power transmission gear 18 which are clutch-connected to the vane actuating gear 3c, wherein the vane actuating gear train B is condensed on the vane crankshaft 3b. Animal operating toy, characterized in that the configuration is coalesced. The beak actuator gear (C) is a configuration in which the beak actuator gear (6c) and the driven standby gear (19) and driven driven gears integrally connected thereto are adhered to each other. Animal operating toys, characterized in that. 2. The moving cam gear 13 of the power transmission gear train A is selectively engaged with the head actuating gear 2C, and the moving gear 14 is the wing actuating gear of the wing actuating gear train B. (3C) and the power transmission gear (18) is selectively engaged, the wing operating gear (3C), clutch gear (17), power transmission gear gear (18) is a beak operating gear of the beak operating gear train (C) 6C, the driven large gear 19, the driven small gear 20, respectively, animal driven toys, characterized in that the drive gear (4C) is engaged with the driven small gear 20.