Special high-definition visual image management interaction device based on Internet of Things for endoscope

Abstract

The invention discloses a special high-definition visual image management interaction device based on Internet of Things for an endoscope. The special high-definition visual image management interaction device comprises a front shell body, a rear shell body and a cover plate, wherein the rear shell body is internally provided with a power supply module, a data acquisition module, an industrial control board, a storage module, a display module with a touch screen, two loudspeakers, a heat dissipation module and an LCD driving module; the industrial control board comprises a processor unit, an image processing and displaying unit, a peripheral interface unit and an external interface unit; the processor unit is used for processing a signal acquired from the data acquisition module; the image processing and displaying unit is used for processing and displaying a signal from the processor unit; the storage module is used for storing data by adopting a solid state disk; the LCD driving module is used for driving the touch screen in the display module. The special high-definition visual image management interaction device disclosed by the invention can be used for carrying out high-definition recording on an operating room environment and a video of the endoscope in an operating process; a picture has high definition and no lagging; the high-definition video can be stored in cloud and be locally stored and snapped in real time, and illness cases can be edited, printed and stored.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a dedicated high-definition video management interaction device for endoscopes based on the Internet of Things. Background technique [0002] With the rapid development of medical equipment today, due to technical limitations, the following technical problems inevitably arise: [0003] 1. The recorded video picture is not clear: in the current surgical camera, most machines can only record standard definition video, which cannot clearly record the texture of the lesion during the operation and the detailed information of the part during the operation, and can only be seen The contours of the organs in the operation are far from meeting the doctor's requirements for capturing the details of the operation screen and the demand for a true restoration of the operation scene. [0004] 2. Although some products can record high-definition video, they are prone to freeze:...

AI Technical Summary

Problems solved by technology

[0003] 1. The recorded video picture is not clear: in the current surgical camera, most machines can only record standard definition video, which cannot clearly record the texture of the lesion during the operation and the detailed information of the part during the operation, and can only be seen The outline of the organs in the operation is far from meeting the doctor's requirements for capturing the details of the operation screen and the demand for a true restoration of the operation scene

[0004] 2. Although some products can record high-definition video, they are prone to freeze: Although some products can record high-definition video, the video freezes seriously. The explanation of the operation time is grasped; at the same time, the stuck video cannot completely record the real operation scene in the operation

[0005] 3. At present, there is no equipment that can not only record audio and video, but also manage case reports on the spot: after the operation, the doctor usually issues a case report to the patient, which is convenient for the doctor to check and use, but usually the hospital is equipped with a separate workstation. Due to the use of operating room space and other reasons, the workstation is generally placed in another room, and the doctor needs to run back and forth to edit the medical records, which is troublesome and will also affect the progress of the operation and increase the workload of the doctor.

[0006] 4. There is no device on the market that can transmit 4G in real time and provide remote surgical guidance anytime, anywhere: During surgery, sometimes unexpected situations occur that cannot be judged by doctors, and telemedicine assistance is needed at this time, but in a short period of time The doctor cannot be present, so it is easy to delay the operation and delay the best diagnosis time of the operation

The contents described in this patent document are all live video broadcasts, without audio communication, without the functions of video collection and video broadcast, and unable to realize real-time interaction, local storage, editing, query and other functions

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