Split type X-ray imaging system and method for using same

Abstract

The invention provides a split type X-ray imaging system and a method for using the same. The split type X-ray imaging system comprises a trolley A1, a trolley B2 and an image postprocessing device. A track A and a track B are connected through a connector A and a connector B and can be separated, the connector A and the connector B are mechanically and electrically connected through mechanical spigots, the C-arm type or G-arm type X-ray imaging system can be formed through combination as needed, single-side and double-side x-ray imaging combination can be achieved, the purpose of multi-angle front and side position real-time imaging carried out by a doctor can be achieved, the system is convenient to operate, safe and reliable and achieves multiple purposes, and purchasing cost and use cost are reduced.

Description

technical field [0001] The invention relates to an X-ray imaging system, in particular to a split-type X-ray imaging system, which can be used in diagnosis, orthopedic surgery, radiointerventional surgery, etc., and belongs to the medical field. Background technique [0002] The existing x-ray imaging equipment in the medical field, especially the x-ray imaging equipment in the operation, is an indispensable equipment for the doctor to quickly locate and determine the location of the lesion in real time. In the 1970s, Philips took the lead in inventing the mobile C-arm, which only had one X light source and one X-ray receiving device, which solved the needs of doctors for real-time imaging and surgical positioning during surgery. However, due to the geometric principles we know, the two Only two intersecting planes and one point can determine a spatial position. Therefore, the doctor needs to constantly adjust the C-arm during the operation for anterior and lateral exposure...

AI Technical Summary

Problems solved by technology

Therefore, in the 1990s, a Swedish company, Swemac, invented the G-arm, which has two X-ray sources and two X-ray receiving devices at the same time, and can obtain two positive and lateral images at the same time. Seoul Image Technology Co., Ltd. also has a G-arm. Although it solves the need to obtain front and side images at the same time, its structural principle can only slide 17 degrees along the track, and it cannot flexibly project various complex angles like the C-arm Position requirements, and the movement is not flexible during the operation, and cannot be moved out of the operating bed, so it needs to be placed on the operating bed before the operation

It affects the normal operation of the doctor during the operation and occupies the operation space, and cannot obtain the requirement of a special angle position, which limits the scope of application of the G-arm operation

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