Ultrasonic treatment apparatus monitoring system capable of reducing image artifacts and image acquisition method

Abstract

The invention discloses an ultrasonic treatment apparatus monitoring system capable of reducing image artifacts and an image acquisition method. The system comprises a B-ultrasonic probe, a lifting driving mechanism, a guiding mechanism and a central processing system, wherein the central processing system receives a reference image sent by the B-ultrasonic probe, obtains the position coordinate of the B-ultrasonic probe positioned on the skin surface according to the reference image, gives a command to the driving mechanism to drive the B-ultrasonic probe to lift along the working direction according to the position coordinate of the B-ultrasonic probe positioned on the skin surface and obtains the monitored image. The system disclosed by the invention can improve lifting speed of the B-ultrasonic probe between image taking and ultrasonic therapy, an image artifact controlling module can be combined with an image acquisition module according to the skin position obtained by a skin detection module and the safety descending position of the B-ultrasonic probe obtained from a configuration file, so that an operator can continuously observe sharp image in short distance, judgment of the operator on the organized image can be improved, the waiting time during non-therapy process can be shortened, and the treating efficiency can be improved.

Description

technical field [0001] The invention relates to a medical auxiliary device, in particular to a monitoring system of an ultrasonic therapeutic apparatus for reducing image artifacts and an image acquisition method thereof. Background technique [0002] High Intensity Focused Ultrasound (High Intensity Focused Ultrasound), referred to as HIFU technology. It is to focus the ultrasound on the target tissue, and use the tissue penetration and energy deposition of ultrasound to focus the ultrasound generated outside the body onto the diseased tissue (therapeutic target) in the body, through the mechanical effect, thermal effect and cavitation effect of ultrasound. To achieve the purpose of treating diseases. [0003] Ultrasound therapeutic apparatus using high-intensity focused ultrasound technology is a relatively new non-invasive therapeutic apparatus. Most of the existing ultrasonic treatment uses ultrasonic imaging equipment as the image monitoring system. A feature of this ...

AI Technical Summary

Problems solved by technology

Due to structural reasons, the lifting speed of the B-ultrasound probe during ultrasound treatment is slow, and this series of actions is completely realized by the doctor's manual operation. Therefore, if the B-ultra

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