Multifunctional finger-wearing equipment capable of simulating mouse

Abstract

Multifunctional finger-wearing equipment capable of simulating a mouse comprises three independent finger-wearing devices which can be worn at finger tips or in the middle of fingers. The finger-wearing equipment is provided with two wearing manners: worn at the finger tips and worn in the middle of the fingers. The finger-wearing equipment comprises equipment bodies and wearing fixing portions. Each of the finger-wearing devices comprises a single chip, a fastening belt, a pressure sensor set, a gravity inductor, a wireless communication module, a cursor movement module and a groove for battery assembling and disassembling, wherein the single chip is positioned inside the equipment body, the fastening belt is positioned between the equipment body and the wearing fixing portion and connecting the two, the pressure sensor set is positioned on the inner side of the fastening belt, the gravity inductor is positioned in a cuboid of the wearing fixing portion, the wireless communication module and the cursor movement module are positioned inside the equipment body, and the groove for battery assembling and disassembling is formed in the equipment body. During mouse simulating, the finger-wearing devices are worn on three fingers respectively in a certain wearing manner, and each finger triggers a mouse button and matches with waggling to operate the finger-wearing equipment.

Description

technical field [0001] The invention relates to a multifunctional finger wearable device capable of simulating a mouse, belonging to the field of computers. Background technique [0002] The appearance of the mouse greatly facilitates the operation of the display system. However, it is easy to form a "mouse hand" when using a mouse designed in a supine position for a long time. The mouse design method based on ergonomics solves this problem to a certain extent. However, The shape of the mouse tends to be fixed. Because users have slight differences in the shape required by the comfortable state of the mouse, 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 index finger and The usage rate of the middle finger is very high. After using the mouse for a period of time, the user will try to use the ring finger and little finger to operate the mouse to relieve the uncomfort...

AI Technical Summary

Problems solved by technology

[0002] The appearance of the mouse greatly facilitates the operation of the display system. However, it is easy to form a "mouse hand" when using a mouse designed in a supine position for a long time. The mouse design method based on ergonomics solves this problem to a certain extent. However, The shape of the mouse tends to be fixed. Because users have slight differences in the shape required by the comfortable state of the mouse, 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 index finger and The usage rate of the middle finger is very high. When users use the mouse for a period of time, they 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.

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