Multifunctional ellipsoidal mouse

Abstract

The invention relates to a multifunctional wireless ellipsoidal mouse. The mouse body is in an ellipsoidal shape, and is formed by connecting an inner casing and an outer casing. The exterior of the outer casing is provided with a protruding point, and the interior is provided with a conductive rubber contact point. The conductive rubber contact and a double-electrode plate which is arranged on the inner casing and is electrically connected with a main circuit form a conductive rubber switch. An operating rod in the inner casing and a tact switch assembly which is connected with the inner casing form a mouse positioning position. The tack switch assembly is electrically connected with a switching circuit module. The operating rod is flexibly connected with a fixed column, and corresponds to the tack switch which is electrically connected with a main circuit. A miniature roller device is arranged under the fixed column and is electrically connected with the main circuit. The main circuit, the switching circuit module and a wireless communication module which is wirelessly connected with a wireless receiving device are respectively arranged on a main circuit board and are powered by a power supply battery. The tack switch is defined to the right key or left key of the mouse, the conductive rubber switch is defined to the left key or right key, and the miniature roller device is a mouse middle shaft key. The mouse is quick and flexible to operate, has strong voluntary property, and can effectively prevent the mouse hand phenomenon from occurring.

Description

technical field [0001] The invention relates to a computer mouse, in particular to a multifunctional ellipsoidal mouse, which is suitable for computer operation and input. Background technique [0002] For computer-operated positioning, a mechanical mouse or an optical mouse is usually used. These two kinds of mice all include a hard casing, operation buttons, a positioning device, and the like. The positioning of the mechanical mouse is achieved by rolling the rubber ball at the bottom of the mouse and rubbing the grid wheel rollers in the mouse in charge of the horizontal and vertical directions, driving the grid wheel to rotate, and finally realizing it; while the optical mouse uses the principle of optical induction and continuous picture data processing The surface of the object is scanned at high speed, and the position is realized by judging the displacement through the change. In addition to using optical components instead of traditional mechanical devices, the st...

AI Technical Summary

Problems solved by technology

There are following deficiencies in the above-mentioned mouse: 1, due to use the palm and support with the wrist during operation, long-time operation easily makes the wrist fatigue

2. The layout and operation mode of the mouse buttons are more complicated, and multiple fingers are required to be used in the operation, and different fingers correspond to different buttons and functions, which are difficult to remember and easy to confuse and forget

3. The volume is large, it is inconvenient to carry, and the operation of the mouse is not random

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