Intelligent endoscope

Abstract

The invention discloses an intelligent endoscope comprising an operation part, wherein one side of the operation part is connected with a lens main body through a scope body. Pressure sensors are arranged on the front end face of the lens main body, a suction pipe in a main frame and a suction apparatus, humidity transducers are arranged on the lens main body and the operation part, and the signals of the pressure sensors and the humidity transducers are connected with a pressure water and gas injection processing center and a humidity processing center through signal wires. The invention adopts the electronic technology to replace a mechanical water and gas injection valve and a suction valve, therefore the invention not only solves the problems that pains are brought to patients due to excess gas injection, and difficult is brought to operations owing to the blockage of a water and gas injection pipe, which is caused by bubbling up at a water injection inlet and reverse-current, but also solves the problems that indoor air pollution is caused by operation, the water and gas injection valve and the suction valve are not easy to disinfect and inject water and gas, and the suction components are easy to break down, further, the advance warning for the leakage of the endoscope is realized.

Description

technical field [0001] The invention relates to an endoscope, in particular to an intelligent endoscope. Background technique [0002] Fiber endoscopes and electronic endoscopes currently used clinically all use mechanical water injection and air injection valves and suction valves to realize the functions of water injection, air injection and suction. Since the water injection and gas injection are integrated valves, it is easy to cause air bubbles in the water injection and air injection port on the front surface of the lens to affect the inspection; it is easy to mistakenly inject a large amount of gas to bring pain to the patient and bring difficulties to the operation; it is also easy to cause pollutants to flow back into the water injection injection The trachea, resulting in blockage and pollution of the water injection and air injection pipe. Because the suction pipe joints at both ends of the suction valve body are narrow, they are easily blocked, resulting in poor...

AI Technical Summary

Problems solved by technology

Since the water injection and gas injection are integrated valves, it is easy to cause air bubbles in the water injection and air injection port on the front surface of the lens to affect the inspection; it is easy to mistakenly inject a large amount of gas to bring pain to the patient and bring difficulties to the operation; it is also easy to cause pollutants to flow back into the water injection injection The trachea, resulting in blockage and contamination of the water injection and air injection pipe

Because the suction pipe joints at both ends of the suction valve body are narrow, they are easy to block, resulting in poor suction, and it is not easy to clean, which is a hidden danger of incomplete disinfection.

In addition, water and air injection valves and suction valves are prone to failure

The existing endoscope uses a suction device to directly discharge the polluted gas in the viscera into the examination room, resulting in indoor air pollution

Whether the existing endoscope leaks can only be checked manually, and there is no strict electronic monitoring method to monitor dynamically. It is often discovered after the leak affects the inspection.

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