Intelligent medical ultrasonic image processing equipment, system and method

Abstract

The invention relates to the field of medical equipment and provides an intelligent medical ultrasonic image processing equipment, a system and a method. The equipment is characterized by comprising an image acquisition device, an image receiving device, an image classifying device, a general image processing device, a first algorithm database, an analytical judgment device, a display device, an ultrasonic image processing device and a second database. The equipment, the system and the method have advantages of low cost, high intelligent level, objectivity and accuracy of results, clearness in image processing, learning ability and the like.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an intelligent medical ultrasonic image processing equipment, system and method. Background technique [0002] At present, ultrasound image diagnosis is as important as X-ray CT, isotope scanning, nuclear magnetic resonance and other medical image diagnosis methods. Diagnosis of fatty liver based on liver ultrasound images is the main method for the diagnosis of lesions. However, compared with medical images such as CT and MRI, the image quality of ultrasound images is poor, and the current diagnosis is mainly qualitative, which is greatly affected by subjective factors. It is very necessary to study the texture features of liver ultrasound images in order to obtain quantitative parameters, and use this as a basis to classify lesions and provide diagnosis basis for doctors. Based on the above reasons, using image segmentation as the basic method to extract characteristic parame...

AI Technical Summary

Problems solved by technology

[0004] 1. The image is not clear: Most of the existing ultrasonic image processing equipment or systems do not consider noise processing

In the process of image processing, no special ultrasonic image processing algorithm is used, and the use of other image processing algorithms is not targeted, resulting in unclear image results obtained by the entire device

[0005] 2. No ability to learn: The existing ultrasonic image processing equipment or system does not have the ability to learn. For different parts of the human body and in different environments, the results of ultrasonic image processing are different.

Ultrasound equipment cannot adjust image processing methods for these differences

[0006] 3. Insufficient intelligence and large subjective factors: the existing ultrasonic image processing equipment or system has high human factors, and the staff needs to manually process each image during the processing process, resulting in a long and complicated process

[0007] 4. High cost: the existing ultrasonic image processing equipment or system has no special equipment, and most of them use general-purpose image processing equipment or systems, and the price of these equipment or systems is often very high

Images