Gamepad

Abstract

The invention provides a gamepad. Through the gamepad, operation flexibility and consistency can be greatly improved. The positions between a direction key and all trigger keys are each provided with a sliding pressing mechanism, and all the sliding pressing mechanisms comprise through holes and sliding stand columns arranged in the through holes in a sliding mode; the through holes are located above the trigger keys, and the sliding stand columns are located between the direction keys and the corresponding trigger keys; any sliding stand column slides in the corresponding through hole by pressing the direction key, the trigger key corresponding to the sliding stand column is vertically pressed, so that the trigger key makes contact with a trigger circuit board to trigger a corresponding function. When the direction key is pressed, pressing force is transferred to the trigger keys through perpendicular sliding in the vertical direction of the sliding stand columns, and then the pressing force borne by the trigger keys is vertical force; accordingly, the operation flexibility of the gamepad can be greatly improved. Besides, the directions of the pressing force borne by the trigger keys are all vertical directions, and therefore operations of all keys can be consistent.

Description

technical field [0001] The invention relates to a game handle, in particular to a game handle with improved operational flexibility and consistency. Background technique [0002] The gamepad is a common electronic game machine component. By manipulating its buttons, etc., it is possible to control the simulated characters on electronic devices such as mobile phones and computers, so as to achieve the purpose of the game. [0003] The main structural components of the gamepad include the handle shell, the direction keys, the direction key fixing bracket, multiple elastic trigger buttons (silicone buttons or Dome buttons) and the trigger circuit board (PCB board). On the bracket, the trigger button is installed in the fixed bracket of the direction key, and the trigger circuit board is installed in the handle shell, which is located under the fixed bracket of the direction key. By manipulating the direction key, it presses a certain trigger button, and the trigger button moves...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, the direction key directly touches the trigger button, and the force direction of pressing the trigger button is inclined, and the operation flexibility (that is, the so-called operation feel) is poor, and it is difficult to achieve the same direction of pressing force for each trigger button. It affects the consistency of operation, which in turn affects the accuracy of operation; at the same time, the distance between the part of the arrow key used to contact the trigger button and the trigger button is relatively large, and the user needs to press the arrow key with a large pressure, which will also affect the operating feel; moreover, The direction of the direction of the force of the direction key to press the trigger button is inclined, which will wear the trigger button a lot, and the service life of the button is not high

Images