Low-power-consumption key destroying device

Abstract

The invention discloses a low-power-consumption key destroying device which comprises a main board area, a power supply area, a key destroying module, an external power supply battery bin, a front panel area, a rear panel area, a left uncovering key, a right uncovering key, a front panel key destroying key and a water inlet sensor. The front panel key destroying key is arranged on the front panel area, the left uncovering key and the right uncovering key are respectively arranged on two sides of a cover plate connected between the front panel area and the rear panel area; the key destroying module performs information interaction with the control panel of the main board area through an interface; the key destroying module is electrically connected with the left uncovering key, the right uncovering key, the front panel key destroying key and the water inlet sensor through GPIO pins and used for enabling the key destroying module to conduct key destroying operation after receiving the switching value of a key destroying signal. According to the invention, various key-destroying trigger mechanisms under low power consumption are realized, and the key-destroying function under different scenes is realized through the detection of the semaphore and the cooperation of the circuit.

Description

technical field [0001] The present application relates to the technical field of security equipment, in particular, to a low-power consumption key destruction device. Background technique [0002] At present, most of the security protection functions used by security devices on the market are directly implemented on the motherboard, and the modularization of security protection functions has not been realized. This makes the safety protection designs of many motherboards duplicated in actual use, which may conflict with each other in actual use. At the same time, since the security protection functions are all integrated on the main board, it is impossible to adjust the design for the relevant modules of the security protection function independently, so that the product has certain design defects in the low power consumption processing of the security protection and the multi-power switching processing, which seriously affects the User experience, because the integration w...

AI Technical Summary

Problems solved by technology

This makes the safety protection design of many motherboards repeated in actual use, which may conflict with each other in actual use.

At the same time, since the security protection functions are all integrated on the main board, it is impossible to adjust the design for the relevant modules of the security protection function separately, so that the product has certain design defects in the low power consumption processing of the security protection and the multi-power switching processing, which seriously affects the User experience, because the integration with the motherboard also increases the maintenance cost of the equipment later, and the safety and reliability of the product cannot be effectively guaranteed

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