21 results about "Foot pains" patented technology

For foot pain sufferers, especially those with peripheral neuropathy, this invention introduces a breakthrough device. Its key feature is a novel self-aligning applicator that simultaneously treats the entire foot and eliminates adjustments and sizing. A large enough and powerful enough treatment zone is possible by utilizing a segmented solenoid and by placing the foot directly into its coherent core flux. Dosages to the entire foot of 2,500 ΣΔBT can be achieved within an hour. Extremely low voltages are used and very little heat is produced, making the device suitable for in-home use.

The present invention relates to safety shoes worn on the feet of a wearer. In particular, the present invention relates to safety shoes in which space for the little toe to move is secured through the inner space of a protrusion portion, and which can thus prevent foot pain and injury and increase the comfort of a wearer.

Smart insoles provide comfort and support while analyzing gait, improving posture and alignment, and tracking fitness metrics. Raw data from the smart insoles is fed into normative data algorithms to create a unique user report in real-time. A mobile app associated with the smart insole connects users to caregivers, articles, and personalized exercises. Monitoring of these parameters is used for managing chronic pain and sedentary lifestyle. The smart insole is a smart wearable device with a mobile app to monitor and manage chronic pain, which is an effective strategy in reducing foot pain and increasing physical activity.

The invention relates to a magnetic pulse treatment device for treating pain. The invention provides breakthrough equipment for patients suffering from foot pain, especially patients suffering from peripheral neuropathy. The main feature of the present invention is that a novel self-aligning applicator is employed to treat the entire foot at the same time without adjustment and sizing. By using segmented solenoids and placing the feet directly in their coherent magnetic core flux, a sufficiently large, sufficiently strong power treatment area can be achieved. The dosage of the whole foot can reach 2500 sigma delta BT within one hour. And the used voltage is extremely low, and the generated heat is extremely little, so that the equipment is suitable for household use.

Socks with in-built arch support are a new innovative technology aimed at addressing the common problem of foot discomfort and pain due to the lack of proper support in traditional socks. These socks are designed with strategically placed arch support pads that provide targeted support to the arch of the foot, promoting proper alignment and reducing strain on the feet. By incorporating arch support directly into the sock design, this new technology offers a practical and effective solution for individuals seeking relief from foot discomfort. The targeted arch support helps to stabilize the arch of the foot, create better form, reduce muscle fatigue, and improve overall foot health and comfort. Socks with inbuilt arch support provide a simple yet innovative way to enhance the functionality of everyday socks, making them an indispensable accessory for individuals seeking lasting relief from foot pain.

The embodiments of the present application provide a massage insole and massage shoe. The massage insole includes: a substrate; an air bag, including an air supply part and an air receiving part that are interconnected, the air supply part is arranged on the substrate, and the air receiving part is arranged on the substrate or on the side of the air supply part away from the substrate; a massage head, which is in conduction with the air supply part or the air receiving part, and the massage head is arranged on the substrate or on the side of the air receiving part away from the substrate. By arranging an air bag and a massage head in the massage insole, the human body applies external force to the air bag during movement, and the fluid flows in a directional manner from the air supply part to the air receiving part, thereby protecting the foot joints, correcting the biomechanical lines of the lower limbs, and alleviating foot pain. In addition, the fluid flows from the air bag to the massage head, and the acupuncture points are massaged by simulating massage techniques through nonlinear fluid flow. It integrates multiple functions such as decompression, correction, massage, and massage, has a high space utilization rate, is applicable to a wide range of shoe categories, is highly comfortable, does not require an additional power source, has low modification costs, and is highly safe.

The invention relates to the technical field of customization of foot pain physiotherapy insoles, in particular to a personalized customization method and system for foot pain physiotherapy insoles, which comprises the following steps: dynamically collecting plantar pressure distribution in a natural gait cycle of a user, extracting pressure intensity characteristics from plantar pressure distribution data, and extracting pressure intensity characteristics of the plantar pressure distribution data; obtaining the type of the landing mode of the user; constructing a one-way air bag flow guide channel for a corresponding landing area of the insole based on the type of the landing mode, and initializing the opening duration of a one-way valve and the inflation volumes of a main air bag and a secondary air bag based on the plantar pressure peak value, based on the real-time plantar pressure data, the inflation rate of the initial circulation gas flow guide channel is dynamically adjusted, so that gas in the high-pressure area of the insole is transferred to the low-pressure area. By collecting plantar pressure distribution data of a user in real time, the inflation volume and the inflation rate of the air bag are dynamically adjusted, and accurate comfortable support can be provided at any time according to gait changes.

This invention provides a toe-standing posture stabilization aid that can improve athletic performance by stabilizing posture in all track and field sports that require a toe-standing position with the toes bent towards the top of the foot, and can also reduce, eliminate, or improve foot pain. [Solution] The sock-like main body 2 is provided with a lower cloth 2a as a sheet-like bottom that overlaps the tips of the first to third metatarsals on the sole of the foot to be supported. When the toes are bent towards the top of the foot and the person is standing on their tiptoes with the main body 2 on, a pad 1 is provided on the upper surface of the lower cloth 2a at least one of the positions where the tips of the first to third metatarsals are close together, to fill the difference in distance between the tips of at least two of the first to third metatarsals and the ground. The pad 1 has a contour with a rounded, sharp corner at the tip, and a flat part of a certain thickness or at least two flat parts of different thicknesses.

The utility model discloses an electric-stabbing ankle-foot therapeutic apparatus with multichannel electrodes, which comprises a microprocessor, a power supply module, a conductive adhesive substrate sheet for arranging a plurality of electrode sheets, and a man-machine interaction module in communication connection with the microprocessor, the signal output end of the microprocessor is electrically connected with an electrode slice on the conductive adhesive substrate slice through a signal conditioning circuit, the signal conditioning circuit comprises a D / A converter and a signal amplification circuit, and the signal output end of the microprocessor is electrically connected with the electrode slice on the conductive adhesive substrate slice through the D / A converter and the signal amplification circuit. The voltage output end of the power supply module is connected with the power supply end of the microprocessor, the power supply end of the man-machine interaction module, the voltage input end of the D / A converter and the voltage input end of the signal amplification circuit. According to the utility model, the stimulation current is sent to the electrode plate to act on each acupuncture point of the ankle and foot of a human body, and the ankle and foot of a user are stimulated in an electrical stimulation mode, so that the effects of eliminating muscle fatigue and relieving ankle and foot pain are achieved.

A high-heeled shoe cushioning structure capable of relieving plantar pressure comprises a midsole and an insole, the midsole and the insole are provided with a midsole half sole area, an insole half sole area, a midsole heel area and an insole heel area respectively, a midsole body area is arranged between the midsole half sole area and the insole heel area, and an insole body area is arranged between the insole half sole area and the insole heel area. The insole further comprises a cushioning pad and a cushioning block, the cushioning pad is arranged in the insole half sole area and is flush with the surface, facing the insole bottom, of the insole body area after being installed, and the two ends of the cushioning block are arranged on the corresponding end faces of the insole heel area and the insole heel area respectively. The insole and the pad bottom are positioned through the cushioning blocks, and the corresponding end faces of the insole and the pad bottom are attached to each other after the insole and the pad bottom are positioned. The insole has the advantages that the cushioning pad and the cushioning block are arranged in the half sole area and the heel area of the insole respectively, plantar pressure can be effectively dispersed, pressure concentration of the half sole area and the heel area is reduced, and therefore the common problems of foot pain and fatigue when high-heeled shoes are worn are solved.

The invention relates to the field of physiotherapy insoles, and discloses a flatfoot insole and a manufacturing method thereof. The flatfoot insole comprises an insole body and a percutaneous nerve electrical stimulation mechanism. The insole body is provided with a foot arch supporting part, and the foot arch supporting part protrudes upwards relative to other parts of the insole body so as to support the foot arch part. The transcutaneous electrical nerve stimulation mechanism comprises a host, a handheld controller and an electrode plate, the host is arranged in the insole body, the electrode plate is laid on the top of the arch supporting part, the top surface of the electrode plate can be attached to the arch part, and the electrode plate is conductively connected with the host; and the handheld controller is in signal connection with the host and can control the host to operate, so that the host supplies power to the electrode plates to enable the electrode plates to electrically shock the arch parts. The foot pain can be relieved in the mode that the percutaneous nerve electrical stimulation mechanism discharges electricity to the foot arch part and the foot arch supporting part enables the foot sole to be evenly stressed.

Provided is an assistive device for stabilizing posture in a tiptoe stance, said device being capable of improving athletic ability, reducing or eliminating foot pain, and improving effects by stabilizing posture in track and field sports involving performance or competition requiring a tiptoe stance with the toes bent toward the instep side of the foot. A sock-shaped body 2 is provided with a lower cloth 2a as a sheet-shaped bottom part that overlaps the distal ends of first to third metatarsal bones on the plantar surface of the foot to be assisted. A pad 1 for compensating the difference in distance between the ground contact surface and the distal ends of at least two metatarsal bones from among the first to third metatarsal bones is provided on the upper surface side of the lower cloth 2a in at least one position where the distal ends of the first to third metatarsal bones are close to each other when a tiptoe stance posture in which the toes are bent toward the instep side of the foot is assumed when the body 2 is worn. The pad 1 comprises a contour having an acute angular portion with a rounded tip, and a flat surface part having a constant thickness or at least two flat surface parts having different thicknesses.

The personalized customization device for the foot pain physiotherapy insole comprises an insole body and a pressure pad set, the pressure pad set comprises a plurality of pressure pads, and cutting lines are arranged on the outer sides of the pressure pads; pre-attaching areas are arranged on the bottom surface of the insole main body, and the pressure gaskets are attached to the corresponding pre-attaching areas; and more than one pressure gasket can be attached to the same pre-attaching area. According to the physical therapy insole, simple static and dynamic detection evaluation is used, the personalized customization insole targeted to foot mechanical balance is achieved through the physical therapy insole and the pressure pad, the wearing comfort can be improved, and the good physical therapy effect is achieved. According to the customization method, by detecting the plantar pressure and gait of the patient, when the patient stands and walks, the insole support and the pressure pad assist in changing the ground reaction force acting on the foot, so that the mechanical balance of the foot of the human body is achieved, and the sport injury and pain are reduced. In addition, the pressure gasket can also restrain impact force related to the gait, so that the gait is adjusted, and the comfort degree is improved.

The utility model provides an air bag type insole, which belongs to the technical field of insole design and comprises a bottom pad, and a plurality of inflatable air bags are fixedly arranged on the bottom pad. The inflatable airbags are communicated through a connecting hose; the inflatable airbag is connected with the outside through a ventilation hose; a placement groove matched with the air bag cushion, the connecting hose and the ventilation hose is formed in the bottom cushion; inflatable air bags are placed at different positions of the insole, so that a virtual foot arch is formed at the foot arch, the flatfoot pain of a flatfoot person is relieved, and the diseases such as plantar fasciitis caused by incorrect flatfoot gait are corrected; for people with normal foot arches, the inflatable air bags can play a role in supporting the front feet and the heels, the problem of heel pain caused by long-time walking can be relieved, daily travel is more comfortable, meanwhile, through the design of the two one-way air inlet devices, the patient can feel comfortable under the special conditions, and the safety of the patient is improved. The air bag can be automatically inflated and deflated by using a carry-on needle cylinder.

For foot pain sufferers, especially those with peripheral neuropathy, this invention introduces a breakthrough device. Its key feature is a novel self-aligning applicator that simultaneously treats the entire foot and eliminates adjustments and sizing. A large enough and powerful enough treatment zone is possible by utilizing a segmented solenoid and by placing the foot directly into its coherent core flux. Dosages to the entire foot of 2,500ΣΔBT can be achieved within an hour. Extremely low voltages are used, and very little heat is produced, making the device suitable for in-home use.

A selectively removable insole for high heel shoes comprising an insole platform member of a flexible, deformable, and polymeric material, a toe strap of a transparent polymeric material, and a rear strap member formed with a side strap member portion and an ankle strap member portion. Embodiments of the invention provide a transparent silicone sock compromising a self-supporting material that flexes, stretches and covers parts of the foot that usually get affected by common foot problems such as, by way of example and without limitation, skin irritation, blisters, skin stiffening, calluses, plantar forefoot pain at the forefoot, and metatarsalgia during fashionable, open or close toed, high heel shoe wear. Beneficially, a user can make any high heeled shoe, sandal, or boot that they already own or wish to purchase comfortable to wear for prolonged periods of time without foot pain or discomfort.

The utility model discloses a multifunctional rubber shoe, which relates to the technical field of rubber shoes and comprises a rubber vamp, a rubber shoe tube is arranged on the upper portion of the rubber vamp, a first connecting layer is fixedly connected to the lower portion of the rubber vamp, and a buffer layer is fixedly connected to the lower portion of the first connecting layer. The lower portion of the buffer layer is fixedly connected with a first connecting layer, the lower portion of the buffer layer is fixedly connected with a second connecting layer, a first supporting air bag is arranged in the buffer layer, a second supporting air bag is arranged in the buffer layer, and an arch supporting block is arranged in the buffer layer. Through the arrangement of the first connecting layer and the second connecting layer, the effect that the buffer layer is connected with the rubber vamp and the hard rubber plate is achieved, through the matched arrangement of the buffer layer, the first supporting air bag, the second supporting air bag and the arch supporting block, the purpose of reducing the damage of the sole of the water rubber shoe to the sole of the foot is achieved, and the service life of the water rubber shoe is prolonged. The water rubber shoe has the advantage of preventing the foot ache caused by long-time wearing of the water rubber shoe.

The utility model discloses an impact-resistant football shoe, which relates to the technical field of football shoes and comprises a football shoe body, the football shoe body consists of a sole, a vamp and a toe cap, and the toe cap comprises a lining, a first buffer layer, a second buffer layer and a third buffer layer. The bushing, the first buffer layer, the second buffer layer and the third buffer layer are sequentially distributed from inside to outside, and the bushing, the first buffer layer, the second buffer layer and the third buffer layer are adhered through glue. When the football shoe is worn, good buffering performance can be provided, so that the borne impact force can be counteracted, the foot pain of an athlete is buffered, meanwhile, the elastic force on the football shoe can be effectively transmitted to a football, the practicability of the football shoe is improved, and in the using process, the football shoe is not prone to falling off. The friction force during contact with the football can be improved, and the ball hitting accuracy is improved.

The invention discloses a foot pain risk prediction device and a storage medium. The apparatus comprises: a processor; and a memory in which a program instruction for predicting the risk of foot pain is stored, and when the program instruction is executed by the processor, the device implements the following operations: collecting a first predictive factor and a second predictive factor related to the foot pain of a detected person; constructing a first regression model and a second regression model based on the first prediction factor and the second prediction factor respectively; performing first risk prediction and second risk prediction of foot pain based on the first regression model and the second regression model respectively to obtain a corresponding first prediction result and a corresponding second prediction result; and obtaining a final prediction result according to the first prediction result and the second prediction result. By means of the scheme, the accuracy of foot pain risk prediction can be improved, and a reference is provided for preventing foot pain of a detected person.

The utility model provides a pair of comfortable and soft sports casual shoes, which structurally comprises soles and vamps, the vamp is arranged at the upper end of the sole; the shoe sole comprises a midsole and an outsole connected to the bottom of the midsole in a wrapping mode, a positioning pad is embedded in the rear portion of the top face of the midsole, the front end of the positioning pad extends to the foot arch of the midsole, a flexible extrusion block is embedded in the rear portion of the upper end face of the positioning pad, and an active flexible foot arch positioning structure is arranged on the shoe midsole. The heel of the foot sole acts on the flexible extrusion block, so that the flexible extrusion block deforms and extrudes the buffer air cushion, air pressure in the buffer air cushion is extruded into the deformation cavity through the flow guide pipeline, the deformation cavity expands and drives the top face of the insole at the position to deform, and therefore an arch positioning part for positioning the arch of the foot sole is formed, durability is improved, and meanwhile the insole is prevented from being damaged. And the foot-cracking phenomenon is prevented.