ECG lead wire processing equipment for monitor

Abstract

The invention provides a kind of ECG lead wire processing equipment for a monitor, which belongs to the technical field of ECG lead wire processing equipment and includes a feeding seat and a retrieving pair socket, a feeding channel is opened on the bottom surface of the feeding seat, and a The stage barrier mechanism is symmetrically arranged, and the feeding seat is located at the position of the outlet below the feeding channel, and the inclined feeding control plate is symmetrically slid and inserted, and the opposite surface of the inclined feeding control plate is symmetrically embedded with a ratchet section for controlling the stage barrier mechanism Assemblies, feeding passages are provided on the front of the retrieving pair socket. The ECG lead wire processing equipment used in the monitor utilizes the combination of stage barrier mechanism, inclined feeding control board, ratchet segment assembly and quantitative mechanism, and greatly improves the accuracy of pin insertion on the premise of ensuring the accuracy of pin insertion. The inclusiveness of the insertion process effectively reduces the cost of its production and processing, improves the allocation rate of resources, and reduces the risk of patients using it.

Description

technical field [0001] The invention relates to the technical field of electrocardiographic lead wire processing equipment, in particular to an electrocardiographic lead wire processing equipment for monitors. Background technique [0002] The ECG lead line mainly collects and transmits the patient's physiological signals to the monitor host terminal, and the host terminal analyzes the collected and transmitted signal data and draws corresponding conclusions based on the analysis results. Therefore, the signal acquisition and transmission are stable and accurate. Sexuality is one of the important factors affecting the final conclusion, that is, an important factor affecting the life safety of patients. Therefore, there are also high standards for the production quality of ECG lead wires. [0003] There are many processes in the production and processing of ECG lead wires. Among them, the processing of connectors used to connect the host terminal is one of the most demanding ...

AI Technical Summary

Problems solved by technology

[0004] At present, in the process of connector production and processing, it is necessary to insert the pins into the plastic box seat after injection molding. The existing pin technology generally has two kinds of manual insertion and mechanical insertion. Among them, manual insertion is not only inefficient , the stability and accuracy are relatively low, and have been gradually eliminated with the development of society, and the mechanical pair is inserted in the whole process of pin insertion, and the relevant equipment components need to continue to maintain high-precision operation status. For The compatibility error of mechanical parts and the tolerance of mechanical loss error are low, which requires high equipment cost and equipment maintenance cost, which greatly increases the production cost of the connector, that is, the production cost of the ECG lead wire. In addition, There will also be cases of reducing production costs by reducing processing accuracy, but the quality of the produced connectors is relatively low, which will directly affect the stability and accuracy of the use of ECG lead wires, and correspondingly reduce the stability of signal data acquisition and accuracy, which in turn increases the risk of patient use

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