Portable endoscopic medical platform system

Abstract

The invention discloses a portable endoscopic medical platform system comprising a lens part, a tube body, a handle and a portable host, wherein the lens part is arranged in a front end of the tube body and comprises a light source group, an image sensor and an image signal processor, the other end of the lens part is connected to the handle, a plurality of functional keys are arranged at the outside of the handle, the plurality of functional keys are separately connected with a central processor to operate and control the camera shooting function of the lens or an illuminating function of the light source, and the portable host is connected to the central processor of the handle. According to the portable endoscopic medical platform system disclosed by the invention, the main operation control mechanism is arranged at the position of the handle, therefore medical surgeries can be performed conveniently, and thus the use value is improved.

Description

technical field [0001] The invention relates to a portable endoscope medical platform system. The image sensing processing mechanism and the operation control mechanism of the light source in the lens part at the front end of the endoscope tube body are mainly arranged at the handle, and the central processing unit and the system The host is independent, and can be used with a portable host, so as to facilitate the monitoring and execution of medical operations. Background technique [0002] Early endoscopes mainly consisted of a host system and a tube body. A lens module was arranged inside the front end of the tube body. Most of the control mechanisms were located on the host system. Therefore, the overall volume of the host system was quite large, and the host Usually comprise a plurality of independent bodies again, and a plurality of independent bodies are used for controlling the different functions of endoscope respectively, so, this structure except not having maneuv...

AI Technical Summary

Problems solved by technology

[0002] Early endoscopes mainly consisted of a host system and a tube body. A lens module was arranged inside the front end of the tube body. Most of the control mechanisms were located on the host system. Therefore, the overall volume of the host system was quite large, and the host It usually includes a plurality of independent bodies, which are used to control different functions of the endoscope respectively. Therefore, this structure is very inconvenient for medical staff in performing medical operations except that it does not have mobility.

[0003] The applicant of this case once filed an application for Invention Patent Application No. 103141282 in Taiwan, China, which is mainly aimed at improving the transmission quality of existing image signals, and is still insufficient for improving the efficiency and convenience of medical operations

In addition, the connection of the various mechanism components of the existing equipment is a combination of specific specifications, which is not universal, which also leads to high fixed costs and lack of economic competitive benefits. Causes secondary use infection, so there is great room for improvement

In addition, if figure 1 Shown is the application method proposed by Texas Instruments for the existing endoscope system, which mainly includes the use of a specific driver to obtain sufficient light source, so that the camera module can obtain a clearer image, and according to the location of the image sensor and the The director decides whether to install a low-interference driver to transmit the signal and the power supply technology used, and finally explains the analysis and processing technologies such as image output, conversion and amplification, but this is still only the technology for the obtained image quality Improvement, but does not help the user's convenience in actual operation

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