Ultrasonic images with noise are extracted from multiple spatial dimensions, and point-to-point intelligent recognition is carried out for the noisy images in each spatial dimension to obtain image organization information. The organization information in each spatial dimension was classified into pixel area attribute, and the pixel was divided into pulse area and edge detail area by local geometry structure. According to the classification of pixel points, speckle noise suppression was carried out on the information of the noisy tissue in each spatial dimension, and the ultrasonic image denoising in single dimension was obtained. The single dimension denoising ultrasonic images of each spatial dimension are synthesized into ultrasonic denoising images.
It means to transform the line data of the linear probe into trapezoidal image through coordinate transformation and interpolation. It is a kind of extended imaging.
Also known as PW Mode.PW Doppler enables you to selectively examine blood flow data from the sampling volume. PW Doppler displays the flow information through the constantly moving spectrum, which vividly describes the function relationship between the flow velocity and time.
Imaging mode -- multi-plane reconstruction, with bone imaging, surface imaging, X-ray imaging and other imaging modes. 4D is adding time to 3D. Ultrasonic imaging system is based on the principle of ultrasonic encounter object reflection imaging developed, the probe placed on the surface of the human body, the sound waves into the body, also receive the reflection of the ultrasonic back, so that the corresponding image. 4D ultrasound technology can display the unborn baby's real-time dynamic motion image or the real-time motion image of the human internal organs, to determine the development of the fetus, to determine whether the abdominal and pelvic viscera are space-occupying lesions and the nature of the lesions.
• Yellow dongle workstation：
(Direct patient file management, support image dynamic and static storage.)
• Foot switch.
• Puncture frame.
• Video printer and printer holder.
• Convex probe
• Micro-convex probe
• Linear probe
• Trans-rectal probe
• Trans-vaginal probe
• Phased array probe
• Volume probe