15 results about "Physical therapy (field)" patented technology

This utility model discloses a traditional Chinese medicine acupoint moxibustion therapy device, specifically relating to the field of traditional Chinese medicine physiotherapy. It includes a main body with a top cover inserted into its top. Inside the main body is a frame with a mesh cup inserted into its inner side. The top of the mesh cup has an annular groove and a limiting hole. An auxiliary component includes a cup cover inserted into the top of the mesh cup. This utility model uses a first and second arc frame. By pushing the side plates inwards, the first and second arc frames gradually enter the annular groove at the top of the mesh cup. By lifting the side plates, multiple mesh cups can be removed from the main body, thus avoiding burns while conveniently removing multiple mesh cups simultaneously and emptying the ash.

This invention discloses a therapeutic patch for directional excitation and targeted conduction of jade magnetic energy fields, comprising an empty patch and a medicated capsule. The empty patch includes, from top to bottom, a protective fixing layer, an energy guiding layer, a medicated capsule fixing and conduction layer, and a release layer, all sequentially bonded together. The medicated capsule is placed within the central groove or interlayer of the medicated capsule fixing and conduction layer. The energy guiding layer is formed by co-curing and molding jade micropowder and magnetic microparticles to create a mesh structure. This invention integrates magnetic therapy, jade physical therapy, and transdermal traditional Chinese medicine at the structural level, achieving directional synergy and enhancement of multiple energy fields.

This invention relates to the field of traditional Chinese medicine (TCM) health preservation technology, and discloses a TCM weight loss and health preservation method that combines moxibustion, hair combing, and foot therapy to dispel dampness and promote Yang. The composition comprises a solution made from Artemisia argyi volatile oil, 6-gingerol concentrate, isosorbide dimethyl ether, urea, poloxamer 407, decyl glucoside, pH buffer, and purified water. The preparation method involves heating to form a homogeneous eutectic liquid and mixing it with the oil phase. During cooling, a low-tension aqueous phase is pumped submerged. Based on dilution turbidity feedback, the reserved decyl glucoside is used for dynamic repair, resulting in a stable microemulsion system. The health preservation method uses this composition as a foot bath solution, combined with combing the Du and Gallbladder meridians, moxibustion on specific acupoints on the abdomen, and friction on the Yongquan acupoint on the sole of the foot. By addressing the issue of fat-soluble components of TCM easily precipitating and separating in water, the transdermal absorption efficiency is improved. Combined with the synergistic effect of TCM physical therapy, a good dampness-dispelling and health-preserving effect is achieved.

This invention relates to the field of meridian health preservation instruments, and provides a traditional Chinese medicine meridian acupoint health preservation instrument to solve the problem that existing meridian acupoint health preservation instruments cannot simultaneously provide automatic and stable gentle massage and traditional Chinese medicine fumigation treatment to the user's back while providing physical therapy and health care. The instrument includes a fixed bed board, a support base fixedly connected to the bottom surface of the fixed bed board, a fixed plate fixedly connected to the fixed bed board, a first servo motor fixedly connected to the fixed plate, a transmission belt connected to the output shaft of the first servo motor, a worm gear connected to the other end of the transmission belt, a meridian health preservation instrument body mounted on the top of a protective frame, a meridian massage component installed inside the protective frame, and a circulating fumigation component mounted on the fixed bed board. This application not only provides automatic and stable gentle massage and traditional Chinese medicine fumigation treatment to the user's back, but also allows for the recycling of the traditional Chinese medicine liquid steam.

The utility model relates to medical instrument technical field discloses a kind of hot physical therapy device, including thermotherapy instrument, the outer wall of thermotherapy instrument is fixedly installed with moving frame assembly, physical therapy bed assembly is arranged outside moving frame assembly, and moving frame assembly is detachably connected with physical therapy bed assembly;The moving frame assembly includes moving base, the top of the moving base is fixedly installed with rectangular column, the inside of the rectangular column is slidably provided with lifting rod, and the rectangular column is connected with physical therapy bed assembly by positioning structure, the top of the lifting rod is fixedly installed with top seat, and the top seat is connected with thermotherapy instrument by angle adjusting part, the outer wall of the lifting rod is provided with positioning hole, and the moving frame assembly for moving thermotherapy instrument is set detachable with physical therapy bed assembly, when patient is not suitable to lie down, moving frame assembly can be moved to drive thermotherapy instrument to patient nearby, then heat physical therapy is carried out to patient.

This invention provides a functional fascia gun head, belonging to the field of massage devices and physical therapy technology. This functional fascia gun head consists of a power-generating layer and a regular fascia gun head; the power-generating layer can be placed outside or inside the regular fascia gun head. Another design of the functional fascia gun head is entirely composed of a power-generating layer. When the fascia gun is in operation, the power-generating layer generates a Maxwell pulse electric field and a pulse displacement field current under force, forming a pulse wave. This pulse wave can effectively penetrate multiple layers of skin structure, promoting blood circulation and cell activation, achieving various health benefits such as warming the meridians and activating collaterals, relaxing muscles, relieving pain, preventing injury, dispelling cold and dampness, harmonizing yin and yang, promoting homeostasis, and delaying aging. The power-generating layer is made of various materials and has various structural forms; the manufacturing process is simple, significantly improving the product's multifunctionality and ease of use, providing more diversified and efficient options for the medical and beauty fields.

The present application relates to the field of physical therapy equipment, especially to a kind of spinal step quantitative traction physiotherapy control system based on closed-loop force feedback, the system includes: data acquisition module, real-time traction force value, electromyographic signal data, displacement rate of change between traction bed movable bed plate and traction bed fixed bed body are collected;Traction bed drive module, according to the traction force control instruction output by self-learning fuzzy logic controller, execute traction action to traction bed body;Self-learning fuzzy logic controller, according to real-time traction force value, electromyographic signal data, displacement rate of change and the pain level signal feedback by the object to be traction, using step traction strategy, generates traction force control instruction, traction force control instruction is set to use the fuzzy parameter adjustment model pre-constructed based on neural network and fuzzy inference, dynamically generated by updating the shape parameter of membership function of first fuzzy logic rule.The present application effectively improves the self-adaptability and accuracy of traction force regulation.

This invention discloses a wearable targeted static magnetic field device and its usage method for early intervention in Alzheimer's disease, belonging to the field of physical therapy equipment technology. The device consists of a permanent magnet array, a metal shield, a magnet support device, and a support shell suitable for wearing on the head. The device generates a constant static magnetic field spatial distribution with multiple focal points and a specific gradient within the wearer's skull through the arranged permanent magnet array. The characteristic parameters of this distribution include: multiple local intensity peaks of 10-50 mT and a spatial gradient of 0.5-5 T / m. As an intervention method, the static magnetic field can significantly inhibit Tau protein LLPS, reduce neuronal apoptosis, and improve the patient's cognitive function. This invention is a soft, elastic, wearable device that provides a novel, precisely targeted, and easy-to-use physical therapy solution for AD.

The present application relates to the technical field of medical rehabilitation and physical therapy, and particularly relates to a highland closed-loop controlled cervical and lumbar deep tissue precise thermotherapy and temperature monitoring system, comprising the following modules: a physiological signal acquisition module, which is used for acquiring the surface temperature, deep tissue temperature, microcirculation blood flow and muscle group electrophysiological signal of the cervical and lumbar region, and synchronously calibrating each signal to form multi-parameter physiological state data; a highland physiological compensation model construction module, which is used for performing highland environment physiological compensation on the tissue heat transfer coefficient and heat dissipation rate according to the blood oxygen level and blood flow velocity in the physiological state data, and obtaining the tissue heat transfer parameters which are corrected by the highland characteristics. In the present application, the multi-parameter physiological signals are acquired and the highland physiological compensation is performed, the deep temperature is controlled by combining the closed-loop thermotherapy and safety monitoring, and then the individualized dynamic adjustment precise thermotherapy is formed, so that the problem that the deep temperature is difficult to stabilize caused by the fixed power heating of the traditional cervical and lumbar thermotherapy is improved.

This invention relates to the field of magnetic therapy massage equipment technology, specifically to a high-energy-product neodymium iron boron biomimetic magnetic field meridian-clearing physiotherapy component. The physiotherapy unit is detachably mounted on the working end of the movable arm via a base. A first platform and a second platform are fixedly arranged on the base and connected to each other. The main drive mechanism and the pressing drive mechanism are arranged on the first platform, and the adaptive massage mechanism and the dynamic magnetic generation mechanism are arranged on the second platform. The main drive mechanism is provided with a main gear and several planetary gears arranged in a circumferential array around the main gear. The dynamic magnetic generation mechanism is connected to the main drive mechanism through the main gear, and the adaptive massage mechanism is connected to the pressing drive mechanism through the planetary gears. This invention solves the problems of existing magnetic therapy equipment where the magnet is statically fixed or only performs simple rotation, the magnetic field distribution is singular, and it cannot coordinate with massage movements to generate a bio-magnetic field, significantly improving the efficiency of meridian clearing and the depth of magnetic therapy penetration.

This invention belongs to the field of physical therapy technology for Parkinson's disease, and provides a non-invasive closed-loop feedback vagus nerve electrical stimulation system for the prevention and treatment of Parkinson's disease. The system includes: a high-frequency electrical stimulator hardware subsystem, transcutaneous nerve stimulation electrodes, a respiratory and heart rate signal acquisition and closed-loop feedback subsystem, and a high-frequency electrical stimulator software subsystem. This invention uses kilohertz stimulation pulses to bidirectionally modulate the vagus nerve, activating afferent C fibers and initiating the anti-inflammatory neural pathway of locus coeruleus noradrenergic neurons, thus alleviating central inflammation. Simultaneously, it blocks A and B efferent fibers, inhibiting mediated α-synuclein retrograde axonal transport. Through multimodal physiological signal monitoring and embedded intelligent algorithms, it achieves real-time, closed-loop, and personalized control of stimulation parameters and automatic switching of stimulation modes, optimizing efficacy and improving safety. Through adhesive electrodes and acquisition devices, it achieves completely non-invasive, wearable, and home-based treatment.

This utility model relates to an integrated system for psychophysiological regulation and support in cases of compulsive behavior, which will find application in the fields of physical therapy and rehabilitation technology, psychophysiological therapy, wellness systems, and technologies designed to support users’ mental and emotional well-being. The developed integrated system consists of a cryo chamber (1), a combined device for thermotherapeutic treatment (2), and a device for vacuum lymphatic stimulation (3), which are bidirectionally connected to a centralized computer control and monitoring system (4), comprising a procedure control module (4.1), a module for individual mode configuration (4.2), a module for automated parameter adjustment (4.3), a module for device synchronization (4.4), a module for data monitoring and recording (4.5), and an operator control interface (4.6). The combined device for thermotherapeutic treatment (2) includes integrated executive modules for generating infrared heat, negative ionization, chromotherapy, and aromatherapy.

This invention relates to a multi-scenario adaptive intelligent wearable human-machine collaborative emergency intervention method, belonging to the field of intelligent wearable emergency medical technology. It addresses the problems of fragmented monitoring and treatment chains for hypoxia, pain, and stress in emergency scenarios, as well as the lack of closed-loop correction mechanisms after intervention. The invention collects blood oxygen, circulation, electromyography, skin conductance, and posture parameters through wearable devices; determines hypoxia risk values, pain indices, and stress indices; uses a joint decision-making model to prioritize oxygen administration, physical therapy, and transdermal drug delivery interventions based on the principle of life support priority; executes interventions and performs closed-loop corrections based on parameter changes before and after intervention, enabling unified assessment and tiered collaborative treatment of emergency states. This method is applicable to emergency medical care, disaster relief, and field operations.