Integrated, mobile and minimally invasive electronic endoscope system

Abstract

The invention relates to the technical field of minimally invasive surgical equipment, in particular to an integrated, mobile and minimally invasive electronic endoscope system. The integrated, mobile and minimally invasive electronic endoscope system comprises a case and an electronic endoscope connected with the case. A display is disposed on one lateral panel of the case and used for displaying image information collected by the electronic endoscope. A pneumoperitoneum instrument module is disposed in the cavity of the case. Due to the fact that the electronic endoscope, the display and the pneumoperitoneum instrument module are integrated into the case, the integrated, mobile and minimally invasive electronic endoscope system is quite convenient to use and convenient to carry and move. Meanwhile, the integrated, mobile and minimally invasive electronic endoscope system adopts the integrated structure and is independently manufactured by one factory, so that the system is high in compatibility and quite convenient and fast in later maintenance.

Description

technical field [0001] The invention relates to the technical field of minimally invasive surgical equipment, in particular to an integrated mobile minimally invasive electronic endoscope system. Background technique [0002] With the development and progress of science and technology, endoscopic minimally invasive surgery has penetrated into various fields of surgery. As a device for providing a surgical environment, endoscopic systems have developed rapidly in recent years. The imaging principle of the electronic endoscope is to use the light emitted by the light source equipped in the TV information center to guide the light into the body cavity of the subject through the light guide fiber in the endoscope, and the CCD image sensor receives the light reflected from the mucosal surface in the body cavity. The light is converted into electrical signals, and then the signals are sent to the TV information center through wires, and then these electrical signals are stored and...

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Problems solved by technology

[0003] In the prior art, most endoscopic systems are a combination of various accessories, such as endoscopes, cameras, cold light sources, CO 2 Insufflation instruments, etc., have many deficiencies: First, poor compatibility. Various accessories of the endoscopic system come from different equipment manufacturers, with different grades and uneven quality. It is often difficult for different accessories to be used together. Compatibility, which affects the overall use effect; second, the maintenance cost is high, and the different manufacturers of various accessories and equipment have an impact on the maintenance of the equipment, which increases the difficulty of equipment maintenance; third, the most important thing is that there are so many accessories , when used, it is extremely inconvenient to move, and cannot meet the surgical requirements in some specific situations, such as first aid in the field

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