Pressure-sensing deformable mouse having function of brain-hand coordinated exercise

Abstract

Disclosed is a pressure-sensing deformable mouse having the function of brain-hand coordinated exercise, characterized by comprising a deformable body, a signal processing portion and a data wire, wherein the deformable body comprises a deformable body housing, a spring, a thin wire, a mouse shape fixing portion, and a pressure sensor group; the signal processing portion comprises a singlechip anda keying circuit board; pressure sensors are used to acquire pressure values, and the singlechip amplifies a control command of the mouse to 2^32, and processes the mouse key information into a command quaternary to control the mouse, thereby enriching the operation function of the mouse. Through the shape deformation and flexible operation of five fingers, the mouse has the function of brain-hand coordination exercise.

Description

Technical field [0001] The invention relates to a pressure-sensitive deformable mouse with brain-hand coordination exercise, belonging to the technical field of computer accessories. technical background [0002] Long-term use of a mouse with a horizontal design can easily form a "mouse hand". The ergonomic mouse design method solves this problem to a certain extent. However, the shape of the mouse tends to be fixed due to the user's requirements for the comfortable state of the mouse The shape of the mouse is slightly different. It is difficult for a hard fixed-shaped mouse to adapt to these users with different needs. It is easy to know that when using a traditional mouse, the use rate of the index finger and the middle finger is very high. When the user uses the mouse for a period of time , Will try to use the ring finger and little finger to operate the mouse to relieve the uncomfortable index finger and middle finger due to long-term use; the current mouse functions are rela...

AI Technical Summary

Problems solved by technology

[0002] Long-term use of a mouse designed in a supine position can easily form a "mouse hand". The mouse design method based on ergonomics solves this problem to a certain extent, but the shape of the mouse tends to be fixed. Due to the user's requirements for the comfortable state of the mouse There are slight differences in the shape of the mouse, and it is difficult for a hard fixed-shaped mouse to fully adapt to these users with different needs. It is easy to know that when using a traditional mouse, the usage rate of the index finger and middle finger is very high. When the user uses the mouse for a period of time , I will try to use the ring finger and little finger to operate the mouse to relieve the uncomfortable index finger and middle finger due to long-term use; the functions of the mouse are relatively fixed at present, and the buttons on the mouse correspond to the left button, right button, page turning, forward and backward, and DPI adjustment Etc. This involves indirect practicality, but lacks some intelligent elements. For example, when users are drawing, to adjust a line, they need to find the line in the menu bar, and then find the thickness adjustment, grayscale adjustment, etc.

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