Intelligent, full-automatic and digitized medical X-ray inspection equipment

Abstract

The invention discloses intelligent, full-automatic and digitized medical X-ray inspection equipment. The intelligent, full-automatic and digitized medical X-ray inspection equipment comprises a frame. One side of the frame is connected with a first movable arm. The other side of the frame is connected with a second movable arm. The second movable arm is connected with an X-ray emitting device. Apatient information collection system is arranged on a flat panel detector. The equipment can control KV value of X-ray exposure and ensure precise control of exposure dose so that more precise imagesare obtained for later-period diagnosis. By inputting inspection information and body data information on patients into a control system, the frame is controlled to automatically operate at the appointed inspection position. Without manual intervention, workload of doctors is reduced so that working efficiency is increased. By equipping a conventional X-ray system with more intelligent data information collection sensors, artificial intelligent technology is combined into the conventional digitalized X-ray system. The overall system does not need manual intervention. The requirement for professional standards of personnel is set lower. The intelligent, full-automatic and digitized medical X-ray inspection equipment is of great economic value and good for quick popularization.

Description

technical field [0001] The invention relates to the technical field of X-ray inspection, in particular to an intelligent full-automatic digital medical X-ray inspection equipment. Background technique [0002] Digital X-ray inspection equipment consists of X-ray tubes, mechanical support systems, high-voltage generators, flat panel detectors, and image acquisition systems. The image acquisition system sends exposure parameters to the high-voltage generator, which generates up to The voltage of 150kv excites the X-ray tube to generate X-rays to irradiate the human body. The flat-panel detector converts the X-rays irradiated on the human body into digital signals, which are then converted into digital X-ray images by the image acquisition system. [0003] At present, the same kind of X-ray inspection equipment needs to be controlled by the operating doctor. The main technology is to judge the patient information by the operating doctor, so as to determine the patient examinati...

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Problems solved by technology

[0003] At present, the same kind of X-ray inspection equipment needs to be controlled by the operating doctor. The main technology is to judge the patient information by the operating doctor, so as to determine the patient examination plan or the exposure dose. The quality of the X-ray image taken depends on the experience of the operating doctor. And the level of technology, the degree of intelligence is not high, and the artificial dependence is large. At present, the main technology controls the exposure dose through the AEC (automatic exposure control) of the high-voltage generator, and the exposure dose can only be controlled by the length of the exposure time. X The important influencing factors of the light image, such as the KV value, cannot be automatically adjusted by the current AEC

In the case where the patient's standing position is not fixed and the patient's body shape changes greatly, the effect is poor, and the current mainstream technology requires manual operation of the rack, which is time-consuming and the operation accuracy is not high

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