KR101020203B1 - Step pannel input device module of game machine - Google Patents

Abstract

PURPOSE: A stage input device module of a game machine is provided to make the vertical movement of an upper plate uniform by forming a buffer member. CONSTITUTION: A stage input device module of a game machine comprises a semi-transparent upper plate(100), a circuit board(300), a lower plate(400), and a buffer member(500). The buffer member is composed of a first main body, a secondary main body, a buffer spring, and a guide rod. The first main body comprises a plurality of insertion projections and a first extension unit. A plurality of insertion projections support the circumference of the upper plate. The guide rod exposes to upper and lower parts of the first main body and guides the location of the buffer member.

Description

Step pannel input device module of game machine

The present invention relates to a scaffold input device module of a haptic game machine, and more particularly, to a subdivision of a light emitting region and a pressurizing area in one module, and a scaffold of a haptic game machine having a shock absorbing member that serves as a buffering function and a connection function between modules. It relates to an input device module.

Recently, along with the development of electronic control technology, various game-type game machines that can satisfy various tastes and desires of consumers and induce interest have been developed.

Among them, the haptic game machine that is switched to the pressure change according to the load occurs when the foot is pressurized and converts it into an electrical signal to detect the pressed state of the foot is a popular situation.

As a representative example of such a haptic game machine, a dancing game machine commonly called Dance Dance Revolution (DDR).

A general dancing game machine is composed of a display unit and a scaffold input device. The user selects a start mode using a foot according to a menu displayed on the display unit, and then selects an area of the scaffold input device required from the display unit according to the rhythm of the song. The game is played by pressing.

In this case, the scaffold input device includes an upper plate, a lower plate, a controller, and a lamp that emits light when the upper plate is pressed.

That is, when the user steps down the top plate according to the instruction of the controller, the lamp is lighted by pressing the top plate due to the load of the user and operating an electrical signal.

As this action is repeated over and over again, light may shine brilliantly, which may cause interest in the game.

Meanwhile, although a dancing game machine has been described as an example of a game machine to which the scaffold input device is applied, the field to which the scaffold input device is applied may be applied to various fields in addition to the game machine.

However, the game machine provided with the scaffold input device according to the prior art has the following problems.

First, there is a problem that the interest of the lamp is halved because the light emission of the lamp is not subdivided on one module.

That is, no matter which part of the upper plate of the module is pressed, switching is performed and the entire module is emitted.

Second, there was a problem that the switching action according to the pressure of the scaffold is not made accurately.

Since the switch is located at a portion corresponding to the lamp, the accuracy of lamp emission due to the pressurization of the upper plate tends to be somewhat lowered.

That is, when the corner of the top plate or the user presses the plurality of top plates to overlap, a malfunction occurs in which the light does not switch properly or only some top plates emit light.

Third, there was a problem that the buffering effect is not efficiently made according to the pressure of the top plate.

That is, as the stretching action is not made uniformly on the spring, the upper and lower flow of the upper plate may be made irregular.

Fourth, the scaffold input device is provided with a plurality of modules are coupled to each other, there is a problem that the manufacturing cost is high, as each module is provided with a buffer device separately.

In addition, when only a part of the plurality of combined module assembly, such as replacement and repair need to be disassembled, due to the narrow space of the combined site, a series of work was very inconvenient and cumbersome problem.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to subdivide a pressurization position and a light emitting area in one module, and a scaffold input device module of a haptic game machine having a shock absorber that combines a buffering action and a coupling between modules. It is intended to provide.

To this end, a top plate of a translucent material formed with a partition partitioning a plurality of inner side; One side is installed LED emitting light toward the top plate, the other side is provided with a switch for energizing the LED, the switch is in a diagonal direction based on the LED A circuit board (PCB) installed at an angle; a lower plate coupled to a lower portion of the upper plate, and having a pressing member corresponding to a switch; interposed only with a half along an edge between the upper plate and the lower plate and pressing the upper plate. A shock absorbing member configured to include a buffer member, wherein the shock absorbing member is formed with a plurality of fitting protrusions supporting the edge of the upper plate, and one side includes a first body including a first extension part extending further downwardly than the other side. A second body disposed spaced downward from the first body and having a second extension portion opposed to the first extension portion; disposed between the first body and the second body to be elastic Shock spring for providing a force; Provides a scaffold input device module of a haptic game machine configured to include a guide rod for guiding the position of the cushioning member exposed to the upper and lower body of the first body.

At this time, it is preferable that the diffusion plate is formed in each of the partitioned space of the upper plate is formed with a lamp hole for the arrangement of LED.

In addition, it is preferable that the center buffer spring is further installed in the center between the upper plate and the lower plate.

In addition, it is preferable that the detachable portion having a fitting hole is formed downward in the circumference of the upper plate, and the fitting portion having a hook fitted into the fitting hole is formed in the upper circumference of the lower plate.

In addition, the upper and lower edges of the upper plate and the number of the cushioning member fitting protrusions are preferably inserted into the insertion groove and the semicircular guide groove is inserted only one side of the guide rod.

In addition, it is preferable that fastening bosses are formed in the partition walls of the upper plate, and fastening holes corresponding to the fastening bosses are formed in the circuit board.

In addition, it is preferable that a soft breakage preventing member is further provided between the first body and the upper plate and between the second body and the lower plate.

In addition, the spring is preferably interposed between the pressing member and the lower plate.

In addition, a plurality of connection grooves are formed in the inner circumferential surface of the lower plate, and the connection member is coupled to the connection groove, and one side and the other side of the connection member are preferably fitted into the connection grooves of the adjacent lower plate.

According to the scaffold input device of the haptic game machine according to the present invention, the following effects are obtained.

First, by dividing the pressing area and the light emitting area on one module, there is an effect that interest can be further induced.

Second, since the switch is installed at each corner of the circuit board, the switching efficiency is increased.

Third, there is an effect that the upper and lower flow of the upper plate can be made uniform by guiding the extension of the first and second bodies so that the buffer spring of the buffer member is not twisted in the process of stretching.

Fourth, by simultaneously supporting two adjacent modules with one buffer member, there is an effect that can reduce the number of parts to reduce the manufacturing cost.

Fifth, by providing a separation bonsai having an inclined surface opposite to the inclined surface formed on the hook of the coupling member, there is an effect that can be easily separated from the lower plate.

1 is a perspective view showing a scaffold input device module of a haptic game machine according to a preferred embodiment of the present invention
Figure 2 is an exploded perspective view showing the scaffold input device module of a haptic game machine according to an embodiment of the present invention
3 is an exploded perspective view showing the footrest input device module of the haptic game machine according to the preferred embodiment of the present invention;
Figure 4 is an exploded perspective view showing a shock absorber installed in the scaffold input device module of a haptic game machine according to an embodiment of the present invention
5 is a plan view showing a plurality of assembling the scaffold input device module of a haptic game machine according to an embodiment of the present invention
6 is a partial cross-sectional view of the scaffold input device module of the haptic game machine according to the preferred embodiment of the present invention from the front.
Figure 7 is a perspective view showing a separating member for separating the upper plate of the scaffold input device module of a haptic game machine according to an embodiment of the present invention
8a and 8b is a functional diagram showing a process of separating the top plate of the scaffold input device module of a haptic game machine according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying Figures 1 to 6 will be described for the scaffold input device module of a haptic game machine according to an embodiment of the present invention.

However, the embodiments and the accompanying drawings are all intended to clarify the contents of the present invention, but the technical scope of the present invention is not necessarily limited thereto.

As shown in FIGS. 1 to 3, the scaffold input device module of the haptic game machine includes an upper plate 100, a diffusion plate 200, a circuit board 300, a lower plate 400, and a buffer member 500. It is configured to include).

The upper plate 100 constitutes an upper portion of the input device module of the haptic game machine, and is a part where the user steps on.

At this time, the shape of the top plate 100 is not limited, but is preferably provided in a square form as shown in the figure.

At this time, the material of the upper plate 100 is preferably made of a material of polycarbonate, more preferably a translucent material.

At this time, the inner wall of the upper plate 100 is reinforced with the durability of the upper plate 100, partition wall 110 for partitioning a plurality of light emitting region and the pressing region is formed.

In this case, the partitioned area is preferably four areas, and thus, the partition wall 110 has a cross shape.

At this time, the center groove 120 is formed in the center of the partition wall 110, the center groove 120 accommodates the central shock spring to be described later.

In addition, the partition wall 110 has a fastening boss 130 is formed.

The fastening boss 130 is a configuration for allowing the circuit board 300 to be fastened to the upper plate by a fastening member.

In addition, a plurality of insertion grooves 140 and guide grooves 150 are formed along the circumference of the bottom edge of the top plate 100.

The insertion groove 140 and the guide groove 150 are portions into which the fitting protrusion and the guide rod of the buffer member 500 to be described later are inserted.

And, on the circumferential surface of the upper plate 100, detachable portions 160 extending downward, respectively.

The detachable part 160 is provided to be coupled to the lower plate 400, and the fitting hole 161 is formed in each detachable part 160.

Next, the diffusion plate 200 serves to diffuse the light of the LED to be described later, it is disposed in each of the partitioned region of the top plate (100).

At this time, the diffusion plate 200 is formed to be inclined gradually wider from the center toward the upper, and the lamp hole 210 is disposed in the center of the LED is formed.

Next, the circuit board (PCB) 300 serves to emit light of the LED, and various circuits are mounted.

At this time, the circuit board 300 is also provided in a rectangular shape corresponding to the top plate 100, the size of which is smaller than the top plate 100.

In addition, the LED 310 is installed on one surface of the circuit board 300 facing the diffuser plate 200, and the position of the LED 310 corresponds to the lamp hole 210 of the diffuser plate 200, respectively.

That is, four LEDs 310 are installed, and each of the LEDs 310 is located at the center of each of the divided regions of the upper plate 100.

On the other hand, the other surface of the circuit board 300 is provided with a switch 320 for energizing the electrical signal to the LED (310).

The switch 320 is also provided in a number corresponding to the LED (310).

At this time, the switch 320 is installed on one side biased in a diagonal direction based on the position of the LED 310.

That is, the switch 320 is installed at each corner of the circuit board 300.

This is to minimize the inconvenience of the manufacturing process of the switch 320 by not overlapping with the position of the LED 310, and to make the switching action for pressurization of the upper plate 100 more efficiently.

In other words, the game operation that the user presses on the upper plate 100 is irregularly made, and in this process, the force pressed on the upper plate 100 receives more corner points than the center of the upper plate 100 so that it is effectively used. It is for.

In addition, even if a user presses each module in a state in which a plurality of modules are assembled, switching may be more accurately performed because more force is applied to each corner than the center of the top plate 100.

Meanwhile, a fastening hole 301 for fastening with the upper plate 100 is formed in the circuit board 300, and the fastening hole 301 corresponds to the fastening boss 130 of the upper plate 100.

Next, the lower plate 400 constitutes a lower portion of the scaffold input device module of the haptic game machine, and shields and protects each component therein.

At this time, the insertion groove 410 and the guide groove 420 corresponding to the insertion groove 140 and the guide groove 150 of the upper plate 100 are formed at the edge of the lower plate 400.

In addition, the center buffer spring CS is disposed in the center of the lower plate 400.

Then, the pressing member 430 is installed inside the lower plate 400.

The pressing member 430 is installed in contact with the switch 320, and serves to energize the upper plate 100 by pressing the switch 320 when the upper plate 100 is pressed.

At this time, the support plate 440 protruding upward is formed on the lower plate 400, and the pressing member 430 is coupled to cover the support 440.

At this time, the spring (S) is disposed on the lower end of the support 440, the pressing member 430 has an elastic force by the spring (S).

On the other hand, the lower plate 400 is also made of a square shape corresponding to the upper plate 100, the fitting portion 450 corresponding to the removable portion 160 of the upper plate 100 is formed on each circumferential surface.

The fitting portion 450 extends upward from each circumferential surface of the lower plate 400, and a hook 451 coupled to the fitting hole 161 of the detachable portion 160 is formed at an upper end thereof.

The hook 451 has an inclined surface that gradually widens from top to bottom.

In addition, a plurality of connection grooves 460 are formed along the circumference of the lower plate 400, and a connection member 470 is installed in the connection grooves 460.

The connection member 470 is coupled to the connection groove 460 of each module to couple the neighboring modules to each other.

At this time, the connection member 470 is made of a 'c' shape, one side and the other side of the connection member 470 are respectively coupled to the connection groove 460 of the neighboring lower plate 400 to couple the modules to each other. will be.

Next, the buffer member 500 serves to cushion the lower plate 400 with respect to the pressing action of the upper plate 100, and serves to couple neighboring modules to each other.

The buffer member 500 is provided in plural along the circumference of the module, preferably in the form of a cylinder.

That is, as the shock absorbing member 500 is formed in a cylindrical shape, each neighboring module is supported over a portion corresponding to a semicircle of the shock absorbing member 500.

Accordingly, as shown in the figure, it can be seen that the shape of the insertion grooves 140 and 410 and the guide grooves 150 and 420 respectively formed in the upper plate 100 and the lower plate 400 are semicircles.

Meanwhile, the shock absorbing member 500 includes a body 510, a shock absorbing spring 520, and a guide rod 530, as shown in FIG. 4.

The body 510 is a portion supporting the edge bottom surface of the upper plate 100 and the edge upper surface of the lower plate 400, and is provided as a pair.

For convenience of description, the body of the portion supporting the upper plate 100 is called the first body 511 and the body of the portion supporting the lower plate 400 is called the second body 512.

The first body 511 is in close contact with the bottom of the edge of the top plate 100 to support the top plate 100, and forms a fitting protrusion 511a to be fitted into the insertion groove 140 formed in the top plate 100.

At this time, four fitting protrusions 511a are formed, of which only two fitting protrusions 511a are coupled to the insertion groove 140 of the upper plate 100.

The other two fitting protrusions 511a are connected to each other by fitting to the upper plate 100 of the neighboring module.

At this time, one side of the first body 511 has a first extension portion 511b extending further downward than the other side.

The first extension part 511b serves as a guide to allow the buffer spring 520 to be properly stretched without being inclined to the side when the shock absorbing action of the shock absorbing member 500 together with the second extension part described later.

On the other hand, the second body 512 is in close contact with the upper surface of the edge of the lower plate 400 to support the lower plate 400, and forms a fitting protrusion 512a which is fitted into the insertion groove 410 formed in the lower plate 400. .

In addition, a second extension portion 512b extending upwardly is formed on the other side of the second body 512, and the second extension portion 512b faces the first extension portion 511b.

That is, the second body 512 is provided in the same form as the first body 511, but is coupled in a symmetrical form.

At this time, the first body 511 and the second body 512 is spaced apart in the vertical direction for the buffering action, the buffer spring 520 is disposed therein.

On the other hand, the guide rod 530 serves to guide the position in the process of coupling the buffer member 500 between the upper plate 100 and the lower plate 400, the first body 511 and the second body 512 It is installed penetrating in the up and down direction.

That is, the upper end of the guide rod 530 is exposed upward of the first body 511, and the lower end of the guide rod 530 is exposed downward of the second body 512.

At this time, the guide bar 530 is also inserted into the guide grooves of the upper plate 100 and the lower plate 400, respectively, only the portion corresponding to the semicircle of the exposed portion.

On the other hand, the first body 511 and the second body 512 is preferably provided with a damage preventing member 540, respectively.

This is because the first body 511 and the second body 512 are continuously loaded in close contact with the upper plate 100 and the lower plate 400, respectively, to alleviate this fatigue.

Hereinafter, the coupling and the action of the scaffold input device of the haptic game machine having the above-described configuration will be described.

First, the diffusion plate 200 is disposed in each partitioned inner region of the upper plate 100.

Next, the circuit board 300 provided with the LED 310 is disposed on the bottom surface of the diffusion plate 200.

At this time, the LED 310 is exposed so as to be emitted toward the upper plate 100 through the lamp hole 210 of the diffusion plate 200, the fastening hole 301 of the circuit board 300 of the upper plate 100 Corresponds to the fastening boss 130.

Thereafter, the fastening member such as a screw is fastened to the fastening hole 301 of the circuit board 300 and the fastening boss 130 of the upper plate 100, whereby the circuit board 300 is fixed to the inside of the upper plate 100. .

Next, the shock absorbing member 500 is coupled along the circumference of the lower plate 400.

At this time, the fitting protrusion 512b of the second body 512 is inserted into the insertion groove 410 of the lower plate 400, and the guide rod 530 is inserted into the guide groove 420 of the lower plate 400. do.

At this time, only two of the four fitting protrusions 512b are inserted into the insertion groove 410, and the remaining two are exposed to the outside of the lower plate 400 as shown in FIG.

On the other hand, the damage preventing member 540 coupled to the second body 512 is in close contact with the upper surface of the edge of the lower plate (400).

Next, after inserting the spring (S) to the support 440 of the lower plate 400, the pressing member 430 is fitted on it to engage.

Next, one side of the connection member 470 is coupled to the connection groove 460 of the lower plate 400.

At this time, the other side of the connection member 470 is also exposed to the outside of the lower plate 400.

Thereafter, the upper plate 100 to which the circuit board 300 is coupled is covered by the lower plate 400.

At this time, the central buffer spring (CS) disposed in the center of the lower plate 400 is accommodated in the central groove 120 of the upper plate (100).

In addition, the fitting protrusion 511a and the guide rod 530 of the first body 511 are inserted into the insertion groove 140 and the guide groove 150 of the upper plate 100.

At this time, two fitting projections 511a of the first body 511 are also inserted into the insertion groove 140 and the other two are exposed to the outside of the upper plate 100.

As such, the reason why the two fitting protrusions 511a and 512a of the shock absorbing member 500 are exposed to the outside of the module is to be inserted into the insertion grooves 140 and 410 of the neighboring modules to connect the modules with each other. For sake.

Accordingly, the set of buffer members 500 has the effect of supporting four neighboring modules.

On the other hand, in the process in which the upper plate 100 covers the lower plate 400 and is coupled, the hook 451 of the fitting portion 450 formed on the lower plate 400 is a fitting hole of the detachable portion 160 formed on the upper plate 100. 161 is fitted to fit.

At this time, since the hook 451 forms an inclined surface, the detachable part 160 of the upper plate 100 moves downward along the inclined surface without a large force so that the hook 451 is caught by the fitting hole 161.

This completes the coupling of the foothold input device module of the haptic game machine.

As shown in FIG. 5, a plurality of modules are combined to form one assembly as described above, thereby completing the foothold input device of the haptic game machine.

Thereafter, the user performs a haptic game while stepping on various areas of the top plate 100, and the top plate 100 is pressed by the load of the user, thereby causing the pressing member 430 to switch as shown in FIG. 6. Press (320).

At this time, the LED 310 emits light while energized, and the user can proceed to the game while recognizing which area emits light.

At this time, as the light emitting regions of the upper plate 100 are divided into a plurality, it is possible to proceed with the game in detail and detail.

At this time, the buffer member 500 is also subjected to the expansion and contraction of the buffer spring 520 therein under the load of the top plate (100).

At this time, the first body 511 is elevated with an elastic force, the first extension portion 511b of the first body 511 and the second extension portion 512b of the second body 512 in the lifting process While being guided to each other, the lifting area of the first body 511 is kept out of a predetermined range.

On the other hand, in the assembly of a plurality of modules as shown in Figure 5, when replacing parts, such as LED 310 or repair due to malfunction, separate the upper plate 100 from the lower plate 400 It must be natural.

At this time, the spacing between the modules is very narrow to separate the top plate 100 by hand is very inconvenient and cumbersome.

To this end, a separating member 600 is provided as shown in FIG. 7.

The separation bonsai 600 has a handle 610 in which a gripping hole 610a is formed to facilitate gripping, and a stripping part 620 having an inclined surface with respect to the inclined surface of the hook 451 of the lower plate 400. )

Hereinafter, the process of separating the upper plate 100 from the lower plate 400 using the separating member 600 will be described with reference to FIGS. 8A and 8B.

Inserting the removal unit 620 of the separation member 600 in the spaced space between the modules to interfere with the inclined surface of the hook 451 to the inclined surface of the removal unit 620.

At this time, the hook 451 is pushed back by the detaching part 620 of the separating member 600 and is separated from the fitting hole 161 of the detachable part 160.

Thereafter, the removal unit 620 of the separating member 600 is supported on the upper plate 100 by hanging on the stepped portion of the fitting hole 161 as shown in FIG. 8B, and then, by lifting the separating member 600, the upper plate 100 is also lifted upward and separated from the lower plate 400.

At this time, four separation members 600 are required.

That is, since the module has a rectangular shape, the hooks 451 are coupled to each circumferential surface thereof.

Accordingly, the two surfaces of the opposing module are separated from the detachable portion 160 of the upper plate 100 using only two separating members 600, leaving only the hook 451 of the lower plate 400, and the other two surfaces of the other separating member ( 600 is to lift the upper plate 100 upward as well as detach the hook 451 from the detachable portion 160 using two.

So far we looked at the scaffold input device of the haptic game machine according to an embodiment of the present invention.

As can be seen from this, the scaffold input device of the haptic game machine according to the present invention is configured to emit light in an on / off manner of a mechanical switch by physical pressure, and subdividing the pressing area and the emitting area on one module. There are technical features that can be of further interest.

In addition, the buffer member 500 not only acts as a buffer for the lower plate 400 during the pressing action on the upper plate 100 but also serves to couple neighboring modules to each other.

Accordingly, there is a technical feature that can reduce the number of parts to reduce the manufacturing cost.

As described above, the present invention has been described through preferred embodiments, which are intended to help the understanding of the present invention, but are not intended to limit the technical scope of the present invention, and those skilled in the art can make various modifications without departing from the technical scope of the present invention. Modifications will be possible.

100: top plate 110: bulkhead
120: center groove 130: fastening boss
140,410: Insertion groove 150,420: Guide groove
160: removable portion 161: fitting hole
200: diffusion plate 210: lamp ball
300: circuit board 301: fastening hole
310: LED 320: Switch
400: lower plate 430: pressing member
440: support 450: fitting
451: hook 460: connecting groove
470: connecting member 500: buffer member
510: the body 511: the first body
511a, 512a: fitting protrusion 511b, 512b: 1st extension part, 2nd extension part
520: buffer spring 530: guide rod
540: damage prevention member 600: separation member
610: handle portion 610a: gripping holes
620: removal
CS: Center shock spring S: Spring

Claims (9)

The upper plate 100 of a semi-transparent material formed with a partition 110 partitioning a plurality of inner side; One side is provided with an LED 310 for emitting the light toward the upper plate 100, the other side of the switch to energize the LED 310 ( 320 is installed, but the switch 320 is a circuit board (PCB) (300) installed in a diagonal direction on the basis of the LED 310; coupled to the lower portion of the upper plate 100, the switch 320 A lower plate 400 having a corresponding pressing member 430 installed therein; and only a half of the lower plate 400 is disposed along an edge between the upper plate 100 and the lower plate 400 to cushion a load for pressing the upper plate 100. (500): comprised of,
The buffer member 500 is,
A plurality of fitting protrusions (511a) for supporting the rim of the upper plate 100 is formed, one side includes a first body 510 including a first extension portion (511b) extending further downward than the other side;
A second body 512 spaced downward from the first body 510 and having a second extension part 512b opposite to the first extension part 511b;
A buffer spring 520 disposed between the first body 511 and the second body 512 to provide an elastic force;
A footrest input device module of a haptic game machine configured to include a guide rod 530 that is exposed above the first body 511 and below the second body 512 to guide the position of the buffer member 520. The method of claim 1,
Footboard input device module of a haptic game machine, characterized in that the diffusion plate 200 is formed in each of the partitioned space of the upper plate 100 is formed with a lamp hole 210 for the placement of the LED (310). 3. The method according to claim 1 or 2,
The center input spring module of the haptic game machine, characterized in that the central buffer spring (CS) is further installed in the center between the upper plate (100) and the lower plate (400). 3. The method according to claim 1 or 2,
A detachable portion 160 having a fitting hole 161 is formed downward in the circumference of the upper plate 100, and a hook 451 fitted to the fitting hole 161 is circumferentially formed around the lower plate 400. Scaffolding input module of a haptic game machine, characterized in that the fitting portion having 450 is formed upward. 3. The method according to claim 1 or 2,
Inserting grooves 410 and only one side of the guide rod 530 are inserted into the edge of the upper plate 100 and the lower plate 400, the number of the cushioning member 500 fitting projections (511a, 512a) is only half (半), respectively Scaffold input device module of a haptic game machine, characterized in that the guide groove 420 of the semi-circular shape is inserted only. 3. The method according to claim 1 or 2,
A fastening boss 130 is formed in each of the partition walls 110 of the upper plate 100, and the circuit board 300 is a tangible game machine, characterized in that a fastening hole 301 corresponding to the fastening boss 130 is formed. Scaffolding input module. 3. The method according to claim 1 or 2,
The foothold input device module of a game machine, characterized in that a soft breakage preventing member (540) is further installed between the first body (511) and the upper plate (100) and between the second body (512) and the lower plate (400). 3. The method according to claim 1 or 2,
Scaffold input device module of the game machine, characterized in that the spring (S) is interposed between the pressing member (430) and the lower plate (400). 3. The method according to claim 1 or 2,
A plurality of connection grooves 460 are formed in the inner circumferential surface of the lower plate 400, and a connection member 470 is coupled to the connection grooves 460.
One side and the other side of the connecting member 470 is a footrest input device module of a haptic game machine, characterized in that the fitting is coupled to the connection groove 460 of the neighboring lower plate 400, respectively.

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