JP2008200374A - Shooting handle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a shooting handle which can omit a plurality of harnesses connected to each of component parts in the handle body and the handle rotator by simplifying the components built in the handle body and the handle rotator prepared projecting in front of the game machine as much as possible. <P>SOLUTION: A simplified component which has an input function for operating discharge of game balls is loaded to the front end of a handle body, and an electric component which electrically outputs information about rotational amount of a handle rotator input from the front end of the handle body and touch signal information about whether the hand touches the handle rotator is loaded on the rear end of the handle body. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a launching handle provided in, for example, a pachinko gaming machine, and more particularly to a launching handle that simplifies the internal structure and omits wiring.

  A launch handle mounted on a conventional pachinko gaming machine includes a handle main body (grip main body) fixedly installed on the front surface of the gaming machine, and a handle rotating body (rotating operation body) attached to the handle main body while allowing rotation. And a handle cap (front cap) that covers the front surface of the handle rotating body.

  Among these, the handle body has a switch for temporarily stopping the ball launching operation, a firing stop lever (operation button) for operating the switch ON / OFF, and a rotation amount of the handle rotating body to detect the hitting strength. A rotation amount detection volume (variable resistor) to be adjusted, a transmission mechanism that transmits the rotation operation of the handle rotating body to the rotation amount detection volume, and a touch sensor that detects that the hand has touched are mounted (for example, Reference is made to Patent Document 1, and names in parentheses indicate names described in Patent Document 1).

  By the way, the launch handle must be incorporated in the interior space of the handle body or handle rotating body so as not to interfere with the above-mentioned stop switch, rotation amount detection volume, touch sensor and other components for launch control. In a limited internal space, there is a possibility that a plurality of harnesses connected to each of the component parts are lifted in the internal space and bite into a drive transmission gear or the like.

Japanese Patent No. 3579126

  Therefore, an object of the present invention is to provide a firing handle that can simplify the inside of the handle body and the handle rotating body and omit a plurality of harnesses connected to each of the components.

  The present invention is provided with an input component having a front end of a handle body fixedly attached to the front surface of a gaming machine, an output component having a rear end, and a front end and a rear end of the handle body. A conductive rotating shaft that connects between the transmission part of the input component and the output component, and the input component has a finger hook on the outer peripheral surface for launching a game ball to allow rotation. A handle rotating body having conductivity on at least the outer surface, a return spring for biasing the handle rotating body in a direction to return to the rotation reference position, and the handle rotating body and the rotating shaft are electrically connected. A conductive member disposed between the conductive paths; and a firing stop lever that displaces the conductive member to change the conductive path from a conductive state to a non-conductive state. By touch A touch for detecting a shooting permission signal and a shooting stop signal for stopping the shooting operation of the ball due to the separation of the conductive path through the rotating shaft, and outputting the detection signal to the shooting control unit of the gaming machine body The rotation amount of the sensor and the handle rotating body rotated against the urging force of the return spring is detected according to the rotation amount of the rotary shaft, and this rotation amount detection signal is output to the launch control unit of the gaming machine body A launch handle having a rotation amount detecting volume for rotating.

  The front end of the handle body is a portion protruding for game operation on the front surface of the gaming machine, and a handle rotating body is attached thereto. Further, the rear end of the handle main body is a portion attached to the inside of the gaming machine, and is connected by wire to the launch control unit of the gaming machine main body. In addition, since the input configuration unit that is mechanically operated for input and the output configuration unit that is electrically output are separated in the front-rear direction, the input configuration information that the handle rotating body is held by the player in the input configuration unit And the input operation information that the handle rotating body is rotated can be transmitted to the output component side through a single rotating shaft. For this reason, an input structure part does not require an electrical component, but can simplify and comprise an inside.

  According to the present invention, the rotation amount from the handle rotating body can be transmitted from the input component to the output component using the rotation shaft as the rotation amount transmission member, and the touch signal can be transmitted from the rotation shaft as the conductive member. Therefore, the rotation amount transmission structure using gears and electrical components and wiring connection harnesses are not required in the input configuration unit. Therefore, there is no risk of the harness biting into the gear, and reliable and stable assembly is possible.

  As an aspect of the present invention, one end of the conductive member is attached to the handle rotating body, the other end is brought into contact with the rotating shaft located at the axial center of the handle rotating body, and the other end is connected to the handle rotating body. Constructed by a conductive elastic piece that is opposed to the operation portion of the firing stop lever and whose other end is displaced in a direction away from the contact surface with the rotating shaft based on the operation of the firing stop lever can do.

  According to the present invention, it is possible to construct a switch structure that mechanically contacts and separates the conductive path connecting the handle rotating body and the rotating shaft in conjunction with the movement of the firing stop lever. For this reason, an electrical component such as a microswitch can be omitted in the input configuration unit. For example, a conductive elastic piece such as a leaf spring piece is used as the conductive member, and the conductive elastic piece is allowed to come into contact with and separated from the rotating shaft and urged into contact with the rotating shaft, and the conductive elastic piece is rotated against the urging force. If the operation direction of the firing stop lever is set in a more separated direction, a structure for bringing the conductive path between the conductive elastic piece and the rotating shaft into contact and separation can be easily constructed.

  As an aspect of the present invention, the output configuration unit receives a rotation amount detection volume for electrically converting the rotation amount of the rotation shaft input from the input configuration unit, and is input from the input configuration unit via the rotation shaft. A touch sensor that outputs a touch signal is mounted on a circuit unit, and includes a substrate that outputs from the circuit unit to a launch control unit of a gaming machine body, and is configured as a rear unit that houses the substrate and supports the rotating shaft can do.

  According to the present invention, the output configuration unit electrically outputs the input operation information of the rotation amount and the touch signal input from the input configuration unit via the rotary shaft to the launch control unit of the gaming machine main body. be able to. Therefore, the harness is efficiently and collectively connected from the output configuration unit to the launch control unit of the gaming machine main body, and no harness is interposed in the input configuration unit.

  As an aspect of the present invention, a handle rotating body having a finger-hanging portion on the outer peripheral surface for launching a game ball and having conductivity on at least the outer surface, the handle rotating body is attached to allow rotation, and the rotation operation is performed. A conductive rotating shaft serving as a central axis, and an insulating member that is in a non-conductive state between the handle rotating body and one end of the rotating shaft, and the handle rotating body and the rotating shaft are Between the conductive paths to be conducted, a conductive member is disposed so as to be in a conductive state around the rotary shaft, and is displaced so as to separate the conductive member from the rotary shaft so as to be in a non-conductive state. A firing handle having a firing stop lever and having a touch sensor for outputting a touch signal at the other end of the rotation shaft and a conductive member for connecting the touch sensor and the rotation shaft can be configured.

  According to the present invention, between the handle rotating body and one end of the rotating shaft, there are a portion that is configured to be non-conductive due to the interposition of the insulating member and a portion that is configured to be conductive due to the interposition of the conductive member. In the non-contact state where the hand is not touched by the handle rotating body, the touch signal transmission standby state is established. On the other hand, when the hand is touched to the handle rotating body, the handle rotating body and one end of the rotating shaft are brought into conduction through the conductive member. Therefore, the signal touched to the handle rotating body is transmitted to the touch sensor and the conducting member provided on the other end side of the rotating shaft via the conductive member and the rotating shaft. Furthermore, even in the touch signal transmission state, the transmission of the touch signal can be interrupted if the conductive member is displaced by the firing stop lever and separated from the rotating shaft.

  According to this invention, since the structure of the launching handle can be separated into the mechanically configured input component and the substantially electrically configured output component, a harness, a switch, or the like is provided inside the input component. Electrical components can be omitted.

An embodiment of the present invention will be described below with reference to the drawings.
FIG. 1 shows a front side of a pachinko gaming machine (hereinafter referred to as a gaming machine) 11, which has a gaming board 12 equipped with a game display device or the like on the front of the upper side of the gaming machine 11, and a gaming board 12 on the front side. A glass frame 12a covering the upper plate 13 and an upper plate 13 and a lower plate 14 at the bottom. Further, a lower right side of the gaming machine 11 is provided with a launching handle 15 for launching a ball for the player to control the launching of a game ball (hereinafter referred to as a ball), and according to the amount of rotation of the launching handle 15. The balls are fired one by one from a launching device on the back side of the board (not shown), and the fired balls are supplied to the game board 12 along the transport rail 12b.

  FIG. 2 shows an external view of the firing handle 15. This firing handle 15 has a handle cap 16, a handle rotating body 17, a firing stop lever 18, a handle body 19, and a rear unit 20 from the front side to the rear side. Are assembled in this order.

Next, the internal structure of the firing handle 15 will be described.
FIG. 3 is an exploded perspective view of the firing handle as seen from the front side, and FIG. 4 is an exploded perspective view of the firing handle as seen from the back side. The handle cap 16 located on the front surface of the firing handle 15 has a hemispherical shape on the front surface so that the palm can smoothly touch and be gripped. Further, a plurality of fixing shafts 16 a for connecting to the handle body 19 are projected from the rear surface. These fixing shafts 16 a are fixed to the front surface of the handle main body 19 with screws 21 and 22 via a handle rotating body 17 described later.

  The handle rotating body 17 has an annular gripping portion 24 having a finger hooking portion 23 on an outer peripheral surface, and is rotatably interposed between a rear surface of the handle cap 16 and a front surface of the handle main body 19. A D-type fitting hole 25 is opened in the part. The D-shaped fitting hole 25 is inserted with an insulating spacer 26 having a D-shaped cross section formed in an insulating resin material in a cylindrical body with a flange, and the D-shaped fitting similarly opened at the cylindrical center portion of the insulating spacer 26. The front end portion of the rotary shaft 28 having a D-shaped cross section is inserted into the joint hole 27, and the front end of the rotary shaft 28 is integrally screwed to the handle rotating body 17 with a screw 29. Therefore, since it is connected in a D shape, the handle rotating body 17 and the rotating shaft 28 rotate together by a rotating operation, but are connected non-conductively.

  Further, the outer surface of the handle rotating body 17 is subjected to a surface treatment such as plating in order to provide conductivity. As a result, a touch signal for detecting that the player has touched the handle rotating body 17 by conducting is acquired. Then, this touch signal is transmitted to the touch sensor described later via the rotation shaft 28. Further, a return spring 30 is mounted on the front surface of the handle rotating body 17 (the surface facing the handle cap 16).

  FIG. 5 is an external perspective view of the firing handle showing the use state of the return spring with the handle cap removed. The return spring 30 has a coil shape and is interposed between the opposing surfaces of the handle cap 16 and the handle rotating body 17, and one end 30 a of the return spring 30 is located on the front side of the handle body 19 serving as a reference locking position. The other end 30b is hooked and locked to the locking protrusion 17a protruding from the front surface side of the handle rotating body 17 while being hooked and locked to the protruding locking protrusion 19a.

  As a result, the handle rotating body 17 waits for rotation with the locking projection 19a as the urging base point, and the initial position where this rotation is waited for is set as the rotation reference position of the handle rotating body 17. Therefore, when the handle rotating body 17 is at the rotation reference position, the handle rotating body 17 that receives the biasing force of the return spring 30 detects the rotation amount described later and adjusts the firing force to the initial position of the rotation amount detection volume. Waiting for rotation at the matched rotation reference position. Further, the handle rotating body 17 is provided with an arc window 17b for allowing the handle rotating body 17 to rotate by avoiding contact with the fixing shaft 16a of the handle cap 16 and the locking projection 19a of the handle body 19. ing.

  FIG. 6 is a main part rear view showing the use state of the firing stop lever with the rear side of the handle rotating body opened. On the back side of the handle rotating body 17, a firing stop lever 18 that stops / restarts the launch of a ball during a game, and a conductive spring piece that transmits presence / absence of a touch signal in conjunction with the movement of the launch stop lever 18. 31 is provided.

  One end of the firing stop lever 18 is pivotally supported on the back side of the handle rotating body 17 via a support shaft 32, and the other end side is inward from the intermediate portion with the support shaft 32 serving as a rotation fulcrum. Branches in a direction opposite to the outward direction. Among these, the inner end of the lever branched inward is made to oppose a later-described conductive spring piece 31 as an internal operation piece 33, and the outer end of the lever branched outward is used as a pusher 34 of the handle rotating body 17. It protrudes from the outer peripheral surface.

  In the conductive spring piece 31 described above, one end of a long leaf spring having conductivity and elasticity is fixed to the back side of the handle rotating body 17 by a screw 35 and is in conduction with the handle rotating body 17. The other end of the conductive spring piece 31 is biased toward the rotating shaft 28 located at the axial center of the handle rotating body 17 with the screwing position as the elastic reference position, and the other end is applied to the rotating shaft 28. It is confronted with the energized state. Thus, a conduction path is established between the handle rotating body 17 and the rotating shaft 28 via the conductive spring piece 31. Accordingly, when the player holds the handle rotating body 17, the touch signal from the handle rotating body 17 is conducted to the rotating shaft 28 via the conductive spring piece 31, and the touch signal is further described below via the rotating shaft 28. Will be transmitted to the rear unit 20.

  Normally, as shown in FIG. 6A, in a standby state where the firing stop lever 18 is not depressed, the pusher 34 slightly protrudes outward from the outer peripheral surface of the handle rotating body 17 due to its own weight. It is in a standby state that can be pressed. In this standby state, the firing stop lever 18 is in the standby position, the internal conductive spring piece 31 is not subjected to the operating force from the firing stop lever 18, and the conductive spring piece 31 is in electrical communication with the rotary shaft 28 throughout. Is in a state.

  On the other hand, as shown in FIG. 6B, when the player depresses the pusher 34 of the firing stop lever 18, the firing stop lever 18 turns the support shaft 32 about the turning fulcrum, and the internal operation. The piece 33 displaces the conductive spring piece 31 in the separation direction to separate the rotary shaft 28 and the conductive spring piece 31 from each other and to make non-conduction. Thus, the conduction path between the handle rotating body 17 and the rotary shaft 28 is blocked, and the rear unit 20 outputs a ball firing stop signal to a launch control unit of the gaming machine main body (not shown). Thereafter, when the player releases the pusher 34 of the firing stop lever 18, the firing stop lever 18 is pushed back by the conductive spring piece 31, and the launch stop lever 18 returns to the original standby state again.

  In this way, in conjunction with the pressing operation of the firing stop lever 18, the conductive spring piece 31 is displaced to make the conductive path conductive or non-conductive. A switch mechanism can be constructed by serving as an electrical switch function. Therefore, the microswitch can be omitted and the wiring thereof can be omitted. In this way, the rear unit 20 is connected to the handle rotating body 17 on which only the mechanical components are mounted via the handle main body 19 described later.

  The handle main body 19 has a cylindrical body, and a front end portion of the rotary shaft 28 is rotatably supported by a bearing 36 attached to a shaft center portion on the front end side of the handle main body 19. The coaxial handle rotating body 17 rotates integrally with the rotary shaft 28, and a rear unit 20 described later is attached to the rear end side of the handle main body 19.

  In this case, both input information of the rotation amount and the touch signal input from the handle rotating body 17 operated by the player are transmitted to the rear unit 20 side via the rotary shaft 28. Therefore, this single rotating shaft 28 serves as a transmission member for both input information. For this reason, electrical parts and wiring such as a micro switch and a harness can be omitted in the internal space of the handle rotating body 17 and the handle main body 19.

FIG. 7 is an external perspective view of the rear unit. The rear unit 20 includes a base unit 37, a front cover 38, and a rear cover 39.
The base unit 37 has a cylindrical shape on which electrical components are mounted, and the cylindrical front end and rear end open surfaces are covered with the cylindrical front cover 38 and rear cover 39. The rear end portion of the rotary shaft 28 is inserted into and supported by a center fitting hole 40 opened in the shaft center portion of the base unit 37.

  Further, a connector 50 is projected from the top of the rear unit 20, and is connected by wiring from the connector 50 to a launch control unit of the gaming machine main body (not shown) via a harness 51. A drive gear G1 is fitted on the rear end side of the rotary shaft 28 and rotates integrally with the rotary shaft 28.

  FIG. 8 is an explanatory view showing a relay board of the rear unit. The base unit 37 includes a touch sensor 41 for detecting that the player touches the hand and a rotation amount detection volume 42 (hereinafter referred to as a volume) for detecting the rotation amount of the handle rotating body 17 and adjusting the hitting strength. ) Is mounted. The volume 42 mounted on the relay board 43 is attached by rotating the center shaft 44 of the volume gear G2 to the rotation center hole 42a, and the drive gear G1 is engaged with the volume gear G2. For this reason, when the volume gear G2 rotates via the drive gear G1, the resistance value of the volume 42 changes, and the firing force associated with the changed resistance value is output to the launch control unit of the gaming machine main body. The firing power of is adjusted.

  Further, the touch sensor 41 mounted on the relay substrate 43 is formed with a conductive pattern 43b on the touch sensor side from the mounting hole 43a to the mounting portion of the touch sensor 41, and attaches one end (the lower end in FIG. 8) of the touch spring piece 45. It is fixed to the hole 43a with a screw 46. The relay board 43 is fixed to the base unit 37 integrally with screws 47 at the top.

  Further, a small diameter shaft portion 28a is formed on the rear end side of the rotary shaft 28. The small diameter shaft portion 28a protrudes substantially horizontally from the center fitting hole 40 of the base unit 37, and the tip of the small diameter shaft portion 28a is formed. The touch spring piece 45 that stands vertically is in contact with the touch spring piece 45. As a result, a touch signal when the player grasps and rotates the handle rotating body 17 is sent to the touch sensor 41 via the rotary shaft 28, the touch spring piece 45, and the conductive pattern 43b on the touch sensor side.

  Further, the amount of rotation when the player grasps and rotates the handle rotating body 17 is connected to the connector side conductive pattern 43d via the volume side conductive pattern 43c. The rear unit 20 is fixed to the handle main body 19 with screws 48 and 49. When the screws 48 and 49 are removed, the rear unit 20 can be easily removed.

  As shown in FIG. 6 (A), the firing handle 15 configured in this way is normally in a standby state with the firing stop lever 18 in contact with the conductive spring piece 31 against the rotating shaft 28. The touch signal of the player holding the body 17 is in a state of being conducted to the rotary shaft 28. In this case, the firing stop lever 18 and the conductive spring piece 31 are in a non-contact state in which they are separated from each other at a constant interval. Further, even when the handle rotating body 17 is rotated, the firing stop lever 18 and the conductive spring piece 31 rotate while being separated from each other on the handle rotating body 17, so that they do not come into contact with each other.

  Further, since the conductive spring piece 31 also rotates together with the rotation of the handle rotating body 17 in contact with the rotary shaft 28, the conductive spring piece 31 maintains a conductive state with the rotary shaft 28, and the firing stop lever. It will not become non-conductive unless 18 is operated. When the handle rotating body 17 coaxial with the rotating shaft 28 is rotated, the rotating shaft 28 rotates, and the rotation amount from the handle rotating body 17 is directly transmitted to the rear unit 20 via the rotating shaft 28. .

  In the rear unit 20, the touch signal input via the rotary shaft 28 is output via the touch sensor 41 to a launch control unit of the gaming machine main body (not shown). Further, the amount of rotation transmitted from the rotary shaft 28 to the rear unit 20 is a change in the variable control value associated with the rotation of the drive gear G1 coaxial with the rotary shaft 28, and the volume gear G2 and the volume gear G2 engaged therewith. An output value of an electrical rotation amount output through the volume 42 and output in accordance with the rotation amount of the handle rotating body 17 is output to a launch control unit of the gaming machine main body (not shown). As a result, the hitting strength corresponding to the amount of rotation of the handle rotating body 17 is set from the launch control unit of the gaming machine main body to the launching device (not shown) disposed inside the gaming machine 11 corresponding to the launching handle 15. A ball is launched by the launch force.

  Next, as shown in FIG. 6B, when the player presses the firing stop lever 18 during such a game, the internal operation piece 33 of the firing stop lever 18 is moved to the conductive spring piece 31. Is pushed to displace the conductive spring piece 31 in a direction away from the rotary shaft 28. As a result, the rotary shaft 28 and the conductive spring piece 31 are separated from each other and become non-conductive, and the touch sensor 41 outputs a firing stop signal in the rear unit 20 due to the interruption of the touch signal, thereby controlling the launch of the gaming machine main body. The firing stop command is output from the unit to a launching device (not shown) to temporarily stop the launch of the sphere. When the player releases the pressing operation of the firing stop lever 18, the firing stop lever 18 is rotated again by the elastic return force of the conductive spring piece 31 and returns to the original standby position.

  As described above, by disposing the internal components of the launching handle separately on the mechanical input component side and the electrical output component side, the handle rotating body and the handle body on the input component side On the side, electrical parts such as microswitches and harnesses for stopping firing are no longer necessary. As a result, the internal space of the handle rotating body and the handle main body is widened, the harness is not caught, and the assemblability is improved.

In correspondence between the configuration of the present invention and the configuration of the above-described embodiment,
The input component of the present invention corresponds to the mechanical parts of the handle rotating body 17, the firing stop lever 18, the handle main body 19, and the conductive spring piece 31 of the embodiment.
Similarly,
The output configuration unit corresponds to electrical components such as the touch sensor 41, the rotation amount detection volume 42, the relay board 43, the connector 50, the harness 51, and the like.
The conductive member corresponds to the conductive spring piece 31,
The board corresponds to the relay board 43,
The conductive member corresponds to the touch spring piece 45, but the present invention can be applied based on the technical idea shown in the claims, and is not limited to the configuration of the above-described embodiment.

  For example, although the pachinko gaming machine 11 is shown as an example for explaining the present invention, the present invention is not limited to this, and can be applied to various gaming machines that require a launch handle. In order to further reduce the cost, the function of the rear unit 20 may be provided directly on the handle body 19 or a type in which the volume 42 and the touch sensor 41 are not mounted on the relay substrate 43 may be used. Furthermore, instead of the touch spring piece 45, conduction may be performed by means such as a ground wire.

The external appearance perspective view which shows the front side of a pachinko gaming machine. FIG. 3 is an external perspective view of a firing handle. The exploded perspective view which looked at the firing handle from the front side. The exploded perspective view which looked at the firing handle from the rear side. The perspective view of the firing handle which shows the use condition of a return spring, removing a handle cap. The principal part rear view of the handle | steering-wheel rotary body which shows the use condition of a firing stop lever. The external appearance perspective view of a back unit. The principal part rear view which shows the relay substrate of a back unit.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 ... Pachinko machine 15 ... Launch handle 17 ... Handle rotating body 18 ... Launch stop lever 19 ... Handle body 20 ... Rear unit 28 ... Rotating shaft 31 ... Conductive spring piece 41 ... Touch sensor 42 ... Rotation amount detection volume 43 ... Relay substrate

Claims (4)

An input component having a front end of a handle body fixedly attached to the front surface of the gaming machine, an output component having a rear end, and an input component disposed separately at the front end and the rear end of the handle body And a conductive rotating shaft for connecting between the transmission part and the output component part,
The input component includes
A handle rotating body that has a finger-hanging portion on the outer peripheral surface for launching a game ball and is attached to allow rotation, and has conductivity on at least the outer surface;
A return spring that biases the handle rotating body in a direction to return it to the rotation reference position;
A conductive member disposed between a conductive path through which the handle rotating body and the rotation shaft are electrically connected;
A firing stop lever that displaces the conductive member to bring the conductive path from a conductive state to a non-conductive state;
In the output configuration section,
A firing permission signal when the hand touches the handle rotating body and a firing stop signal for stopping the launching operation of the sphere due to the separation of the conductive path are detected via the rotating shaft, and the detection signal is detected. A touch sensor that outputs to the launch control unit of the gaming machine body,
Rotation amount of the handle rotating body rotated against the urging force of the return spring is detected according to the rotation amount of the rotating shaft, and the rotation amount detection signal is output to the launch control unit of the gaming machine body Detection volume,
Launcher handle with. The conductive member is
One end is connected to the handle rotating body and attached,
The other end is in contact with the rotating shaft located at the axial center of the handle rotating body, and the other end is opposed to the operation portion of the firing stop lever,
The firing handle according to claim 1, wherein the firing handle is configured by a conductive elastic piece whose other end is displaced in a direction away from the space between the contact surface with the rotating shaft based on the operation of the firing stop lever. The output component is
A circuit unit includes a rotation amount detection volume that electrically converts the rotation amount of the rotation axis input from the input configuration unit, and a touch sensor that outputs a touch signal input from the input configuration unit via the rotation axis. Equipped with a board that outputs from the circuit unit to the launch control unit of the gaming machine body,
The launching handle according to claim 1, wherein the launching handle is configured as a rear unit that accommodates the substrate and supports the rotating shaft. A handle rotating body having a finger hook on the outer peripheral surface for launching a game ball and having conductivity on at least the outer surface;
The handle rotating body is attached to allow rotation, and a conductive rotating shaft that is a central axis of the rotating operation;
Between the handle rotating body and one end of the rotating shaft, there is an insulating member that is in a non-conductive state,
A conductive member is disposed between the conductive path through which the handle rotating body and the rotary shaft are electrically connected so as to be in a conductive state around the rotary shaft, and the conductive member is separated from the rotary shaft. And a firing stop lever that is displaced to a non-conductive state,
A firing handle having a touch sensor for outputting a touch signal and a conducting member for connecting the touch sensor and the rotary shaft to the other end of the rotary shaft.

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