KR20190004453A

KR20190004453A - A top toy in which a top is rotated and fired by a traction drive force

Info

Publication number: KR20190004453A
Application number: KR1020170084698A
Authority: KR
Inventors: 이상규
Original assignee: 이상규
Priority date: 2017-07-04
Filing date: 2017-07-04
Publication date: 2019-01-14

Abstract

The present invention relates to a top toy that rotates a top in a traction manner by driving a wheel and is fired by a button. The top toy comprises a top having a weight and a driving body, the driving body having a driving wheel on one side of the bottom, The driving gear is formed to be interlocked with a dock formed to dock the connecting portion of the top on the bottom surface of the driving body, and the driving button is provided on one side of the driving body, A rotating piece for fixing and firing a topped dock is formed in the dock while being rotated eccentrically. When the driving wheel is rolled, the driving gear and the dock connected to each other by the weight of the top generate driving force, and the top is rotated and rotated. The pushing of the button causes the pivoting piece to rotate, releasing the dock of the top, will be.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a top toy in which a top is rotated and fired by a traction drive force,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a top toy, and particularly, a top wheel is driven by a traction type wheel drive so that a top can be rotated and fired, thereby enabling infants of all ages to easily perform a top toy.

Generally, a top toy is a children's toy. The first top operation is a method in which a certain length of a string is rolled on a top to be rotated while being unwound or a top is rotated with a hand to strike a top, Structure.

However, the top was easy to manipulate for children who grew up like elementary school children, but preschoolers could not use the complex top manipulation properly.

Recently, a winder type top toy has been provided which can be easily operated by preschool children.

The winder-type top toy includes a drive wheel formed integrally with the latch wheel, a latching wheel formed at the center of the case body, a latch at one side of the latch wheel, and a latch at one side of the case body, When the winder is tightly pulled in a state in which the formed winder is inserted into the drive gear in contact with the drive gear and the driver is fastened to the connecting portion of the top, the top is rotated and the latch wheel is stopped by the stopper supported by the coil spring, And is rotated separately from the driver.

However, the disadvantage of the above-mentioned winder-type top toy is that a separate winder is necessarily required for the rotation operation of the top, so that the winder can not be played if the winder is lost or broken.

In addition, in order to rotate the top, the winder must be inserted into the small hole of the case body, and also, there is an inconvenience in operation because a considerable attention is required in a gear-engaging manner. In the state where the winder is fitted, Because the top is rotated as it is rotated, this operation is not easy for young preschoolers.

Therefore, most toys have a limited age of use.

[Patent Document 1] Published Utility Model No. 20-2011-0008735 (September 16, 2011)

Accordingly, it is an object of the present invention to allow rotation of a top to be rotated in a traction manner by driving a wheel, and to cause a top to be rotated by a shooting button to be fired, so that children of all ages can easily operate the top play.

In order to achieve the above object, a top toy of the present invention comprises a top having a weight and a driving body, the driving body having a driving wheel on one side of the bottom surface thereof, And the driving gear is formed so as to be interlocked with a dock portion formed to dock the connecting portion of the top to the bottom surface of the driving body. The driving gear is eccentrically rotated on one side of the driving body in conjunction with the shooting button and the shooting button, The driving gear and the dock portion connected to each other by the weight of the top generate a driving force while the top is rotated and rotated. The top of the top is rotated by the pushing of the launch button, The dock is released and fired from the drive body.

Further, the upper surface of the driving body is provided with a ring body capable of holding a finger so that the rotation operation and the shooting of the top can be easily operated.

Therefore, according to the toy of the invention, the top is rotated by traction by the driving of the wheel, so that the top is rotated and the top is rotated. In addition, the top is easily fired by a simple button operation. There is an advantage to be able to do.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a bottom perspective view of a top of the present invention in a state where it is docked to a driving body. Fig.
Fig. 2 is an operational state diagram showing the top of the present invention being rotated and fired in a traction manner; Fig.
3 is an exploded perspective view showing a structure of a driving body of the present invention.
4 is a perspective view showing an interlocking structure of the driving wheel, the driving gear, and the dock of the present invention.
5 is a perspective view of a deformable top of the present invention.
6 is an exploded view of a driving wheel according to the present invention.
7 is a schematic view showing an operating structure of the traction structure of the present invention.

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

First, the top toy of the present invention is a structure in which a top is rotated by a traction method in which a rotational force is generated by rolling a wheel, and a top is fired by a rotating firing button.

1 and 2, the top 100 serves as a connecting portion 110 on the top surface so as to be docked on the dock 210 formed on the bottom surface of the driving body 200, 100 are made of a metal material having a weight in order to have a rotational force by the traction method.

3, the driving body 200 is mounted on the bottom surface of the driving body 300 so that the driving wheel 300 is exposed and the driving wheel 400 is interlocked with the driving wheel 300 And the driving gear 400 is connected to a docking portion 210 to which the connecting portion 110 of the top 100 is docked while the docking portion 210 is fixed to the top portion 100 in a docked state, And a rotary body 230 that is operated in an eccentric rotation by being interlocked with a launch button 220 formed at one side of the driving body 200 to emit the top 100 rotated by the roll of the wheel 300. [

In this case, the top 100 may be made of a metal material having a general shape of a weight or may be formed of a top body 101 having a bottom end weight so as to be deformed into various designs, and a plastic material Shaped body 120 to be assembled detachably to the assembling element.

Therefore, the shape of the top 100 can be variously modified to maximize the fun of the play.

The driving body 200 is divided into an upper body 201 and a lower body 202 so as to be able to assemble the driving gear 400 as well as the driving wheels 300 in the driving body 200 The upper body 201 can be formed into a car shape that children like, and the upper body 201 can be exchanged to provide various designs.

The upper body 201 is provided with a wear ring 220 for fitting the fingers in the form of a ring so as to facilitate the rolling operation of the driving wheels formed on the driving body for rotational driving of the top 100, It is possible to play the toy more easily.

The lower body 202 is formed with a mounting portion 230 for exposing a part of the driving wheel 300 while the driving wheel 300 is mounted on the lower body 202. When the driving wheel 300 mounted on the mounting portion 230 is rotated, A separate assembly 240 is assembled.

The driving wheel 300 is coupled to the rim of the wheel body 310 and the wheel body 310 so as to have frictional force at the ground surface and the inner body 311 is provided on one side of the wheel body 310, A gear portion 330 having a gear portion 331 engaged with the driving gear 400 and an axial protrusion 332 coupled to the shaft portion so as to penetrate the inner portion 311, A bent groove 312 is formed in the inner portion 311 of the wheel body 310 to prevent the wheel 300 from loosening and a polygonal protrusion 333 is formed on one axial projection 332 of the gear body 330. [ And the gear body 330 and the wheel body 310 are engaged with each other so that the gear body 330 and the wheel body 310 are integrally formed so as to be integrated with each other by engaging with the polygonal protrusions 333 of the gear body 330 and the bending grooves 312 of the inside portion 311, And the diaphragm preventing member 340 having the groove portion 342 and the protrusion 341 formed on the outer peripheral surface thereof are assembled.

In addition, the assembly 240 is formed with an opening 241 so that the driving wheel 300 mounted to the mounting portion of the lower body is exposed to the gear portion formed to be engaged with the driving gear 400 and can be engaged with the driving gear.

The ejection button 220 includes an axial protrusion 221 coupled to one of the coupling protrusions of the lower body at the center and a pressing portion 221 protruding from one side of the actuating body 200 about the axial protrusion 221 And an engaging portion 223 for operating the pivoting body 230 on the inner side of the pivoting body 230. The pivoting body 230 is pivotally coupled to one of the engaging projections of the lower body by a pin 231 A locking protrusion 233 for locking the shaft hole 232 and the latching portion 223 of the launch button 220 and a rotary body 230 for docking and releasing the top 100, A shaft portion of the top 100 docked on the dock portion 210 is seated on the lower end of the rotary portion 235 and the operation of the launch button 220 is operated The seat 100 is eccentrically rotated so as to release the docking state of the top 100 so that the seat surface 236 to be fired and the seat portion 236, It is formed from a connecting portion 237.

Accordingly, when the launch button 220 is pushed, the latching portion 223 is released from the latching jaw 233 of the pivoting body 230, and the pivoting body 230 elastically fixed by the spring is rotated by the eccentric rotation, The top 100 positioned in the dock 210 is rotated in the outward direction by the driving unit 210 and is emitted from the driving unit 200.

Accordingly, when the driving wheel is rotated in a state in which the top is docked to the driving body as described above, the driving gear interlocked with the driving wheel is rotated by the traction structure, so that a heavy rotating force is generated and the top is simply rotated. When the shooting button formed on the driving body is pressed, the rotating body linked with the shooting button is rotated in the outward direction from the dock portion by the eccentric rotation, and the docked top is fired, so that children of all ages can easily play the top toy.

100: Top
200: driving body 210:
220: launch button 230:
300: drive wheels
400: drive gear

Claims

(100) having a weight and having a connecting portion (110) formed on an upper surface thereof,
A driving unit that rotates the top 100 in a traction manner that rotates the driving gear 200 by the rolling of the top wheel 100 while the top 100 is docked, (200), wherein the top is rotated by the driving force of the traction type.

The method according to claim 1,
The driving body 200 is mounted so as to be able to roll the driving wheel 300 on one side of the bottom face and the driving gear 400 interlocked with the driving wheel 300 is mounted on the inside of the driving body 200, A rotary member 230 operated by eccentric rotation by a launch button 220 releasing a dock while fixing the top 100 in a docked state to the dock 210, Wherein the top is rotated by the driving force of the traction type.

The method according to claim 1,
The tops 100 are formed of a weight having a weight at the bottom and a shaped body 120 formed of a plastic material having a connecting portion 110 formed thereon is removably assembled so that the tops 110 can be deformed into various designs. Wherein the top is rotated by a driving force of a traction type.

3. The method of claim 2,
The driving body 200 is divided and assembled into an upper body 201 and a lower body 202 and the upper body 201 is formed in an automobile or a character shape. Top toy to be launched.

5. The method of claim 4,
The upper body 201 is further provided with a wear ring 220 which can be worn by fingers so as to allow the operation of the top 100 to rotate. Top toy to be.

5. The method of claim 4,
The lower body 202 is formed with a mounting portion 230 to which the driving wheel 300 is mounted and a separate assembly 240 is further assembled to the mounting portion 230 to fix the driving wheel 300 mounted thereon And an opening portion 241 is formed in the assembly 240 to expose the gear portion 310 formed on the driving wheel 300 so that the driving wheel 300 is interlocked with the driving gear 400. [ A top toy whose top is rotated by driving force.

The method according to claim 6,
A rubber material 320 is coupled to the rim of the wheel body 310 and the wheel body 310 to provide frictional force to the rim of the wheel body 310 and an inner portion 311 is formed on one side of the wheel body 310 A gear portion 331 formed to be engaged with the driving gear 400 in the inner portion 311 and a shaft protrusion 332 coupled to the shaft pin 350 in a penetrating manner, A bending groove 312 is formed in the inner portion 311 of the wheel body 310 to prevent the wheel body 310 from loosening at the driving wheel 300. The one axial end protrusion 332 of the gear body 330 is provided with a polygonal protrusion The gear body 330 and the wheel body 310 are integrally formed so as not to hang loose by being engaged with the polygonal protrusions 333 of the gear body 330 and the bending grooves 312 of the inside portion 311. [ And a diaphragm protector (340) having a protrusion (341) formed on an outer circumferential surface is assembled to the upper surface of the upper surface Toys.

3. The method of claim 2,
The launch button 220 includes a pushing part 222 which is exposed to the outside of one side of the driving body 200 with the axial protrusion 221 at the center and a catching part 223 which operates the pivoting body 230 from the inside A shaft hole 232 which is axially coupled to the shaft 231 for eccentric rotation inside the driving body 200 and an engagement portion 223 of the launch button 220 are engaged with each other at the upper end of the rotary body 230 And a swinging part 235 formed by an elastic part 234 for resiliently urging the spring to elastically actuate the locking part 233 and the rotary body 230. The upper part docked on the dock part 210 at the lower end is formed, And a seat surface 236 for releasing the dock of the top 100 is formed and a connecting portion 236 for connecting the turning portion 235 and the seating surface 236 is formed 237). The top toy according to any one of the preceding claims, wherein the top is rotated by the driving force of the traction type.