A computer photoelectric mouse monitoring and analysis system

Abstract

The invention discloses a computer optical-mouse monitoring analysis system and relates to the field of computer hardware monitoring analysis systems. In the computer optical-mouse monitoring analysis system, an optical mouse comprises a power monitoring unit, a signal monitoring unit and a data signal transmission unit. The power monitoring unit is connected with a photodiode through a data monitoring and conversion module. The signal monitoring unit is connected with the photodiode through the data monitoring and conversion module. The power monitoring unit is connected with the data signal transmission unit in a data conversion and transmission mode. The signal monitoring unit is connected with the data signal transmission unit in a data conversion and transmission mode. Real-time power monitoring is conducted on the photodiode of the mouse by arranging the power monitoring unit in the mouse, action state monitoring is conducted on the photodiode of the mouse by utilizing the signal monitoring unit, analytical judgment is conducted on the photodiode state of the mouse through a power analysis unit and a mode judgment unit, and accordingly the abnormal situation of the photodiode of the mouse is effectively monitored.

Description

technical field [0001] The invention belongs to the field of computer hardware monitoring and analysis systems, in particular to a computer photoelectric mouse monitoring and analysis system. Background technique [0002] The photoelectric mouse detects the relative movement of the mouse to a surface through light-emitting diodes and photodiodes. Unlike a mechanical mouse, the rotation of two mutually perpendicular axes is driven by the rotation of the mouse ball to obtain the position of the mouse movement. The earliest optical mice needed to use a pre-printed mouse pad surface to detect mouse movement, while today's optical mice cannot detect mouse movement if they work on a transparent surface, such as a glass mirror. Laser diodes allow for better resolution and precision. Battery-operated wireless optical mice save power by blinking the optics intermittently, and the LEDs light up steadily only when motion is detected. [0003] However, when the power supply components...

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Problems solved by technology

[0003] However, when the power supply components or circuit conduction parts in the mouse are damaged or faulty, the photodiode in the mouse will be affected to a certain extent, and the mouse is used in a fault state for a long time, so that the performance of the internal photodiode will also be affected. How to effectively monitor and analyze the photodiode has become an important prerequisite for improving the efficiency of computer use and reducing the maintenance cost of the mouse.

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