A three-dimensional imaging acquisition device and method for intracranial blood flow

Abstract

The invention discloses an intracranial cerebral blood flow three-dimensional image acquisition device and method. The method includes the steps that a transcranial doppler probe is utilized to conduct single-beam or multi-beam ultrasound scanning on intracranial vessels of a detected object, ultrasound echo signals are received, and calculation is conducted according to the received ultrasound echo signals, so that blood flow information is obtained; meanwhile, a space tracking locator is utilized to obtain the relative position points and angle parameters of the transcranial doppler probe, and gathering space points in the detection process are calculated in combination with the relative distance between the space tracking locator and a probe wafer and depth adjustment parameters of the transcranial doppler probe; the gathering space points with blood flow information are integrated into a curve or a curved surface, and three-dimensional image data with the blood flow information are formed. By means of the intracranial cerebral blood flow three-dimensional image acquisition device and method, three-dimensional images of all acoustic window positions can be obtained, under the situation that workload of doctors is not added, comprehensive and visualized information of intracranial cerebral blood flow is obtained automatically, it is convenient to conduct diagnosis, diagnosis leakage and error diagnosis are prevented, information is more visualized and complete, and clinical big data can be accumulated and obtained.

Description

technical field [0001] The invention relates to the field of medical ultrasound equipment, in particular to a three-dimensional imaging acquisition device and method for intracranial blood flow. Background technique [0002] At present, in the ultrasonic imaging device of intracranial blood vessels, the data acquisition is done by the doctor holding the probe or installing the probe on the head frame to obtain one-dimensional or two-dimensional spectrum and image information. [0003] In the existing published patent: 2010800406960, a three-dimensional (3D) ultrasound imaging system for evaluating scoliosis is disclosed, which describes an ultrasound scanner using B-mode images, spatial sensors and software modules to implement Three-dimensional (3D) ultrasound imaging system for scoliosis. [0004] In the existing published patent: 2011101419254, a medical ultrasonic three-dimensional imaging data acquisition device and acquisition method are disclosed. The acquisition dev...

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Problems solved by technology

[0009] In view of the deficiencies in the prior art above, the purpose of the present invention is to provide a three-dimensional imaging acquisition device and method for intracranial blood flow, aiming to solve the problems of accuracy and effectiveness of the existing acquisition devices, radiation damage to the human body, and the high cost of testing

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