Intelligent navigation system capable of automatically identifying ultrasonic images, electronic device and storage medium

Abstract

The invention discloses an intelligent navigation system capable of automatically identifying ultrasonic images. An ultrasonic detection element receives an instruction of an AI processing system, andvideo features of a normal anatomical position or an abnormal uterus image are collected, learned and stored; the AI processing system analyzes and processes various data collected by the ultrasonicdetection element; the AI processing system converts the processed data into driving and control signals; and the AI processing system maps the driving and control signals and a multi-angle mechanicalarm, controls the multi-angle moving mechanical arm to move in multiple directions, automatically adjusts the scanning direction of the ultrasonic detection element, finds a standard image and position of the uterus and then performs positioning, and the identification precision is improved to meet the clinical medicine requirement. Finally, a signal capable of controlling the action of the mechanical arm and key information assisting a doctor in diagnosis are returned, the ultrasonic image is identified, analyzed and processed through AI and converted into a signal, and the mechanical arm controls the ultrasonic detection element to track the movement of the uterus.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an intelligent navigation system for automatically identifying ultrasonic images, an electronic device and a storage medium. Background technique [0002] In the prior art, in order to reduce the risk of uterine cavity surgery, hospitals usually use ultrasound for intraoperative monitoring. There are two commonly used ultrasound monitoring methods: [0003] First, surgical monitoring with abdominal ultrasound; this requires the assistance of a sonographer. In addition, because the anatomical position of the uterus is below the bladder, if the bladder is not filled, the bowel above the uterus will cover the uterus, making it impossible to obtain a clear ultrasound image. Therefore, abdominal ultrasonography is used for surgical monitoring, and the bladder needs to be carried out in a full state. In uterine cavity surgery, in order to avoid damaging the bladder, the bladder need...

AI Technical Summary

Problems solved by technology

Therefore, the above technologies cannot solve the problem that the ultrasonic images of the uterus are lost due to the change of the position of the uterus during the operation, and the ultrasonic images in the intrauterine surgery cannot be dynamically tracked, identified, and judged, and the surgical risk still exists.

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