CT system and using method thereof

Abstract

The invention provides a CT system and a using method thereof. The CT system comprises at least one front end scanning recording instrument, a cloud virtual CT machine and at least one set of user equipment; each front end scanning recording instrument comprises a CT scanning main rack, a high voltage pay-off bulb tube, a detector and a data transmission device connected to the detector; the data transmission device sends a signal detected by the detector to the cloud virtual CT machine; the cloud virtual CT machine processes the signal sent by the data transmission device to obtain a rebuilt CT image; the rebuilt CT image is sent to the at least one set of user equipment, and the user equipment displays the rebuilt CT image. In the CT system, the function of the front end scanning recording instrument can be effectively reduced, and the cost is lowered at the same time. The front end scanning recording instrument and the cloud virtual CT machine are separable in the CT system, the cost of the front end scanning recording machine is effectively lowered, and the cost of CT equipment in the prior art is lowered at the same time.

Description

technical field [0001] The invention belongs to the field of medical technology, and in particular relates to a CT system and an application method thereof. Background technique [0002] CT (Computed Tomography) is a full-featured disease detection instrument with high-tech auxiliary inspection technology. It is the abbreviation of computer X-ray tomography technology. CT is a highly integrated large-scale precision medical equipment. A piece of equipment consists of tens of thousands of parts, which requires high real-time performance and synchronization of the system. It is large in size, inconvenient to move, and takes a long time to reconstruct images. It varies from tens of millions to tens of millions, which is determined by the product structure characteristics of current CT products. [0003] The sequence of the complete image chain in the current mainstream CT products is as follows: 1) The high-voltage X-ray tube is released, and the X-ray beam scans the parts of ...

AI Technical Summary

Problems solved by technology

The system's strict requirements on real-time and synchronization make it impossible to separate the acquisition system and image processing system

[0004] In the existing mobile CT design scheme, the weight of the CT body is still large, the system equipment is numerous, takes up a lot of space, and the movement is quite cumbersome, and the relative maneuverability is significantly reduced. The reconstruction and post-processing of the scanned image are still executed in the local platform GPU. , it is impossible to form a true separation of collection and post-processing, which increases the workload of the collection platform, and is only suitable for hospitals and laboratories with certain environmental conditions

[0005] Through analysis, the cost of the above-mentioned CT products is relatively high, and the processing process is relatively complicated, resulting in slow processing speed, and in the implementation process, more effective information collected is discarded, and CT images cannot be reconstructed better

Images