Infinite communication-type CT scanner

Abstract

The invention discloses an infinite communication-type CT scanner. A can be relieved and eliminated mainly by diminishing size and weight of the CT scanner, reducing rotation radian of a rotating part as well as a vibration amplitude of the overall scanner, the infinite communication-type CT scanner does not adopt such measures as using balance correction for eliminating transmission eccentric force and the like for relieving the vibration amount of the CT scanner instead of adopting a mechanical transmission chain of a crawler mode, so that the quantity of parts in a motor synchronous structure is reduced; therefore, cost is reduced, and moreover, requirements on a working ground are satisfied, so that the CT scanner is wider in application scope to fields.

Description

technical field [0001] The present invention relates to a medical device, more specifically, the present invention relates to a wireless communication CT scanner. Background technique [0002] Cone beam CT has developed rapidly since its clinical application at the beginning of this century. In future high-tech wars, field agitation medical equipment will be an important medical institution for the treatment of wounded in wartime and an important medical component of major disaster relief. However, the field environment is harsh, and the traditional large CT scanner not only takes up a lot of space, but also cannot provide timely bedside scanning services for critically ill patients. [0003] At present, there are several miniaturized CT products, but all of them adopt technologies similar to traditional CT, such as scintillator detector array, slip ring data transmission and spiral scanning, and can only perform tomographic reconstruction. The X-ray source and detector are...

AI Technical Summary

Problems solved by technology

Patent No. 201510627371 is an example. It mainly improves the whole machine by reducing the volume and weight of the CT scanner, reducing the rotation arc of the rotating parts and the vibration amplitude of the whole machine. The design part of the drag chain in this patent is The initiative of the research team, but at the same time it also brought about the problem of dynamic balance. It is necessary to eliminate the eccentric force of the transmission through balance correction and other measures to reduce and eliminate the vibration of the CT scanner itself to reduce the requirements for the working ground.

[0005] The bedside CT scanner has the characteristics of light weight, small size, and flexible movement. However, the current bedside CT scanners on the market all adopt a ring-shaped structure, that is, the rotating part is a large ring, and the engine is fixed on the frame. The transmission and connection of the components drives the big ring to rotate. Usually, the X-ray source and detector are fixedly installed on the turntable, and the heavy load often reduces the mechanical efficiency of the engine. The power supply demand for the field shelter is relatively high. In the United States Take the small CT scanner designed by Neurologica Company as an example, which adopts the belt-covering method to realize synchronous driving. The main advantage of this method is that the center of gravity is stable. The disadvantage is that the ground requirements of the work site are very high, and it cannot be scanned in general ground and field environments. Moreover, due to the inherent factors of pulley transmission, such as belt slippage, locking, etc., it cannot be satisfied with high-precision field rescue systems.

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