8-12 meters drx ray anti-radiation photography medical examination vehicle

Abstract

The invention discloses a 8-12 m DRX-ray radiation resistant photographic physical examination vehicle. The 8-12 m DRX-ray radiation resistant photographic physical examination vehicle is characterized in that an X-ray bulb tube and a DR flat rack adopt configuration types which are tilted forwards and backwards. The X-ray bulb tube and the DR flat rack are fixed in cross-shaped center positions of the heights and widths; and by lifting a human body, the regional position of the examined body part of an examined person is adjusted to shoot an examination image. An operation area, a bulb tube ray area, a physical examination area and a ray emission area are arranged in the form of partitioned compartments. The internal heights of the operation area and the physical examination area are increased. An end plate, an inclined surface front side plate, a bottom plate, a front isolation plate, a middle isolation plate, a side isolation plate and a rear isolation plate are arranged in a photographic system in sequence from front to back. According to the 8-12 m DRX-ray radiation resistant photographic physical examination vehicle, 80% or more radiation injuries to the examined person can be integrally reduced, the internal height of the physical examination vehicle is increased, the 15% radiation injuries is also reduced, a vehicle-mounted X-ray photography radiation protection technology is effectively enhanced, the physical health of a broad examined group is protected, and the 8-12 m DRX-ray radiation resistant photographic physical examination vehicle is worth of being popularized and applied.

Description

technical field [0001] The invention belongs to the field of medical equipment of a medical examination vehicle, in particular to an 8-12 meter DRX ray radiation-proof photographic medical examination vehicle. Background technique [0002] The interior height of the traditional DRX radiography medical examination vehicle is 1900-2100mm, and the X-ray radiography system does not have partitions and compartments, and due to the limitation of the space in the medical examination vehicle, the limited space in the vehicle must be rationally allocated and used. The space design area is small, and because of the need of the center height of the X-ray photography equipment in the physical examination area. Due to the limitation of the height of the cabin, the distance from the center of the X-ray tube and the DR flat box to the roof is much smaller than the distance to the floor of the cabin. After exposure, the X-ray density on the DR flat box is higher than that of the DR flat box...

AI Technical Summary

Problems solved by technology

Due to the limitation of the height of the cabin, the distance from the center of the X-ray tube and the DR flat box to the roof is much smaller than the distance to the floor of the cabin. After exposure, the X-ray density on the DR flat box is higher than that of the DR flat box. The lower side of the box is much higher, which means that the interior of the compartment is not high enough, so the direct radiation damage to the examinee is relatively large, and seriously affects the health of the examinee.

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