Vehicle-mounted protective device for portable digital radiography (DR) equipment

Abstract

The invention discloses a vehicle-mounted protective device for portable digital radiography (DR) equipment. The vehicle-mounted protective device comprises a frame (1), wherein a hanging plate (2) is suspended in the frame (1) through springs (3), a shock absorption fixing case (4) is connected to the hanging plate (2), and a DR board protection case is assembled in the shock absorption fixing case (4). The vehicle-mounted protective device consists of an outer frame which is fixed on a vehicle, the DR board protection case for holding a DR board, the shock absorption fixing case for fixing the DR board protection case and the hanging plate for fixing the shock absorption fixing case, wherein the hanging plate is connected with the outer frame through damping springs, so as a form a suspension device, so that the impact, collision and vibration forces which are applied to the DR board arranged in an inner frame can be absorbed by the springs during the transportation process; in addition, an anticollision isolation rail effectively prevents other weights in the vehicle from laterally colliding the DR board. An X-ray machine head is vertically arranged, so that the transportation space is greatly saved; and moreover, the problem that the case is too heavy to move if all parts are intensively arranged in the case is solved.

Description

technical field

[0001] The invention relates to a vehicle-mounted protection device for portable DR equipment. Background technique

[0002] Digital X-ray transillumination technology has been widely used in the medical field, among which the most mature product is DR (Digital Radiography), which is currently the more popular digital X-ray photography technology. With the continuous progress of science and technology, relying on the continuous maturity of heat dissipation technology, the original hospital water-cooled DR board was improved to an air-cooled type, and the volume was greatly reduced. After being made into a portable DR imaging board, it can be widely used in industrial digital radiography. . Because it omits the dark room processing link of traditional film transillumination technology, the work efficiency is greatly improved. In addition, the use of DR ray imaging can greatly reduce the absorption of radiation dose by the staff, and the digital files formed a...

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