8 results about "Microtrauma" patented technology

Integrated device for the non-invasive personalised treatment of skin blemishes includes: a handpiece for performing a percussive treatment on the body / face, causing a microtrauma on the wrinkle furrow, facilitating the natural recovery and the reduction of the wrinkle depth; a handpiece for carrying out an ablative micro-vibration treatment on the body, suitable to expand or compact the cutaneous tissue by alleviating wrinkles, stretch marks and scars with an exfoliating effect; a handpiece for performing a compressive micro-vibration treatment on the face, expanding the pores of the epidermis; a device for adjusting the rotation and vibration of the handpieces; an electric energy absorption sensor for each handpiece, communicating the detected data to a control unit which acts on the frequency adjustment devices obtaining a variation in the rotation and vibration frequency of the rotors, depending on the mechanical strength of the skin tissue; a communication interface.

This utility model discloses a minimally invasive scalpel sharpening fixture, including a positioning block. The positioning block includes a mounting surface with multiple protrusions. A receiving groove for accommodating a scalpel holder assembly is formed between the protrusions. A limiting protrusion that abuts against the scalpel holder assembly is provided within the receiving groove. The positioning block has a contoured mounting hole, through which a contoured limiting rod passes. The contoured limiting rod has a limiting position that extends out of the mounting surface and a retracted position that is received within the contoured mounting hole. In use, when the contoured limiting rod is in the limiting position, it can cooperate to limit and fix the scalpel holder assembly; when the contoured limiting rod is in the retracted position, it can avoid and, through the limiting protrusion, limit and fix another type of scalpel holder assembly. Therefore, this sharpening fixture is adaptable to different types of scalpel holder assemblies.

The present application relates to an optimization method for coupling of a prosthesis and a residual limb based on digital twinning. The anatomical structure characteristics and functional attributes of the residual limb skin, soft tissue and bone are fused with stress distribution data in multi-modal data fusion; a multi-layer digital residual limb relationship modeling is constructed; a multi-scale contact space composed of a structure adaptation area, a force transmission area and an energy buffer area of the residual limb and the prosthesis in dynamic behavior is defined; in the simulation of dynamic interaction, the shear force migration trajectory, stress concentration mode and soft tissue slip response between each micro unit of the coupling surface are simulated; the physical partition relationship of the coordination domain is constructed to assist in optimizing the structure and material function gradient of the prosthesis interface; the micro-injury area caused by the prosthesis in wearing and use is described, and the minimum tissue disturbance path is calculated; through deformation vector field analysis and thermal force coupling relationship modeling, the risk distribution of tissue fatigue induced by the prosthesis interface under long-time use is evaluated; dynamic multi-scale coupling optimization and multi-objective optimization control are realized to achieve fatigue risk visualization prediction and early warning.

The application provides an ultrasonic-assisted pain-reducing acupuncture micro-injection method and device, which comprises the following steps: S1, acquiring real-time ultrasonic images of an acupuncture part by using an ultrasonic imaging device to determine the position of a target acupoint and surrounding tissue structure information; S2, planning an injection path according to the acquired position of the target acupoint and surrounding tissue structure information, wherein the injection path avoids important blood vessels and nerves; and S3, slowly injecting an acupuncture needle into the skin along the planned injection path under the guidance of the ultrasonic images; the application acquires real-time ultrasonic images by using an ultrasonic imaging device, accurately determines the position of a target acupoint and surrounding tissue structure information, and plans an injection path that avoids important blood vessels and nerves, thereby greatly improving the injection accuracy; meanwhile, an ultrasonic-assisted pain-reducing module is started when the needle tip approaches the target acupoint, the ultrasonic vibration is used to reduce the pain of a patient, and the vibration amplitude and frequency are adjusted in real time according to the feedback of the patient, thereby realizing individualized pain reduction.

1. The name of the design product: laparoscope anastomat nail bin. 2. The use of the design product: laparoscope anastomat nail bin for microtrauma surgery of digestive tract, blood vessel and other tissues. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view 1.

Device (1, 20, 100, 200) for the treatment of vaginal atrophy, the device comprising a treatment module (2, 21, 101, 201) configured for insertion into the vagina and having a microtrauma module. The microtrauma module is configured to deliver a negative pressure mechanical microtrauma treatment to the vaginal wall upon insertion. The microtrauma module comprises a plurality of pores (6, 106, 206) in fluid connection with a vacuum pump, the device being arranged to generate a negative pressure at the pores (6, 106).

The utility model belongs to the technical field of lumbar puncture needles, and particularly relates to a graduated lumbar puncture needle convenient to fix, which comprises a trocar, a graduated groove is arranged at the lower end of the trocar, a needle cap is movably mounted at the top of the trocar, and a fixing device is arranged on the outer side of the trocar. The fixing device comprises a first plastic sliding block, a second plastic sliding block, a protruding block, a mounting block, a clamping rod, a latex pad, a side plate and a skin application. According to the lumbar puncture needle with the scales and convenient to fix, the needle inserting depth during lumbar puncture can be simply and conveniently determined, the puncture depth can be preset according to the positions of the first plastic sliding block and the second plastic sliding block, unnecessary tissue damage caused by too deep puncture is prevented, meanwhile, the puncture needle can be simply and conveniently fixed to the skin surface, and the puncture needle is convenient to use. Shaking and minimally invasive injury are reduced, and the problems that in the background technology, the exact depth of needle inserting cannot be determined, the lumbar puncture needle can swing due to the movement of a patient, and larger tissue damage and even cerebrospinal fluid leakage can be caused are solved.

1. The name of the design product: ear endoscope handle (microsurgery knife). 2. The use of the design product: for the handle of microsurgery knife head (ear endoscope). 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best indicates the design points: perspective view.