Electronic equipment, system for protecting electronic equipment, method for controlling electronic equipment, and storage medium

A method for controlling electronic equipment, the electronic equipment including an equipment body and a magnetic sensor apparatus assembled to the equipment body, the magnetic sensor apparatus having a control circuit and at least two magnetic field detectors that sense a magnetic field respectively in two sensing directions differing from one another, the control circuit being conductively connected to a motherboard of the equipment body, the method comprising:

• sending, by the control circuit, a sensor signal to the motherboard in response to determining that external magnetic induction sensed by each of the at least two magnetic field detectors is greater than a preset threshold corresponding to the each of the at least two magnetic field detectors;
• and
• sending, by the motherboard, a control signal to control the equipment body according to the sensor signal.

A non-transitory computer-readable storage medium having stored thereon instructions that, when executed by a processor, cause the processor to implement a method for controlling electronic equipment, the electronic equipment including an equipment body and a magnetic sensor apparatus assembled to the equipment body, the magnetic sensor apparatus having a control circuit and at least two magnetic field detectors that sense a magnetic field respectively in two sensing directions differing from one another, the control circuit being conductively connected to a motherboard of the equipment body, the method comprising:

• sending, by the control circuit, a sensor signal to the motherboard in response to determining that external magnetic induction sensed by each of the at least two magnetic field detectors is no less than a preset threshold corresponding to the each of the at least two magnetic field detectors;
• and
• sending, by the motherboard, a control signal to control the equipment body according to the sensor signal.