Electricity-saving managing method and system for computer peripheral devices

Abstract

The invention relates to an electricity-saving managing method and a system for computer peripheral devices. The invention is used for stopping the operation of at least one functional electronic component of the computer peripheral devices when the computer peripheral devices are in the electricity-saving mode. The method is completed in such a way that a sensor is started to detect the environmental parameter value of the computer peripheral devices; if the environmental parameter value changes, the functional electronic component is started to enter the operating mode and the operating status of the functional electronic component is detected within the set time; and if the functional electronic component is not operated, the sensor is reset to record the last-changed environmental parameter value so as to allow the functional electronic component to enter the electricity saving mode again.

Description

Technical field [0001] The invention relates to a power-saving management method and a system thereof, in particular to a power-saving management method and a system of a computer peripheral device. Background technique [0002] Due to the advancement of wireless technology, many computer peripheral devices (such as wireless mice, wireless keyboards, trackballs, game controllers, digital tablets, etc.) have adopted wireless communication design as a bridge to communicate with the computer host. Due to its wireless design, the power supply must come from the battery installed in the computer peripheral device itself. Because the power of the battery is limited, in order to solve the problem that users often replace the battery, a technology to save power is designed on the computer peripheral device. When the computer peripheral devices are not in operation, the normal state is maintained in a low power mode (power saving mode). This low power mode is also called sleep mode (SLEE...

AI Technical Summary

Problems solved by technology

However, the common problem of this type of design is that although the wake-up function can be achieved, these designs ignore the variables of the external environment in order to pursue the convenience of use.

Whether vibration or capacitance sensing is used as the basis for switching the power saving mode, it is easy to wake up the computer peripheral device due to unnecessary vibration or touch when carrying the computer peripheral device.

Due to the above reasons, the peripheral device of the computer cannot be in the power saving mode all the time, and it is easier to cause excessive power consumption by repeatedly waking up the peripheral device of the computer

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