JP3086827U - Toys - Google Patents

Abstract

(57) [Problem] To provide an electric toy capable of reciprocating movement, forward / reverse rotation, and traveling at a plurality of angles. SOLUTION: The toy of the present invention has a base 10, a dish-shaped cover 20 having a case 21, and a toy model 30, an arc-shaped slit 11 and an arc-shaped rack 12 are arranged on the base 10, and a motor is provided. 23 cooperates with the main worm 231 and the worm wheel 232 to form a wheel shaft 233.
, The driven worm 235 of the shaft 233 rotates the worm wheel 236, and the teeth 237 integrated with the wheel 236 interlock with the gear 238 to rotate the cam 239,
The blades 239a and 239b are formed on the cam 239 and abut on the first end 241 of the repelling rod 24, and the second end 242 of the repelling rod abuts on the outer wall of the driven wheel 251 of the horizontal rod 25. By controlling the forward and reverse rotation of the bevel gear 26, the vertical gear 261 and the turning gear 27 are interlocked and can be displaced along the arc-shaped rack 12.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a toy, and more particularly, to an electric toy that can perform reciprocating left / right movement and forward / reverse rotation and can travel at a plurality of angles.

[0002]

[Prior art]

 There are a variety of electric toys in the market. Of these, there are toys that run by driving a motor, such as an automobile, and some that rotate while turning a propeller, such as an airplane or a helicopter. Deviating from dynamics No toys with dynamics have ever appeared.

[0003]

[Problems to be solved by the invention]

 As a result, buyers are less likely to make selective purchases of these toys because of their differences, and when discussing the dynamic effects of these toys, it is fairly common and does not have any specificity. At longer intervals, consumers will lose their willingness to buy and, when viewed from the toy sector, will come to the conclusion that without change, the market cannot be expanded without change.

[0004] In view of the above problems, the inventor of the present invention pursues research and development, can run in a plurality of directions in accordance with academic operations, has a propeller turning effect, and has an entity in a plurality of directions. We have been striving to develop an electric toy that can simulate loading and turning operations.

An object of the present invention is to provide a toy characterized in that it can run around here and there like a general electric toy, and also has a multi-angle direction changing effect such as placing and turning by simulating an entity. Its main purpose.

[0006]

The toy of the present invention is a toy including a hemispherical hollow base, a dish-shaped cover, and a toy model, wherein an arc-shaped slit is formed on the upper surface of the base, and the arc-shaped slit is formed. An arc-shaped rack is arranged on the side of the slit, the cover is operatively arranged on the upper surface of the base, a case is arranged on the upper part, a battery is stored in the case, and the motor is driven by the battery. A main worm is provided on the main shaft of the motor, and the power is transmitted to a lateral worm wheel and the wheel shaft to rotate the spur gear, and a spur gear is externally fitted to the wheel shaft, and the spur gear is a parallel horizontal rod. A driven worm that fits with the driven wheel and is located at one end of the wheel axle can rotate the small worm wheel in the vertical direction in conjunction with the small worm wheel. The teeth below the gear wheel cooperate with the large gear and rotate the cam below the large gear to form vanes on both sides of the cam, and the peripheral wall of the cam contacts the first end of the repelling rod. A second end of the repelling rod is in contact with an outer wall portion of a driven wheel of the horizontal rod, a rotating gear is provided on the horizontal rod, and the rotating gear meshes with a bevel gear thereunder, and the rotating gear The right and left teeth of the bevel gear are fitted respectively to control the forward / reverse rotation of the bevel gear, and an elastic body is serially connected to the horizontal rod, and a vertical gear is provided below the bevel gear. A revolving gear pivotally attached to the center of the cover is interlocked, and a moving gear is provided below the axis of the revolving gear. Displaceable it, and the toy model is characterized in that it is mounted on the upper surface of the case of the cover.

[0007]

[Embodiment of the invention]

 Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIGS. 1 and 2 are perspective views of the toy of the present invention. The toy includes a hemispherical base 10, a dish-shaped cover 20 covering the upper surface of the base 10, and a cover mounted above the cover 20. The toy model 30 includes a hemispherical base 10 formed in a hollow shape, an arc-shaped slit 11 formed in an upper surface thereof, and an arc-shaped rack formed on the side of the arc-shaped slit 11. 12 is provided, and a motor 13 is mounted in the base 10. The motor 13 is connected to and electrically connected to the battery at the bottom of the base 10 so that the driving gear 131 on the shaft of the motor 13 can be turned, and the driving gear 131 is connected via three driven gears 132 in the intermediate portion. Power can be transmitted to and rotated by a vertically pivoted active rotating wheel 133 located below the base 10, and two fixed rotations along the lateral direction, respectively, in place on the base 10. A wheel 134 is pivotally mounted so that the active rotating wheel 133 can be driven by the electric power of the battery at the bottom of the base 10 to cause a rolling operation and a 360-degree turn around the central rotating axis of the active rotating wheel 133. The two fixed rotating wheels 134 can be rotated in conjunction with each other, so that the entire base 10 can be moved.

A hollow case 21 is disposed on the upper surface of the cover 20, and a battery 22 is disposed on one side of the case 21. As a result, the motor 23 inside the case 21 is driven and rotated, and the main worm 231 is disposed on the shaft of the motor 23, and the main worm 231 is aligned with the worm wheel 232 provided above the case 21, and While rotating the wheel shaft 233 of the wheel 232, the spur gear 234 of the wheel shaft 233 can be rotated in conjunction therewith, and the driven worm 235 provided at the other end of the wheel shaft 233 can be rotated in conjunction therewith. The driven worm 235 is aligned with the small worm wheel 236, and the driven worm 235 is integrated with the small worm wheel 236. The tooth 237 below the driven worm 235 drives and rotates the large gear 238, and the cam is provided below the large gear 238. 239 are provided, and blades 239a and 239b are formed on both sides of the cam 239, respectively.

The center of a repelling rod 24 is connected in series below the axis of the small worm wheel 236, and the first end 241 of the repelling rod 24 is in contact with the outer edge of the cam 239. The spur gear 234 of the wheel shaft 233 meshes with the driven wheel 251 of the horizontal rod 25, and the outer edge of the driven wheel 251 is in contact with the second end 242 of the repelling rod 24, and the other end of the horizontal rod 25 An elastic body 252 is connected in series, a rotary gear 253 is provided at an intermediate portion of the horizontal rod 25, and a bevel gear 26 is disposed below the rotary gear 253 along the longitudinal direction. The rotation of the rotating gear 253 that meshes with the bevel gear 26 and turns in the horizontal direction is converted into the rotation of the bevel gear 26 that rotates in the vertical direction, and a vertical gear 261 is disposed below the bevel gear 26, The gear 261 meshes with a turning gear 27 pivotally attached to the center of the cover 20 to rotate the turning gear 27 in a linked manner. A spring 272 is connected in series above the shaft 271 of the revolving gear 27. Further, the toy model 30, for example, a vertical bevel gear 32 below the propeller 31 of a helicopter is meshed with the upper surface of the spur gear 234, and the propeller 31 of the toy model 30 having a helicopter shape is turned. Further, a moving gear 273 is provided below the shaft portion 271, and the moving gear 273 is located below the cover 20, meshes with the arc-shaped rack 12 on the upper surface of the base 10, and It works so that the right and left movement can be performed along.

When the toy model 30 is, for example, a helicopter, its bottom can be attached to the case 21, a vertical bevel gear 32 is provided below the propeller 31, and the bottom of the propeller 31 is fixed to the case 21 by a lock member. To screw.

Due to the above structure, when operating the motor 13 in the base 10 during operation, the active rotating wheel 133 at the bottom of the base 10 is rotated, and the two fixed rotating wheels 134 are interlocked to operate the motor. The effect of running the 10 here and there can be obtained.

Further, by activating the motor of the cover 20, the main worm 231 rotates the worm wheel 232 meshing with the main worm 231, and the spur gear 234 coaxial with the worm wheel 232 and the driven worm 235 at the other end of the wheel shaft 233. Synchronously, of which the driven worm 235 is associated with the small worm wheel 236 to rotate in conjunction therewith, the lower gear 237 of the small worm wheel 236 drives and rotates the large gear 238, and the large 238 The cam 239 is integrated with the large gear 238 so that it can be driven, and on both sides of the cam 239, protruding blades 239a and 239b are formed. The first end 241 of the cam 239 Blade 239a, so that pressed against outward by projection of the periphery of 239b. Also, as shown in FIGS. 3 and 4, the splashing rod 24 moves its second end 242 inward with its middle portion as a fulcrum, and the second end 242 of the splashing rod 24 When the second end 242 of the repelling rod 24 moves inward, the horizontal rod 25 is directly moved in the direction of the elastic body 252 to move the second end 242 of the repelling rod 24 inward. On the other hand, the elastic body 252 is pressed against the inner wall of the case 21 to be formed in a compressed shape, and the driven wheel 251 of the horizontal rod 25 is engaged with the right side of the spur gear 234 on the wheel shaft 233. Is rotated in conjunction with. What is important is that the rotating gear 253 of the horizontal rod 25 is also pressed in the direction of the elastic body 252 and meshes with the right side of the bevel gear 26 located below, causing the bevel gear 26 to rotate in the forward direction. The revolving gear 27 meshing with the vertical gear 261 below the upper gear 26 rotates in the opposite direction.

When the smaller peripheral edge of the cam 239 itself comes into contact with the first end 241 of the repelling rod 4, the second end 242 of the repelling rod 24 is pushed back by the resilience of the elastic body 252. The driven wheel 251 of the horizontal rod 25 is fitted to the left side of the spur gear 234, the rotating gear 253 returns to the original position on the left side, and it is located on the left side of the annular tooth portion of the bevel gear 26, and is rotated by the rotating gear 253. The bevel gear 26 is driven to rotate in the reverse direction, similarly causing a forward rotation of the meshing orbiting gear 27 of the longitudinal gear 261 below the bevel gear 26, thereby causing the cover 20 to move at one time. Rotate forward and at some time reverse.

When the moving gear 273 below the shaft portion 271 of the revolving gear 27 moves left and right along the arc-shaped rack 12 on the base 10, it is as shown in FIG. In this case, even if the blades 239a and 239b projecting outward from the cam 239 abut against the first end 241 of the repelling rod 24, the peripheral edges of the blades 239a and 239b are set to a predetermined length. The gear 273 is blocked so that it cannot move forward, and cannot be moved back. Therefore, the gear 273 is fixed and cannot move, so that the revolving gear 27 attached to the cover 20 cannot move the shaft portion 271. The cover 20 is further rotated interlockingly, and the cover 20 is moved right and left according to the arc-shaped rack 12 on the surface. In the toy model 30, for example, the vertical bevel gear 32 below the propeller 31 of the helicopter is rotated by the drive of the spur gear 234, and at the same time, the cover 20 reaches a predetermined position on the left or right side of the base 10. In addition to the effects of forward and reverse rotation, the rotation time and the number of rotations are determined by the lengths of the blades 239a and 239b on both sides of the cam 239. Has the effect that the toy model 30 can be displaced right and left in conjunction with each other, and also has the effect of rotating forward and backward, and the cover 20 can reciprocate right and left along the arc-shaped track on the hemispherical base 10, so that the dynamics of the universal change It can simulate the flight and mounting of the entity in multiple directions and angles, and its operation is completely new and attracts attention. Further, the toy model 30 in the present invention is not limited to the form of a helicopter, but can be applied to, for example, a form of a motorcycle or another toy as shown in FIG.

According to the present invention, a product is manufactured based on the above-described configuration, and as a result of repeating actual tests and trials a plurality of times, it is possible to achieve the expected effect, and the market occupancy is reduced. Please file a filing in accordance with the law, as the product is rather large and similar or similar products have not been published by the search, but please request early registration upon inspection.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a preferred embodiment of the present invention.

FIG. 2 is an exploded perspective view of a preferred embodiment of the present invention.

FIG. 3 is a plan view showing the operation of the cover according to the preferred embodiment of the present invention;

FIG. 4 is a plan operation view of the cover according to the preferred embodiment of the present invention;

FIG. 5 is an explanatory view showing a base of a preferred embodiment of the present invention;

FIG. 6 is a combined perspective view showing a preferred embodiment of the present invention.

FIG. 7 is a perspective view showing an example of a motorcycle toy according to a preferred embodiment of the present invention.

[Explanation of symbols]

 Reference Signs List 10 base 11 arc-shaped slit 12 arc-shaped rack 13 motor 131 driving gear 132 driven gear 133 active rotating wheel 134 fixed rotating wheel 20 cover 21 case 22 battery 23 motor 231 main worm 232 worm wheel 233 wheel shaft 234 spur gear 235 driven worm 236 small Worm wheel 237 Tooth 238 Large gear 239 Cam 239a, 239b Blade 24 Splash rod 241 First end 242 Second end 25 Horizontal rod 251 Follower wheel 252 Elastic body 253 Rotating gear 26 Bevel gear 261 Vertical gear 27 Revolving gear 271 Shaft 272 Spring 273 Moving gear 30 Toy model 31 Propeller 32 Vertical bevel gear

Claims (3)

[Utility model registration claims] 1. A toy including a hemispherical hollow base (10), a dish-shaped cover (20), and a toy model (30), wherein an arc-shaped slit (11) is formed on an upper surface of the base (10), and An arc-shaped rack (12) is arranged on the side of the arc-shaped slit (11), and the cover (20) is operable to activate the base (1).
0), a case (21) is arranged on the upper surface thereof, a battery is housed in the case (21), and the motor (23) is driven and rotated by the battery. A main worm (231) is provided, and the power is transmitted to the lateral worm wheel (232) and its wheel shaft (233) to be rotated, and the spur gear (234) is fitted around the wheel shaft (233). The spur gear (234) fits with the driven wheel (251) of the parallel transverse rod (25), and the wheel shaft (233)
The driven worm (235) located at one end of the small worm wheel (235) can rotate the small worm wheel (236) in the vertical direction in conjunction therewith, and the teeth (237) below the small worm wheel (236) can move the large gear (238). In conjunction with the cam (23) below the large gear (238)
9), the blades (239a, 239b) are formed on both sides of the cam (239), and the cam (239) is formed.
Is in contact with the first end (241) of the repelling rod (24), and the second end (242) of the repelling rod (24) is in contact with the outer wall of the spur gear (234) of the horizontal rod (25). A rotating gear (253) is provided on the horizontal rod (25), the rotating gear (253) meshes with a bevel gear (26) thereunder, and the rotating gear (253).
The right and left teeth of the bevel gear (26) to control the forward and reverse rotation of the bevel gear (26). A vertical gear (261) is provided below (26), whereby a turning gear (27) pivotally attached to the center of the cover (20) is interlocked, and a shaft (271) of the turning gear (27) is provided. A moving gear (273) is provided below the base, and the moving gear (273) can be displaced along the arc-shaped rack (12) in the base (10), and the toy model (30) is connected to the cover (20) The toy is mounted on the upper surface of the case (21). 2. An active rotating wheel (133) is vertically attached to a bottom portion of the base (10), and two fixed rotating wheels (134) are respectively provided along a lateral direction on the bottom surface of the base (10). The gearset is driven by a motor (13), which is pivotally mounted in place in its part, and whose active rotating wheel (133) and stationary rotating wheel (134) are connected via batteries to the base (10). The toy according to claim 1, characterized in that the toy can be run on the base (10). 3. A toy according to claim 1, wherein the upper surface of the spur gear (234) of the wheel axle (233) meshes with a vertical bevel gear (32) below the propeller (31) of the helicopter. .