Manufacture method of uterine cavity observer, as well as observer for implementing method

Abstract

The invention discloses a manufacture method of a uterine cavity observer. The method comprises the following steps of: 1) setting an observation mirror body; 2) setting a uterine cavity dilation device; and 3) detachably assembling the uterine cavity dilation device on the observation mirror body. The invention also discloses an observer for implementing the manufacture method of the uterine cavity observer. The method is simple, easy in realization and low in cost. The observer has a smart design, and can dilate the uterus by virtue of the uterine cavity dilation device when observing the situation in the uterus to obtain a larger observation range, so that changes of each part of the uterus can be accurately and quickly known, the accuracy of diagnosis is greatly improved, and safety and efficiency of operation are ensured. The uterine cavity dilation device is detachably assembled, and a split structure design is formed to enable repeated use of the observation mirror body part, so that use safety is ensured, cross infection is avoided, cost can be effectively saved, and environmental friendliness is facilitated.

Description

technical field [0001] The invention relates to the technology in the field of medical instruments, in particular to a method for manufacturing a uterine cavity viewer and the viewer for implementing the method. Background technique [0002] At present, hysteroscopy and hysteroscopy technology have been widely used clinically, and are important tools for gynecological diagnosis and treatment. For existing hysteroscopy, before the operation, the perfusion system needs to be activated first, and the perfusion system is directly injected into the uterus. The gas or liquid expands the uterus, and the gas or liquid directly contacts the inner wall of the uterus, and easily penetrates the inner wall of the uterus and enters the patient's circulatory system. This will cause many complications, such as: injury, bleeding, infection, complications of CO2 uterine distension, cardio-cerebral syndrome, uterine perforation, etc., resulting in surgical accidents. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0002] At present, hysteroscopy and hysteroscopy technology have been widely used clinically, and are important tools for gynecological diagnosis and treatment. For existing hysteroscopy, before the operation, the perfusion system needs to be activated first, and the perfusion system is directly injected into the uterus. The gas or liquid expands the uterus, the gas or liquid directly contacts the inner wall of the uterus, and easily penetrates the inner wall of the uterus and enters the patient's circulatory system

This will cause many complications, such as: injury, bleeding, infection, complications of CO2 uterine distension, cardio-cerebral syndrome, uterine perforation, etc., resulting in surgical accidents

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