Lead wire storage device of electrocardiogram monitor

Abstract

The invention discloses a lead wire storage device of an electrocardiogram monitor. The lead wire storage device structurally comprises a lead wire storage groove, a rear cover frame groove, an integrated electric plate seat, a button strip plate, a display screen and a start-stop button seat. According to the lead wire storage device, the lead wire storage groove is matched with the integrated electric plate seat, and the integrated electric plate seat is used for switching on a lead wire to be adaptively inserted into a storage inner groove to achieve use operation of the electrocardiogram monitor; after standing, the lead wire is erected, and the arc buckle soft cushion wrapping clamping end of an arc buckle soft cushion seat is attached to a ball cap, so that the effect of reducing theabrasion coefficient by point contact type rolling friction is conveniently achieved; and the subsequent lead wire end is matched with a wire end clamping frame to achieve gripping, and an end cap issubjected to plate pressing, reverse buckling and sliding pressing operation, so that the effect of storing the lead wire by a trigger switch is achieved, the lead wire maintenance degree and the equipment storage efficiency of the electrocardiogram monitor equipment are improved, and the light carrying and assembling efficiency of the electrocardiogram monitor is improved.

Description

technical field [0001] The invention relates to a lead wire storage device for an electrocardiographic monitor, which belongs to the medical field. Background technique [0002] The ECG monitor is the hospital's continuous ECG observation of the patient and continuous evaluation and response equipment for other patient's physical index. It is convenient for the nurse to record the patient's health status, and assist the doctor to analyze the data to diagnose the condition and improve the process of the patient's treatment as soon as possible. At present, Disadvantages of common technologies to be optimized include: [0003] The lead wire of the ECG monitor is the result of the integration of multiple slots and single-strand wires. When the lead wire and the device are not in use, it is necessary to buckle the end cap of the lead wire with built-in protection, but the reverse buckle Due to the internal rigid friction force, the subsequent rubber insulation shell of the lead ...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a lead wire storage device for an ECG monitor to solve the problem of the lead wires of the ECG monitor being integrated with multiple slots and single-strand wires. When the lead wire and the device are not in use, it is necessary to buckle the end cap of the lead wire with built-in protection, but the reversed buckle of the clamping housing seat groove will cause the subsequent lead wire rubber to The insulating shell peels off the edge layer, which affects the safety protection insulation efficiency of the terminal, and easily causes leakage when the lead wire is plugged in, resulting in large current fluctuations of the ECG monitor and continuous deviation of monitoring information.

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