Method and device for automatic traversal testing of active implantable medical instruments

Abstract

An automatic traversal testing method and device for an active implantable medical instrument. The method comprises: acquiring inherent information of a tested circuit board (10) of an implantable device via a charging programmer (14) (S1); determining a distance value and a charging parameter based on the inherent information (S2A); transmitting the charging parameter to the charging programmer (14) and the tested circuit board (10) (S3A); controlling, based on the distance value, a movable tooling (11) so same adjusts the distance between the charging programmer (14) and an induction coil (15), and controlling the charging programmer (14) so same charges an incoming line for a power supply (12) via the sensing coil (15) and the tested circuit board (10) on the basis of the charging parameter (S4A); receiving an operating parameter fed back by the tested circuit board (10) based on the charging parameter (S5A); and determining whether the tested circuit board (10) is normal based on the operating parameter (S6A).

Description

technical field [0001] The invention relates to the technical field of medical equipment detection, in particular to a method and equipment for automatic traversal testing of active implantable medical instruments. Background technique [0002] Human implantable medical device (Implantable Medical Device, IMD) is a medical device installed inside the user's body. This device has a battery, a circuit board (with sensors, chips and other components) inside, and the IMD depends on the set program And operating parameters to achieve corresponding therapy, these operating parameters can adopt different settings according to the user's disease situation. Because of the different causes and conditions of users, the implantable medical devices installed in different users generally have different operating states. These operating states are reflected in the battery voltage, operating time, power, and current of the implantable medical devices. Size, frequency and many other aspects...

AI Technical Summary

Problems solved by technology

[0003] In order to ensure the stability and safety of the implanted part, it is usually necessary to conduct a comprehensive inspection of the implanted part. The existing scheme uses manual inspection of the whole machine, which is inefficient, and the whole machine includes circuit boards, batteries, etc. And electrodes and other components, the pertinence of the detection process needs to be improved

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