Anti-explosion electronic device and method thereof

An anti-explosion electronic device, comprising:

• an anti-explosion shell, comprising:
• a battery slot, comprising:
• a slot space, configured to contain a battery having electrodes;
• a slot inner wall;
• wherein a fastener and a magnetic fastener are respectively mounted on two opposing sides of the slot inner wall, and the magnetic fastener is movably mounted on the slot inner wall;
• and
• a slot opening;
• a battery slot cover, detachably mounted on the slot opening, and comprising a first fastener structure and a second fastener structure;
• wherein the first fastener structure is configured to be fastened with the fastener of the battery slot, and the second fastener structure is configured to be fastened with the magnetic fastener of the battery slot;
• wherein when the battery slot cover is fastened with the slot opening of the battery slot, the slot space is sealed air-tight;
• a pogo pin, mounted on the slot inner wall of the battery slot, and comprising at least one movable pin head;
• wherein each of the at least one movable pin head comprises a magnetic element, and the at least one movable pin head is configured to electrically contact one of the electrodes of the battery;
• a first Hall sensor, mounted on the anti-explosion shell, facing the magnetic fastener, and configured to sense a first movement of the magnetic fastener and to generate a first Hall signal according to the first movement of the magnetic fastener;
• a second Hall sensor, mounted on the anti-explosion shell, facing the pogo pin, and configured to sense a second movement of the at least one movable pin head and to generate a second Hall signal according to the second movement of the at least one movable pin head;
• at least one temperature sensor, mounted on the anti-explosion shell, and generating a temperature signal;
• at least one pressure sensor, mounted on the anti-explosion shell, and generating a pressure signal;
• a processor, electrically connected to the pogo pin, the first Hall sensor, the second Hall sensor, the at least one temperature sensor, and the pressure sensor;
• wherein when the processor determines that a first changing amount of the first Hall signal is greater than a first threshold or that a second changing amount of the second Hall signal is greater than a second threshold, the processor enters a safety mode;
• wherein when the processor determines that the temperature signal is greater than a temperature threshold, the processor enters the safety mode;
• wherein when the processor determines that the pressure signal is greater than a pressure threshold, the processor enters the safety mode.