Chip self-destruction device

Abstract

The invention discloses a chip self-destruction device. The invention belongs to the technical field of electronic information security. The device is arranged between a heat dissipation cold plate and a printed board PCB. The device comprises a rotatable movable hook, a rotatable movable plate, a horizontally arranged sliding connecting rod, a spring and a limiting rod which is used for pushing the movable hook; the free end of the movable plate is provided with a clamping hole and a downward destroying sharp point; the hook part of the lower end of the movable hook and one end of the pushingrod of the sliding connecting rod are both matched with the clamping hole of the movable plate; the movable hook and the pushing rod are located at different sides of the movable plate. According tothe chip self-destruction device, when a chip is used, the chip self-destruction device is automatically prohibited, so that accidental self-destruction is prevented, and therefore, the chip is protected. The chip self-destruction device has the advantages of stable performance, convenient installation and simple structure. The device can perform self-destruction protection automatically after thechip is powered off, so that the device is convenient to use.

Description

Technical field [0001] The invention relates to the technical field of electronic information security, in particular to a chip self-destruction device. Background technique [0002] With the rapid development of electronic information technology, the security, anti-theft, and confidentiality of electronic information have become important issues today. Traditional self-destruction methods are mostly limited to software-controlled self-destruction, and the chip is burnt due to over-voltage. However, because the chip is not completely physically damaged, it is possible to obtain fragment information after physical repair. There are still certain security risks. [0003] Although there are some devices on the market that physically destroy electronic chips, some of these devices are complicated in structure and cause high manufacturing costs; some are inconvenient to install. For example, the patent publication number CN108052837A proposes a chip mechanical self-destruction device wi...

AI Technical Summary

Problems solved by technology

Traditional self-destruction methods are mostly limited to software-controlled self-destruction, and the inside of the chip is burned by electricity. However, because the chip is not completely physically damaged, it is possible to obtain fragment information after physical repair, and there are still certain security risks.

[0003] Although there are also some devices on the market that physically destroy electronic chips, some of these devices have complex structures that lead to high manufacturing costs; It needs to be compressed and stored during installation, which is not convenient for installation; some provide independent battery or power supply to work normally, etc.

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