Processing method for ultrasonic detection signals of distributed type-B ultrasonic inspection system

Abstract

The invention relates to a distributed type-B ultrasonic inspection system and a processing method for ultrasonic detection signals thereof, wherein the system comprises a type-B ultrasonic image processing center for communication through a communication network, and a plurality of type-B ultrasonic detecting terminals; the type-B ultrasonic image processing center comprises a communication module, a user and task management server, a task input / output buffer area and an image processing server; the communication module is connected with the user and task management server, and the user and task management server, the task input / output buffer area and the image processing server are mutually connected; the type-B ultrasonic detecting terminals comprise probes, probe control modules, a cache, communication modules, detection terminal control modules, display modules and control panels; the probes, the probe control modules, the cache and the communication modules are connected in turn,and the detection terminal control modules are connected with the probe control modules, the cache and the communication modules, the display modules and the control panels respectively; and the system and the method have the advantages of a host with shared computing power, high resource utilization rate, flexible use, low cost, strong expanding capability, and the like.

Description

Processing method of ultrasonic detection signal of distributed B-ultrasound examination system technical field The invention relates to a medical detection system, in particular to a method for processing ultrasonic detection signals of a distributed B-ultrasonic examination system. Background technique B-type ultrasonic inspection instrument (type-Bultrasonic), commonly known as "B-ultrasound", is one of the most commonly used diagnostic instruments in modern clinical medicine. Reflection, refraction, scattering, diffraction and attenuation at the interface of two different tissues, as well as physical characteristics such as Doppler frequency shift caused by the relative motion between the sound source and the receiver, to display the shape of various tissues and their lesions, It helps doctors to diagnose the location, nature and dysfunction of the lesion. It has the advantages of low intensity, high frequency, no damage to the human body, no pain, and various display ...

AI Technical Summary

Problems solved by technology

Aiming at the disadvantages of existing B-ultrasound inspection instruments such as high cost, inability to share computing power, and inflexible use, the purpose of the present invention is to provide a method for processing ultrasonic detection signals of a distributed B-ultrasound inspection system, which has the advantages of host computer computing power sharing and resource utilization. High, strong processing capacity, flexible use, low cost, strong expansion ability, etc.

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