34 results about "Exercise distance" patented technology

The invention provides a discrimination and evaluation method for motion sprinting, body turning and jumping and a discrimination and evaluation system for motion sprinting, body turning and jumping. The goals of automatically collecting and recording sportsman motion posture information in real time in the ball type exercise or matching process of sportsmen and performing automatic analysis, discrimination and evaluation through software are realized. The device comprises a pressure sensor, a heart rate sensor, a motion collection terminal, a monitoring analysis terminal and a wireless mobile base station. The discrimination and evaluation method has the advantages that the system uses a sensor technology, a wireless transmission technology, a data analysis technology and the like; information such as the acceleration, the angular velocity, the motion direction, the motion distance and the heart rate in the motion process of the sportsmen can be monitored in real time; the whole process data real-time collection, monitoring analysis, discrimination and evaluation can be performed in the motion process of motion sprinting, body turning and jumping, so that it is convenient for a coach to manage, analyze and evaluate the sportsmen, accordingly the targeted training plan can be made; and the speed training effect is improved.

The invention discloses a shuttle run exercise monitoring and evaluating method and a system thereof, and aims to automatically acquire and record information such as exercise tracks, speeds, acceleration speeds, angle speeds, directions, positions and heart rates of athletes in real time in the whole shuttle run exercise process of the athletes, and moreover automatically analyze and evaluate start times, ending times, times of shuttle run and time of each time of shuttle run in shuttle run exercise of the athletes according to monitoring information; in addition, through all-effort shuttle run testing, the times of different people in same times and distances of shuttle run can be compared, so that the endurance levels of different athletes can be analyzed, convenience can be provided for instructors to manage the athletes, specific training plans can be made, and the exercise training effects can be improved. Due to adoption of a sensor technique, a detection technique, a wireless transmission technique and a data analysis technique, information such as speeds, turning points, acceleration speeds, angle speeds, exercise directions, exercise distances and heart rates of the athletes in the shuttle run exercise training process can be monitored and analyzed in real time.

The invention discloses an intelligent method for measuring heart rate recovery rate after wearing for exercise. Intelligent equipment comprises a main controller, a display screen, buttons, an acceleration sensor, a heart rate module and a GPS (global positioning system) Beidou positioning module, the heart rate module is used for monitoring heart rate of an exerciser when being static and heartrate of the same when exercising in real time and detecting heart rate recovery circumstance of the exerciser after exercising, the GPS Beidou positioning module is used for positioning during exercising and calculating real-time speed and exercising distance of exercising, the acceleration sensor is used for monitoring starting and stopping of exercising, and the main controller is used for receiving detection information and calculating heart rate recovery rate numerical value according to the detection information. Heart rate recovery of exercising is measured and evaluated timely after each time of exercising, exercising strength and body state are monitored, and the method is of important significance in exercising ability, scientific exercising and safe exercising and is higher in convenience, timeliness, accuracy and universality of measuring.

The invention discloses a pair of intelligent shoes. The intelligent shoes mainly comprise soles, shoe uppers and shoe pads, wherein light-emitting regions are arranged at the foremost ends of the shoe uppers; information display regions are arranged on central parts at the top ends of the shoe uppers; a radiating device and a thermal-insulation heating device are arranged at one side of each shoe upper; a data and power supply interface are arranged at the bottom end of each shoe upper; a light-emitting region is arranged at the front end of each sole; a waterproof region is arranged on the bottom of each sole; a temperature sensor, a pressure sensor, a humidity sensor, a dehumidifying device, a power supply and data interface are arranged in the front end of each shoe pad; a refrigerating device and a voice module are arranged in the middle of each shoe pad; and a power storage module and a pressure sensor are arranged at the rear end of each shoe pad. The intelligent shoes have the beneficial effects that: various information such as exercise time, strength, position, exercise distance and consumed energy can be easily obtained in an exercising process of a user by using the intelligent shoes, the temperatures and humidity in the shoes further can be automatically regulated, and the light-emitting regions can be automatically lighted for the user when light of the environment is insufficient, so that the user is helped to avoid an obstacle and a navigation function is provided for the user.

The invention relates to an exercise amount measurement method and device and electronic equipment, and the method comprises the steps: obtaining the environment information of an area where a targetuser is located through a radar signal which is a signal returned after a millimeter-wave radar transmits a detection signal to the target user; determining exercise amount information of the target user according to the environment information of the area where the target user is located, the exercise amount information comprising duration of the target user corresponding to the exercise state and an exercise distance corresponding to the exercise state; and displaying the exercise amount information to the target user through terminal equipment. The non-contact measurement of the exercise amount of the human body can be realized without carrying a wearable measurement device by the human body, the exercise amount of the user can be accurately measured, the inconvenience and uncomfortablefeeling cannot be brought to the measured user and the user experience is improved.

The present invention relates to a golf swing correction apparatus using the moment of inertia in which a shoulder turn is improved by the moment of inertia of a swing which is not scattered and concentrated on the shoulder by the correction apparatus of a weight made to restrict a motion of a preceding arm during a swing of golf, accuracy of the impact is improved by preventing the preceding arm from bending to the follow-through for making a constant swing arc, and the carrying distance is increased by a muscular strength properly developed from the weight training, thereby properly correct a swing motion of golf.

The invention discloses an exercise amount obtaining method and device, relates to the field of electronic information, and mainly aims at obtaining exercise amount corresponding to different conditions and exercise habits of different persons to further realize exercise reasonable recommendation. The main technical scheme of the invention is as follows: obtaining physical parameters and exercise parameters of a person to be tested, wherein the physical parameters comprises sex, height, age and weight; obtaining current basal metabolic rate of the person to be tested according to the sex, height, age and weight; obtaining the exercise amount of the to be tested person according to a relationship between exercise energy consumption and the basal metabolic rate and a physical activity coefficient, a relationship between the exercise energy consumption and the weight and an exercise distance, and the exercise parameters, the basal metabolic rate, and the weight. The method and device, provided by the invention are mainly used for a process of obtaining the exercise amount.

The invention provides a system for measuring the motion distance of a sphere by using a 3D camera. The system comprises the 3D camera which is arranged at one side of a sports ball area and used for recording ball motion and transmitting images and videos, a supporting device which is connected with the 3D camera and used for fixing the 3D camera to one side of the sports ball area, and a data processing module which is connected with the 3D camera and used for receiving the images of the 3D camera and processing the images. A processing method of the data processing module comprises the steps of obtaining an original image and a video sequence, fusing to form a 3D camera ground top view, obtaining a background area and a motion area, obtaining a two-dimensional coordinate of a sphere target and calculating the three-dimensional coordinate, obtaining a single target area of the updated sphere target, and calculating the motion distance of the sphere target. According to the invention, a camera distance measuring method is utilized, so that the distance information of movement can be conveniently obtained, the related physical exercise information is analyzed, and the device can be installed and used in an actual physical exercise environment.

Some implementations of the disclosed technology relate to a system for providing a virtual exercise place, comprising: an image information database in which location-based image data related to a virtual exercise place is stored; and an image data controller selecting from the image information database location-based image data related to a virtual exercise place received from the terminal and providing the selected location-based image data to the terminal, displaying in the terminal an image corresponding to an exercise start location received from the terminal, receiving exercise distance information calculated by the fitness equipment, and displaying in the terminal an image corresponding to a location moved by the exercise distance from the exercise start location.

The invention discloses device for exercise distance detection based on an anaerobic instrument, which comprises a support, wherein two guide rods are fixed between the upper inner wall and the lowerinner wall of the support, a plurality of iron sheets are arranged on the guide rod in a penetrating manner, a leather sheath is arranged on the iron sheets in a sleeving mode, a steel wire rope is tied on the leather sheath, the upper end of the steel wire rope penetrates through the upper end of the support, an installation frame is installed at the upper end of the support, a laser ranging headis installed at the bottom of the installation frame, a placement box is bonded to the upper surface of the uppermost iron sheet through a double faced adhesive tape, a reflection patch is laid in the placement box, and the laser ranging head is perpendicular to the reflection patch in position. The device is reasonable in structure, laser ranging is applied to dynamic data measurement of the anaerobic fitness equipment, laser ranging is perfectly and reasonably applied to the equipment based on the advantages of high brightness, extremely short response time and good stability, directivity,monochromaticity and coherence of laser, motion data are accurately obtained, and scientific fitness is achieved.

The invention discloses an outdoor mobile fitness device, which comprises a multi-link structure, a first wheel, a second wheel, a third wheel, handles, and a support frame.The multi-link structureis arranged between second wheel and the third wheel; the first wheel is mounted at the bottom of the rear of the support frame; the second wheel and the third wheel are mounted on the bottom of the front of the support frame; and the two handles are arranged on the multi-link structure in a cross mode. The outdoor mobile fitness deviceadopts an inverted three-wheel structure to effectively prevent the device from rolling over,the front two wheels adopt a multi-link structure to make turning more flexible,by arranginga damping device, the impact force on the ground when an athletes exert force can be reduced, damage totissues such as knees, meniscus, and joints are reduced; by arranging a monitoring device, various indicators of a human body movement can be detected in real time, and exercise time, exercise distance, the heart rate, blood oxygen, blood pressure and the like are displayed.

The invention belongs to the field of health foods, and particularly relates to application of 18beta-glycyrrhetinic acid in preparation of a product for enhancing the anti-fatigue capability of an organism. 18beta-glycyrrhetinic acid has the effects of remarkably enhancing exercise tolerance and delaying exercise-induced fatigue. According to the application, the anti-fatigue food component has an effect after being taken for a short time, and can enhance the exercise tolerance of mice, prolong the exercise time and increase the exercise distance when being taken 2.5 hours before exhaustion exercise is started. The application provides a new component for developing anti-fatigue health-care food, and has important application value.

The invention discloses a chronic obstructive pulmonary disease assessment method based on oxygen saturation acquisition and analysis. The method comprises the following steps: (1) checking equipment; (2) inputting basic information; (3) oxygen saturation/pulse rate resting detection; (4) oxygen saturation/pulse rate exercise load detection; (5) data display and storage: visually displaying the obtained parameters on an equipment interface, and storing updated data in real time; (6) data analysis processing: eliminating artifact data caused by interference; (7) judging and prompting; (8) data wireless transmission; according to the method, dynamic detection and storage of the oxygen saturation are integrated, quantitative estimation of the exercise load is achieved, a patient can complete testing in a self-service mode, and the oxygen saturation under the resting baseline, the oxygen saturation under the target exercise load and the decline value of the oxygen saturation under the target exercise load are measured. The actual movement distance and the predicted movement distance are used for comprehensively evaluating the chronic obstructive pulmonary disease, identifying acute exacerbation of the chronic obstructive pulmonary disease and guiding the formulation of a movement prescription of a patient with the chronic obstructive pulmonary disease.

This paper discloses a stride calibration method. The method includes: the first device detects that the user is walking or running, and collects the number of motion steps of the user, and judges whether the user's stride in the preset database needs to be calibrated, and if calibration is required, the second device The device requests to obtain the user's actual movement distance; the user's stride in the preset database is used to provide the first device to calculate the user's movement distance; the first device calculates the user's movement distance according to the user's Calculate the actual stride of the user based on the actual distance of movement and the number of steps of the user, and use the calculated actual stride to update the stride of the user in the preset database. The above solution can realize stride estimation and calibration for the first device that is not configured with a distance monitoring element, thereby improving the accuracy of the first device in calculating the user's movement distance.