Method and equipment for ultrasonography and image storage method for ultrasonography

Abstract

The invention provides a method for ultrasonography, an image storage method for ultrasonography and ultrasonography equipment. The method for ultrasonography comprises the steps: transmitting first ultrasonic waves to inspected tissue, so as to determine a target area; transmitting second ultrasonic waves to the contrast-microbubble-containing target area when the target area contains contrast microbubbles, so as to obtain an ultrasonic image at least comprising contrast images; receiving a first instruction for storing dynamic images of the ultrasonic image; and storing the dynamic images inresponse to the first instruction. The method further comprises the steps: when the dynamic images are stored, receiving a second instruction for storing one-frame or multi-frame static images and/ordynamic short films in the dynamic images; and storing the one-frame or multi-frame static images and/or dynamic short films in response to the second instruction. According to the methods and the equipment, the complexity and difficulty of inspection operations of doctors can be lowered, and the working efficiency is increased.

Description

technical field [0001] The present invention generally relates to the technical field of contrast-enhanced ultrasound, and more specifically relates to a method for contrast-enhanced ultrasound imaging, a method for storing images of contrast-enhanced ultrasound, and contrast-enhanced ultrasound equipment. Background technique [0002] Hepatic contrast-enhanced ultrasonography was the earliest and most widely used clinically, and the effect is also the most significant. This is closely related to the special blood supply mode of the liver which is different from other organs. The blood supply of the hepatic artery and the portal vein and the solid background of the liver make the liver the best target organ for contrast enhancement. Contrast-enhanced ultrasonography of the liver is divided into arterial phase, portal phase, and delayed phase, and the differential diagnosis is made according to the contrast characteristics of the lesion. In addition to helping to identify t...

AI Technical Summary

Problems solved by technology

[0006] In addition, under the current workflow framework, after the doctor opens the stored angiographic dynamic image, selects and saves the desired static image or dynamic video, he cannot browse the selected images or video on the same screen

You can only watch or browse the short films one by one, which is not conducive to intuitive comparison and analysis

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