47 results about "Thermal therapy" patented technology

The utility model belongs to infrared radiation health care technical field, concretely relates to a kind of infrared radiation light wave bathroom.It includes bathroom, is provided with automatic sterilization purification module on the bathroom, and the automatic sterilization purification module includes ozone sterilization system and ozone degradation discharge system;First infrared radiation plate is respectively installed on the left side wall board, right side wall board, rear side wall board and door body inner side of the bathroom, the inner bottom of the bathroom is installed with two second infrared radiation plate and third infrared radiation plate being separately arranged, infrared physiotherapy stool is placed on the second infrared radiation plate, and footrest is placed on the third infrared radiation plate.In the utility model, the linkage design of ozone sterilization system and degradation discharge module constructs complete disinfection closed loop;Three-dimensional radiation network formed by first infrared radiation plate, second infrared radiation plate and third infrared radiation plate can also realize differentiated heat therapy.

This utility model discloses a convenient wearable stroke rehabilitation belt, relating to the field of rehabilitation fixation technology. It includes a lifting plate, with a rehabilitation fixation belt snapped onto the top surface of the lifting plate. A limiting component is installed on the top surface of the lifting plate, restricting the position of the rehabilitation fixation belt. Multiple sets of heat therapy patches are provided on the inner side of the rehabilitation fixation belt. In use, the easy assembly and disassembly of the rehabilitation fixation belt and the lifting plate facilitates daily use by patients to assist in rehabilitation. Simultaneously, the synergistic effect of the electrical stimulation patches and the heat therapy patches provides thermal therapy and nerve electrical stimulation to the lumbar muscles, improving blood circulation and enhancing rehabilitation outcomes.

This invention discloses a protective garment for epicondylitis of the humerus based on an antibacterial and thermally conductive composite material, belonging to the field of medical protective gear technology. It includes a forearm support and an upper arm support, which are rotatably connected by an adjusting mechanism. The upper arm and forearm sleeves are 3D printed using an antibacterial and thermally conductive composite material, which comprises a polylactic acid matrix, a graphene oxide-silver nanoparticle-carbon nanotube ternary composite filler, and phase change microcapsules, with a thermal conductivity of 1.5-4.0 W·m. ‑1 ·K ‑1 With an antibacterial rate of ≥95%, it solves the problems of poor thermal conductivity, lack of antibacterial properties, and uneven heat therapy in existing protective gear.

Examples of the presently disclosed technology provide new systems and methods for real-time temperature propagation and tissue damage visualization during laser interstitial thermal therapy (LITT) procedures that do not rely on real-time MR imaging. Accordingly, examples enable performance of LITT procedures in regular operating rooms lacking MR-equipment-thereby reducing costs and improving availability for LITT procedures. Examples achieve these advantages by leveraging “discretized” patient-specific 3D brain structure representations to perform numerical methods for solving partial differential equations that estimate real-time (or close to real-time) temperature propagation within a patient's brain during a LITT procedure.

The application discloses a novel AIE photosensitizer and a preparation method and application thereof. The AIE photosensitizer of the application comprises TDQ shown in the following structural formula, has superior photo-thermal conversion performance and photodynamic performance, and can be used for preparing a tumor diagnosis reagent or a tumor treatment drug. The co-loading liposome of TDQ and a senescence-inducing molecule (Ali) can be used as a multi-modal light diagnosis and treatment agent to realize efficient delivery of drugs to tumor tissues, and the photo-thermal therapy and the photodynamic therapy based on TDQ not only induce cell apoptosis through oxidative stress and mitochondrial dysfunction, but also trigger cancer cell senescence and promote the secretion of SASPs, so that the anti-tumor immunity is significantly enhanced, and finally the growth of primary tumors, tumor recurrence and re-metastasis are inhibited. The material of the application has simple preparation process, low cost, and is suitable for scale production and clinical medical use.

The utility model discloses a kind of rehabilitation nursing beds, it is related to rehabilitation medical equipment technical field, including bedstead, the continuous disc motor is installed in the side end of bedstead.The utility model is provided with bedstead, support sliding slot, side position support frame, bottom screw rod motor, upper screw shaft motor, driving frame, far infrared heat therapy lamp, control screen, air pump, A road massage air bag and B road massage air bag, by bottom screw rod motor driving side position support frame moves to the position that far infrared heat therapy lamp needs to irradiate in support sliding slot, and by control screen controls the work of upper screw shaft motor to adjust the working height of driving frame, then A road massage air bag and B road massage air bag can be driven by two air pumps respectively to simulate muscle contraction to user by periodic inflation and deflation, promote lower limb blood circulation, cooperate far infrared heat therapy lamp can be carried out heat therapy, effectively prevent deep vein thrombosis suitable for long-term bedridden patient or postoperative rehabilitation training, the effect of multifunctional integration of lifting device use is improved.

The present invention relates to a cosmetic container integrated with a multi-modal therapeutic assembly capable of performing phototherapy, thermal therapy, and microcurrent stimulation. The assembly comprises a container body, a connecting cover, and a multi-modal therapeutic device detachably mounted on the connecting cover. The connecting cover includes a covering surface for sealing the container and a receiving groove for storing the therapy device. The multi-modal therapeutic device includes a housing, light therapy lamps, a temperature control element, and microcurrent electrodes, all controlled by an internal circuit board and switch assembly. Magnetic elements positioned between the cover and device provide stable, detachable coupling. The multi-modal therapeutic device is rechargeable through integrated charging electrodes and designed with a finger ring for ease of use. The compact system enables hygienic storage, convenient portability, and enhanced skincare through combined cosmetic and therapeutic functions.

This invention relates to an intelligent rehabilitation device and method based on machine vision and thermotherapy technology, belonging to the field of rehabilitation medicine and medical equipment technology. It includes: a multi-angle machine vision monitoring module; an intelligent positioning and temperature control module for the thermotherapy head, including a displacement adjustment mechanism, a thermotherapy head, and a temperature control system; an auxiliary flexion-extension mechanism and linkage control module, including a knee assistive support, a strap, and a drive assembly; and a real-time feedback and remote monitoring module. The multi-angle machine vision monitoring module, the intelligent positioning and temperature control module for the thermotherapy head, and the auxiliary flexion-extension mechanism and linkage control module achieve data fusion and closed-loop linkage control through a main control chip. This invention facilitates real-time and accurate monitoring of rehabilitation movements, intelligent positioning and dynamic temperature control of the thermotherapy head, quantitative evaluation of rehabilitation effects, and closed-loop optimization of training parameters, thereby improving the accuracy, safety, and patient compliance of lower limb joint rehabilitation treatment.

The application discloses a physiotherapy robot for whole-body rehabilitation conditioning, which comprises a bed body, a foot vibration physiotherapy device and a hip screening device. The foot vibration physiotherapy device is arranged at one end of the bed body and can generate vibration along the length direction of the bed body. The hip screening device is arranged on the bed body and located at one side of the foot vibration physiotherapy device, and can generate vibration along the width direction of the bed body. The physiotherapy robot can use the foot physiotherapy device to perform whole-body vibration physiotherapy on the human body, can use the hip screening device to perform whole-body vibration physiotherapy on the human body, can perform positioning and matching conditioning on the neck and lumbar spine, can massage the legs, can assist sleep through music and can assist heat therapy, and has perfect whole-body vibration function, sleep conditioning function and spine rehabilitation conditioning function.

The present invention relates to a device for alleviating menstrual cramps by applying heat to the abdomen and lumbar massage, the device comprising a semi-flexible band with a temperature mechanism and a compartment for performing massages. The semi-flexible band is wide with two sections: the inner section is made of a flexible, thermal and comfortable material and the outer section is made of a more rigid material. There is a screen on the right-hand side of the outer part of the semi-flexible band that allows the temperature and massage settings of the device to be configured. There are several Peltier plates on the front part of the semi-flexible band, located inside a hollow space between the inner and outer sections, these plates allowing the temperature of the band to be changed in order to provide heat therapy. The compartment for performing the massage is on the outer rear part of the semi-flexible band, said compartment being located in a hollow space of the outer section in the central rear portion of the semi-flexible band.

The application discloses a physical treatment equipment for island high-humidity environment and chronic pain, which comprises a host provided with a protective shell, a composite treatment electrode connected with the host, and a control system built in the host. The composite treatment electrode is provided with an electrically conductive part, a heating part, an impedance monitoring unit and a micro-environment humidity sensor. The control system comprises a cause identification module, a generation module and a treatment output module. The cause identification module is used for collecting and processing the skin impedance data of the impedance monitoring unit and the humidity data of the micro-environment humidity sensor, and identifying the identification cause causing the impedance change as biological sweating or environmental salt mist penetration. The generation module generates a corresponding first adjustment strategy or a second adjustment strategy according to the identification cause. The treatment output module is used for driving the electrically conductive part and the heating part of the composite treatment electrode to execute corresponding electric stimulation and heat therapy output based on the first adjustment strategy or the second adjustment strategy. The application not only has the protective shell for preventing corrosion, but also can adaptively adjust and match the treatment parameters in the island environment.

The present invention discloses a functional cap and storage container assembly designed to enhance product extraction, hygiene, and therapeutic performance. The functional cap includes a detachable upper cap assembly and lower cap assembly, with a cream applicator elastically coupled to the upper cap assembly for controlled axial movement. The lower cap assembly houses stimulation elements such as thermal, phototherapy, microcurrent, magnetotherapy, or ultrasonic devices, enabling sequential skincare application and skin treatment. Advanced sealing structures, including sealing rings and retractable slits, prevent leakage while allowing smooth applicator movement. The upper cap assembly can independently provide phototherapy, with integrated LEDs, circuitry, and a rechargeable battery, leveraging conductive elements in the lower cap for power transfer. Additional embodiments include elastic locking members for controlled access to the skincare product. The system provides a versatile, compact, and user-friendly solution suitable for cosmetic, dermatological, and home-use applications.

This invention relates to the field of medical auxiliary devices and discloses a wearable smart device, comprising: a housing, on which a magnetic therapy disc is fixedly mounted; a thermotherapy mechanism and an auxiliary magnetic therapy mechanism are disposed on the housing; the thermotherapy mechanism includes an airbag cushion, an air pump, a connecting pipe, a partition, a heat-conducting plate, a rectangular frame, a frame, a heating wire, a nickel-titanium shape memory alloy, and a sliding plate; the air pump is fixedly mounted on the side of the housing, the air pump is fixedly connected to the connecting pipe, the connecting pipe is fixedly connected to the airbag cushion, the side of the partition is fixedly connected to the airbag cushion, the outer side of the heat-conducting plate is fixedly connected to the partition, the side of the heat-conducting plate is fixedly connected to the airbag cushion, and the frame is fixedly connected to the rectangular frame. This invention has the following advantages and effects: by adding a skin preheating function and integrating flexible thermotherapy and rolling massage, it solves the problems of temperature difference discomfort and insufficient therapeutic depth of single magnetic therapy devices, achieving comfortable wear and efficient synergistic therapeutic effects.

This invention discloses a rotating device for an electrically heated robotic arm, comprising: a bearing unit, a rolling unit, and an electrical connection unit. This invention features a large heating area, simple structure, and low cost, enabling rapid large-area heating and rolling heat therapy functions for the rotating device, significantly increasing the heat therapy effect of the rolling massage device on the human back.

The utility model relates to a kind of head cover structure integrating heat therapy and moxibustion, including shell and the head cover main part being set to the shell inside, the outside of shell is provided with outer fender net, the outer fender net is integrally fixed with the guide hopper for intercommunication outer fender net both sides, outer fender net middle part is concave downward, and the recessed portion is equipped with the material gathering through hole, the guide hopper is above the head cover main part, clamping assembly is set on the head cover main part, and moxa stick is clamped by clamping assembly after passing through outer fender net by guide hopper or material gathering through hole.Adopt the above technical scheme, the utility model integrates two big functions of heat therapy and moxibustion on a cover body, bowl-shaped recessed heat-collecting cover can reflect and focus the heat energy generated by moxa stick combustion on target area, enhance the penetration of heat therapy, and also built-in electromagnetic wave heating device, focus electromagnetic wave using heat-collecting cover, to form directional linear heat ray and heat.

A convertible heat therapy system is disclosed, which may be utilized in two distinct configurations to enhance user experience. According to various embodiments, the system can be deployed as a sauna blanket, providing focused heat application, or alternatively, it may be transformed into a sauna dome, enveloping the user in a warm enclosure. The device may include, in certain embodiments, features such as sensors and controllers and intelligently selected materials to enhance comfort and heat delivery, thereby potentially offering improved therapeutic benefits and versatility in personal heat therapy applications.

The present application relates to the technical field of massage therapy apparatus, and discloses a corrugated quantum thermal therapy massage handle based on a massage robot, which comprises a handle body, the handle body comprises an upper hatch and a lower hatch, the upper hatch and the lower hatch are fixedly installed together through bolts, an installation cavity is formed between the upper hatch and the lower hatch, a control module for controlling the operation of the handle is installed in the installation cavity, a flexible connecting assembly is fixedly installed at the lower end position of the lower hatch, a massage contact head is fixedly installed at the other end of the flexible connecting assembly, and the lower end of the massage contact head is covered with a flexible coating made of silica gel, thermoplastic elastomer or flexible composite material, the outer surface of the coating forms a corrugated guide surface, an arc transition surface or a partitioned convex point structure, so as to adapt to different physiotherapy parts of the human body, and the present application has the advantage of being able to adapt to the human body and produce adaptive deformation, thereby solving the problem of obvious discomfort of the traditional massage handle when massaging the human body.

The application provides a global auricular point magnetic heat pulse treatment system and a symptom-driven control method, generates a personalized auricle model through laser scanning, and realizes global auricular point coverage in combination with a conductive silica gel ear cover. The system integrates a magnetic pulse generator and a thermotherapy module, pre-sets multiple treatment modes for common symptoms, automatically positions positive points and adjusts the magnetic field frequency and the thermotherapy intensity through resistance detection. The scheme can also dynamically adjust the treatment parameters based on the symptoms and the positive point distribution, realize personalized treatment of "symptom-driven", improve the treatment effect, solve the problem of fixed mode and inability to adapt to individual differences; through the Internet of Things platform, remote parameter adjustment, real-time monitoring and data tracking are realized, the user convenience and the doctor management efficiency are improved; the traditional auricular point therapy of traditional Chinese medicine is combined with modern Internet of Things and artificial intelligence technology, a feasible path is provided for the intelligent and accurate development of auricular point therapy, and has a wide application prospect.

A system for laparoscopic thermal treatment of visceral fat includes an elongate cooling probe configured for placement through a trocar, the probe including an elongate shaft having a proximal end and a distal end and having a maximum transverse dimension, and an expandable endpiece having a proximal end and a distal end, and including a collapsed state configured for placement through a channel of the trocar and an expanded state, the expanded state having a maximum outer diameter, the maximum outer diameter at least about twice the maximum transverse dimension of the shaft, wherein the proximal end of the endpiece is sealingly coupled to the distal end of the shaft, and a heat exchanger coupled to the cooling probe and configured to remove heat from the endpiece such that adipose tissue placed in contact with the endpiece can be cooled to a temperature of between about 2° C. and about +1° C.

This invention discloses the preparation and application of radiofrequency thermoresponsive platinum ion crosslinked black phosphorus nanogel. The nanogel has a core-shell structure, comprising a core composed of a radiofrequency thermosensitive agent and chemotherapeutic drugs, and a shell constructed from a thermosensitive nanopolymer. The thermosensitive nanogel BP-Pt@PNA prepared using the above components exhibits radiofrequency thermosensitive properties. Simultaneously, the introduction of the thermosensitive nanopolymer improves the stability of the radiofrequency thermosensitive agent and chemotherapeutic drugs, enabling long-term drug retention and fully leveraging the synergistic effect of non-invasive radiofrequency thermotherapy and chemotherapy. This drug-loaded nanogel can achieve multimodal treatment applications, including non-invasive radiofrequency thermotherapy-chemotherapy synergistic antitumor therapy and invasive radiofrequency ablation-chemotherapy-vascular embolization synergistic antitumor therapy, demonstrating significant clinical translational potential.

The present application relates to the technical field of dynamic sand Tai Chi clothes, and discloses a dynamic sand Tai Chi clothes and method based on barycentric sensing, which comprises a fabric layer, waist and abdomen stress flexible sensors movably installed on the two sides of the fabric layer, a plantar barycentric surface array sensor fixedly and movably installed at the bottom of the fabric layer, a trunk barycentric coupling gyroscope movably installed on the surface of the fabric layer, a control module movably installed at the bottom of the trunk barycentric coupling gyroscope, and a shoulder load buckle fixedly and movably installed at the top of the fabric layer. The present application provides a Tai Chi barycentric migration device for the elderly with chronic low back pain, which realizes the synergistic effect of heat therapy, active balance training and real-time intelligent guidance by fusing the heat therapy characteristics of Xinjiang sand, the barycentric migration training principle of Tai Chi and intelligent sensing feedback technology, relieves pain while enhancing core stability and balance ability, and provides an innovative active rehabilitation solution for the elderly with chronic low back pain.

The application discloses a hot compress device for hospital nursing and belongs to the technical field of hospital nursing, which comprises a telescopic hot compress cover, a wet compress towel and a constant-temperature medicine storage barrel, an adjusting mechanism is arranged in the telescopic hot compress cover and slides in the vertical direction, self-adhesion pressing mechanisms are arranged at the two ends of the adjusting mechanism and slide in the horizontal direction, the two ends of the wet compress towel are fixedly connected to the two self-adhesion pressing mechanisms respectively, a sliding seat is arranged at the bottom end of the adjusting mechanism and slides between the two self-adhesion pressing mechanisms in the horizontal direction, an adjusting electric push rod is arranged on the bottom wall of the sliding seat, a negative pressure medicine changing mechanism is arranged at the bottom end of the adjusting electric push rod, and the wet compress towel slides through the negative pressure medicine changing mechanism. The hot compress device for hospital nursing can continuously change medicine and maintain temperature of the hot compress towel through negative pressure liquid pumping and liquid spraying, and the continuity and comfort of the hot therapy are ensured.

A reference shape of each target object is determined from one or more of reference MR images using one or more trained machine-learning (ML) models, each reference MR image captured at a respective spatial location in the target volume. A subsequent shape of each target object is determined from one or more of subsequent MR images using the trained ML model(s), each reference MR image captured at the same respective spatial location in the target volume as a corresponding reference MR image. A respective movement of each target object is calculated based, at least in part, on a comparison of each subsequent shape for each target object to a corresponding reference shape for a corresponding target object at the same respective spatial location in the target volume. When the respective movement is greater than a predetermined threshold, a movement notification is produced.

The application discloses a traditional Chinese medicine hot air pressure therapeutic instrument, relates to the technical field of medical equipment, and solves the problems that the air pressure therapeutic instrument in the prior art cannot be inflated in sequence and is single in function. The device comprises a binding belt, an air pressure assembly installed on the binding belt, a medicine storage bag and a heater, a gas conveying pipe connected to the air pressure assembly, and the heater is located behind the medicine storage bag. The air pressure assembly comprises a plurality of air bags installed at equal intervals on the binding belt, a gas conveying channel communicated with the bottoms of the air bags, an exhaust channel arranged at the right side of the air bag, a piston arranged between the air bag and the gas conveying channel, and a spring sleeved on the piston, and the lowermost gas conveying channel is communicated with the gas conveying pipe. The device has diversity, the heat generated by the heater can assist the Chinese herbal medicine components in the medicine storage bag to better penetrate into the deep layer of the skin of a patient, the air pressure assembly, the heater and the medicine storage bag are used in cooperation, blood circulation can be promoted through mechanical pressure, the drug penetration and the heat therapy can be used in cooperation, and comprehensive treatment is achieved.

The application discloses a multifunctional ear moxibustion instrument, which comprises a soft rubber ear fixing body, a heat therapy unit and a music playing module. The soft rubber ear fixing body is made of medical grade silicone or thermoplastic elastomer, and is shaped to be suitable for an auricle, has good flexibility and resilience, can effectively prevent breakage during wearing and taking off, and improves the use safety and product durability. The heat therapy unit is arranged inside or on the surface of the ear fixing body, and is used for warm stimulation of ear acupoints. The music playing module is integrated inside the ear moxibustion instrument or is connected through a wired / wireless mode, and is used for playing audio required by five-element music therapy, so that a patient can receive five-element music therapy while receiving ear moxibustion treatment, and a comprehensive treatment effect of physical and mental treatment is realized. The application has a reasonable structure and convenient operation, is suitable for professional treatment of medical institutions, and is also suitable for daily health care of families, and has a significant market application prospect.

A vector potential coil device generates a vector potential and applies electrical stimulation to an affected area using the generated vector potential. A heating means (actuator) heats the affected area. A vector potential coil drive device drives the vector potential coil device. A high frequency power supply drives the actuator. A controller controls the vector potential coil drive device and the high frequency power supply, causes the vector potential coil device to generate the vector potential, and causes the heating means to heat the affected area under a specified condition based on the combined therapy of thermotherapy and electrical stimulation.

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.

1. The name of the design product: neck protection instrument. 2. The use of the design product: for heat therapy, massage neck. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

This invention discloses a modular intelligent nursing mattress system integrating a dual-effect visual biodegradable temperature indicator film and its collaborative control method. The invention relates to the field of intelligent medical device technology, and includes a main control unit and at least one independently pluggable functional module compartment. The functional module compartment includes: a shell with a contact interface for acting on the human body surface; an external treatment actuator disposed within the shell for applying heat or cold therapy to the area corresponding to the contact interface; and a multi-mode sensor group disposed within the shell for collecting the operating parameters or environmental parameters of the functional module compartment. This solution achieves direct and visual temperature status feedback, enabling users and caregivers to intuitively and without delay perceive the thermal state of the treatment area, significantly improving safety and user-friendliness of the human-computer interaction.