A game handle rocker mechanism

Abstract

The invention discloses a novel gamepad rocking-bar mechanism which is simple in structure, low in cost, long in service life, and accurate and sensitive in operation and control, makes use of the capacitance non-contact technology, and is more suitable for the adoption of the gamepad of the light and thin design concept. The novel gamepad rocking-bar mechanism comprises an upper fixed cover (1), a sliding shaft piece (2), a lower fixed cover (3) and an inductive capacitance PCBA (4) which are arranged in sequence from top to bottom, wherein the sliding shaft piece (2) freely slides between the upper fixed cover (1) and the lower fixed cover (3), an elastic returning ring (5) used for making the sliding shaft piece (2) return is further arranged between the upper fixed cover (1) and the lower fixed cover (3), the elastic returning ring (5) is annularly arranged on the periphery of the sliding shaft piece (2), and a metal finger (6) is further arranged on the lower portion of the sliding shaft piece (2) and is attached to the inductive capacitance PCBA (4). The novel gamepad rocking-bar mechanism can be applied to the technical field of gamepads.

Description

technical field [0001] The invention relates to a joystick rocker mechanism applicable to the technical field of game controllers. Background technique [0002] With the continuous progress of today's social economy and the increasing development of science and technology, smart, simple, thin and light electronic products have entered people's daily life; smart phones are the most widely used electronic products in the world, and the types of derivative products around them There are also more and more; for example, portable gamepads that can be used on some smartphones. The control rocker on the existing gamepad generally uses a relatively complex physical connection structure and resistive contact control (the output of the plane coordinate control signal needs to be realized through the cooperation of the X-direction and Y-direction brush connectors), however, this This kind of connection structure and control method is not only complicated in structure, high in processi...

AI Technical Summary

Problems solved by technology

The control rocker on the existing gamepad generally uses a relatively complex physical connection structure and resistive contact control (the output of the plane coordinate control signal needs to be realized through the cooperation of the X-direction and Y-direction brush connectors), however, this This kind of connection structure and control method is not only complicated in structure, high in processing technology requirements and cost, easy to wear or oxidize the brush and circuit, but also its control stroke, control reliability and control accuracy sensitivity will be greatly restricted; at the same time, in many current In a large-scale game environment, it is far from enough to only be able to output plane coordinate control signals, and it is also necessary to add some control signals in the vertical direction to better improve the fun of game control

[0003] In addition, today's gamepads are developing in a thinner and more portable direction, and the available space in the gamepads is getting smaller and smaller. Due to their structural limitations, traditional joysticks cannot be well installed in today's gamepads.

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