Function key module of gamepad

Abstract

The invention discloses a function key module of a gamepad. The function key module comprises a key shell, a lens assembly, a hollow sealing plate, a circuit board, a flat cable and a bottom shell, the flat cable is fixedly connected with the bottom shell, the circuit board is electrically connected with the flat cable, and the hollow sealing plate is arranged above the circuit board. The lens assembly is arranged above the hollow sealing plate. The key shell is fixedly connected to the bottom shell, the circuit board is provided with an OFN module, an infrared LED light source module and a photosensitive array module, and the OFN module, the infrared LED light source module and the photosensitive array module are electrically connected. Since the modules are small in sized, the modules can be directly integrated into keys of an existing gamepad, directional operation is achieved, and the functional upgrading of various existing gamepads is completed.

Description

technical field [0001] The invention relates to the technical field of handles, in particular to a function key module of a game handle. Background technique [0002] Mobile games have developed rapidly in recent years. However, the use of touch screens in mobile games has certain limitations, which are different from traditional game consoles. Therefore, there is a need to use gamepads to control mobile games. However, the button design of traditional handles and the flexibility of touchscreen control have occurred. Conflict, the handles on the market have advantages that touch screens do not have because of the physical feedback of the buttons, but they are inherently deficient in the flexibility of touch screen control. In order to make up for this problem, some manufacturers use buttons and mechanical wheels to simulate the directional operation of the touch screen. However, this method has a complex structure, and the handle shell needs to be redesigned with a complex s...

AI Technical Summary

Problems solved by technology

[0002] Mobile games have developed rapidly in recent years. However, the use of touch screens in mobile games has certain limitations, which are different from traditional game consoles. Therefore, there is a need to use gamepads to control mobile games. However, the button design of traditional handles and the flexibility of touchscreen control have occurred. Conflict, the handles on the market have the advantages that the touch screen does not have because of the physical feedback of the buttons, but they are inherently deficient in the flexibility of touch screen control. In order to make up for this problem, some manufacturers use buttons and mechanical wheels to simulate the directional operation of the touch screen. However, the structure of this method is complicated, and the handle shell needs to be redesigned with a complex structure, and because of the different structure, it affects the traditional button feel (pressure sensitivity and button spacing) of the handle, which in turn causes other problems, such as cost, hands-on Habits, product quality stability, etc.

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