Mouse with touch area

Abstract

The invention discloses a mouse with a touch area, which comprises a touch pad and a touch pad sensor which are positioned on the side surface of the mouse, and is characterized in that the touch pad detects capacitance variation and converts the detected capacitance variation into coordinates of a third dimension; the touch pad sensor is located in a finger track conduction area on the surface of the touch pad, a cursor is positioned on a two-dimensional plane of a screen through plane movement of the mouse, and when a finger slides on the touch pad, positioning of a third dimension is generated, so that three-dimensional positioning of a point is achieved. According to the invention, the current use situation that the application of the current augmented reality technology depends on a handle is improved, a user does not need to move the handle spatially in the whole operation process, the user does not need to move spatially or carry out body actions on limbs, and the operation efficiency is greatly improved for the operation with large workload or long working time. In a working environment in which only functions are added by using original familiar equipment, the learning and adaptation cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of auxiliary equipment for electronic products, in particular to a mouse with a touch area. Background technique [0002] The mouse is an input device of the computer. It is named for its shape like a mouse. It can locate the horizontal and vertical coordinates of the computer monitor. It can be divided into several types such as rolling ball mouse, optical mouse, and wireless mouse. Wherein the photoelectric mouse first detects the displacement signal of the mouse, and converts it into an electric pulse signal, and then controls the movement of the cursor on the computer monitor through a program. [0003] Compared with the rolling ball mouse, the photoelectric mouse replaces the traditional rolling ball with a photoelectric sensor, making its positioning more accurate and moving more smoothly. Compared with the wireless mouse, the optical mouse has one more wire than the wireless mouse, but its response i...

AI Technical Summary

Problems solved by technology

[0015] The current mouse forms a three-dimensional space through the two-dimensional combination of different orientation views, such as CAD, sketchup, etc., are all two-dimensional working planes, which can only realize the two-dimensional positioning of the cursor on the current screen, and it is difficult to realize the midpoint of the three-dimensional space. position

When operating on a three-dimensional structure, it is necessary to spatially locate and operate related elements. The traditional mouse can only provide two dimensions, but in the scene of extended reality technology (VR, AR and MR), it is necessary to provide a third dimension to solve the problem of space. Moreover, the current application of extended reality technology often even relies on the handle, and the use of the handle requires the user to move the handle in space during the entire operation process, and sometimes even requires the user to move in space or physically Performing body movements, which is obviously unreasonable for jobs with a large workload or long working hours, and few people are currently developing other products

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