KR200305223Y1 - Transmission apparatus of torque for game machine - Google Patents

Abstract

The present invention rotates a predetermined object using a chain having a simple structure as a means for transmitting the rotational force generated by the user's force, and handles the rotational speed of the wheel body in advance in the control system of the game device to match the rotational speed. A rotational force transmission device for a rotating game machine, the handle unit being rotated by a user's operation to rotate a wheel body; A driving unit for rotating the wheel body by transmitting the rotational force of the handle unit; A wheel body rotating by the driving unit; A detection sensor unit for detecting the rotation speed of the wheel body; First braking means for controlling the rotation of the handle unit; It is composed of a second braking means for controlling the rotation of the wheel body, the drive unit is composed of a first drive shaft for transmitting the rotational force of the handle unit and a second drive shaft having a first chain gear, the first chain gear and the chain And a second chain gear connected to the wheel to rotate the wheel body, wherein the first braking means is positioned on the second drive shaft to stop the rotation of the handle unit attached to the electromagnet and the magnetized by the control system in the apparatus. The second braking means includes a control means for stopping the rotational force of the wheel body by contacting the rotating shaft of the wheel body by the operation of the solenoid is provided on the rotary shaft of the solenoid and the wheel body operated by the control system; do.

Description

Rotation force transmission device of steering wheel rotation game machine {TRANSMISSION APPARATUS OF TORQUE FOR GAME MACHINE}

The present invention relates to a rotational force transmission device of a steering wheel rotation game machine, and more particularly, by means of a simple structure of the chain for transmitting the rotational force generated by the user's force to rotate a predetermined object, the number of rotations of the object The present invention relates to a rotational force transmission device of a steering wheel rotating game machine which has an additional exercise function while applying to a game or applying an event by limiting the number of rotations in a control system of a game device in advance to give a prize, etc. .

To date, many game devices have been developed and used in various ways, but these game devices are designed to add game scores as the game proceeds by a pre-programmed program, and only when the game score reaches a certain score before the game ends. It is configured to select and withdraw prizes corresponding to.

For this reason, most entertainment game devices have a structure that can acquire prizes when a certain score is accumulated by accumulating bonuses in a single game, and thus the game is relatively monotonous and has a limit in inducing gamers to be interested. ,

Therefore, in recent years, there are a number of games that apply the game device and the number of revolutions to the game using a variety of mechanisms, such as electronic games, punch games, breaking games, etc. One embodiment of such a device uses a power means such as a motor There was a game device such that the user inputs selectively using the operation button, and accordingly the motor rotates to rotate the rotary needle and the rotating plate to instruct prizes or give prizes according to the number of revolutions.

However, as described above, the game devices have a disadvantage in that the structure of the game device is very complicated and noise is generated by using a motor, and the like, causing the unit cost increase of the game device due to the complexity of the structure. There is a problem that is insufficient and does not satisfy the needs and interests of the user as described above.

The present invention has been made to solve the above problems, and more specifically, to propose a game device that is very simple in structure and capable of movement of the user different from the conventional device, the user rotates the rotating means It is to provide a game device that can rotate the object by transmitting the rotational force transmitted from such a rotation means, and to make the high-speed rotation by allowing the rotational force to have a predetermined ratio from the user's power to the user's interest The purpose of the present invention is to provide a game device that can be induced and at the same time the rotational transmission structure is a simple structure such as a chain, thereby increasing its utility by reducing production costs.

1 is a perspective view showing a game device of the present invention.

Figure 2 is a perspective view showing the inside of the game device of the present invention.

3 is an enlarged perspective view of a part.

Figure 4 is a perspective view of the rear portion of the game device of the present invention.

Figure 5 is a cross-sectional view showing the configuration of the second braking means of the present invention.

6 is a perspective view showing a state that a weight is provided on the drive shaft.

7 is an enlarged perspective view of a portion B in which a universal joint is installed on a drive shaft;

8 is a perspective view showing an installation state of the chain guide portion including a third chain gear.

{Explanation of Codes for Main Parts of Drawings}

1: Game device 3: Wheel body

5: handle unit 7: drive unit

11a and 11b: first and second braking means 13a: first drive shaft

15a: 2nd drive shaft 17a, b, c: 1st, 2nd, 3rd chain gear

19: braking plate 21: electromagnet

27: control means 31: fixed plate ball bearing unit

35: recess groove 37: fixing pin

39: detection means 41: weight

43: universal joint 45: chain guide portion

The present invention relates to a rotational force transmission device of the handle rotating game machine for achieving the above object, and more particularly, a drive unit and a driving unit for transmitting the rotational force of the handle unit rotated by the user's operation to rotate the wheel body. And a first brake means for controlling the rotation of the wheel body, a sensing sensor unit for detecting the rotational speed of the wheel body, and a second braking means for controlling the rotation of the wheel body.

Here, the drive unit is formed to extend in the vertical lower portion in the center of the handle unit, the first drive shaft is provided with a gear is formed on the other end of the gear is in contact with the gear of the first drive shaft end is formed a gear that receives the rotational force and the other A second drive shaft having a first chain gear coupled to the side end is provided and is connected to the first chain gear by a chain and is configured as a second chain gear for rotating a wheel body.

The first braking means is provided with an electromagnet positioned on a second drive shaft and magnetized by a control system in the apparatus, and constitutes a braking plate which moves forward and backward on the second drive shaft to one side of the electromagnet to magnetize the electromagnet. The brake plate is attached to the electromagnet to stop the rotation of the handle unit.

The second braking means is provided on the rotary shaft of the solenoid and the wheel body operated by the control system, and the control means for contacting the rotary shaft of the wheel body by the operation of the solenoid to stop the rotational force of the wheel body; It is done.

In addition, a weight is provided on the second driving shaft to allow the user to feel the weight of the handle unit when the handle unit is rotated, and the drive shaft is driven by vibration when the rotational force of the handle unit is transmitted to the first and second driving shafts. In order to prevent this misalignment and induce a desired rotational force, a plurality of universal joints are provided at appropriate positions of the first and second driving shafts.

In addition, a third chain gear is formed between the first chain gear and the second chain gear to increase the binding force of the chain and induce a desired rotational force, and a chain guide part for preventing the chain from falling outward. It is characterized by.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

First, the rotational force transmission device (1) of the handle game machine of the present invention is a handle unit (5) which is rotated by the user's operation to rotate the wheel body (3); A driving unit 7 for transmitting the rotational force of the handle unit 5 to rotate the wheel body 3; A wheel body (3) rotated by the drive unit (7); A detection sensor unit 9 for detecting the rotation speed of the wheel body 3; First braking means (11a) for controlling the rotation of the handle unit (5); It consists of a second braking means (11b) for controlling the rotation of the wheel body 3,

The drive unit 7 is formed to extend in the vertical portion in the center of the handle unit 5, the first drive shaft (13a) is formed with a gear (13b) on the other front end; A second driving shaft 15a in which a gear 15b is formed in contact with the gear 13b at the front end of the first driving shaft 13a to receive a rotational force, and the first chain gear 17a is coupled to the other end thereof; It is composed of a second chain gear 17b connected to the first chain gear 17a by a chain to rotate the wheel body 3,

The first braking means (11a) is an electromagnet (21) located on the second drive shaft (15a) magnetized by the control system 100 in the game device (1); Has a structure capable of advancing forward and backward on the second drive shaft (15a) to one side of the electromagnet 21, when the electromagnet 21 is magnetized is attached to the electromagnet 21 to stop the rotation of the handle unit (3) Copper plate 19,

The second braking means (11b) includes a solenoid (23) operated by the control system 100; It is provided on the rotary shaft 25 of the wheel body 3, it is connected to the solenoid 23 and the rigid material is in contact with the rotary shaft 25 of the wheel body (3) by the operation of the solenoid 23 wheel body (3) Control means 27 for stopping the rotation force of

Rotation force transmission device 1 of the handle game machine of the present invention configured as described above is installed in the front of the game device 1, the handle unit 5 is rotated by the user's rotation operation on the plane as shown in FIG. The wheel body 3 is installed on the rotating shaft 25 fixed to the support 29 and rotated on the front of the game device 1.

Then, as shown in Figures 2 to 3 is connected to the first drive shaft (13a) formed with a gear (13b) on the other side in the center of the handle unit 5 to transmit the rotational force of the handle unit (5), The first drive shaft 13a is fitted and fixed to a plurality of ball bearing units 33 fixed to the fixed plate 31 and rotates smoothly, and is in contact with the gear 13b of the first drive shaft 13a. A second driving shaft 15a having a gear 15b is provided to receive the rotational force.

Here, the gears 13b and 15b, which are formed on the first drive shaft 13a and the second drive shaft 15a and are engaged with each other to transmit rotational force, are gears of a suitable use such as bevel gears or worm gears, depending on the meshing angle and the required rotation ratio. Select to use.

Then, the leather control means 27 for controlling the rotation of the wheel body 3 is fitted on the front rotary shaft 25 of the wheel body, the fixed position of the support 29 for fixing the wheel body 3 It is provided with a solenoid 23 to operate by receiving a signal from the control system 100 installed in the game device 1, the control means 25 and the solenoid 23 is connected by a rigid material such as wire.

In addition, as shown in FIGS. 4 to 5, the electromagnet 21 is fitted and fixed onto the second driving shaft 15a, and the metal braking plate 21 is fitted to one side thereof, and the braking plate ( A recess groove 35 is formed on the inner side of the 19 and the second driving shaft 15a on which the brake plate 19 is located, and the recess groove 35 is provided with a fixing pin 37 to form the second driving shaft ( 15a) and the braking plate 19 are combined.

Therefore, when the second drive shaft 15a is rotated, the brake plate 19 is rotated in the same direction as the rotation direction of the second drive shaft 15a by the fixing pin, and the electromagnet 21 by the control system 100. In the case where the magnetization is magnetized, the braking plate 19 is advanced on the second drive shaft 15a to be attached to the electromagnet 21. When the magnetization of the electromagnet 21 is released, the braking plate 19 is electromagnet. Separated from (21).

The first chain gear 17a is fixedly coupled to the distal end portion of the second driving shaft 15a, and the second chain gear 17b connected to the first chain gear 17a by a chain is connected to the wheel 3 of the wheel body 3a. It is formed on the rotating shaft 25 extending to the rear side, the size and number of teeth less than the first chain gear (17a) is formed so that the transmission ratio of the rotational force is converted.

Here, instead of the first and second chain gears 17a and 17b respectively coupled to the first chain gear 17a of the second drive shaft 15a and the rotation shaft 25 of the wheel body 3, pulleys (Pulley. Each of the above) is achieved even if the belts (Belt) are used instead of the chains, respectively.

In addition, a separate sensing means for installing a sensing sensor unit 9 in the rear of the wheel body 3, the sensor sensor unit 9 to count the number of revolutions in a predetermined portion of the wheel body ( 39 is provided, the above-described detection sensor 9 and the detection means 39 can be applied to a known technique that is variously developed and used in the prior art.

6 is another embodiment of the present invention, the gear 15b and the electromagnet on the second drive shaft (15a) to have a movement function to feel the weight when rotating the handle unit 3 by the user's operation It is shown that the weight 41 is installed at an appropriate position between the (21),

7 shows the first and second drive shafts 13a and 15a receiving the rotational force of the handle unit 3 in order to prevent the first and second drive shafts 13a and 15a from shifting due to vibrations and to induce a smooth rotational force. Universal joints 43 are provided at appropriate positions of 15a).

As shown in FIG. 8, a chain guide part 45 having a third chain gear 17c provided therein is disposed between the first chain gear 17a and the second chain gear 17b. The three-chain gear 17c increases the binding force of the chain, which is the transmission means of the rotational force, induces a desired rotational force, and prevents the chain from being separated by the chain guide portion 45.

On the other hand, when the pulley is used instead of the first and second chain gears 17a and 17b, the third chain gear 17c provided to the inside of the chain guide part 45 is replaced by a roller. Done.

Hereinafter will be described the effect of the rotational force transmission device of the present invention handle game machine.

First, when the time and the number of revolutions (e.g., 50 times in 20 seconds) are determined in advance by the control system 100 of the game device 1, when the handle unit 5 is rotated by the player's rotation operation, the first drive shaft ( 13a), the rotational force is transmitted, and the rotational force is transmitted to the second drive shaft 15a by the bevel gear or the worm gear so that the second drive shaft 15a is rotated and the first chain gear 17a fixed to the distal end is rotated. .

When the first chain gear 17a is rotated, a rotational force is transmitted to the second chain gear 17b fixed to the rotation shaft 25 of the wheel body 3 by the chain so that the wheel body 3 rotates. At this time, by varying the number and size of teeth of the first chain gear 17a and the second chain gear 17b, the rotational force is converted and the wheel body 3 rotates at high speed.

As described above, the command to stop the rotation operation of the handle unit 5 in the control system 100 while the wheel body 3 is rotated is displayed on a separate display device or notified by voice, and after a certain time, the control system Electromagnet 21 is magnetized by the signal of (100), the braking plate 19 formed on one side of the electromagnet 21 is attached to the electromagnet 21 by the second drive shaft (15a) of the drive unit 7 The rotation is stopped, and thus the rotation operation of the handle unit 5 is stopped.

However, the chain gear using the chain which is a rotation transmission means of the present invention has a known configuration that is used for bicycle wheels, and the wheel body is applied by a known technique in which the wheels turn idle when the pedal of the bicycle is stopped. ) Continues to rotate at high speed and reaches the set 20 seconds, the control system 100 sends a signal to the solenoid 23 installed on the support 29, the solenoid 23 is the rotary shaft 25 of the wheel body (3) Due to the repetitive action of pulling and releasing the control means 27 provided at the), the control means 27 comes into contact with the rotating shaft 25 to slowly stop the wheel body 3.

At this time, the detection sensor unit 9 formed on the rear part of the wheel body 3 is to check the number of revolutions of the wheel body 3, and therefore, the number of revolutions within the time (20 seconds) pre-set by the control system 100 When rotated in the same manner as in (50 times), the game is terminated when the prize cards and prizes are discharged from the card ejector or the product storage unit (not shown in the drawing) installed at a predetermined position in the game apparatus 1.

Then, when another user inserts a coin into the coin part of the game device 1, the braking plate 19 attached to the electromagnet 21 is separated by the control system 100, and at the same time the rotating shaft of the wheel body 3 ( The control means 27 in contact with 25 is spaced apart from the rotary shaft 25 so that the game device maintains its initial state.

Then, the control system 100 resets the time and the number of revolutions and repeats the above series of operations by the user.

Furthermore, the weight 41 formed on the second driving shaft 15a causes the rotation of the handle unit 3 to give a weight to the user's movement effect, and to the first and second driving shafts 13a and 15a. When the driving shafts 13a and 15a are rotated by the universal joints 43 respectively configured, the driving shafts are prevented from being twisted or shifted by vibrations, thereby inducing smooth rotation.

Then, the third chain gear 17c provided between the first chain gear 17a and the second chain gear 17b increases the binding force of the chain, thereby reliably transmitting the rotational force to the wheel body 3, The chain guide portion 45 formed on the outside of the third chain gear 17c prevents the chain from flowing or falling off.

The present invention is not limited to the above-described specific preferred embodiments, and any person having ordinary skill in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

As described above, the rotational force transmission device of the handle game machine of the present invention has a simple structure such as a chain of rotational transmission structure capable of high-speed rotation, and the rotational force to induce the user's interest by rotating the wheel body from the user's power at a high speed. Of course, it is possible to feel the weight when rotating the handle unit has the effect of additionally having an exercise effect. In addition, the structure is very simple to reduce the production cost, thereby creating a remarkable effect that can increase the usability of the game device.

Claims (14)

A handle unit rotated by a user's operation to rotate the wheel body; A driving unit for rotating the wheel body by transmitting the rotational force of the handle unit; A wheel body rotating by the driving unit; A detection sensor unit for detecting the rotation speed of the wheel body; First braking means for controlling the rotation of the handle unit by a control system provided in the apparatus; And a second braking means for controlling the rotation of the wheel body by the control system. The method of claim 1, The driving unit is formed to extend in the vertical portion in the central portion of the handle unit, the first drive shaft formed with a gear at the other end thereof; A second driving shaft having a gear in contact with a gear at the front end of the first driving shaft to receive a rotational force; A first chain gear coupled to the other end of the second drive shaft; And a second chain gear which is connected to the first chain gear and a chain to rotate the wheel body. The method of claim 1, The first braking means includes an electromagnet fitted on a second drive shaft and magnetized by a control system in the apparatus; And a braking plate moving forward and backward on the second driving shaft to one side of the electromagnet, and forming a recessed groove on the inner side of the braking plate and the second driving shaft which is in contact with the inner side of the braking plate, and having a fixing pin in the recessed groove. When the electromagnet is magnetized, the braking plate attached to the electromagnet to stop the rotation of the handle unit, characterized in that the rotational force transmission device of the handle game machine. The method of claim 1, The second braking means includes a solenoid operated by the control system; It is provided on the rotating shaft of the wheel body, the solenoid and the rigid material is connected to the rotational force transmission of the handle game machine comprising a control means for contacting the rotating shaft of the wheel body by the operation of the solenoid to stop the rotational force of the wheel body Device. The method of claim 2, An electromagnet fitted on the second drive shaft and magnetized by a control system in the apparatus; And a braking plate moving forward and backward on the second driving shaft to one side of the electromagnet, and forming a recessed groove on the inner side of the braking plate and the second driving shaft which is in contact with the inner side of the braking plate, and having a fixing pin in the recessed groove. When the electromagnet is magnetized, the braking plate attached to the electromagnet to stop the rotation of the handle unit, characterized in that the rotational force transmission device of the handle game machine. The method of claim 2, A solenoid operated by the control system; Is provided on the rotating shaft of the wheel body, the solenoid and the rigid material is connected to the rotational force transmission of the handle game machine comprising a control means for contacting the rotating shaft of the wheel body by the operation of the solenoid to stop the rotational force of the wheel body Device. The method of claim 3, wherein A solenoid operated by the control system; It is provided on the rotating shaft of the wheel body, the solenoid and the rigid material is connected to the rotational force transmission of the handle game machine comprising a control means for contacting the rotating shaft of the wheel body by the operation of the solenoid to stop the rotational force of the wheel body Device. The method according to any one of claims 1 to 7, Rotation force transmission device of the handle game machine, characterized in that the weight is provided on the second drive shaft so that the user feels the weight of the handle unit when the handle unit is rotated. The method according to any one of claims 1 to 7, When the rotational force of the handle unit is transmitted to the first and second drive shafts, a plurality of universal joints are provided at appropriate positions of the first and second drive shafts in order to prevent the drive shafts from being displaced by the vibration or the like and not being properly transmitted. Rotation force transmission device of the handle game machine. The method according to any one of claims 1 to 7, It is formed between the first chain gear and the second chain gear is provided with a third chain gear to increase the binding force of the chain and induce a smooth rotational force, the chain guide portion for preventing the departure of the chain to the outside Rotation force transmission device of the handle game machine. The method of claim 8, When the rotational force of the handle unit is transmitted to the first and second drive shafts, a plurality of universal joints are provided at appropriate positions of the first and second drive shafts in order to prevent the drive shafts from being displaced by the vibration or the like and not being properly transmitted. Rotation force transmission device of the handle game machine. The method of claim 8, It is formed between the first chain gear and the second chain gear is provided with a third chain gear to increase the binding force of the chain and induce a smooth rotational force, the chain guide portion for preventing the departure of the chain to the outside Rotation force transmission device of the handle game machine. The method of claim 9, It is formed between the first chain gear and the second chain gear is provided with a third chain gear to increase the binding force of the chain and induce a smooth rotational force, the chain guide portion for preventing the departure of the chain to the outside Rotation force transmission device of the handle game machine. The method according to any one of claims 1 to 7, A weight is provided on the second driving shaft to allow the user to feel the weight of the handle unit when the handle unit is rotated. When the rotational force of the handle unit is transmitted to the first and second driving shafts, the driving shaft is displaced by a vibration or the like, and the rotational force is properly. In order to prevent transmission, a plurality of universal joints are provided at appropriate positions of the first and second driving shafts, and are formed between the first chain gear and the second chain gear to increase the binding force of the chain and induce a smooth rotational force. The third chain gear is provided, the rotation force transmission device of the handle game machine, characterized in that the chain guide portion for preventing the separation of the chain is provided to the outside.