Anti-explosion electronic device and method thereof

Abstract

An anti-explosion electronic device includes a pogo pin, a first Hall sensor, a second Hall sensor, at least one temperature sensor, at least one pressure sensor, and a processor on an anti-explosion shell. A battery slot and a battery slot cover of the anti-explosion shell may be fastened together air-tight. The first Hall sensor senses a first movement of a magnetic fastener on a slot inner wall of the battery slot and generates a first Hall signal according to the first movement. The second Hall sensor senses a second movement of a movable pin head of the pogo pin and generates a second Hall signal according to the second movement. When the processor determines the first Hall signal or the second Hall signal changes drastically, or the anti-explosion electronic device overheats or absorbs excessive pressure, the processor enters a safety mode to prevent the anti-explosion electronic device from exploding.