Automatic switch machine scheduling control method and system

Abstract

A system with automatic on-off scheduling and its automatic on-off scheduling control method, in which multiple groups of automatic on-off time can be set by the user, and the system time can be checked by using the periodic system interruption generated by the periodic interruption of the chip . When the system time reaches or exceeds the set automatic shutdown time, set the next startup time, and shut down directly after the setting is completed. After the next startup, restart the periodic system interrupt generated by the periodic interrupt to check the system time, and compare it with the next set of power-on / off time set by the user. The cycle is repeated continuously until all the set automatic power-on and power-off times are executed. Here, the scheduling control of multiple automatic power-on and power-off of the system is achieved through the firmware program.

Description

technical field [0001] The present invention relates to a system and its control method, in particular to a system with automatic on-off schedule and its automatic on-off schedule control method. Background technique [0002] Current electronic devices generally integrate many of the same components as a personal computer, such as a motherboard (Mother Board), random access memory (Random Access Memory; RAM), Basic Input Output System (Basic Input Output System; BIOS) and even a network. card etc. [0003] Because many times, the user cannot perform the action of starting the electronic device at a certain point of time due to reasons such as having to leave, so as to allow the electronic device to execute the booting process. However, if the user executes the power-on action on the electronic device first, it may cause problems such as idle operation of the electronic device and power consumption. Similarly, in many cases, the user has to leave and other reasons, but some...

AI Technical Summary

Problems solved by technology

[0005] However, the basic input and output system of the electronic device only provides one wake-up mechanism setting, and cannot provide multiple wake-up mechanism settings at different times

And the operating software in the electronic device can only provide the scheduled shutdown setting of the current time, but cannot provide multiple scheduled shutdown settings at different times

Neither the basic input and output system of the electronic device nor the operating program in the electronic device can provide the scheduling control of the automatic power on and off of the electronic device multiple times

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