Trigger type simulative shutdown and anti-addiction intelligent power control method

Abstract

The invention discloses a trigger type simulative shutdown and anti-addiction intelligent power control method. A first interface and a second interface of a power switch are connected with two power switch pins of a mainboard, so that a line connection between the mainboard of a computer host and the power switch of a computer case is cut off; the computer can be normally switched on or off only by a key switch; after the computer is started through the key switch and a key is pulled out, the two power switch pins of the mainboard are disconnected, at the moment, a set time is adjusted through a key module, and the timing waits to be triggered by an external trigger end after the setting is finished; a timing control IC starts timing, and the set time is displayed in a display module, then a setter can leave and a user can normally use the computer; and when the set time is up, the computer is shut down from a hardware end, so that children and teenagers can be effectively prevented from performing cracking, parents unfamiliar with the computer can conveniently set and use the computer, and the children and the teenagers can be effectively prevented from being addicted to the use of the computer.

Description

technical field [0001] The invention relates to a computer control method, in particular to a trigger-type simulated shutdown anti-addiction intelligent power control method. Background technique [0002] At present, with the popularization and development of computers, the opportunities for children to access computers have greatly increased, and parents cannot monitor children's computer usage all the time, so they cannot effectively control the length of children's use of desktop computers, although there are also regular schedules Shut down computer software, but due to the complex configuration, parents need to have certain computer knowledge to use, and this kind of software is easy to crack and end the process, and the stability is not high. It can also be cracked and used in safe mode, especially there are a lot of software on the Internet to modify and crack the power-on password. Although there have been attempts to limit children's use of computers through softwar...

AI Technical Summary

Problems solved by technology

[0002] At present, with the popularization and development of computers, the opportunities for children to access computers have greatly increased, and parents cannot always monitor children's computer usage, so they cannot effectively control the length of time children use desktop computers. Shutdown computer software, but due to the complex configuration, parents need to have certain computer knowledge to use, and this kind of software is easy to crack and end the process, the stability is not high, children can turn on again after shutdown, even if the power-on password is set, children It can also be cracked and used in safe mode, especially at present there are a lot of software on the Internet to modify and crack the power-on password. Although the way of restricting children's use of computers through software has been tried, the effect is not ideal.

If children can be restricted from using computers by means of hardware, the restriction effect will be ideal, but there is currently no relevant hardware support on the market

The applicant currently has another design idea, which is to shut down the machine by simulating the switch signal of the host, but this function starts to execute immediately after the time is set, and it cannot be set with a time in advance, and then wait for a certain time to trigger the function

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