Medical equipment and fault detection and repair method thereof

Abstract

The invention provides medical equipment and a fault detection and repair method thereof, and the method comprises the steps: receiving a detection starting instruction for starting the detection of the medical equipment, and carrying out the fault detection of a detection item of the medical equipment in response to the received detection starting instruction; after the detection is completed, a detection report interface is generated, a detection report of the fault detection is presented on the detection report interface, and the detection report comprises a detection result of the fault detection and repair information of the fault. The detection result comprises information about the fault state of the detection item, the name of a fault device in the detection item and the fault type of the fault device. According to the medical equipment and the fault detection and repair method thereof, when the fault is detected, the minimum maintainable unit can be positioned, the fault repair prompt is provided, a user can complete fault repair according to the prompt, the fault processing efficiency is high, and the workload is small.

Description

technical field [0001] The present invention relates to the field of medical equipment, and more particularly, to medical equipment and its fault detection and repair method. Background technique [0002] Many medical devices have a self-checking function, such as defibrillators. The self-checking function is to detect faults and maintain them in time by detecting the board components of the equipment, so as to ensure that the equipment can be powered on, charged and discharged normally during emergency, and rescue patients in time. Therefore, the self-test function is one of the core functions of the defibrillator. [0003] Self-check mainly includes two types: automatic self-check and user self-check. Automatic self-test refers to the test that the defibrillator completes automatically at regular intervals according to the preset method; user self-test refers to the comprehensive test that the user completes manually by following the operation instructions on the defibril...

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Problems solved by technology

However, most of the self-test failures are not caused by hardware failures. The equipment does not need to be repaired. For example, the electrode plate is not in place or the electrode plate is not in good contact. When dealing with these problems, the maintenance personnel usually guide the user to repair the equipment by phone or email. Not only the efficiency of troubleshooting is relatively low, but also the workload of maintenance personnel is heavy

And some faults are indeed caused by hardware faults, such as the failure of the treatment board circuit, the fault of the charging circuit of the power board, etc. When dealing with such problems, the maintenance personnel cannot directly locate the faulty component, but need further analysis, resulting in very low fault handling efficiency. Low

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