Digital X-ray photography system

Abstract

A digital X-ray photography system disclosed by the present invention comprises a fixed seat and a supporting seat, a counterweight mechanism is arranged between the supporting seat and the fixed seat, the counterweight mechanism comprises a buffer pad and a counterweight air bag, the buffer pad is connected with the supporting seat through a bolt, the buffer pad and the counterweight air bag are both filled with a buffer solution, and the counterweight air bag is connected with the fixed seat through a bolt. A guide pipe is arranged between the buffering cushion and the balance weight air bag, the balance weight air bag is bonded with the fixing base, a diagnostic bed is arranged on the outer wall of the top of the buffering cushion, and a first electric sliding rail is fixedly connected to one side of the outer wall of the top of the fixing base. The X-ray radiography system can be prevented from falling down due to stability reduction of the X-ray radiography system, so that the diagnosis of a patient is influenced, the patient is prevented from shaking during scanning, deviation during scanning is avoided, and the scanning result is influenced, the position of the diagnostic bed can be adjusted according to needs, and the diagnosis efficiency is improved. And physical examination of the patient is facilitated.

Description

technical field [0001] The invention relates to the technical field of medical diagnostic equipment, in particular to a digital X-ray photography system. Background technique [0002] Digital X-ray photography system is one of the commonly used diagnostic equipment in hospitals. It has the advantages of high intelligence, flexible flat tube movement, and all-round shooting. It can directly convert X-ray photons into digital images, and its resolution is high. High, clear and delicate images, can display digital images in real time, fast imaging speed, can be imaged on the screen in 5 seconds, improve work efficiency, reduce patient waiting time, and have image post-processing such as digital subtraction, edge enhancement, enlargement, black and white Functions such as flipping and image smoothing can extract rich and reliable clinical diagnostic information, especially for the discovery of early lesions, which can provide high-definition images with lower X-ray doses, and at...

AI Technical Summary

Problems solved by technology

[0003] When diagnosing a patient through a digital X-ray photography system, the patient is usually placed on a diagnostic bed, so that a full range of photographic scans are performed on the patient through the digital X-ray photography system, and the existing digital X-ray photography system is usually integrated Therefore, when the patient is lying on the diagnostic bed, the digital radiography system tends to shift to one side due to the gravity of the patient, resulting in poor stability of the digital radiography system

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