Auxiliary diagnosis device for medical care radiation

Abstract

The invention discloses an auxiliary diagnosis device for medical care radiation. The auxiliary diagnosis device comprises a bed board, wherein bed frames are respectively arranged on two sides of thebed board; a universal wheel is arranged at the bottom of each bed frame; a storage box is arranged at the upper part of the bed frame; a lead and rubber protection apron is placed in the storage box, and consists of a plurality of apron cloths; tying belts are respectively arranged on two sides of the apron cloths; a first cylinder and a second cylinder are separately arranged at two ends of thebed board; and the first cylinder is connected with a first sliding block through an air cylinder effecting end, and the other side of a fixing plate block is connected with a rear moving bed board.According to the auxiliary diagnosis device disclosed by the invention, a patient can be subjected to omnidirectional safety protection, the pertinence is high, the protection is comprehensive, and the height and the oblique degree of the bed board can be adjusted in a real-time manner according to the situation of different patients, so that the purpose of adjusting the body position of the patient is achieved, the requirements for radiation diagnosis and treatment can be better met, the patient can communicate with medical personnel in time, and the working efficiency of diagnosis and treatment is improved.

Description

technical field [0001] The invention relates to the technical field of medical radiation, in particular to an auxiliary diagnostic device for medical radiation. Background technique [0002] The Department of Radiology is an important auxiliary examination department of the hospital. In the construction of modern hospitals, the Department of Radiology is a department that integrates inspection, diagnosis and treatment. Many diseases in various clinical departments must be diagnosed and assisted by radiology equipment inspection. The equipment in the radiology department generally includes ordinary X-ray filming machines, computerized radiography systems, direct digital radiography systems, computerized tomography, nuclear magnetic resonance, digital subtraction angiography systems, etc. The radiology department has always been a general hospital It has made great contributions to the hospital's medical and health research and teaching work. With the organic combination of c...

AI Technical Summary

Problems solved by technology

With the organic combination of computer technology, modern physics, electronics and traditional radiology, modern radiation medicine has been inserted with high-tech wings, and the radiology department has shown new vitality in the medical field, and has played an important role in the diagnosis and treatment work. It is becoming more and more irreplaceable. When using radioisotopes or radiation for diagnosis, treatment, and inspection of subjects and patients, the exposure and dose must be strictly controlled to avoid unnecessary exposure. Patients who come to the radiology department for examination and treatment cannot enter and wait , in order to prevent the harm caused by ionized air. When the radiology room is working, the protective door is closed to prevent unnecessary damage caused by radiation leaking into the corridor. Children and pregnant women should try to avoid X-ray exposure when they are inspected. During the examination, the lower abdomen of the patient should be covered with a lead coat to prevent the gonads and fetus from receiving excessive radiation. After the fluoroscopy is performed, the patient should immediately leave the radiology department and stay away from the examination room after receiving the examination results. In the prior art, the traditional The lead clothing used in the radiological examination process is mostly covered on one side...

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