4 results about "Muscle involved" patented technology

The utility model relates to the technical field of muscle rehabilitation, in particular to a pelvic floor muscle rehabilitation device which comprises a device body, the top end of the device body is spirally connected with a round head, the bottom end of the device body is fixedly connected with an inflation nozzle, the side edge of the device body is fixedly connected with an expansion air bag, and the side edge of the device body is in contact with an elastic sleeve. The bottom end of the device body is fixedly connected with a fixing block, and the inner side of the device body is provided with a storage groove. Air is conveyed to the inner side of the inflation nozzle, so that the inflation nozzle conveys the input air to the inner side of the expansion air bag through an air conveying groove, and the expansion air bag begins to expand and become large; by enlarging the expansion air bag, a user can be expanded better when using the device, so that the user can obtain higher-level exercise experience on the premise that rehabilitation apparatuses of different sizes are not replaced, the application range of the device is widened, and unnecessary capital expenditure of the user is reduced.

This invention discloses a method for reconstructing a three-dimensional motion and joint force dynamic model of the jaw system, relating to the field of medical technology. The method includes: S1, acquiring a multimodal dataset synchronously collected through a multimodal sensing system and unified to a skeletal coordinate system based on the mandible and temporomandibular joint; S2, constructing an individualized mandibular musculoskeletal model based on the patient's jaw CT image data; S3, using an optimization algorithm, taking the multimodal dataset as input, and under the constraints of the mandibular musculoskeletal model, performing inverse kinematics solution to deduce the six-degree-of-freedom motion trajectory of the mandible in three-dimensional space; S4, based on the six-degree-of-freedom motion trajectory, applying the optimization algorithm and the mandibular musculoskeletal model, and calculating the dynamic contact reaction force distribution of the temporomandibular joint through inverse dynamics analysis; S5, using the dynamic contact reaction force distribution as input, feeding it back to the mandibular musculoskeletal model to calculate the intensity distribution of key muscles involved in mandibular movement.

The utility model relates to the technical field of physiotherapy, especially muscle vibration physiotherapy leg cover. The utility model provides muscle vibration physiotherapy leg cover, including installation shell, leg cover body, air pump, air pipe, vibration motor, power interface, connector, wire, plug and heating wire etc., the top of installation shell is sewed with leg cover body, is equipped with air bag cloth bag in the inside of leg cover body, is installed with air pump in installation shell left side, is connected with air pipe in air pump, and the air intake end of air pipe and air bag cloth bag butt joint, is installed with vibration motor on the air bag cloth bag in leg cover body, is equipped with power interface in installation shell front side, and the connector is inserted in power interface, is equipped with wire on the connector, and the front end of wire is equipped with plug, is installed with heating wire in the inside front side of installation shell, still includes temperature control component, and is equipped with temperature control component in the left side of installation shell. Through the design of temperature controller and temperature detector, can realize intelligent adjustment heating power, ensure that temperature is appropriate, promote the comfort and individual experience of physiotherapy.

The present disclosure relates to the field of image processing technology, but is not limited thereto and, in particular, to a muscle activity data acquisition equipment, a method for analyzing muscle activity, an electronic device and a storage medium. A sensing assembly includes an ultrasound probe; and a controller electrically connected to the ultrasound probe, and used to control the ultrasound probe to emit ultrasound to a target part of a user when the ultrasound probe contacts the target part of the user, so as to obtain muscle activity data of the target part, where the muscle activity data includes sonomyography (SMG) data and at least one of electromyograph (EMG) data, acceleromyograph (AMG) data, joint bending angle data and pressure data, the pressure data includes at least one of plantar pressure, residual limb-socket interface pressure, body-brace pressure, and body-exoskeleton pressure.