Electron mirror clean keeping infection preventing equipment for medical detection and application method of electron mirror clean keeping infection preventing equipment

Abstract

The invention relates to a cleaning and clean keeping device for a human body electron detection mirror and an application method. The cleaning and clean keeping device specifically at least comprisesan equipment body, an infection preventing cylinder and a sterilization device. The infection preventing cylinder is specially used by special people. The sterilization device is arranged at the bottom of the equipment body. The infection preventing cylinder is assembled in the space in the infection preventing equipment body. The infection preventing cylinder is arranged on the bottom end face of the sterilization device. The shape of the part of the contact face of the upper end face of the sterilization device and the bottom of the infection preventing cylinder is a protruding block in anygeometrical shape. The contact part of the bottom of the infection preventing cylinder and the upper end face of the sterilization device is a groove with a corresponding shape. The outer end face ofthe base of the infection preventing cylinder and the upper end face of the bottom end face of the sterilization device are arranged in a convex-concave sleeving manner so that the infection preventing cylinder specially used by special people can be conveniently sleeved and replaced. According to the cleaning and clean keeping device for the human body electron detection mirror and the application method, the problem of repeated multi-time contact with a contaminated electron mirror and cross infection does not exist, and the cleaning and clean keeping device is high in practicability and has wide purposes particularly in the fields of medical treatment, hospitals and the like.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a cleaning device and a use method of an electronic inspection mirror for human body. Background technique [0002] The electronic detection mirror is a medical electronic optical instrument that can be inserted into the human body cavity and the inner cavity of organs for direct observation, diagnosis, and treatment. It integrates high-tech technologies such as light, mechanics, and electricity. Due to its small size, the object in the cavity to be observed is converted into image information through the tiny objective optical system, and then the received image signal is sent to the image processing system through the image guide fiber bundle, and finally the processed image is output on the monitor. The images are for doctors to observe and diagnose. The application of electronic mirrors is of great significance to the physical examination of the lungs, stomach, intestines, la...

AI Technical Summary

Problems solved by technology

Due to its small size, the object in the cavity to be observed is converted into image information through the tiny objective optical system, and then the received image signal is sent to the image processing system through the image guide fiber bundle, and finally the processed image is output on the monitor. The images are for doctors to observe and diagnose. The application of electronic mirrors is of great significance to the physical examination of the lungs, stomach, intestines, larynx, bronchus, etc. in the human body and the prevention and discovery of organ lesions. The electronic mirror has been polluted by human body fluids and bacteria and viruses in the lesion. The polluted electronic mirror has undoubtedly become a source of infection for viruses, bacteria and infectious diseases. In this case, the electronic mirror brings convenience to medical testing and diagnosis. Inevitably cause direct infection or pollution to objects and different human bodies in contact with the electronic mirror. Because the structure of the electronic mirror is easy to hide dirt, and the electronic mirror is relatively expensive and its probe is fragile, it cannot be cleaned with a strong mechanical method. Disinfection. Most of the current methods of disinfecting electronic mirrors are repeatedly cleaned and soaked by cleaning and disinfection devices. However, the problems of the current cleaning methods are that the cleaning is not thorough, the mechanical strength of the cleaning is not enough, and the electronic mirror is limited by its fragility and damage. Long cleaning time and high labor intensity

In addition, since the cleaning tank of the existing cleaning equipment cannot be replaced, after repeated contact between the cleaning tank and the polluted electronic mirror, the tank body has also become a source of infection of diseases, and cleaning the electronic mirror with the tank body has Cross-infection increases the risk of infectious disease

Images