Method and apparatus for determining an individual motor parameter, electronic device, and storage medium

An apparatus for determining an individual motor parameter, comprising:

• an acquisition module configured to test a first motor parameter of a target type of a current motor in a motor assembly phase, and acquire a motor parameter set saved in a motor manufacturing phase;
• a calculation module configured to calculate a difference evaluation index between the first motor parameter and a second motor parameter of a corresponding type in the motor parameter set;
• and
• a determination module configured to determine that all motor parameters in the motor parameter set are effective individual motor parameters if the difference evaluation index is less than or equal to a preset index threshold;
• generating a corresponding parameter modifying model based on the difference evaluation index if the difference evaluation index is greater than the index threshold;
• and modifying all the motor parameters in the motor parameter set based on the parameter modifying model to obtain the effective individual motor parameters;
• the effective individual motor parameters are used to control the individual motor to vibrate.

An electronic device, comprising a memory and a processor, wherein the processor is configured to execute a computer program stored in the memory;

• and
• the processor, when executing the computer program, performs the method for determining an individual motor parameter, wherein the method comprising:
• testing a first motor parameter of a target type of a current motor in a motor assembly phase, and acquiring a motor parameter set saved in a motor manufacturing phase;
• calculating a difference evaluation index between the first motor parameter and a second motor parameter of a corresponding type in the motor parameter set;
• and
• determining that all motor parameters in the motor parameter set are effective individual motor parameters if the difference evaluation index is less than or equal to a preset index threshold;
• generating a corresponding parameter modifying model based on the difference evaluation index if the difference evaluation index is greater than the index threshold;
• and modifying all the motor parameters in the motor parameter set based on the parameter modifying model to obtain the effective individual motor parameters;
• the effective individual motor parameters are used to control the individual motor to vibrate.