Input device and data-processing method thereof

Abstract

The invention provides an input device and a data-processing method of the input device. The input device comprises a shell, a detecting unit, a data-processing unit and an output unit, wherein the shell comprises a curved-surface part and a holding part, wherein the curved-surface part is used for being contacted with a supporting surface; the holding part is used for enabling different points of the curved-surface part to be contacted with the supporting surface by holding the holding part to move by an operator; the detecting unit is used for detecting the moving direction and the moving speed of the movement to obtain detecting data when a first point on the curved-surface part is contacted with the supporting surface and moves to a state that a second point is contacted with the supporting surface; the data-processing unit is used for converting the detecting data into control data for input operation; and the output unit is used for outputting the control data. In the invention, the part of the input device contacted with the supporting surface is designed into a curved surface, and different points on the curved-surface part are contacted with the supporting surface by swinging the input device to output a control command, so that the input device can be placed on the soft supporting surface for use, and thereby the operating position and the operating posture of the operator can be randomly transformed when the input device is used.

Description

technical field [0001] The present invention relates to the technical field of electronic equipment, in particular to an input device for inputting operation instructions to electronic equipment and a data processing method of the input device. Background technique [0002] Electronic equipment usually has multiple types of input devices, such as for computers, including keyboards, mice, and game pads. [0003] Currently, using a traditional mouse requires movement on a flat, hard desktop to control the operating cursor. The operator must sit in front of the table and operate within the table with arms straightened. The posture is single. Long-term operation will cause potential damage to the operator's lumbar spine, arms, and finger tissues. [0004] For solving the problems referred to above, relevant manufacturers have also extensively researched and developed the mouse of various structural forms. For example, a motion sensor mouse in the prior art uses a miniature gyr...

AI Technical Summary

Problems solved by technology

The mouse with this kind of structure avoids the arm fatigue problem caused by the arm movement of the above-mentioned motion-sensing mouse due to the use of hand-held operation, but also because the mouse lacks support during operation, it is inevitable to use it for a long time. cause wrist soreness

[0006] Based on the above, the prior art still lacks an input device with an ordinary mouse input control function, but compared with an ordinary mouse, it does not need to be limited to a hard desktop for operation, and can be placed on any support surface for use, so that the operator can use it at will. Change the operating position and operating posture to solve the problem of physical damage caused by long-term single posture operation

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