Holographic imaging equipment for medical examination based on 5G communication technology

Abstract

The invention discloses holographic imaging equipment for medical examination based on a 5G communication technology. The equipment comprises a 5G communication module, and also comprises a fixed base, a protection cover, a motor I, a rotating shaft, a rotating plate, an LED lamp, an operation platform, a placement groove, a motor II, a rotating platform, a guide rail ring, a sliding block sleeve,a detection cover, and a CMOS image sensor. Firstly, by rotating an image acquisition mechanism, a visual image of a patient in the head-on direction can be acquired, 180-degree rotation of the bodyof the patient can be realized under the condition that the patient keeps a fixed posture, so that the back of the patient is scanned; secondly, due to the adoption of the upper and lower groups of rotary image devices, a 3D holographic image which is in one-to-one correspondence with the figure of the patient can be formed, so that medical staff can conveniently inspect the body surface state orthe affected part of the patient by observing the holographic image; and acquired data of a hospital A device can be transmitted to a hospital B device in a 5G signal coverage area for holographic image display, and finally, the purpose of remote holographic image medical examination is achieved.

Description

technical field [0001] The present invention relates to the technical field of wireless communication medical inspection, in particular to a holographic imaging device for medical inspection based on 5G communication technology. Background technique [0002] 5G, the full name of the fifth-generation mobile phone mobile communication standard, is also called the fifth-generation mobile communication technology. Due to the rapid development of the Internet of Things industry, there are higher requirements for network speed, which promotes the development of 5G networks. Among them, the main goal of 5G network is to keep end users always connected to the Internet, and at the same time based on the high efficiency and speed of 5G communication, it has preliminary applications in the fields of artificial intelligence, unmanned vehicles, distance education, and 3D imaging. [0003] According to the above, in the medical field at present, there is a problem that has always plagued...

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Problems solved by technology

[0003] According to the above, in the medical field at present, there is a problem that has always plagued the industry personnel, that is, how to quickly, conveniently and accurately facilitate the online diagnosis of remote patients by medical experts, although the existing technology has already used Internet technology, For example: video, live broadcast and other methods have achieved a certain degree of remote online medical examination, but due to the constraints of network speed technology and other aspects, medical experts cannot observe the patient's general state or condition in a more intuitive or relatively real way , specifically the following questions:

[0004] 1. With existing medical detection devices, the patient needs to lie on the detection bed. Therefore, after the patient’s frontal scanning and acquisition are completed, due to the interference and obstruction of the bed board, the scanning and acquisition of the patient’s back cannot be realized. At the same time, due to the condition of some patients and the Due to physical factors, it is also inconvenient to actively turn over, so it has a great impact on actual use

[0005] 2. Although there are some holographic projection devices in the prior art, which can project the appearance of people, the projected proportions are inaccurate. For example, the real wound size of a patient is 5 cm, but the existing holographic projection devices display Generally, they are scaled down, which affects the intuitive judgment of medical staff and the selection of follow-up related treatment measures.

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