3 results about "Breast augmentation" patented technology

This invention discloses a method for comfortable anesthesia and controlled-release analgesia for daytime thoracic surgery, belonging to the field of computer technology combining computer vision and medical device control. The method involves: acquiring a first image acquisition command to control the image acquisition unit to acquire a facial region image stream of the subject at a first acquisition frequency; performing a wrinkle feature extraction operation on the current facial frame to obtain a first wrinkle feature parameter set containing contour length values ​​and grayscale gradient values; comparing this parameter set with a preset benchmark wrinkle parameter set to generate a wrinkle change offset; determining infusion control parameters from a preset control strategy mapping table based on this offset, and generating an infusion control command to instruct the infusion unit to perform the corresponding infusion action. This invention achieves refined control of the anesthesia process by real-time quantitative analysis of facial wrinkle morphological changes and automatically generating and adjusting infusion control commands.

This invention discloses a rapid implantation system for a multi-module integrated surgical kit for daytime breast augmentation, belonging to the field of medical device control and computer-aided surgery technology. The system receives confirmation commands from a patient population identifier via a graphical user interface. Based on this identifier, it matches the corresponding target-specific surgical kit from a pre-set specific surgical kit library. Then, based on the target-specific surgical kit and the patient population identifier, it matches an adaptive implantation strategy from an implantation strategy library. The system further generates a module call sequence containing multiple sub-tasks based on the adaptive implantation strategy. Each sub-task is associated with a functional module identifier and execution parameters. Control commands are sent to the corresponding target device in sequence to drive the device to execute the sub-tasks. This invention achieves rapid and precise implantation control of a multi-module integrated surgical kit through population-characteristic-driven specific surgical kit selection and adaptive implantation strategy configuration, improving the standardization and operational efficiency of daytime breast augmentation surgery.

This utility model discloses a breast implant and a delivery bag for packaging in breast augmentation surgery, belonging to the field of medical technology. A breast implant includes a filler having a convex arc surface and a concave arc surface, coupled by a transition surface, wherein the transition surface is an arc-shaped structure. This utility model, through the combination of the convex arc surface, the transition surface, and the concave arc surface, facilitates better fit of the breast implant within the user's body, making the implant more stable and significantly reducing the probability of movement and flipping within the body. The bag design allows for encapsulation of the implant during production, enabling medical personnel to directly place the implant into the user's body, greatly reducing the risk of contamination from human contact or the external environment during implantation.