Portable detection device and portable detection method based on neuromuscular electric stimulation device

Abstract

The invention provides a portable detection device and a portable detection method based on a neuromuscular electric stimulation device. The portable detection device comprises a housing, a circuit board, a software system, and a touch screen. The housing comprises a main housing body, key caps, and installation fixing members. The circuit board comprises a relay network, a resistor network, a signal conditioning circuit, a CPU single-chip microcomputer, and a power supply module. By adopting the automatic control, the safety protection, and the circuit conversion of the relay network, the switching of the load resistors having different resistance values of the resistor network, the amplification of the signals of the signal conditioning circuit, and by additionally providing a signal zero point circuit, sampling precision and sampling stability are improved, precision of detected electric parameters and waveforms is higher, and linear errors are reduced. The portable detection device has a simple structure, and is widely used in a medical device detection field and an industrial control field.

Description

technical field [0001] The invention relates to the field of precision instrument detection, in particular to a portable detection device and method based on a neuromuscular electrical stimulator. Background technique [0002] In medicine, neuromuscular electrical stimulators are commonly used to send out electrical pulse sequences to induce muscle movement, stimulate specific muscle groups to make them twitch or contract, and then achieve the technology of "functional" restoration. The size of the electric pulse output by the instrument is directly related to the effect of the treatment, and the stability of its electrical parameter output plays a vital role in the progress of the treatment. At present, the traditional electronic detection instruments have inaccurate readings, insufficient sensitivity and line The type error is relatively large, so it cannot be well applied to the electrical testing of precision instruments. Therefore, it is necessary to design a portable ...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a portable detection device and method based on a neuromuscular electrical stimulator to solve the problems of inaccurate readings, insensitive responses, and large linear error of current traditional electronic detectors, which cannot be well applied to the electrical properties of precision instruments. detection problems

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