Intelligent exposure dose control system

Abstract

The invention discloses an intelligent exposure dose control system and relates to the field of medical image control systems. According to the system, a patient information database is linked with apatient information collecting unit in a data information transmission mode; the patient information collecting unit is linked with a medical image database in the data information transmission mode;the medical image database is linked with an exposure dose adjustment and control unit in the data information transmission mode; the exposure dose adjustment and control unit is linked with an X-rayimage information analysis unit in the data information transmission mode; the X-ray image information analysis unit is linked with an X-ray machine in the data information transmission mode. Automatic collecting operation is conducted on patient information through the patient information collecting unit, corresponding judgment operation is conducted on patient data and exposure dose according tocollected correlative information of patients through the medical image database, and therefore accurate and effective judgment on the exposure dose can be achieved according to disease condition data and examination data of each patient.

Description

Technical field [0001] The invention relates to the field of medical image control systems, in particular to an intelligent exposure dose control system. Background technique [0002] The digital X-ray inspection equipment is composed of X-ray tube, mechanical support system, high voltage generator, flat panel detector, image acquisition system and other components. The image acquisition system sends the exposure parameters to the high voltage generator, and the high voltage generator generates up to A 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 that have irradiated the human body into digital signals, which are then converted into digital X-ray images by the image acquisition system. [0003] However, the main technology of the current X-ray machine is still to first determine the patient information through the operating physician, and then determine the patient inspection plan or exposure dos...

AI Technical Summary

Problems solved by technology

[0003] However, at present, the main technology of X-ray machines is still to first judge the patient information through the operating physician, and then determine the patient inspection plan or exposure dose based on the physician's work experience and technical level, and determine the exposure dose according to the condition of each patient; overall Manual operations are still required during the inspection process, which usually causes patients to make incorrect operations on the inspection data during the inspection; how to accurately and effectively determine the exposure dose based on each patient's condition data and inspection data has become an important issue to be solved one of the problems

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