15 results about "Foot disease" patented technology

The invention discloses a diabetic foot prevention system and method based on immersive experience and artificial intelligence, and relates to the technical field of disease prevention, and the diabetic foot prevention system comprises an immersive interaction module, a multi-sensory stimulation module, a physiological monitoring module, an artificial intelligence module and a disease intervention module. The interactive 3D virtual scene is constructed through the immersive interaction module, the pathological evolution process of the diabetic foot is visually displayed, the problem that disease development is difficult to truly present in a traditional science popularization mode is solved, a diabetic patient is helped to deeply understand the pathogenesis, the evolution stage and the potential consequence of the disease, and the development of the diabetic foot is promoted. The foot disease state of the diabetic foot patient is simulated through the multi-sensory stimulation module, so that the diabetic patient experiences real symptoms such as pain and burning feeling, the fluke mind of the diabetic patient is broken, the foot health is actively concerned, and the diabetic foot risk is improved. And the risk of delay of the intervention opportunity due to light diseases is reduced.

The utility model provides an insole with a magnetic therapy massage function, which belongs to the technical field of health care products and comprises an insole component, a bottom pad, a separator arranged at the top of the bottom pad and an insole surface integrally formed with the outer surface of the bottom pad. The massage assembly comprises a first massage convex block fixedly mounted on the outer surface of the insole surface, and a second massage convex block, a third massage convex block, a fourth massage convex block and a fifth massage convex block which are sequentially and fixedly mounted towards the front foot sole part through the first massage convex block. According to the utility model, the six groups of massage bumps are distributed according to the acupuncture points of the sole and are matched with the outline and radian of the sole, and the massage particles distributed on the outer surface can accurately stimulate the acupuncture points, so that the blood circulation of the foot is effectively promoted, the swelling and aching pain of the foot caused by long-time walking or standing are relieved, and more serious foot diseases are prevented; magnetic therapy sheets can be embedded to achieve magnetic therapy stimulation, promote qi and blood circulation of meridians and collaterals and maintain overall health of the body.

This invention provides a method for identifying human tripping risk based on the detection of the minimum distance between the foot and the ground. First, markers are placed on the shoe surface, and the point cloud and 3D coordinate information of these markers are acquired. Then, matrix transformations are performed on the point cloud and coordinate information based on the markers undergoing rigid body motion to divide gait cycles. Finally, in each gait cycle, the motion trajectory of the markers is found, and the local minimum cross-sectional area (MFC) of each point in the current gait cycle is calculated. The minimum MFC of this local MFC is subtracted from the ground calibration distance, and the minimum MFC of the swing phase of the current gait cycle is obtained. This process is repeated to obtain the MFC of all gait cycles, thereby determining whether the subject belongs to a high-risk tripping population. This invention can be used to identify individuals at risk of tripping and implement effective tripping prevention strategies. It can also be used for the diagnosis of foot diseases and the evaluation of rehabilitation treatment effects. In gait rehabilitation, it ensures safer walking by reducing the tripping risk of a range of individuals with gait impairments.

The garlic freeze-dried powder foot mask is prepared from the following raw materials in parts by weight: 5 to 15 parts of garlic freeze-dried powder, 10 to 20 parts of glycerol, 0.5 to 2 parts of sodium hyaluronate, 5 to 10 parts of aloe extract, 2 to 5 parts of lavender essential oil, 1 to 3 parts of safflower essential oil, 1 to 3 parts of carbomer, 0.5 to 1.5 parts of triethanolamine and 50 to 80 parts of deionized water. The preparation method of the garlic freeze-dried powder foot mask comprises the following steps: S1, preparing garlic freeze-dried powder; s2, preparing carbomer gel; s3, mixing the raw materials; s4, adding the garlic freeze-dried powder, and continuously stirring uniformly; s5, adjusting the pH value; and S6, preparing the foot mask. The used garlic freeze-dried powder is rich in various bioactive components, can effectively remove bacteria and fungi on feet, prevents and treats foot diseases, improves foot blood circulation and relieves foot fatigue at the same time. The preparation method of the foot mask is simple, easy to operate and suitable for large-scale industrial production.

This utility model relates to the field of everyday footwear technology. It discloses a Ula grass slipper, comprising, from bottom to top, an outer sole, a support layer, a Ula grass ecological felt layer, and an inner sole. The edge of the outer sole extends upwards to form a edging, and one side of the edging is connected to the upper. The upper is connected to the edge of the inner sole. This Ula grass slipper, with its natural fiber blended knitted fabric used for the Ula grass ecological felt layer, upper, and inner sole, has excellent breathability, effectively dissipating sweat and preventing dampness and stuffiness. This solves the problem of poor breathability in traditional slippers. Ula grass itself has natural antibacterial and deodorizing properties. The Ula grass ecological felt layer further enhances the slipper's antibacterial and deodorizing functions, effectively inhibiting the growth of bacteria and fungi, reducing the occurrence of foot diseases such as athlete's foot, satisfying people's pursuit of a healthy life, and compensating for the lack of antibacterial and deodorizing functions in traditional slippers.

The application discloses a health function shoe sole containing atractylodes lancea component and a preparation process thereof, which comprises, from top to bottom, a breathable layer, an atractylodes function layer and an elastic layer; atractylodes active factor microcapsules and nano activated carbon particles are uniformly distributed in the atractylodes function layer to realize slow release of the atractylodes active component; the breathable layer is provided with a breathable hole channel to realize'strong antibacterial effect during work and energy-saving and efficiency storage during static state', and precisely match the health needs of the foot in different states; and the elastic layer takes into account the breathability and shock absorption and buffering performance. The application solves the problems that the efficacy of traditional Chinese medicine is easy to attenuate, the drug release process is relatively fast, and the durability is insufficient, and not only endows the shoe sole with natural, safe and durable sterilization (prevention of foot disease), dehumidification (dampness removal), odor prevention (deodorization), immunity enhancement and comfort enhancement effects, but also guarantees that the shoe sole has excellent elasticity, wear resistance and structural stability.

1. Name of the product in this design: Instability Rehabilitation Training Shoes. 2. Purpose of this design: Instability rehabilitation training shoe for the treatment of foot diseases. 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.

The invention relates to the technical field of foot correction, and provides an ankle force line abnormal disease correction method and system based on specific modeling, and the method comprises the steps: collecting basic health data information, static foot data information and dynamic ankle data information of different crowds; performing multi-modal data fusion on all the collected data information to form multi-modal data information, and identifying specific data information corresponding to various different ankle diseases in the multi-modal data information; performing three-dimensional modeling based on the specific data information, and constructing basic foot assistive device models corresponding to different ankle diseases; selecting a basic foot assistive device model suitable for the specific patient, and constructing a precise foot assistive device model suitable for the specific patient based on the basic foot assistive device model; 3D printing of an accurate foot assistive device model is carried out, and ankle disease correction is carried out on a specific patient. By means of the method, manufacturing of the foot assistive device model can be more accurate and efficient, and the effect and efficiency of correcting the foot diseases of the patient can be effectively improved.

The utility model discloses an adjustable foot disease spray device, include: medicament jar and press the mouth, press the mouth to set up at the top of medicament jar, fixed ring fixed setting is in the outer wall one side of press the mouth, the one side of fixed ring is rotated and is provided with cylindrical shell through bearing, the medicine outlet pipe is set up in the inner chamber of medicament jar and extends the one side of press the mouth, and medicine outlet pipe is located in cylindrical shell, first spray medicine pipe setting is in the inner chamber one side of cylindrical shell, detachable mechanism sets up between cylindrical shell and first spray medicine pipe. The adjustable foot disease spray device, through being provided with detachable mechanism can use the switching of first spray medicine pipe and short medicine spray pipe, and the replacement is convenient, and the practicality is strong, through being provided with angle adjusting mechanism can adjust the angle of second spray medicine pipe and nozzle and fix, so that the nozzle stretches into long boots deep place and sprays medicine, improves the disinfection effect in long boots, and is convenient for user treatment.

The application relates to the technical field of medical devices and functional footwear, and discloses a correction shoe with a detachable tongue, which comprises an inner layer support structure formed by embedding a net-shaped shape memory alloy wire into a flexible base, and a temperature sensing polymer outer layer with a Tg of 32-38 DEG C; the tongue is detachably connected with the shoe body through a buckle or magnetic attraction structure, can adaptively adjust the arc with the change of the foot temperature, release the pressure, and support replacement to adapt to different rehabilitation stages, and has the properties of sanitary maintenance and biomechanical adaptability. The correction shoe combines the temperature response deformation of the tongue with the static support of the shoe sole, dynamically adjusts the dorsum pedis pressure distribution in the gait cycle, avoids the formation of local high pressure points, and supports various application scenes such as postoperative rehabilitation, sports protection and chronic foot disease management.

The utility model belongs to the field of medical instruments, and relates to a turnover type leg lifting support which comprises a U-shaped supporting plate and a shank clamp used for clamping a shank of an affected limb, and the U-shaped supporting plate is composed of a cross beam plate and two vertical plates. The bottom ends of the two vertical plates are provided with bed edge clamps used for being clamped and fixed to the bedside of a sickbed. The shank clamp is installed on the top face of the cross beam plate of the U-shaped supporting plate in a rolling mode. The leg lifting support lifts lower limbs and shanks of a bedridden patient during foot disease treatment in the orthopedics department, when the patient turns over and lies on the side from the supine position, the shank clamp and the shanks of the affected limbs turn over synchronously, the bedridden patient can turn over and convert between the supine position and the side position conveniently, and the probability of pressure sores can be reduced.

The utility model discloses an antibacterial and breathable type household slippers belongs to the technical field of slippers, including sole, the top of sole is provided with recess, is provided with insole in recess, is evenly provided with first air groove on insole, the bottom of sole is provided with second air groove, the both sides outer wall on sole is evenly provided with lateral groove, the front and rear outer wall on sole is evenly provided with positive groove and first air groove, second air groove, lateral groove and the shape of positive groove are rectangular, the right side fixedly connected with vamp on the top of sole, is evenly provided with third air groove on vamp, the bottom of sole is evenly fixedly connected with antiskid block, and the shape of antiskid block is hemispherical. The antibacterial and breathable type household slippers, through the cooperation of first air groove of insole, second air groove of sole, lateral groove, positive groove and third air groove of vamp forms multidirectional airflow channel, can promptly emit foot sweat and heat, avoids the inside damp and sultry and breeds bacteria fungus, reduces peculiar smell and foot disease risk, improves the quality of life.

A device for variable resistance walking with the capability to measure user exercise metrics, including a user's oxygen consumption, is provided, comprising a pair of elastomeric resistance elements configured to provide a variable resistance and having a foot anchor at a first end and a modular handle at a second end. The modular handles may each include at least one sensor and a network interface in communication with at least one sensor and at least one website via a network. In addition, the device may feature a dedicated website for displaying the exercise metrics and shared data and may provide for variable resistance walking in which a user's leg and arm regions experience a counter resistance to achieve aerobic and anaerobic benefits. The device may be utilized for indoor and outdoor resistance walking in physical therapy and may be adapted to healthcare conditions, including foot ailments, obesity, and diabetes.

The utility model relates to the technical field of insoles, and discloses a multi-layer composite insole with arch pressure distribution, which comprises an insole layer, the left side of the bottom of the insole layer is fixedly connected with a heel pad, the right side of the bottom of the insole layer is fixedly connected with a front foot pad, and the bottom of the insole layer is fixedly connected with a support pad. The bottom of the supporting pad is fixedly connected with a bottom pad, the top of the bottom pad is fixedly connected with a plurality of elastic ribs, the top of the insole layer is provided with an antibacterial sweat-absorbing assembly, the antibacterial sweat-absorbing assembly comprises an antibacterial layer, the bottom of the antibacterial layer is fixedly connected to the top of the insole layer, and the top of the antibacterial layer is fixedly connected with a moisture absorption layer. According to the utility model, the bottom pad is connected with the heel pad, the front foot pad and the supporting pad and cooperates with the elastic ribs, so that the structural stability is enhanced, stress transmission of each part is smoother, arch pressure is promoted to be uniformly distributed on the whole insole structure in all directions, and foot diseases caused by non-uniform arch pressure are prevented and relieved.

The application discloses an intelligent foot health monitoring system and method based on micro-spectrum technology, which collects humidity, microorganism and VOCs spectrum characteristic data by using micro-spectrum, selects effective wavelengths to train a linear regression model, predicts humidity, microorganism and VOCs content by using the linear regression model, and automatically judges a foot health state according to a prediction result, and sends early warning information to a user and provides corresponding nursing suggestions when humidity is too high, microorganisms breed and VOCs concentration exceeds a standard. The application realizes comprehensive and real-time monitoring of the foot health state, has the advantages of non-invasive, high precision, real-time feedback and the like, can effectively prevent the occurrence of foot diseases, improves the health awareness and life quality of the user, and has a wide market application prospect.