Ultrasonic imaging equipment and pelvic floor section image generation method

Abstract

The invention provides ultrasonic imaging equipment and a pelvic floor section image generation method. The pelvic floor section image generation method comprises the following steps of firstly acquiring three-dimensional volume data of the pelvic floor; identifying at least one key anatomical structure associated with the position of a target tissue from the three-dimensional volume data; or generating at least one two-dimensional section according to the prior position of the key anatomical structure associated with the position of the target tissue in the three-dimensional volume data, andidentifying at least one key anatomical structure associated with the position of the target tissue from the two-dimensional section; obtaining the spatial position of the key anatomical structure inthe three-dimensional volume data; and imaging the section of the target tissue based on the position of the key anatomical structure in the three-dimensional volume data to obtain a section image ofthe target tissue. Therefore, a sonographer only needs to complete acquisition of the three-dimensional volume data of the pelvic floor to obtain the section image of the target tissue of the pelvic floor, the operation is simple and convenient, and the working efficiency of the sonographer is improved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an ultrasonic imaging device and a method for generating slice images of the pelvic floor. Background technique [0002] In modern medical imaging examinations, ultrasound technology has become the most widely used, most frequently used examination method and the fastest popularization and application of new technologies due to its high reliability, fast and convenient, real-time imaging, and repeatable examinations. The development of some new ultrasound technologies, especially those based on artificial intelligence, has further promoted the application of ultrasound technology in clinical diagnosis and treatment. Especially in my country, in recent years, due to the increasingly severe population aging and the large population base, hospital ultrasound examinations are facing increasingly strong patient demand. However, the corresponding medical conditions need to be further im...

AI Technical Summary

Problems solved by technology

[0004] However, when doctors perform ultrasound diagnosis of the pelvic floor, the acquisition of standard slices and the imaging of multiple parallel slices need to be done manually by doctors. complicated

At the same time, it is difficult for the patient to complete and maintain the Valsalva and receding action during the examination, and doctors need to complete multiple parallel slice imaging more accurately and quickly

After manually obtaining the minimum cut plane of the levator ani muscle and the parallel plane corresponding to the cross-section of the levator ani muscle and the cross-section of the anal canal, the ultrasound clinician has to manually measure various data, which greatly consumes the doctor's examination time and examination efficiency

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