13 results about "Muscle body" patented technology

This utility model belongs to the technical field of foreskin ligation devices, and particularly relates to an improved foreskin ligation device. It includes a ligation assembly and inner and outer ring assemblies; the ligation assembly includes a coil support ring, an upper positioning ring, a lower positioning ring, a Y-shaped locking pin, and a U-shaped locking pin; the inner and outer ring assemblies include an inner ring and an outer ring; the improved foreskin ligation device of this application, based on existing products, improves the design of the early closed tubular inner ring structure by adopting a semi-open spoon-shaped structure. This reduces the contact area between the muscle and the inner ring, using the opening as an observation port and a buffer zone after contact with the body, preventing excessive compression and stimulation of the muscle, improving the observation process, facilitating adjustment of the muscle position during surgery, ensuring smooth operation, and facilitating the removal of the ligation device after ligation, thus improving surgical efficiency.

The present invention relates to the technical field of physical therapy devices, and in particular to a passive muscle rehabilitation training and massage device that incorporates the principle of PNF. The technical solution includes a bed, a physical therapy component, and a guide rail. Mounting platforms are fixedly installed on the front and rear sides of the bed, a screw is rotatably installed on the top of the mounting platform, and a control console is fixedly installed on the front of the mounting platform. The present invention installs a guide rail above the bed, drives the physical therapy component to move via the guide rail, and simultaneously adjusts the height of the guide rail and the components installed around it. This allows the patient's upper or lower limbs to perform a certain range of active or passive movement along the guide rail under the binding of the physical therapy component, while pressing and stretching the patient's upper or lower limbs, and cooperates with the patient (when the muscle strength is greater than or equal to level 3) to voluntarily apply a certain amount of force to resist the device, thereby achieving automated PNF rehabilitation training.

The utility model relates to the field of fascia guns, in particular to a multifunctional folding fascia gun which comprises an electricity storage handle, a folding connecting seat and a massage body, first folding slopes are arranged on one side of the electricity storage handle and one side of the massage body, and second folding slopes are arranged on the two sides of the folding connecting seat. The fascia gun is split into a folding combined structure of the power storage handle, the folding connecting seat and the massage main body, the massage assembly capable of kneading and pressing massage is arranged on one side of the massage main body, the human body is relaxed by simulating the mode of manually massaging the human body, and in addition, the connection positioning assembly is arranged at the joint of the power storage handle, the folding connecting seat and the massage main body, so that the massage effect is improved. When L-shaped massage operation and storage operation need to be carried out, rapid adjustment and positioning can be carried out through deformation adjustment of the structure, rapid fixing can be carried out after adjustment, operation is easy and convenient, and carrying and using are convenient.

The present invention relates to the field of flexible drive technology, specifically a flexible pneumatic muscle with controllable bending direction and a preparation method thereof. The present invention solves the problem that the bending direction of existing flexible pneumatic muscles is uncontrollable. A flexible pneumatic muscle with controllable bending direction comprises a strip muscle body with a square cross-section and made of Ecoflex00‑50; a strip air cavity and a plurality of spherical air cavities are coaxially provided inside the strip muscle body; the front end of the strip air cavity is closed, and the rear end passes through the rear end surface of the strip muscle body; each spherical air cavity is cross-connected with the strip air cavity, and each spherical air cavity is arranged at equal distances; the rear end opening edge of the strip air cavity is sealed and docked with a trachea; four thermoplastic polyurethane elastomer grid structures and four serpentine electric heating coils made of nickel-chromium alloy resistance wire are buried inside the strip muscle body. The present invention is suitable for flexible robots.

The application provides a kind of oblique cross muscle cylinder spinning folding control method and system, method includes: step S1: increasing process supplementary area below muscle body;Step S2: using the finite element simulation model established to evaluate the cross muscle cylinder after increasing process supplementary area;Step S3: according to the evaluation result, using the predetermined spinning process scheme to complete the workpiece.The oblique cross muscle cylinder spinning folding control method provided by the application can effectively avoid the generation of muscle body folding and the influence caused, greatly improve the quality of production parts, and the operation is simple and easy to implement, with good practicability;The newly added process is given limit, and the influence on original processing efficiency is very small, and the overall spinning production benefit of oblique cross muscle cylinder is improved.

1. Name of the product in this design: Fitness Equipment. 2. Purpose of this design: It can exercise the muscles of the waist and back, as well as the muscles of the neck and limbs. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The right view is symmetrical to the left view, so the right view is omitted.

The utility model relates to multifunctional operation trousers and a temperature control system thereof, the multifunctional operation trousers comprise a trousers body with an openable crotch part, a first interlayer is arranged at one or more than two parts of the trousers body corresponding to anterior superior iliac spine, knees and popliteal fossa of a human body, a body position pad is detachably arranged in the first interlayer, and the body position pad is arranged in the first interlayer. Second interlayers are arranged at lower cylinder openings in the two sides of the pants body respectively, foot sleeves which are connected with the pants body and can be turned out of the lower cylinder openings of the pants body are arranged in the second interlayers, and the pants body and the foot sleeves are provided with first heating pieces respectively. The temperature control system comprises multifunctional operation trousers, a temperature controller and a temperature sensor, the first heating pieces are connected with the temperature controller, and the temperature controller is connected with the temperature sensor. By means of the protection device, sufficient compression protection and warm-keeping protection can be provided for a patient in different operative positions, secondary bruise caused by long-time compression of the body of the patient and damage to the body due to excessive body temperature reduction can be effectively reduced, the operative risk is reduced, and the workload of medical staff is reduced.

The novel bipolar electric snare comprises a slip ring, an inner sheath tube, an outer sheath tube, a large reed and an electrode plug, the outer sheath tube is sleeved on the inner sheath tube, one end of the outer sheath tube close to a snare electrode is provided with a fixed terminal, and one end of the fixed terminal away from the snare electrode is connected with a loop electrode ring. A loop electrode wire is arranged in the loop electrode ring in the length direction of the loop electrode ring, the large reed is electrically connected with the loop electrode wire, the lower end of the electrode plug is connected with a small reed in a pressing mode, the inhaul cable transversely penetrates through the small reed, and the small reed is electrically connected with the inhaul cable. The electrode plug is connected with the inhaul cable, so that when high-frequency and high-voltage current of a main machine is in contact with a human body through the snare electrode, the current generates a heat effect at the tissue to heat the tissue, separation and solidification of the tissue of the human body are achieved, and the purposes of cutting and hemostasis are achieved. High-frequency and high-voltage current flows back to the main machine through the fixed terminal, the loop electrode ring, the loop electrode wire and the large reed to form a closed loop.

The invention relates to the field of orthopedic demonstration equipment, in particular to an orthopedic ankle orthopedic training demonstration model which comprises a rack, a bottom plate is fixedly connected to the bottom of the inner side of the rack, a calcaneus model is mounted on one side of the top of the bottom plate, and a talus model is arranged on one side of the top of the calcaneus model. The top of the talus model is connected with the tibia model and the fibula model through a universal ball head, the fibula model is arranged on one side of the tibia model, the top of the tibia model is connected with a connecting seat through a universal ball head, and the connecting seat is fixedly connected to the top of the inner side of the rack; the two sides of the front portion of the calcaneus model are connected with a cuboid model and a scaphoid model through joint motors, the side turning state before ankle orthopedics and the reset state after orthopedics can be accurately simulated, and the traction effect of a human body on the tibia and the fibula can be simulated through a universal ball head; the problem that traditional equipment cannot completely restore the bone body structure posture before and after ankle orthopedic is solved.

The utility model discloses a kind of test adapters applied to six-cavity ethernet interface, test adapter includes: mounting block;Six guide blocks, are installed to mounting block, one end of guide block is formed with annular guide portion, the outer side surface of annular guide portion is used to cooperate with the surface of muscle body to guide, the inner side surface of annular guide portion is used to cooperate with the outer side wall of annular protrusion to guide;Six groups of test terminals are respectively worn in corresponding guide block, one end of test terminal is located in annular guide portion, and is used to be electrically connected with connecting terminal.Such setting, six annular guide portions can be respectively moved along the gap between muscle body and corresponding annular protrusion, ensure that six groups of test terminals can be aligned with six groups of connecting terminals and cooperate to complete electric connection, to reduce the risk that connecting terminal is hit.

The utility model relates to a lumbar vertebra physiotherapy instrument which comprises a bottom shell, a face shell and an elastic plate embedded in the face shell. A physiotherapy device is suspended on the surface of the elastic plate, and an air bag set capable of jacking the elastic plate is arranged on the lower side of the elastic plate. And an electric control board for driving the physiotherapy device and the air bag group to act and a battery for supplying power are arranged in a space enclosed by the surface shell and the bottom shell. The physical therapy device is suspended on the surface of the elastic plate, so that the physical therapy device can be tightly attached to a human body, and the physical therapy reliability is improved; the waist lifting height can be adjusted through the air bag set, and the traction function is achieved; and a plurality of air bag groups which are transversely distributed left and right and up and down are configured, so that different parts of the lumbar vertebra can be lifted and drawn in a targeted manner, and the physiotherapy purpose is met.