Digital X-ray imaging system

Abstract

The invention discloses a digital X-ray imaging system. The system comprises a wireless DR panel, a MINI PACS, image processing software and a remote consultation working process personalization system, wherein the MINI PACS serves as the image storing, transmitting and managing system and is capable of achieving domestic and abroad remote consultation and telemedicine, and the image processing software comprises a fully-automatic imaging denoising algorithm package and an intelligent image contrast enhancing algorithm package. According to the system, direct digital radiograph, image processing and image management, storage and transmission are integrated, resolution ratio is reserved to the maximum and image detail contrast is enhanced to the maximum by means of the fully-automatic imaging denoising algorithm, intelligent images in different areas are enhanced by means of the intelligent image contrast enhancing algorithm so that the content of each detail can be displayed clearly, zero-operation diagnosis of a radiologist is achieved, remote consultation is achieved through the PACS, and software and hardware integration is achieved.

Description

technical field [0001] The invention belongs to the field of medical imaging, in particular to a digital X-ray imaging system. Background technique [0002] The medical imaging processing algorithm of the traditional imaging algorithm often uses the Laplacian pyramid to perform Fourier transformation according to the spatial frequency layer in the realization of the noise reduction function. Some important image content and details are lost. [0003] Most foreign digital medical imaging equipment manufacturers represented by Agfa use self-developed imaging algorithms. For example, Agfa’s MUSICA2 uses multi-band image enhancement processing technology to split an image into 12 different ones according to the level of spatial frequency. Level (frequency), according to different application fields, carry out different degrees of enhancement, suppression, contrast, adjustment of window width and level, edge enhancement and detail processing for each frequency band. Common medi...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the embodiment of the present invention is to provide a digital X-ray imaging system, aiming to solve the problem that the traditional imaging algorithm will produce a large number of artificial artifacts, the image detail information will be lost during the noise reduction process, it is not intelligent enough, and the combination of software and hardware has not been realized. integration, does not have remote consultation function, does not have an imaging system specifically for Asians, and patients and doctors cannot communicate and interact

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