KR910000832Y1 - 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, and 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.

Figure 7a, b is an explanatory view of the main operation state of the present invention.

8a, 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: Jaw operation gear train

4a, 4a ': Between runnings 4b: Running crankshaft

4c: actuating gear 5a: jaw operation

5b: Jaw operating shaft 5c: Jaw operating gear

8a, 8a ': Between arm movements 8b, 8b': Stone jaw

8c, 8c ': bend 9,9': round cam

9a, 9a ': Camshaft 10,10': Between variable operation

10a, 10a ': Lower hole 10b, 10b': Variable operation

12: fixed cam gear 12a: low cam surface

12b: Interrupted cam surface 12c: Upper cam surface

13: moving cam gear 13 ': cam protrusion

14: shifting gear 15: power transmission shaft

16: spring 17: power transmission gear

18: power transmission small gear 19: interlocking gear

22: “ ”Groove 23: Shaft Pin

24: spring 25: support tube

30: support shaft

The present invention relates to an animal-operated toy that operates as a lizard (mexican lizard) by operating a small battery as a power source and moving like a lizard (mexican lizard), but expressing such a state of operation comically.

In particular, the present invention is designed to change the position of the arms by varying the position of the arms, respectively, to change the state of operation, the moving toys run while shaking both arms, stops and moves the jaw and makes a sound while twisting the body from side to side The movements that make the jaw move and make sound continuously are designed to change the position of the arm so that both arms can be shaken or shaken at the same time.

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

The body 1 is a synthetic resin injection molded in the shape of a lizard (mexican lizard), which is divided into two halves, and is fitted together after mounting an internal device.

In FIGS. 1 and 2 and 6, the jaw 5 is attached to the front opening 2 'of the head 2 so that it can be rotated up and down, and the air tube of the sound tube 6 is located at the bottom of the jaw 5. (6 ') is fixed, and the inside of the jaw operating section (5a) It is connected to the ”groove 22 and the shaft pin 23, the shaft pin 23 is always pulled backward by the spring 24, the lower part of the jaw operating period (5a) is the jaw operation on the right outside of the gear case (7) It is connected to the eccentric protrusion 21 'on the rotating disc 21 fixed to one end of the shaft 5b.

The upper and lower feet pass through the support shaft 30 supporting the body 1 and the gear case 7, and the left and right feet 4 and 4 ' ) Is connected to the actuating interval 4a (4a '), and a pair of arm actuating intervals 8a (8a') are attached to both ends of the actuating crankshaft 4b, and are supported in the gear case 7. On circular cams 9 and 9 ', which are connected by pipes 25 and fixed to two camshafts 9a and 9a' which are respectively rotated separately at left and right arms 8 and 8 'at their ends. Eccentrically contact the upper part of the variable operation section (10, 10 ') and connect the upper part of the arm operation section (8a) (8a') to the pin shaft (26) through its lower long hole (10a) (10a '), the arm operation section ( 8a) 8b 'and 8b' on the back face of the guide surfaces 10b and 10b 'around the lower slots 10a and 10a' between the variable operation periods 10 and 10 '. The shoulders 10c and 10c 'between the operation 10 and 10' and the bends 8c and 8c 'between the arm operation 8a and 8a' are connected by springs 20 and 20 '. .

3, 4, and 5, the gear case 7 includes a small motor M, a reduction gear gear G 'and a power transmission gear train A connected to the power terminal of the battery case 27. ), Jaw actuating gear train (B), actuating gear (4C), etc. are arranged, and the reduction gear (G ') is compressed on the reduction shaft (Ga) and decelerated on one side of the gear case (7). The standby gear G meshes with the drive gear MG of the motor M. FIG.

The power transmission gear train A has 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 fixed on the power transmission shaft 15, and intermittently on the cam surface. A mobile cam gear 13 having the same cam protrusion 13 'and the same size as the fixed cam gear 12 but having a smaller size, and a mobile gear 14 integrally connected thereto, move left and right on the power transmission shaft 15. It is possible to be inserted and mounted in the spring 16, the fixed cam gear 12 and the mobile cam gear 13 is engaged with the reduction gear (G ').

The jaw actuating gear train (B) is a jaw actuating gear (5c) which is condensed on the jaw actuating shaft (5b), the power transmission standby gear (17), the power transmission small gear (18), and the interlocking gear (19) which are adhered to the jaw operation gear (19). ), The jaw actuating gear 5C and the power transmission standby gear 17 are selectively engaged with the moving gear 14 in the power transmission gear train A, and the power transmission small gear 18 Is selectively engaged with the moving cam gear 13.

The actuating gear 4C is fitted onto the actuating crankshaft 4b and engaged with the interlocking gear 19 in the jaw acting gear train B. FIG.

The entire body 1 and the jaw 5, the left and right arms 8, 8 ′ and the forefoot 4, 4 ′ are covered with a cuticle 11 made of pile fabric.

In this way, the present invention consists of a toy that shakes the body from side to side, moves the arms up and down, jumps, stops in place, moves the jaw up and down, makes a sound, and twists the body gradually from side to side according to power transmission. Three motions such as a compound motion that continues to move and continue to sound are made intermittently and continuously. Each of these motions will be described in turn according to the drawings.

3, the cam gears 13 'of the mobile cam gear 13 in the power transmission gear train A are in contact with the upper cam surface 12 of the fixed cam gear 12. When rotated by the small gear G ', the mobile cam gear 13 having the same size as the fixed cam gear 12 but having a smaller size rotates faster than the fixed cam gear 12 so that the cam protrusion 13' has the upper cam surface ( 12C), it slides toward the stop cam surface 12b.

Within the moving distance from the upper cam surface 12C to the stop cam surface 12b of the cam protrusion 13 ', the moving cam gear 13 pushed while the spring 16 is compressed is transferred to the power in the jaw acting gear train B. The transmission gear is engaged with the small gear 18, and the small gear 18 is integrally connected on the jaw operating shaft 5b to rotate together with the power transmission standby gear 17 and the interlocking gear 19 which are coalesced. Rotate the actuating gear 4C engaged with (19). Therefore, between the actuation between the actuation crankshaft (4b) (4a) (4a ') and the arm operation (8a) (8a') between the two ends of the actuation crankshaft (4b), the actuating interval (4a) (4a ') is up and down alternately (4) (4 ') pushes the ground backwards alternately and the toy moves forward.

At this time, whenever one foot touches the ground, the center of the toy is oriented to one side, so as to shake the body from side to side as shown in FIG. 8a, it acts, and the arm movements (8a) (8a ') also move up and down. Postponing the motion of shaking the arms 8, 8 'by rotating the cams 9, 9' up and down within the angle of θ or θ by reciprocating the operation 10, 10 'up and down. Done.

Here, the operation position of shaking both arms is changed according to the adjustment of the position of the arm. As shown in FIG. 7A, one arm 8 is rotated forward to move the upper part of the eccentric coalescing variable operation section 10 on the circular cam 9 to the front. When it is positioned, the step 8b of the rear surface of the arm operation section 8a slides on the curved surface of the guide surface 10b of the variable operation section 10, and the variable operation section 10 and the arm operation section 8a bend each other, The shoulder 10c of the 10 is pulled by the spring 20 toward the bent portion 8c of the arm 8a, and the lower jaw 8b of the rear side of the variable operation 10 is operated by the spring 8b of the arm 8a. 10a) The circular cam 9 is restrained from rotating in the opposite direction in contact with the guide surface 10b of the surroundings, so that the rotation of the circular cam 9 by the arm operation 8a is made only within the angle of θ. (8) keeps only the motion of shaking from front to bottom.

In addition, as shown in FIG. 7B, when one arm 8 is rotated to the rear and the upper portion of the variable operation interval 10 eccentrically adhered on the circular cam 9 is positioned at the rear in the same manner as described above, the arm operation interval 8a Rotation of the circular cam (9) is made only within the "θ" angle so that the arm (8) only keeps the motion to shake up and down from the rear.

Therefore, the toy is to postpone the motion of running while tilting both sides up and down at the same time or staggered at the position where arms are arbitrarily set as shown in FIG.

When the cam protrusion 13 ′ of the mobile cam gear 13 is moved from the upper cam surface 12c of the fixed cam gear 12 to the stop cam surface 12b, the mobile gear 14 is moved by the spring 16 to FIG. 4. As shown in the figure, it is pushed to one side and engaged with the jaw acting gear 5C in the jaw acting gear train B, and the mobile cam gear 13 engaged with the power transmission small gear 18 is detached. 4C) the power is not transmitted, the operation of both feet is stopped and the jaw operating shaft (5b) is rotated so that the jaw operating interval (5a) connected to the eccentric protrusion (21 ') on one end of the rotating disk 21 is reciprocating up and down The jaw 5 connected to the upper end is reciprocated up and down about the coalescing part, and the air tube 6 'fixed to the bottom of the jaw 5 is compressed and stretched while the sound box 6 emits sound.

Therefore, the toy stops in place as shown in FIG. 8b and moves the jaw up and down to make a sound.

When the cam protrusion 13 'of the mobile cam gear 13 is moved from the stop cam surface 12b of the fixed cam gear 12 to the low end cam surface 12a, the mobile gear 14 is moved by the spring 16 to FIG. As shown in the figure, it is further pushed to one side, and is simultaneously engaged with the jaw actuating gear 5C and the power transmission small gear 18 in the jaw acting gear train B so that the up and down operation of the jaw 5 is maintained as it is. The interlocking gear 19 adhering on 5b is decelerated and rotated by the power transmission standby 17 to transmit the decelerated rotational force to the engaged actuating gear 4C, so that the actuating crankshaft 4b is gradually Actuating rods 4a and 4a 'and rotating arms 8a and 8a' connected to both ends are gradually operated.

Therefore, the toy is to twist the left and right slowly in place as shown in the 8c, slowly shaking both arms, moving the jaw and acting a complex motion.

When the cam protrusion 13 ′ of the mobile cam gear 13 is moved from the end of the lower cam surface 12a of the fixed cam gear 12 to the upper cam surface 12C, the spring 16 is compressed and the mobile gear 14 is engaged. It is removed from the power transmission standby gear 17 and the jaw operating gear 5C, and the mobile cam gear 13 is meshed with the power transmission small gear 18 again.

Therefore, the first footing is continued and the next movements are continued, and the toy tilts from side to side, shakes both arms, runs, stops, moves the chin up and down, makes a sound, then twists the body from side to side and slowly shakes both arms. The jaw moves and makes a series of acting sounds.

As such, the present invention has the effect of providing an animal-actuated toy that is naturally comically operated as if the lizard (mexican lizard) moves, and the arm can be arbitrarily changed to obtain various operating states.

Claims (4)

The power transmission gear train A, the jaw actuating gear train B, the actuating gear 4C, and the like are arranged in the gear case 7 embedded in the body 1 and fixed to one end of the jaw actuating shaft 5b. The jaw operation section 5 is connected to the eccentric protrusion 21 'on the disc 21, and the actuation section 4a (4b') and the arm operation 8a (8a ') at both ends of the actuation crankshaft 4b. In the known working toy which is connected and walks, shakes its arms, opens and closes its mouth, a jaw actuating gear 5 in which the jaw acting gear train B is condensed on the jaw actuating shaft 5b. And an animal transmission toy, characterized in that the transmission transmission gear 17, the power transmission gear gear 18, the interlocking gear 19 and the like coupled to each other is integrally connected. 2. The moving cam gear 13 of the power transmission gear train A is selectively engaged with the power transmission gear 18 of the jaw acting gear train B, and the moving gear 14 is jaw operated. It is selectively engaged at the same time with the gear 5C and the power transmission gear 17 or only with the jaw actuating gear 5C, and the shifting gear 14 is simultaneously with the jaw operating gear 5C and the power transmission gear 17. The jaw actuating gear (5C) is selectively engaged only, the animal operating toy, characterized in that the interlocking gear (19) is engaged with the actuating gear (4C). 2. The jaw according to claim 1, wherein ”Shaped groove 22 is formed, which is connected to the inside of the jaw (5) by the shaft pin 23 through which the axial pin 23 is always pulled to the rear by the spring 24 . 2. The two camshafts (9a) (9a ') according to claim 1, which are connected to the support tubes (25) in the gear case (7) and fixed to the left and right arms (8) (8') at their ends, respectively. Eccentrically adhering the upper part of the variable operation section 10, 10 'on the circular cam 9, 9' fixed to the upper arm operation section 8a to the pin shaft 26 through the lower long holes 10a and 10a '. (8a '), but the lower jaw (10a) (10a) (10a) Facing the peripheral guide surfaces 10b and 10b 'and bending portions 8C and 8C between shoulders 10C and 10C' between the variable operation section 10 and 10 'and between 8a and 8a' arm operation. ') Animal operating toys, characterized in that the configuration by connecting the spring (20, 20).