140results about How to "Avoid sports injuries" patented technology

A muscular energy state analysis system and method for a swing motion and a computer program product thereof are provided. The system includes: a swing implement, for a user to perform the swing motion, and including an acceleration sensor for sensing acceleration of the swing implement when the swing implement is swung, so as to generate a swing speed data; a plurality of signal detection modules, for detecting electromyographic (EMG) signals generated by a muscles of the user; a database, for storing a muscular energy sample value; a muscular energy analysis module, for analyzing the EMG signals and the swing speed data so as to obtain a plurality of muscular performance values; and a comparison module, for comparing the swing speed data and the muscular performance values with the at least one muscular energy sample value in the database, so as to generate a comparison result data.

The invention discloses a wearable shoulder joint rehabilitation training device. The device has the characteristics of exercise flexibility, wearing comfort and training safety. The device is composed of a movement mechanism and a support adjustment mechanism. The support adjustment mechanism is used to adjust the position of the movement mechanism relative to the shoulder joint of the human body, and fix the entire rehabilitation training device at an appropriate position on the back of the human body. The driver of the motion mechanism is four pneumatic muscles in a vertical motion state, which can respectively control the two groups of movements of the upper arm around the shoulder joint, flexion and extension, abduction and adduction, and the compound movement of these two groups of movements. With the cooperation of the angular displacement and the tension sensor, the active and passive coordinated movement of the movement mechanism and the upper arm can also be realized. The movement mechanism drives the upper arm movement with the help of two sliders for passive movement, which overcomes the problem of upper limb movement difficulties caused by the misalignment between the movement center of the mechanism and the shoulder joint, and ensures the comfort and safety of the training during rehabilitation training .

A fitness treadmill consists mainly of a base, two sliding rail sets and two stepping boards; each of the rail set is formed by two rails in symmetrical shape; each rail has an upper rail strip assembled on the lower rail strip and the upper and lower rail strips are implemented with one or more than one guiding section based on the stepping board moving method; whereas the two stepping boards are respectively installed with front rollers and rear rollers on the two sides for each of the stepping board set to be assembled to each sliding rail set so that the rear rollers are pressed against the upper rail strip and the front rollers are pressed against the lower rail strip for the front and rear rollers to roll along the upper and lower rails and guiding section.

The invention discloses a method and a device for adjusting an exercise state through an intelligent wearable device. The method comprises: acquiring current heart rate data of a wearer of the intelligent wearable device; judging whether the current heart rate data is within a pre-set reasonable threshold value range of the exercise state or not; if so, continually monitoring the exercise heart rate; otherwise, entering the next step; reminding of adjusting the exercise state. The exercise amount can be controlled within a reasonable range through the intelligent wearable device so that sports injuries are avoided while the exercise and fitness effects are guaranteed.

The invention discloses an electric intelligent muscle stretcher and relates to the field of fitness equipment. The electric intelligent muscle stretcher comprises a bracket, a seat part, a left leg arm, a right leg arm, a transformer fixed on the bracket, a bidirectional motor capable of running forwards and backwards, and a control module, wherein the electric supply is subjected to voltage reduction by the transformer and then is supplied to the motor; the on-off and the steering of the motor is controlled by the control module; a screw rod is driven to rotate by the motor, so that a guide rod at the front end of the screw rod can be enabled to stretch linearly; the guide rod is arranged in a guide sleeve and is located on a symmetrical center line of the left leg arm and the right leg arm; the tail end of the guide rod is fixed with a first connection rod and a second connection rod by a connector; and the first connection rod and the second connection rod are respectively connected with inclined rods on the left leg arm and the right leg arm. With the adoption of the electric intelligent muscle stretcher, the split training is controlled by keys, the operation is very convenient, thus the electric intelligent muscle stretcher is suitable for training and recovering of muscle and knuckles of legs of various people and is especially suitable for scientific training of fighting, free combat, kickboxing, martial art, Yoga exercise and dance fans.

The invention relates to a correction shoe making method and a correction shoe making system based on image recognition and three-dimensional modeling technique, wherein the correction shoe making method comprises the following steps: acquiring a foot image and other health data; collecting source data through network; conducting image recognition; conducting three-dimensional modeling; correcting a three-dimensional model; and making shoes in accordance with the corrected three-dimensional model. The correction shoe making system comprises a data acquisition device, a data collection and summarization device, an image recognition device, a three-dimensional modeling device and a shoe making device. The correction shoe making method and the correction shoe making system provided by the invention can meet users' demands of guaranteeing foot health; users can conduct operations conveniently in a time-saving mode; a shoe making efficiency is improved; and foot correction is achieved.

The invention discloses an anti-fatigue energy composition which is prepared by the following raw materials in parts by weight: expanded black rice flour, oatmeal, coconut oil, corn syrup, soybean protein isolate powder, maltodextrin, carnitine, vine tea flavone extract, grape seed extract, quercetin extract, octacosanol, caffeine, branched chain amino acid, taurine, low fat cocoa and concentrated vanilla; the anti-fatigue energy composition is capable of rapidly supplementing sugar, fat, protein, electrolyte and other nutrients which are needed by the organism and promoting the nutrients to be absorbed, can be used for rapidly supplementing the consumed carbohydrate and the lost nutrients of human body caused by sweating excessively under the condition of exercises, especially medium and high intensity exercises and exercise training, and is beneficial for relieving central and peripheral fatigue; after the anti-fatigue energy composition is adopted, the antioxidant capacity and the aerobic metabolism level of the organism are improved, the oxygen utilization rate of cells can be improved, the moment and fatigue resistance of the organism can be better rapidly improved, and the sport injury is avoided.

The invention relates to an orthopedic shoe manufacturing method and system based on pressure imaging and three-dimensional modeling technologies. The orthopedic shoe manufacturing method comprises the steps of collecting foot pressure data and other health data of a patient; collecting source data by using a network; carrying out three-dimensional modeling; carrying out model modification; and manufacturing a shoe according to a modified three-dimensional model. The orthopedic shoe manufacturing system comprises a data collection device, a data collection and summarization device three-dimensional modeling device and a shoe manufacturing device. The orthopedic shoe manufacturing method and system meet the foot heath requirements of a user, operation of the user is time-saving and convenient; the shoe manufacturing efficiency is high and foot orthopedics can be achieved.

An exercise wheel includes a base having a receiving space therein and at least one fan-shaped recession formed at a front bottom side thereof and facing downward; at least one hold bar connected with the base and exposed outside the base; a main wheel rotatably mounted to the base and located in the receiving space; an elastic member mounted between the main wheel and the base for keeping the main wheel restoring after the main wheel is rotated; an auxiliary wheel set rotatably mounted to the base, exposed beneath the base, and engaged with the main wheel to drive the main wheel for rotation; and a steering caster set having a caster frame and a caster, the caster frame being rotatably connected with the base for rotation confined within the fan-shaped recession, the caster being rotatably mounted to the caster frame and partially exposed outside the fan-shaped recession.

The invention relates to a manufacturing method and a manufacturing system for customized shoes. The manufacturing method for the customized shoes comprises the following steps: acquiring foot data, collecting foot data by using a network, performing three-dimensional modeling by using the collected foot data and forming foot three-dimensional models consistent or nearly consistent with the actual foot parts in shape, and manufacturing the shoes according to the foot three-dimensional models to enable the innersoles of the shoes to completely fit with the actual soles. The manufacturing system for the customized shoes comprises a data acquisition device, a data collecting and gathering device, a three-dimensional modeling device and a shoe manufacturing device. According to the manufacturing method and the manufacturing device for the customized shoes, the foot health requirement of a user can be met, user operation is time-saving, convenient and rapid, the shoe manufacturing efficiency is high, and foot correction can be realized.

The invention relates to an orthopedic shoe making method and system. The orthopedic shoe making method comprises the steps of collecting foot data and other health data of a patient; collecting the foot data by using a network; performing three-dimensional modeling by using the collected foot data and forming a foot three-dimensional model which is the same as or close to a real foot in shape; correcting the foot three-dimensional model; making a shoe according to the corrected three-dimensional model. The orthopedic shoe making system comprises a data collection device, a data collection converging device, a three-dimensional modeling device and a shoe making device. The method and the system can meet foot health requirements of users, can be operated by users conveniently with less time and can be used for foot orthotics; the shoe making efficiency is high.

The invention relates to a sports sole with a shock-absorbing device. The shock-absorbing device comprises a glucolipoid film TPU (Thermoplastic polyurethane resin) bracket matched with an EAV (ethylene-vinyl acetate copolymer) midsole and a substrate, and the bracket downwards forms a set of mutually jointed adipose tissue-shaped hollow vesicular structures, wherein the glucolipoid film bracket is in an asymptotic wave shape and is convex in the middle and concave at both sides; and the vesicular structures downwards form a part which is convex in the middle and on the lower part and concave at both sides in the middle. During doing sports, the shock-absorbing device bears the impact force, and the bracket and the vesicular structures firstly absorb pressure to generate deformation to carry out shock absorbing buffering. The TPU ring has perfect stretching capacity, and the material of the device has superstrong resilience and can recover to an original shape instantaneously and rebound to convert into starting force. The shock-absorbing device is completely jointed with the EAV midsole and the EAV substrate to lock the heel and prevent sport injuries so as to ensure that a wearer has perfect wearing feels and technological experience.

The invention discloses a feedback type balance training device. The device mainly relates to the field of motion balance training. The device comprises a fixing mechanism, a pedal mechanism and a rolling ball, the bottom of the pedal mechanism is in ball joint connection with the fixing mechanism, and elastic supporting devices are arranged on the circumferential sides of the pedal mechanism andfixing mechanism; an electromagnetic chuck with adjustable magnetic force is installed at the bottom inside the pedal mechanism, a transparent balance pedal is arranged on the top of the pedal mechanism, and zone markers are arranged on the top surface of the electromagnetic chuck; a plurality of proximity switches are installed on the circumferential side of the electromagnetic chuck along the circumference, arc sheets corresponding to the zone markers are arranged at the inner sides of the proximity switches, and the rolling ball is arranged in the pedal mechanism. The device has the advantages that the training is convenient and safe, the feedback is visual and effective, the training difficulty and intensity can be adjusted according to training requirements, the targeted feature of the training device is greatly improved, and wide adaptability is achieved.

The invention relates to the technical field of intelligent running equipment, in particular to an intelligent wearing device for monitoring foot sports. The intelligent wearing device is characterized by comprising a body treaded under the foot after being worn, a signal processing module, a signal transmission module and a display module. The body of a foot sole area and the body of a heel area are provided with at least one flexible film pressure sensor, and the signal processing module receives pressure signals of the flexible film pressure sensor and converts the pressure signals into display signals and transmits the display signals through the signal transmission module to the display module for display. The wearing device can be an insole, a pair of shoes or a pair of stockings, foot force applying conditions can be monitored in real time, the intelligent wearing device has a step calculation function and analyzes the collected pressure signals within a certain time period, clients can be helped to adjust incorrect walking and running gestures, movement strain such as running knees is effectively prevented, and users are guided to run safely and scientifically.

The invention relates to the technical field of communications, and provides a human body load detection method based on wearable equipment. The wearable equipment is arranged on at least one human body stressed part of a user. The method includes the steps that the wearable equipment detects the load value of the human body stressed part, and the wearable equipment generates a corresponding historical load record according to the detected load value of the human body stressed part. Preferably, the wearable equipment sends an overload warning prompt if the load value reaches the load threshold value. The invention further provides the wearable equipment. In this way, load information of the user can be obtained and recorded in the load training process, so that the user checks the personal load training situation conveniently and increases or decreases the training strength properly.

The disclosure provides a health management system and method, mainly applied in--interactive sports equipment and at least--wearable control device, wherein the interactive sports equipment has a display interface, a physical parameter sensor, a communication module and a motion unit. The physical parameter sensor can be used to detect and obtain physical parameter data. The wearable control device has physiological parameter sensor and/or physical parameter sensor. The communication module, the controller as well as the memory unit can identify with the interactive sports device and can transmit the physiological parameter data to the display interface of the interactive sports device. In this way, the interactive sports equipment can provide the function of real-time interaction with users and improve user satisfaction.

The application provides a gait monitoring method, a gait monitoring device and a wearable device. The method comprises acquiring a plurality of data segments corresponding to touchdown of a foot when a user is running, determining feature data used for analyzing the gait from the plurality of data segments; inputting the feature data into a trained mathematic model to obtain a gait monitoring result of the user's running process. By adopting the technical scheme provided by the invention, a user can correctly know his gait without professional guidance, and appropriately adjust his gait according to the gait monitoring result, the user's running level can be raised, and sports injury can be prevented.

The invention discloses a myoelectricity acquisition garment, a production method of the myoelectricity acquisition garment, a myoelectricity acquisition system for carrying out acquisition by utilizing the garment. An elastic fabric is arranged at least at a region of the garment, which corresponds to one type of muscle group in one side of a human body; n fabric structure flexible electrodes are arranged at different positions on the garment, which correspond to the type of muscle group in the one side of the human body; an elastic rubber ring is arranged on the surface of each fabric structure flexible electrode, which is towards the human body when the garment is worn; the garment further comprises an electrode buckle capable of being connected with a corresponding electrode buckle on an external data processor; n wires are respectively led out of the n fabric structure flexible electrodes to be spliced into one wire and the spliced wire is connected with the electrode buckle, wherein n is a positive integer smaller than or equal to 5. According to the invention, in order to further meet human body engineering, on the premise of ensuring the accuracy of a myoelectric signal, the comfort requirement is met. The humidity of a skin interface is improved, interference caused by change of impedance, which is generated when the electrodes are in contact with skin, is improved, a signal-to-noise ratio of the myoelectric signal is improved, and the myoelectricity acquisition garment is applicable to dynamic and long-term monitoring.

The invention provides a sole with a multi-layer shock absorption system. The sole comprises a midsole and an outsole, wherein the bottoms of a heel part and a half sole part of the midsole extend downwards to form compound shock absorption bulged platforms; each compound shock absorption bulged platform comprises a midsole bulged platform, high-elastic flexible sheets and a rubber sheet serving as the outsole; the compound shock absorption bulged platform on the heel part of the sole is provided with two layers of high-elastic flexible sheets; a middle-layer shock absorption sheet is clampedbetween the two layers of high-elastic flexible sheets; and the upper and lower layers of high-elastic flexible sheets are fixed with the midsole bulged platform and the rubber sheet. By a compound shock absorption bulged platform group, the sole is stable and steady on the ground, excellent functions of shock absorption and ground holding can be realized, slippage can be prevented effectively onthe soft mud ground, and thin positions such as the half sole also can be subjected to shock absorption effectively, so that motion impact force and fatigue feeling are relieved, motion injury is avoided, and the motion stability of the sole is not influenced; and the sole has an automatic balance function and prevents sprain, so that walking or motion is easier and the vigor is multiplied.

The invention relates to a structure and a method for constructing sport field turf by using construction waste. The method is a construction method such that a lot of crushed bricks, crushed concrete and crushed tiles with different grain sizes in a drainage layer, a filtering layer and a planting layer of the sport field turf replace natural gravels, and materials in the planting layer are mixed by using a stirrer and materials are leveled layer by layer by using a land leveler. According to the method, not only are a lot of construction waste and urban organic solid waste greatly consumed to realize resource utilization and reduction of the urban solid waste, but also are urban sport green lands increased, the use level of natural gravels reduced and the damage of exploitation of the natural gravels on the ecological environment alleviated. The construction method provided by the invention has the advantages of being high in mechanical degree, high in production efficiency and high in quality of constructed turf.