DRX ray anti-radiation photographing device

Abstract

The invention discloses a DRX ray anti-radiation photographing device. The DRX ray anti-radiation photographing device comprises a bulb tube ray area, a physical examination area and a ray emission area, wherein the bulb tube ray area, the physical examination area and the ray emission area are formed by sequentially arranging a front end plate, a support, a bottom plate, a front separation plate,a back separation plate, a back end plate, a first right side plate, a second right side plate, a third right side plate, a first left side plate, a third left side plate and a top cover into separations from front to back; the front end plate, the bottom plate, the front separation plate, the first right side plate and the first left side plate are assembled, and the suspension-type bulb tube ray area is composed between the obtained assembly and the top cover; the front separation plate, the second right side plate, the second left side plate and the back separation plate are assembled, andthe physical examination area is composed between the obtained assembly and the top cover and the bottom face; the back separation plate, the third right side plate, the third left side plate, the back end plate and the top cover are assembled, and the ray emission area is composed between the obtained assembly and the bottom face. The DRX ray anti-radiation photographing device has the advantages that the structure is reasonable, direct radiation damage of X rays to the non-examined body position of an examined person can be reduced, and the equivalent weight of X rays of periphery space outside a physical examination vehicle can also be effectively reduced and controlled.

Description

technical field [0001] The invention relates to medical equipment, in particular to a DRX ray radiation protection photography device. Background technique [0002] In the vehicle-mounted medical X-ray camera room in the prior art, basically, the X-ray tubes in the machine room and the medical examiners are not partitioned, and there is no supporting radiation protection facility. When the X-ray tube is exposed, the X-ray equivalent in the computer room is relatively high, and the radiation damage to the non-examined body position of the examinee is relatively large, and there are large equivalent X-rays exceeding the radiation protection requirements in a large area around the outside of the medical examination vehicle. Existence, and it is impossible to set up such a large-scale temporary control area for the parking medical examination. Thereby, unnecessary passive radiation damage is caused to parking around and passing groups. Contents of the invention [0003] The ...

AI Technical Summary

Problems solved by technology

As a result, unnecessary passive radiation damage is caused to people staying around the parking lot and passing groups

Images