117 results about "Therapeutic Devices" patented technology

1. Name of the product in this design: Massage therapy device. 2. Purpose of this design: for massage and health care. 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.

A wearable monitoring and therapeutic device includes at least two sensing electrodes. Each sensing electrode includes a metallic surface integrated in a garment. The device includes at least two therapy electrodes. Each of the at least two therapy electrodes includes a receptacle, and each receptacle includes at least one dose of conductive fluid. The device includes the garment. The garment includes a fabric that is stretchable and that is breathable and / or moisture wicking, and conductive wiring configured to at least partially electrically connect that at least two sensing electrodes to at least one defibrillator component. The device includes the at least one defibrillator component. The at least two therapy electrodes are configured to provide an electric shock to the subject. Prior to the application of the electric shock, each receptacle is configured to release the conductive fluid from the receptacle.

The utility model relates to ophthalmic treatment equipment technical field discloses an electrode treatment device, including built -in module and external wearing device, built -in module lower end fixed mounting has silica gel pad, built -in module inside fixed mounting has flexible circuit board, and flexible circuit board one end extends to built -in module outside and fixed mounting has electrode module, external wearing device one side fixed mounting has image acquisition module, external wearing device other side fixed mounting has mounting rod, and mounting rod one end fixed mounting has signal transmission module. When installing the electrode module in the retinal area of patient eyeball through the fixing base of outside, can make the electrode module through the internal slot can carry out displacement adjustment in flexible circuit board one end, thereby being convenient for electrode module can adjust to the appropriate position in installation, thereby preventing the operation from being unable to carry out because of the adjustment electrode module leads to flexible circuit board and cannot be pasted with the outside of eyeball and causes.

The vehicle foot-massaging system is a therapeutic device. vehicle foot-massaging system is adapted for use with a patient. The vehicle foot-massaging system comprises a vehicle, a massage structure, a control structure, and a plurality of footwear. The massage structure and the control structure mount in the vehicle. The control structure controls the operation of the massage structure. The plurality of footwear are worn by the patient. The feet of the patient rest on the massage structure. The massage structure massages the soles of the feet of the patient.

1. Name of the product in this design: Specific Electromagnetic Wave Therapy Device. 2. Purpose of this design: As a therapeutic device. 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.

An operation room system includes a processing unit configured to receive data associated with a patient; determine a treatment for the patient; identify a control setting associated with one or more treatment devices that are (i) in communication with the processing unit, and (ii) operable to perform the treatment; and generate a display including the control setting and at least one view of the data.

A hands-free, Red-Light Therapy device comprising a first base that stays outside the mouth and a semicircular or U-shaped lip spacer inserted into the mouth, with extended arms featuring inner tooth spacers. It has three sets of LEDs: a node on an adjustable, flexible, and detachable arm attached to the lip spacer, LEDs around the outer surface of the lip spacer, and LEDs on the side wall of the first base. Powered by a rechargeable battery with a timer switch, the device delivers red light (633-850 nm) to the inner mouth, lips, gums, and teeth, facilitating the treatment of mouth sores and injuries. The lip spacer is designed to open and hold the mouth securely using tooth spacers sized to fit 2-3 molars. This invention addresses the need for a convenient and effective at-home treatment for oral pain and sores, combining the benefits of red-light therapy with hands-free operation.

The application provides an execution data determination method, device and equipment of a treatment device and a storage medium, applied to the technical field of medical instruments, device parameters of a treatment device used for performing helical tomotherapy are acquired, and detection data corresponding to a target user is acquired; thread effect model data corresponding to the treatment device is determined; variable pitch trajectory data corresponding to the target user is determined according to the device parameters, the detection data and the thread effect model data; a reverse dose optimization operation is performed based on the variable pitch trajectory data corresponding to the target user, and current execution data of the treatment device for the target user is determined. The application provides a systematic and high-robustness execution data determination method, effectively reduces the thread effect, and guarantees the treatment process of the target user.

The present application relates to the technical field of medical apparatus and instruments, and discloses a neonatal hypothermia portable treatment device and a body temperature regulation system, aiming to solve the problem that the prior art cannot adapt to the transfer scene and is prone to body temperature out of control when a neonatal hypoxic-ischemic encephalopathy is transferred, the body temperature regulation system comprises four modules of information acquisition, temperature control decision, temperature control execution and information connection, the information acquisition module collects and discriminates body temperature, physiological parameters and transfer interference data; the temperature control decision module generates temperature control instructions and interference compensation strategies in combination with preset parameters of body weight and according to scenes; the temperature control execution module drives components to land on the ground according to instructions and feeds back the state; and the information connection module summarizes data and synchronously transfers the data into a hospital admission system, so that the transition body temperature is stably controlled during the transfer, the hospital admission first-aid operation is smoothly connected, and the technical blank of pre-treatment body temperature transition management during short-distance transfer is filled.

Method for providing control data for a laser (18) of a treatment device (10) for the correction of a cornea (26) of a human or animal eye, wherein the method comprises the following steps performed by at least one control device (20): - Determining (S10) an effect of a deformation of the cornea (26) on predetermined corneal parameters by means of a corneal deformation model, wherein the corneal deformation model allows the cornea (26) to be modeled in a deformed and undeformed state, wherein, to determine the effect of the deformation, values ​​of several predetermined corneal parameters are varied in the undeformed state of the cornea (26) and the effect of this variation on values ​​of the corneal parameters in the deformed state of the cornea (26) is determined;- Determining (S12) the at least two most important predefined corneal parameters for treatment and / or corneal deformation (26) depending on the magnitude of the determined effect; - Adapting (S14) one or more predefined fit functions to the values ​​of the at least two most important predefined corneal parameters, wherein the one adapted fit function provides a compensation function to compensate for the deformation or the several adapted fit functions are combined to form the compensation function; - Calculating (S16) a deformation-corrected treatment value using the compensation function and preoperative values ​​of the at least two most important predefined corneal parameters; - Providing (S18) the deformation-corrected treatment value as control data for the treatment device (10);- wherein the one or more respective predefined fit functions are polynomial functions of the form z(x,y)=ax2+b*xy+cy2+dx+ey+fs, where z(x, y) is a treatment value of a corneal parameter to be deformation-corrected, x and y are values ​​of at least the two most important predefined corneal parameters to be used as preoperative values ​​in the compensation function, and a, b, c, d, e and f are coefficients obtained by fitting to the values ​​of the most important corneal parameters from the corneal deformation model.

An x-ray FLASH radiotherapy device uses an electron beam to generate x-rays on a target element. The focal area on the target element is about 1 to about 12 cm2. The target element is separated from a radiotherapy patient by a thin aerogel insulator. Using about 50 to 200 kV of power, the x-ray FLASH radiotherapy device administers 40 Gy / s of radiation or more during short bursts or pulses of one second or less. Due to the short duration of these pulses, heating of the target element is limited, thereby reducing the source to surface distance between the radiation source and the patient.

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.

A cardiac treatment device, including:stimulation circuitry configured to generate a non-excitatory electrical signal which, when applied to ventricular tissue during a ventricular refractory period thereof improves a condition of heart failure in human patients;atrial arrhythmia detection circuitry; anddecision circuitry which controls the stimulation circuitry to delivery said signal, also when said atrial arrhythmia detection circuitry detects an atrial arrhythmia.

1. Name of the product in this design: LED therapeutic device. 2. Purpose of this design: This design is used to assist in anti-inflammatory treatment, accelerate wound healing, and as an adjunct treatment for acne. 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.

This utility model relates to the field of ventilation therapy, and discloses an air intake assembly for a ventilation therapy device and the ventilation therapy device itself. The air intake assembly is detachably connected to the air intake side of the ventilation therapy device. The air intake assembly contains an air intake component with at least one air intake channel, which is configured as a curved path to extend the airflow path. The air intake assembly provided by this utility model, on the one hand, allows the air intake assembly with the air intake channel to be removed from the ventilation therapy device for easy cleaning and replacement; on the other hand, the curved path of the air intake channel extends the gas flow path, and the airflow can be refracted and reflected during contact and collision with the inner wall surface of the curved air intake channel, thereby achieving the purpose of stabilizing airflow and reducing noise.

The application discloses a light treatment equipment for after-cataract, and belongs to the technical field of medical devices. The light treatment equipment adjusts the emission direction of treatment light by using a light guide module to make the treatment light project to an intraocular target area. The light shaping module is used to shape the emission spot of the treatment light to match the annular anatomical structure of the equatorial part of the lens capsule bag. During the cataract intraocular lens implantation surgery, the light treatment equipment emits treatment light to precisely irradiate the intraocular target area, thereby inducing the apoptosis of epithelial cells in the anterior subcapsular area and the equatorial area of the lens in the intraocular target area. The light treatment equipment does not cause damage to the surrounding tissue structure, can greatly reduce complications, and can effectively prevent and effectively and precisely treat after-cataract.

The patient lifting device is a therapeutic device for use with a caregiver and a patient. The patient lifting device increases the mobility of the patient by transferring a portion of the load of the patient to the caregiver. The patient lifting device includes a first non-euclidean supporting structure, a second non-euclidean supporting structure, and a pivot structure. The pivot structure attaches the second non-euclidean supporting structure to the first non-euclidean supporting structure. The first non-euclidean supporting structure transfers a portion of the load of the patient to the caregiver. The second non-euclidean supporting structure transfers a portion of the load of the patient to the caregiver.

This application discloses an airway module for a respiratory therapy device. The airway module includes a housing with an air inlet and an air outlet. The housing also includes a mounting cavity and a buffer cavity. The mounting cavity is used to mount a fan assembly. The air outlet of the fan assembly communicates with the buffer cavity, and the air outlet is located on the cavity wall of the buffer cavity. The buffer cavity includes at least one bend angle, so that the airflow output from the air outlet undergoes at least one turn within the buffer cavity before flowing out of the air outlet. The buffer cavity guides the airflow to gradually stabilize during movement, increasing the smoothness of airflow movement and thus improving the stability of airflow output. Since the airflow requires additional kinetic energy to change its direction of travel at the bend angle, the airflow after the turn moves more smoothly and flows out of the air outlet more steadily, improving the user's breathing comfort. Simultaneously, the relative friction between the airflow and the cavity wall of the buffer cavity is reduced, lowering the noise of the airway module.

The present application relates to the technical field of ventilation treatment, and discloses a ventilation component and a ventilation treatment device.The ventilation component is arranged in the ventilation treatment device and comprises a ventilation pipe body (11), the inside of the ventilation pipe body (11) is defined with a curved air passage (111) for prolonging the air flow circulation path, the air inlet (112) of the air passage (111) is used for corresponding communication with the main machine air inlet (22) of the ventilation treatment device, and the air outlet (113) of the air passage (111) is used for corresponding communication with the air inlet of the fan (21) in the ventilation treatment device.The ventilation component provided by the present application can guide the air flow and prolong the air flow path by arranging the curved air passage in the ventilation component, so that the effect of air path prolonging can be achieved by three-dimensional folding in a smaller space, and the fan noise can be blocked from being transmitted out, so that the purposes of stable flow and noise reduction are achieved.

This invention proposes a radiotherapy device, method, and storage medium. The radiotherapy device includes a treatment gantry, a treatment bed, radiotherapy components, and a scanning imaging system. The scanning imaging system includes a scanning ring and a moving mechanism. The scanning ring is configured to rotate around its own axis and is equipped with the scanning imaging components. The moving mechanism connects the scanning ring and the treatment gantry and drives the scanning ring to move between an image acquisition position and a standby position. In the image acquisition position, the image isocenter coincides with the treatment isocenter or has a preset fixed deviation; in the standby position, the scanning ring is entirely outside the irradiation path of the treatment beam. This invention achieves the movement of the scanning ring between the image acquisition position and the standby position through the moving mechanism, ensuring diagnostic-grade imaging quality while avoiding interference between the treatment beam and the imaging components. This significantly improves the accuracy and reliability of image-guided radiotherapy and enhances the flexibility of treatment.

The utility model discloses a kind of treatment hand tools and therapeutic apparatus, it is related to medical instrument technical field, wherein, the treatment hand tool includes lens barrel assembly, sleeve assembly and lens assembly;Lens barrel assembly includes lens barrel and at least two positioning parts, at least two positioning parts are located in lens barrel, and light cavity is formed in the inside of lens barrel;Sleeve assembly includes sleeve and at least two cooperation parts, sleeve is rotatably sleeved in the outer periphery of lens barrel, and at least two cooperation parts are located in sleeve;Lens assembly includes fixed lens and movable lens, fixed lens is installed in lens barrel, movable lens is movably located in light cavity, and is connected with sleeve;Wherein, rotate sleeve, drive at least two cooperation parts to limit cooperation with at least two positioning parts in turn alternately, and drive movable lens to move along the axial direction of lens barrel.The utility model realizes more fixed gear by the limiting structure of positioning part and limiting part, and each gear corresponds to the determined light spot parameter, improves treatment effect.

The bottle cap soaking bay has top cap and a bottom cap. The bottom cap has a body, a bay, threads, ridges and a safety seal. The bottom cap had a tapered cylindrical shape. The bay is a watertight container for storing an oil-infused therapeutic device. The threads allow the top cap to be secured to the top of the body, sealing the bay, where the therapeutic device may soak in oil over time.

This medical device comprises: a first tube that forms a sensor lumen; a second tube that forms a lumen for inserting a therapeutic device; and a branch connector that holds a portion of each of the first tube and the second tube. The branch connector has: a distal end-side opening that opens toward the distal end side; a first proximal end-side opening that opens toward the proximal end side; a second proximal end-side opening that is on the proximal end side and opens toward a direction different from the first proximal end-side opening; a first passage which connects the distal end-side opening and the first proximal end-side opening, through which the first tube is passed, and which has a linear shape over the entire length of the branch connector; and a second passage which connects the distal end-side opening and the second proximal end-side opening, through which the second tube is passed, and which has a shape bent with respect to the first passage.

The application provides a treatment device, comprising a cushion body, a first light therapy assembly installed on the cushion body, a first light emitting source electrically connected and installed on the first light therapy assembly, a treatment cover body detachably connected with the cushion body, and a second light therapy assembly installed on the treatment cover body, a second light emitting source electrically connected and installed on the second light therapy assembly. In use, the cushion body and the treatment cover body can be enclosed to form a containing cavity, a user can enter the containing cavity, and the first light emitting source and the second light emitting source can be used for whole body treatment, thereby increasing the treatment area. Alternatively, the cushion body and the treatment cover body can be laid flat, and multiple people can use the treatment device at the same time. Alternatively, the cushion body and the treatment cover body can be detached, and the cushion body and the treatment cover body can be used independently. Thus, the treatment device can be assembled and disassembled, the treatment area can be increased, and the use requirements of multiple different scenes can be met.

The application discloses a kind of cryotherapy equipment for retinal detachment outer road repair, it is related to ophthalmic medical equipment technical field, including host computer, gas delivery connector, gas delivery tube assembly and cold therapy pen assembly, cold therapy pen assembly includes pen holder, probe connection base, cryoprobe and cover, probe connection base is fixedly arranged in pen holder, cryoprobe is threadedly connected with pen holder, cover also is provided with the threaded portion of threadedly connected with pen holder, magnet is magnetically connected on the outside of pen holder, magnet is provided with liquid bag, liquid bag is communicated with one end of marker liquid catheter, the other end of marker liquid catheter is fixed on the outside of cryoprobe.The application can realize the integration of retinal hole cryocondensation fixation and positioning mark simultaneously, eliminate the operation pressure of extremely short positioning window, significantly improve the operation accuracy, reduce the risk of failure, can make operator single hand can complete cryocondensation+marking operation, without assistant cooperation and instrument switching, shorten operation time by more than 30%, reduce learning curve.

The present application relates to the field of ventilation therapy equipment, and discloses an oxygen generator, comprising: a main support, which is formed with a compressor cabin and an adsorption tower cabin arranged adjacent to each other in a horizontal direction, and the size of the adsorption tower cabin in the height direction is greater than that of the compressor cabin; a compressor, which is installed in the compressor cabin and can compress air inhaled from the external environment; an adsorption tower, which is installed in the adsorption tower cabin and can produce oxygen by adsorbing the compressed air supplied by the compressor; and an air inlet nitrogen exhaust control module and / or an oxygen storage tank installed above and / or below the compressor cabin. The oxygen generator of the present application can reliably and stably connect the air paths between the related components, reduce the risk of problems such as air leakage or abnormal sound, and avoid the increase in the volume of the oxygen generator caused by the increase in the height of the adsorption tower, which is beneficial to the miniaturization and portability development of the oxygen generator.

This utility model relates to the field of dental treatment equipment technology, specifically an instrument tray for a dental treatment chair and the dental treatment chair itself. The instrument tray includes a main body, with multiple sets of instrument cables mounted on its bottom. Medical instruments are connected to the ends of the instrument cables. A cable storage mechanism is located at the bottom of the main body, comprising multiple sets of cable storage components. Each cable storage component corresponds to a specific instrument cable. Each cable storage component includes a base, a cable guide wheel, and a guide rail. Compared to existing technologies, the return elastic element can push the cable guide wheel to pull the instrument cables back into the storage compartment, reducing the length of exposed instrument cables, preventing tripping hazards for medical personnel, protecting the cables from contamination, and extending their lifespan.