TWI767307B - Signal conversion device for gamepad - Google Patents

Abstract

A signal conversion device for a game handle, the signal conversion device comprises a shell, a third connector, a fourth connector, a memory, a first setting button and a conversion circuit. The third connector and the fourth connector are arranged on the casing for transmitting signals and power with the game handle; the memory is arranged in the casing and is used to store at least one encoded data; the conversion circuit It is arranged in the casing and is electrically connected to the third connector, the fourth connector, the memory and the first setting button; the first setting button is arranged on the casing and is operated by the user. Through the signal conversion device, in addition to making the game handle suitable for a variety of game consoles, players can also set the button positions of the game handle according to their personal usage habits.

Description

Signal conversion device for gamepad

The present invention is related to the game handle; in particular, it refers to a signal conversion device of the game handle, so that the game handle can be applied to various game consoles.

With the continuous expansion of the video game market, companies including Microsoft, Nintendo, and Sony have also launched a variety of popular video games and video game console platforms. The same game console can run different games for players to play, allowing players to enjoy the fun of playing different games.

In different games, the function configuration of the buttons of the game controller is not the same. When players are accustomed to the functional configuration of the buttons of the gamepad in one game, and play other games, it will be less convenient to use the gamepad to control the game. For example, in the first game, the function of button A is to jump, but in the second game, the function of button B is to jump. If you press the wrong button during the action, you may mis-operate in the game, causing trouble for the player. Although some games provide users to change the function configuration of the buttons in the game settings, the configurations provided in the games may not meet the needs of the players, or some games do not provide game settings for the players to change the button settings. The function configuration makes it impossible for players to enjoy the game.

Therefore, the design of the conventional game handles is still not perfect and needs to be improved.

In view of this, the purpose of the present invention is to provide a signal conversion device for a game handle, which can exchange the key function configuration and transmit the exchanged key signal to the game console.

In order to achieve the above object, the present invention provides a signal conversion device for a game handle, wherein the game handle comprises a control circuit, a first connector, a plurality of buttons, a battery and a second connector, wherein the control circuit is electrically connecting the first connector and the buttons; the control circuit generates a button signal corresponding to each button according to an operating state of each button, each button signal includes a button code, and each button signal passes through the first button Connector output, wherein the keys include a first key and a second key, the key signal of the first key is defined as a first key signal and its key code is a first key code, the second key The key signal is defined as a second key signal and its key code is a second key code; the battery is electrically connected to the second connector and the power of the battery is output through the second connector.

The signal conversion device includes a casing, a third connector, a fourth connector, a memory, a first setting button and a conversion circuit. The third connector is arranged on the housing, and the third connector is used for electrical connection with the first connector; the fourth connector is arranged on the housing, and the fourth connector is used for electrical connection with the second connector connection; the memory is arranged in the casing and used to store at least one encoded data; the first setting button is arranged in the casing and is operated by the user; the conversion circuit is arranged in the casing, and the conversion circuit is electrically connected to the The third connector, the fourth connector, the memory and the first setting button; the conversion circuit is electrically connected to the control circuit through the third connector and the first connector to receive the button signal corresponding to any of the buttons , and the conversion circuit is electrically connected to the battery through the fourth connector and the second connector to receive the power of the battery.

The conversion circuit switches between a first learning mode and a signal sending mode according to the operation state of the first setting button. In the first learning mode, the conversion circuit respectively receives the first button signal of the first button and the signal transmission mode. The second key signal of the second key is obtained, the first key code of the first key signal and the second key code of the second key signal are obtained, and the first key code and the first key code are established in the memory. A correspondence between two key codes; in the signal transmission mode, the conversion circuit obtains the first key code after receiving the first key signal of the first key, and obtains the first key code from the memory according to the first key code and the corresponding relationship The second key code is obtained from the body, and then the second key code is converted into a corresponding key signal and encoded and converted into a wireless signal in a predetermined format according to the at least one encoded data, and sent through a wireless signal transceiver circuit.

The effect of the present invention is that the key function configuration can be exchanged through the first learning mode, and the exchanged key signal is transmitted to the game console in the signal transmission mode, so that the user can use the customary method when playing the game on the game console. The game handle and the usual button position are used to operate, which makes the control in the game more convenient. Overcome the limitation that the original gamepad cannot replace the button function.

〔this invention〕

100: Game handle

101: Shell

101a: Front side

101b: rear side

101c, 101d: Sides

102: Control circuit

103: The first connector

104: Button

104a: first key

104b: Second button

104c: Directional control keys

105: Battery

106: Second connector

107: Positioning hole

1,2: External control device

10: Shell

10a: Front side

10b: rear side

10c: Connection part

10d: Extended version

10e: Groove

10f: groove wall

12: Second connector

14: Fourth connector

16: Memory

18: The first setting button

20: The second setting button

22: The third setting button

24: Fourth setting button

26: Conversion circuit

28: Wireless signal transceiver circuit

30: Fifth pick

32: selector

34: Transmission line

341: Connector

36: Fixed pin

38: Switching circuit

40: battery

FIG. 1 is a front view of the signal conversion device installed on the game handle according to the first preferred embodiment of the present invention.

FIG. 2 is a block diagram of the signal conversion device and the game handle of the above preferred embodiment.

FIG. 3 is a rear view of the signal conversion device of the above preferred embodiment installed on the game handle.

FIG. 4 is a perspective view of the connection between the signal conversion device and the transmission line according to the above preferred embodiment.

FIG. 5 is a front perspective view of the signal conversion device according to the above preferred embodiment.

FIG. 6 is a rear perspective view of the signal conversion device according to the above preferred embodiment.

7 is a block diagram of a signal conversion device and a game handle according to a second preferred embodiment of the present invention.

In order to describe the present invention more clearly, preferred embodiments are given and described in detail with the drawings as follows. Please refer to FIGS. 1 to 6 , which are the signal conversion device 1 according to the first preferred embodiment of the present invention. The signal conversion device 1 is detachably installed on a game handle 100 .

1 to 3, the game handle 100 includes a casing 101, a control circuit 102, a first connector 103, a plurality of buttons 104, a battery 105 and a second connector 106, wherein the casing 101 has a front side portion 101a, a rear side portion 101b, and two side portions 101c, 101d connected between the front side portion 101a and the rear side portion 101b. At least a part of the buttons 104 is disposed on the front side part 101a. In this embodiment, a part of the buttons 104 is located on the front side part 101a, and the other part is located on the side part 101d. The first connector 103 and the second connector 106 are respectively disposed on the two side portions 101c, 101d. The side portion 101 c has at least one positioning hole 107 . In this embodiment, there are two positioning holes 107 , and the two positioning holes 107 are located on two sides of the second connector 106 respectively.

The control circuit 102 is electrically connected to the first connector 103 , the battery 105 and the buttons 104 ; the control circuit 102 generates a button signal corresponding to each button 104 according to an operating state of each button 104 , and each button The signal includes a key code, and each key signal is output through the first connector 103 ; the battery 105 is electrically connected to the second connector 106 and the power of the battery 105 is output through the second connector 106 .

The signal conversion device 1 includes a casing 10 , a third connector 12 , a fourth connector 14 , a memory 16 , a first setting button 18 and a conversion circuit 26 . The third connector 12 is disposed on the housing 10 and is used for electrical connection with the first connector 103, the fourth connector 14 is disposed on the housing 10 and used for electrical connection with the second connector 106 . More specifically, the housing 10 has a front side portion 10a, a rear side portion 10b and a connecting portion 10c, the fourth connector 14 is disposed on the connecting portion 10c, the first setting button 18 is disposed on the front side portion 10a, the The connecting portion 10c has at least one fixing pin 36 , two fixing pins 36 in this embodiment, and each fixing pin 36 penetrates each of the positioning holes 107 . The rear side 10b of the casing 10 faces away from the front side 101a of the game handle 100 , and the rear side 10b of the casing 10 has an extension plate 10d which abuts against the rear side of the casing 101 101b. The fixing pin 36 and the extension plate 10d provide a supporting force, so that the housing 10 of the signal conversion device 1 can be firmly combined with the game handle 100, and the fourth connector 14 or the second connector 12 can be prevented from being damaged by external force. The rear side portion 10b faces away from the front side portion 101a of the housing 101 of the game handle 100, the rear side portion 10b has a groove 10e, and the third joint 12 is located in the groove wall 10f of the groove 10e (see Figure 4).

The memory 16 is disposed in the casing 10 and is used to store at least one kind of coded data; the first setting button 18 is disposed in the casing 10 and is operated by the user; the conversion circuit 26 is disposed in the casing 10, the conversion circuit 26 is electrically connected to the third connector 12, the fourth connector 14, the memory 16 and the first setting button 18. In this embodiment, the memory 16 is integrated in the conversion circuit 26, but not as a It can also be independent of the conversion circuit 26 . The conversion circuit 26 is electrically connected to the control circuit 102 through the third connector 12 and the first connector 103 to receive the button signal corresponding to any one of the buttons 104 , and the conversion circuit 26 communicates with the control circuit 102 through the fourth connector 14 The second connector 106 is electrically connected to the battery 105 to receive power from the battery 105 . The conversion circuit 26 communicates with the game host through a wireless signal transceiver circuit 28 . In addition, the power of the battery 105 is also supplied to the components in the signal conversion device 1 that require power, such as the memory 16 and the wireless signal transceiver circuit 28 .

2, in order to enable the signal conversion device 1 to output wireless signals corresponding to different game consoles, the signal conversion device 1 further includes a selector 32, the selector 32 is disposed on the casing 10 and is electrically connected to a conversion circuit 26, the selector 32 is operated by the user to output one of a plurality of different selection signals, each selection signal can correspond to a game console, such as XBOX, XBOX ONE , SWITCH, PS4, PS5, etc. The at least one encoded data stored in the memory 16 is a plurality of encoded data, and each encoded data corresponds to a communication protocol of a game host. The conversion circuit 26 selects one of the encoded data according to one of the selection signals output by the selector 32, and encodes and converts the received key signal into a wireless wireless format in a predetermined format of the game console according to the selected encoded data. signal, whereby the user can select the game console to be controlled from the selector 32, so that the signal conversion device 1 communicates with the selected game console.

The signal conversion device 1 further includes a transmission line 34, the two ends of the transmission line 34 are respectively provided with a connector 341, and the connector 341 at one end of the transmission line 34 is connected to the third connector 12, located in the groove 10e and connected to the third connector 12. Three connectors 12, the other end of the transmission line 34 is connected to the first connector 103, and the third connector 12 is electrically connected to the first connector 103 through the transmission line 34 for signal transmission.

The first setting button 18 is used for setting and exchanging two buttons. For the convenience of description, the two buttons to be exchanged are defined as a first button 104a and a second button 104b. The button signal of the first button 104a Defined as a first key signal and its key code is a first key code, the key signal of the second key 104b is defined as a second key signal and its key code is a second key code.

When the switching circuit 26 switches between a first learning mode and a signal sending mode according to the operation state of the first setting button 18, in the first learning mode, the switching circuit 26 receives the corresponding first button 104a respectively The first key signal and the second key signal corresponding to the second key 104b are obtained, and the first key code in the first key signal and the second key code in the second key signal are obtained, and stored in the memory 16 Create the first key code A corresponding relationship with the second key code. For example, the conversion circuit 26 determines that the first setting button 18 is long-pressed to enter the first learning mode. When entering the first learning mode, the user presses the first button 104a first, and the conversion circuit 26 obtains The first key code; short press the first setting key 18 again, and then press the second key 104b, the conversion circuit 26 obtains the second key code. In this way, the corresponding relationship can be established. After that, the conversion circuit 26 ends the first learning mode and switches to the signal sending mode, or the conversion circuit 26 determines that when the first setting button 18 is pressed for a long time again, it ends the first learning mode and enters the Signal sending mode.

In the signal sending mode, the conversion circuit 26 obtains the first key code after receiving the first key signal of the first key 104a, and obtains the first key code from the memory 16 according to the first key code and the corresponding relationship. The second key code is converted into a corresponding key signal, and is encoded and converted into a wireless signal in a predetermined format according to the selected encoded data, and sent through the wireless signal transceiver circuit 28 . Thereby, when the user presses the first button 104a of the game handle, the signal conversion device 1 can wirelessly transmit the button code of the second button signal to the game host.

Similarly, in the signal transmission mode, the conversion circuit 26 obtains the second key code after receiving the second key signal of the second key 104b, and obtains the second key code from the memory 16 according to the second key code and the corresponding relationship The first key code is obtained from the above, and then the first key code is converted into a corresponding key signal and encoded and converted into a wireless signal of the predetermined format according to the selected encoded data, and sent through the wireless signal transceiver circuit 28 . Therefore, when the user presses the second button 104b of the joystick 100, the signal conversion device 1 can wirelessly transmit the button code of the first button signal to the game host.

In addition, in the signal transmission mode, for any other button 104 for which the corresponding relationship is not established, the conversion circuit 26 presses the button according to the selected encoded data. The key signal is encoded and converted into a wireless signal in the predetermined format, and sent through the wireless signal transceiver circuit 28 .

As mentioned above, the user can change the button function configuration of the game handle 100 by operating the first setting button 18 to replace and output the button signals of two different buttons 104, and can freely set according to the user's operating habits. In order to overcome the limitation that the original game handle 100 cannot replace the button function.

The other functions of the signal conversion device 1 of this embodiment will be described below. The signal conversion device 1 further includes a second setting button 20 disposed on the front side 10a of the casing 10 and electrically connected to the conversion circuit 26, and the second setting button 20 is operated by the user. The conversion circuit 26 switches between a second learning mode and the signal sending mode according to the operation state of the second setting button 20 . In the second learning mode, the conversion circuit 26 receives any button signal of the button, The key code in the key signal is obtained, and the key code is recorded in the memory 16 as a burst key code. For example, the conversion circuit 26 determines that the second setting button 20 is long-pressed to enter the second learning mode. When entering the second learning mode, the user presses any button 104 first, and the conversion circuit 26 obtains key code, and record it as this burst key code. Afterwards, the conversion circuit 26 ends the second learning mode and switches to the signal sending mode, or the conversion circuit 26 determines that when the second setting button 20 is long-pressed again, it ends the second learning mode and enters the Signal sending mode.

In the signal sending mode, when the key code obtained by the conversion circuit 26 is the first key code and the burst key code in the memory 16 is the first key code, the first key 104a is pressed During the period, the conversion circuit 26 obtains the second key code from the memory 16 according to the first key code and the corresponding relationship, and continues to convert the second key code into a corresponding key signal and according to the selected The encoded data is encoded and converted into a wireless signal of the predetermined format, and sent through the wireless signal transceiver circuit 28 . By this, During the period when the first button 104a is pressed, the signal conversion device 1 can continuously send a plurality of second button codes to the game host in a wireless manner. Similarly, if the key code obtained by the conversion circuit 26 is the second key code and the burst key code in the memory 16 is the second key code, the conversion circuit 26 continues the first key The code is converted into a corresponding key signal, and according to the selected encoded data, the code is converted into a wireless signal of the predetermined format, and sent through the wireless signal transceiver circuit 28 .

In addition, in the signal transmission mode, the conversion circuit 26 obtains the key code after receiving the key signal of any other key 104 that has not established the corresponding relationship, and obtains the key code and the connection in the memory 16 . When the sent key code matches, during the period when the corresponding key is pressed, the conversion circuit 26 continues to convert the continuous key code into the corresponding key signal, and converts the code into the predetermined format according to the selected encoded data. The signal is sent through the wireless signal transceiver circuit 28 .

Therefore, the user can arbitrarily set one of the buttons 104 of the joystick 100 to have the function of continuously sending button signals by operating the second setting button 20 . In this embodiment, the operation setting of the first setting button 18 and the second setting button 20 are not related in sequence. In other words, the second learning mode can also be set before the first learning mode.

In this embodiment, the buttons 104 of the game handle 100 include a direction control button 104c, and the button signal of the direction control button 104c includes a direction button code; the signal conversion device 1 includes a third setting button 22, which is arranged on the The front side portion 10a of the casing 10 is electrically connected to the conversion circuit 26, and the third setting button 22 is operated by the user. The conversion circuit 26 switches between an analog touch mode and the signal transmission mode according to the operation state of the third setting button 22 . In the analog touch mode, the conversion circuit 26 receives the key signal of the direction control key 104c , and convert the directional key code into a corresponding analog touch signal and convert the code into a wireless signal in the predetermined format according to the selected encoded data, and through the wireless signal The line signal transceiver circuit 28 transmits. For example, when the user presses the third setting button 22 and controls the direction control button 104c at the same time, the conversion circuit 26 can transmit the analog touch signal to the game console, so that the game console can transmit the analog touch signal to the game console according to the received signal. The analog touch signal of the game is used to control the corresponding touch in the game.

As mentioned above, by operating the third setting button 22, the user can set a direction control key 104c of the joystick 100 to operate as an analog touch button, when the direction control key 104c gives a right direction signal , which simulates a right-swipe touch direction, and the game object running on the game console moves to the right with the touch control. After switching from the analog touch mode to the signal sending mode, for example, when the user releases the third setting button 22, when the user manipulates the direction control key 104c, the conversion circuit 26 switches the direction control key 104c. The button signal is wirelessly transmitted to the game console.

In this embodiment, the signal conversion device includes a fourth setting button 24 disposed on the front side 10a of the casing 10 and electrically connected to the conversion circuit 26 , and the fourth setting button 24 is operated by the user. The conversion circuit 26 switches between a pairing mode and the signal sending mode according to the operation state of the fourth setting button 24. In the pairing mode, the conversion circuit 26 converts a controller code according to the selected code data and The code is converted into the wireless signal of the predetermined format, and sent through the wireless signal transceiver circuit 28 . In other words, when the signal conversion device 1 wants to be paired with the game console, the fourth setting button 24 is used to set the pairing. After the game console receives the controller code, it will be recorded as the signal conversion and transposition 1 to be paired with the game console. Paired control device.

Referring to FIG. 2 , the signal converting device 1 further includes a fifth connector 30 , the fifth connector 30 is disposed on the housing 10 and is electrically connected to the converting circuit 26 ; the fifth connector 30 is used for connecting an external electronic device , the conversion circuit 26 receives the new code data from the external electronic device from the fifth connector 30 to update the code data in the memory 16 . In practice, The fifth connector 30 can also be replaced with a wireless signal receiving circuit, the wireless signal receiving circuit communicates with the external electronic device wirelessly, and wirelessly receives the new encoded data from the external electronic device.

Please refer to FIG. 7 , which is a block diagram of the signal conversion device 2 and the game handle 100 according to the second preferred embodiment of the present invention. The signal conversion device 2 has substantially the same structure as that of the first embodiment. The difference is: The casing 10 of the signal converting device 2 includes a switching circuit 38 and a battery 40 , the converting circuit 26 is electrically connected to the fourth connector 14 through the switching circuit 38 , and the battery 40 of the signal converting device 2 is electrically connected to the fourth connector 14 . a switching circuit 38; the switching circuit 38 supplies the power from the fourth connector 14 to the converting circuit 26 when the voltage of the battery 40 of the signal converting device 2 is lower than a predetermined voltage; the switching circuit 38 is in the signal converting When the voltage of the battery 40 of the device 2 is higher than the predetermined voltage, the power of the battery 40 of the signal converting device 2 is supplied to the converting circuit 26 . By means of the built-in battery 40 of the signal conversion device 2, its power does not need to be completely supplied by the game handle 100, so the power consumption of the battery 105 of the game handle 100 can be reduced, so as to prolong the use of the battery 105 of the game handle 100 time.

The above descriptions are only preferred feasible embodiments of the present invention, and any equivalent changes made by applying the description of the present invention and the scope of the patent application should be included in the patent scope of the present invention.

1: Signal conversion device

10: Shell

10a: Front side

14: Fourth connector

18: The first setting button

20: The second setting button

22: The third setting button

24: Fourth setting button

36: Fixed pin

100: Game handle

101: Shell

101a: Front side

101c, 101d: Sides

104: Button

104a: first key

104b: Second button

104c: Directional control keys

106: Second connector

107: Positioning hole

341: Connector

Claims (11)

A signal conversion device for a game handle, wherein the game handle comprises a control circuit, a first connector, a plurality of buttons, a battery and a second connector, wherein the control circuit is electrically connected to the first connector and the buttons; The control circuit generates a key signal corresponding to each key according to an operating state of each key, each key signal includes a key code, and each key signal is output through the first connector, wherein the keys include A first key and a second key, the key signal of the first key is defined as a first key signal and its key code is a first key code, the key signal of the second key is defined as a second key signal and The key code is a second key code; the battery is electrically connected to the second connector, and the power of the battery is output through the second connector; the signal conversion device includes: a casing; a third connector disposed on the casing , and the third connector is used for electrical connection with the first connector; a fourth connector is arranged on the casing, and the fourth connector is used for electrical connection with the second connector; a memory is arranged on the The casing is used to store at least one encoded data; a first setting button is disposed in the casing and is operated by the user; a conversion circuit is disposed in the casing, and the conversion circuit is electrically connected to the third connector, the a fourth connector, the memory and the first setting button; the conversion circuit is electrically connected to the control circuit through the third connector and the first connector to receive the button signal corresponding to any one of the buttons, and the conversion circuit The battery is electrically connected through the fourth connector and the second connector to receive the power of the battery; the conversion circuit switches between a first learning mode and a signal sending mode according to the operation state of the first setting button, In the first learning mode, the conversion circuit receives the first The first key signal of a key and the second key signal of the second key are obtained, and the first key code of the first key signal and the second key code of the second key signal are obtained, and created in the memory A corresponding relationship between the first key code and the second key code; in the signal transmission mode, the conversion circuit obtains the first key code after receiving the first key signal of the first key, and according to the first key The key code and the corresponding relationship are obtained from the second key code from the memory, and then the second key code is converted into a corresponding key signal and encoded and converted into a wireless signal in a predetermined format according to the at least one encoded data. A wireless signal transceiver circuit transmits. The signal conversion device of a gamepad according to claim 1, wherein in the signal transmission mode, the conversion circuit obtains the second key code after receiving the second key signal of the second key, and according to the second key code The first key code is obtained from the memory according to the corresponding relationship, and then the first key code is converted into a corresponding key signal and encoded and converted into a wireless signal of the predetermined format according to the at least one encoded data, and the wireless signal is transmitted through the wireless signal. The signal transceiver circuit sends. The signal conversion device of a game handle according to claim 2, wherein in the signal transmission mode, the conversion circuit converts the key signal code of any other key without the corresponding relationship into the predetermined format according to the at least one encoded data The wireless signal is sent through the wireless signal transceiver circuit. The signal conversion device of a gamepad according to claim 1, comprising a second setting button, disposed on the casing and electrically connected to the conversion circuit, the second setting button for the user to operate; the conversion circuit according to the second setting The operation state of the button is switched between a second learning mode and the signal sending mode. In the second learning mode, the conversion circuit receives any button signal of the button, and obtains the button code in the button signal, and The key code is recorded in the memory as a burst key code; in the signal sending mode, the conversion power When the key code obtained by the way is the first key code and the burst key code in the memory is the first key code, during the period when the first key is pressed, the conversion circuit according to the first key code Obtain the second key code from the memory in accordance with the corresponding relationship, and continuously convert the second key code into a corresponding key signal, and convert the code into a wireless signal in the predetermined format according to the at least one encoded data, and pass The wireless signal transceiver circuit transmits. The signal conversion device of a gamepad according to claim 4, wherein in the signal transmission mode, the conversion circuit obtains the key code and obtains the key after receiving the key signal of any other key for which the corresponding relationship is not established. When the code matches the burst key code in the memory, during the period when the corresponding button is pressed, the conversion circuit continuously converts the burst button code into a corresponding button signal and encodes the code according to the at least one encoded data. The wireless signal is converted into the predetermined format and sent through the wireless signal transceiver circuit. According to the signal conversion device of a game handle according to claim 1, the buttons of the game handle comprise a direction control key, the key signal of the direction control key comprises a direction key code; the signal conversion device comprises a third setting button, is arranged on the casing and is electrically connected to the conversion circuit, the third setting button is for the user to operate; the conversion circuit switches between an analog touch mode and the signal sending mode according to the operation state of the third setting button, and In the analog touch mode, the conversion circuit receives the key signal of the direction control key, converts the direction key code into a corresponding analog touch signal, and converts the code into the predetermined format according to the at least one encoded data. The signal is sent through the wireless signal transceiver circuit. The signal conversion device of the gamepad according to claim 1, comprising a fourth setting button, which is disposed on the casing and is electrically connected to the conversion circuit, the fourth setting button is for the user to operate; the conversion circuit is based on the fourth setting The operation state of the button switches between a pairing mode and the signal sending mode. In the pairing mode, the switching circuit converts a controller code according to the According to the at least one encoded data, the encoding is converted into a wireless signal of the predetermined format, and sent through the wireless signal transceiver circuit. The signal conversion device for a game handle according to claim 1, comprising a transmission line, two ends of the transmission line are respectively provided with a connector, the two connectors are respectively connected to the first connector and the third connector, so that the third connector is connected to the transmission line through the transmission line. The first connector is electrically connected. The signal conversion device for a game handle according to claim 8, wherein the game handle comprises a casing with a front side portion, and at least a part of the buttons is disposed on the front side portion; wherein the casing has a rear side portion, and the back side The front side part of the shell of the game handle, the rear side part has a groove, the third joint is located on the groove wall of the groove, and the joint at one end of the transmission line is located in the groove and connects the third connector. As claimed in claim 1, the game handle signal conversion device, the game handle comprises a casing having a front side part, a rear side part and a side part connected between the front side part and the rear side part; the At least a part of some buttons is arranged on the front side part, the second joint is arranged on the side part, the side part has at least one positioning hole; the shell has a connecting part and a rear side part, the fourth joint is arranged on the side The connecting part has at least one fixing pin, the at least one fixing pin penetrates the at least one positioning hole; an extension plate, the extension plate abuts against the rear side of the casing. The signal conversion device of the game handle according to claim 1, comprising a switching circuit and a battery in the casing, the conversion circuit is electrically connected to the fourth connector through the switching circuit, and the battery of the signal conversion device is electrically connected the switching circuit; when the voltage of the battery of the signal converting device is lower than a predetermined voltage, the switching circuit supplies the power from the fourth connector to the converting circuit; the switching circuit is high when the voltage of the battery of the signal converting device is high At the predetermined voltage, the power of the battery of the signal converting device is supplied to the converting circuit.

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