84 results about "Exercise time" patented technology

The invention relates to the technical field of artificial intelligence, and discloses a blood glucose management system based on artificial intelligence. According to the system, blood glucose monitoring is reminded through the blood glucose monitoring terminal, a blood glucose curve is drawn every week, abnormal blood glucose conditions are judged for reminding and alarming, the diet terminal is used for guiding low-sugar diet recommendation, high-sugar food intake is avoided, the mastering degree of a patient and family members for food classification is improved, and the exercise terminal determines the exercise time and exercise amount of the patient according to the blood glucose value. Parameters are input into an intelligent system, the system converts and selects a motion mode, time and intensity, a drug treatment terminal calculates the insulin injection amount of a patient every day and every meal according to the blood glucose level and food intake, the insulin dosage is adjusted according to the calculated numerical values, blood glucose fluctuation is reduced, and the treatment effect is improved. The education and self-management terminal guides a patient to improve the cognitive degree of diabetes and provides personalized propaganda and education guidance for the patient, and the complication reminding terminal controls the blood sugar of the patient within a normal range, guides a good lifestyle of the patient and guides behavior specifications.

The invention discloses a weight loss gait test evaluation and training device and method, and the device comprises a weight loss control module which is used for weighing the weight of a user in real time and automatically adjusting the air pressure of an air bag according to a set weight loss proportion; the gait information acquisition module is used for synchronously acquiring plantar pressure distribution, lower limb joint kinematics parameters and double-view video data; the multi-modal gait evaluation grading model module is used for processing plantar pressure distribution, lower limb joint kinematics parameters and double-view video data and outputting lower limb dyskinesia grades; and the training scheme generation model module is used for automatically generating a training scheme including a weight reduction proportion, a treadmill speed, single exercise time and training times per week according to the lower limb dyskinesia level and the personal information of the user.

The present invention discloses a calculation method for identifying stimulated muscle compartments during exercise, which belongs to the field of medical detection. The technical key points are: calculating the recruitment rate of the 1st to Mth muscle compartments at the exercise time ti, which is characterized by the cross-sectional area ratio of the 1st to Mth muscle compartments. As for the cross-sectional area ratio of any Pth muscle compartment, it is the ratio of the area of ​​the cross-sectional area corresponding to the recruited state in the Pth muscle compartment to the area of ​​the two-dimensional image of the Pth muscle compartment. The calculation method for identifying stimulated muscle compartments during exercise of the present application is used to evaluate the effect of rehabilitation exercise.

The invention relates to the technical field of intelligent sports equipment, and provides a counting error correction and sports intensity dynamic grading method and system for an intelligent skipping rope. The method comprises the following steps: acquiring three-dimensional motion data in a rope skipping process; performing feature extraction on the three-dimensional motion data to obtain rope skipping motion features; identifying a target data segment in three-dimensional motion data through the rope skipping motion features; acquiring a time interval and displacement track repeatability of two adjacent actions in the target data segment, and when the time interval exceeds a normal rope skipping frequency range or the displacement track repeatability is lower than a preset threshold value, judging that the counting is invalid counting and removing; the abnormal rope skipping counting result is corrected; and in combination with basic information and rope skipping frequency, continuous exercise time, accumulated rope skipping times and heart rate data which are acquired in real time, calculating a current exercise intensity index so as to perform dynamic grading. According to the invention, more accurate and personalized exercise experience is provided for the user.

The invention relates to the technical field of intelligent fitness bus stations, and particularly discloses a sports equipment matching recommendation system for an intelligent fitness bus station. According to the method, the duration constraint influence factor is calculated according to the predicted waiting duration of the target passenger and the effective exercise duration of each to-be-analyzed sports apparatus, and the time limit of the passenger staying at the bus station is fully considered, so that the recommended apparatus can achieve a certain exercise effect within the time range acceptable by the passenger, and the user experience is improved. The recommendation feasibility and practicability are improved, the final matching recommendation degree is calculated according to the basic matching recommendation degree and the duration constraint influence factor, the recommendation result is further optimized on the basis of comprehensively considering the physiological features, the exercise preference and the time constraint, the finally recommended exercise equipment is made to better meet the actual requirements and conditions of passengers, and the user experience is improved. Sports equipment selection more conforming to the overall condition is provided for passengers, the satisfaction degree of the passengers on recommendation results is improved, and the willingness of the passengers to use the sports equipment of the intelligent fitness bus station is enhanced.

The present invention relates to an integrated home training posture coaching platform system using artificial intelligence and big data, and provides an integrated home training posture coaching platform system using artificial intelligence and big data, wherein the system collects and analyzes data using artificial intelligence from published big data, compares training information, classified and managed by exercise type and body size, with the size, direction, and angular velocity of movement of each joint of individuals doing home training, provides personalized coaching of posture according to the standardized training method most suitable for the corresponding body information of each individual, and manages, analyzes, and recommunicates exercise methods, exercise habits, exercise amounts, exercise times, and exercise postures so as to enable convenient and safe training at a desired time at home or in a personal private space.

The utility model discloses a wearable auxiliary exercise device which comprises a first frame body, a second frame body, a third frame body, a fourth frame body and a fifth frame body, the first frame body is provided with a first bridle, and the first bridle is used for being connected with the waist; the two second frame bodies are rotatably connected to the two ends of the first frame body respectively, and second bridles used for being connected with the legs are arranged on the second frame bodies; the driving motor is used for driving the second frame body to rotate relative to the first frame body, and in the same exercise period, the output power of the driving motor is gradually reduced along with the extension of the exercise time. According to the exercise machine, in the same exercise cycle, the auxiliary force of the driving motor can be gradually reduced, large force is supplemented in the initial exercise stage to avoid strain of a user, then the force is gradually reduced, then the exercise amount of the user is gradually increased, the body is exercised through a power training method, and exercise is more scientific and effective.

The invention belongs to the technical field of medicine, and particularly relates to a model for predicting repeated exercise time of female football players after lower limb exercise injury. The early warning model is constructed by the following steps: selecting a female football player lower limb joint movement injury patient required by training according to a certain standard; collecting patient information and performing queue allocation, wherein the queue is divided into a model training queue and a verification queue; the lower limb injury related information, training match information, psychological diet information, other information and the like of the training and verification queues have no significant difference; selecting characteristic risk factors required by the prediction model; finally, establishing a clinical prediction model, and carrying out disease early warning on the repeated exercise time after the lower limb exercise injury of the female football player. The method can assist in predicting the repeated exercise time of the female football special athlete after lower limb exercise injury, and accelerates the repeated exercise time according to high-level risk factors, so that better competition performance is assisted.

The invention provides a middle-distance running posture analysis method, device and equipment and a storage medium, and the method comprises the following steps: deploying a camera at the outer side of a runway to shoot a motion video, identifying and tracking a current athlete in the motion video, carrying out calibration processing on space coordinates of the current athlete, and forming a motion time sequence of coordinate information after calibration; performing quantitative analysis based on the motion time sequence to obtain a quantitative analysis result; based on the quantitative analysis result, risk early warning is prompted through threshold judgment and a machine learning model, and the machine learning model considers mutually associated balance points in quantitative analysis indexes; and acquiring exercise physiological data of the current athlete, forming structured data by the exercise physiological data, the risk early warning and the quantitative analysis result, and generating a guidance scheme based on the structured data. According to the method, a middle-distance running training mode is converted into a data quantization driving mode from a subjective experience driving mode.

The invention discloses a composition for synergistically relieving physical fatigue and application thereof. The composition disclosed by the invention can synergistically regulate oxidation resistance, calcium ion metabolism and energy metabolism, synergistically improve the ATP content and glycogen level of an organism, accelerate removal of lactic acid and urea nitrogen, prolong exercise time and remarkably relieve physical fatigue, and the synergistic effect of the composition is better than that of single use of red ginseng, lycium ruthenicum and lucid ganoderma. Meanwhile, the components of the composition disclosed by the invention are simple and are all from natural plants; meanwhile, through scientific argumentation and test verification, the action mechanism of the composition is clear, the fatigue relieving interaction relationship among the components is clear, and the composition has the advantages of being green and safe. In addition, the composition disclosed by the invention is simple in preparation process, convenient to operate, low in production cost and convenient to realize industrial development, and professional technicians and large-scale instruments and equipment do not need to be invested.

To provide a pulse rate estimation method and estimation system in ST or ST2 where an exercise time is short compared to a case of a conventional Ramp load, a training method that performs exercise using the pulse rate estimated by the estimation method as an index, and an exercise instruction apparatus and exercise instruction system capable of instructing exercise intensity using an individual's pulse rate in ST or ST2 as an index.SOLUTION: A pulse rate estimation method includes determining a descending start point at which the measured value of SpO2 begins to show a descending trend, or determining an inflection point at which the behavior of the value obtained by dividing blood oxygen concentration by pulse rate (SpO2 / pulse rate) changes while applying a constant load to a subject for 2 to 10 minutes such that the subject's pulse rate remains between 75% and 90% of the maximum heart rate, and estimating the pulse rate in ST or ST2 on the basis of these points. The present invention also provides an estimation system capable of implementing the estimation method, as well as a training method and an exercise instruction apparatus utilizing the estimation method.SELECTED DRAWING: None

The utility model discloses a wearable motion acquisition device based on flexible strain sensors, which comprises an elastic sleeve, and a plurality of flexible strain sensors are arranged on the inner wall or the outer wall of the elastic sleeve at intervals along the length direction; and a recording box is arranged at one end of the outer wall of the elastic sleeve, is electrically connected with the plurality of flexible strain sensors and is used for acquiring data of the flexible strain sensors. According to the wearable exercise acquisition device, through the flexible strain sensor directly installed on the elastic sleeve, tiny deformation of local muscles can be captured with high sensitivity, accurate monitoring of the exercise amplitude and the exercise times of a specific part is achieved, and the problem that traditional wearable equipment is difficult to monitor a single part in detail is solved.

Disclosed herein is a frailty diagnosis apparatus. The frailty diagnosis apparatus includes a physical performance meter and a processor for determining a frailty index of a target person based on physical performance of the target person obtained by the physical performance meter. The physical performance meter includes at least one among a gait speed meter for measuring a gait speed of the target person, a body balance meter for measuring a body balance maintenance time of the target person, and a muscle strength meter for measuring a muscle exercise time.

The invention discloses a cardiopulmonary function rehabilitation chair for middle-aged and elderly people, belongs to the technical field of rehabilitation chairs, and aims to solve the problems that a preset heart rate range is inconvenient to modify in real time according to actual conditions, and anxiety of a patient is possibly caused by frequent alarming, The cardiopulmonary function rehabilitation chair comprises a rehabilitation chair main body, a pulse sensor, a controller, a buzzer, an adjusting module and a control switch, the pulse sensor, the controller, the buzzer, the adjusting module and the control switch are all arranged on one side of the rehabilitation chair body, the pulse sensor, the controller, the buzzer, the adjusting module and the control switch are electrically connected, and threshold data of newly-added exercise time of a patient is written into a storage unit of the controller through the adjusting module. Therefore, the preset range in the controller can be modified in real time, the preset range of the heart rate can be modified in real time according to the actual condition, and the training amount can be increased by fully utilizing the period when the body state is good.

The present invention discloses a standing exercise spinning bike, comprising a base, an armrest bracket and a pedal bracket located on the base, the pedal bracket being provided with pedals, the armrest bracket being connected with an upper body support, the upper body support comprising a support rod and an arc plate hinged with the support rod, the arc plate being located above the pedal bracket, the top of the arc plate being hinged with the end of the support rod, the arc plate rotating up and down with the end of the support rod as a hinge point, a soft bag being wrapped on the arc plate, strips being connected to the two ends of the arc plate, respectively, and the free ends of the strips at the two ends of the arc plate being movably connected. In the present invention, the upper body support is used to maintain the balance of the human body, the human body can be in a standing state when exercising, the hands are freed, and the exercise time can be longer, and when the human body is exercising, the arc plate can float up and down following the floating of the human body due to the hinge between the arc plate and the support rod.

The application discloses a motion timing method and device, electronic equipment and storage medium, and relates to the technical field of detection. The method comprises the following steps: acquiring instantaneous state information of a target object at each moment in a motion process, wherein the motion process comprises a static state of the target object; for any moment, determining a state difference value of the moment according to the instantaneous state information of the moment and the instantaneous state information of the previous moment; determining a motion starting moment and a motion ending moment of the target object according to the state difference values of the moments and a critical value, wherein the critical value is determined according to the state difference value of the static state of the target object; and determining a motion time of the target object according to the motion starting moment and the motion ending moment. Therefore, the accuracy of detecting the motion time of the moving object is improved.

An object of a system according to an embodiment is to comprehensively collect, analyze, and visualize data that affects mental health.SOLUTION: A system includes a collection unit, an analysis unit, a visualization unit, and a storage unit. The collection unit collects data of the exercise time, the smartphone usage time, the SNS used, and the quality of sleep. The analysis unit comprehensively analyzes the data collected by the collection unit. The visualization unit visualizes the state of the mental health on the basis of the data analyzed by the analysis unit. The storage unit arranges and stores the data visualized by the visualization unit as a psychological counseling chart.SELECTED DRAWING: Figure 1

The invention belongs to the technical field of fermented food, and particularly relates to an application of a ginseng fermentation liquor of phytobacterium plantarum HCS03-001 in an anti-fatigue product. The preparation method comprises the following steps: adding water into ginseng, extracting twice, combining extracting solutions, adding isomaltooligosacharide, and sterilizing to obtain a fermentation substrate; the preparation method comprises the following steps: carrying out activation culture on plant lactobacillus HCS03-001 to obtain an activated bacterium solution, inoculating a fermentation substrate, carrying out fermentation and centrifugation, and sterilizing the supernate to obtain ginseng fermentation liquor, so as to play a remarkable anti-fatigue role by regulating ATP synthesis and lactic acid metabolism in vivo, the composition can be used for accelerating metabolism recovery after exercise, prolonging exhaustive exercise time, improving skeletal muscle tolerance, reducing exercise muscle injury and the like, and can be applied to preparation of exercise nutrition / anti-fatigue food, health care products or medicines, including products for regulating sex hormone metabolism level and promoting protein synthesis and muscle function recovery. The method has the advantages of safety, high efficiency and wide application range.

According to the application, an acute hypoxia animal model is established through a plateau low-pressure oxygen cabin, and the effect of cycloastragenol on prevention of acute hypoxia movement stress mice after pretreatment is evaluated. It is found that cycloastragenol after pretreatment has no adverse effect on the body, the exercise performance of mice can be improved, the exercise time can be prolonged, and gastrocnemius muscle and myocardial tissue damage can be improved. Accumulation of LAC in serum after exhaustive exercise can be remarkably reduced, accumulation of a metabolite BUN is reduced, the activity of antioxidant enzyme T-SOD in the serum is remarkably improved, and accumulation of a lipid peroxidation product MDA in the serum is reduced. The cycloastragenol can reduce the content of inflammatory factors IL-6 and TNF-alpha in serum, improve the level of Ca < 2 + >-Mg < 2 + >-ATP enzyme and Na < + >-K < + >-ATP enzyme in gastrocnemius muscle, regulate energy metabolism and improve energy supply efficiency.

Provide a system. 【Solution means】 Means for obtaining health-related data from a user, Means for transferring the obtained data to an information processing device, Means for analyzing the transferred data and generating a health management plan for the user, Means for visually and aurally providing the generated health management plan to the user, Means for receiving the achievements and feedback from the user and utilizing them for the creation of the next health management plan, Means for recording dietary information using a mobile terminal, Means for proposing exercise time and dietary advice based on the data transmitted from the mobile terminal, A system including the above.

The present application is applicable to the field of data processing technology, and provides a method for calculating the number of movements and a related device, which can accurately calculate the number of movements of periodic movements. The method for calculating the number of movements of the present application is applied to an intelligent device equipped with a gyroscope sensor, and mainly includes: when it is determined that the target user is currently in a periodic motion state, recording the start time of the movement, and performing a first integral processing on the gyroscope signal curve to obtain a first integral signal curve, the first integral processing is to accumulate the signal value of the gyroscope signal; judging whether the target user is in a continuous motion state according to the first integral signal curve; when it is determined that the target user changes from a continuous motion state to an end motion state, recording the end motion time; performing a detrending operation on the first integral curve to obtain a second integral signal curve; calculating the number of movements of the target user performing periodic motion according to the number of zero crossings of the second integral signal curve.

A fencing reaction time training assembly for improving thrust and lunge performance includes a fencing sword, a notification module, and a controller. The fencing sword comprises a grip and a blade. The blade, attached to the grip, includes a tip having a contact switch attached thereto. The notification module provides a sensory cue to a user to prompt the user to thrust the fencing sword to complete a touch of the tip upon an object, whereupon the contact switch is actuated and a touch signal is generated. The controller is operationally engaged to the contact switch and the notification module. The controller is programmed to randomly actuate the notification module to generate the sensory cue, to receive the touch signal, and to calculate an exercise time based on a time differential between the actuation of the notification module and receipt of the touch signal.

The present application provides a campus life recording method integrating a large model, including: determining the course availability information of each time period based on the course schedule data of the whole school, and judging the course availability and the demand for the use of activity venues during the activities in combination with the school activity data; obtaining the user's personal course schedule data, extracting the user's free time data, and at the same time, analyzing the user's exercise characteristics from the user's historical exercise data, including exercise type, exercise intensity and exercise habits, and establishing a user exercise characteristic table; regularly collecting user feedback data, including the user's satisfaction with the optimal exercise time, the difference between the actual exercise time and the optimal exercise time, and updating the user exercise characteristic table according to the feedback data.

The invention relates to a lung chronic disease management and body recovery-based equipment control method and device, equipment, a medium and a product for rehabilitation training, and the method comprises the steps: determining a first user identifier of a first user in response to an access signal of a user terminal of the first user; in a preset database, extracting motion time sequence data of a current period associated with the first user identifier; according to first exercise efficiency, reflected by the exercise time sequence data, of a first rehabilitation item of the first user, the single time length of the first rehabilitation item in an expected period of the first user is adjusted; wherein the expected period is after the current period.

The utility model discloses a multifunctional grip strength exercising device applied after an internal arteriovenous fistula operation. The multifunctional grip strength exercising device comprises an annular grip strength body, wherein the annular grip strength body is used for being extruded by hands of a patient after the internal arteriovenous fistula operation to exercise arm muscles and achieve early maturity of an internal fistula. By means of the time and quantity monitoring system, customized exercise can be conducted on the exercise time and the exercise quantity according to the conditions of a patient, the hands of the patient can be fully exercised, the filling degree of internal arteriovenous fistula of the patient can meet the requirement for clinical use, and meanwhile when the patient conducts corresponding mature exercise of internal fistula, the internal fistula of the patient can be fully exercised. According to the internal fistula training device, medical staff can conduct appropriate monitoring work and can visually know whether a patient conducts effective training or not, the training effect is more ideal, and therefore great convenience is brought to the training work of the patient with mature internal fistula.

A non-therapeutic computer system configured to perform a performance optimization method is disclosed. The method includes the steps of: (a) providing a sample from an exercising subject not experiencing negative effects of exercise; (b) measuring ex vivo the concentration of one or more metabolite(s) in the sample provided, to obtain a baseline; (c) providing a sample from the subject after said subject's exercise intensity, exercise and / or volume has been increased, or when experiencing negative effects of exercise; (d) measuring ex vivo the concentration(s) of the same metabolite(s) as in (b); (e) determining the deviation(s) of the concentration(s) in (d) from the baseline; (f) optimizing the exercise intensity, frequency, and / or volume, based on the deviation(s) in (e), wherein, as applicable, deviation(s) of any of the metabolite(s) concentrations from baselines indicate that the exercise intensity or frequency should be reduced.

This system provides walking routes generated based on individual user profiles, promoting enjoyable and efficient exercise. [Solution] A system comprising: a means for registering the user's basic information and hobbies and preferences using a personal information input means; a means for measuring the number of steps based on the user's daily activities using a step counting means; a means for generating individual walking routes using the user's registered information and location information using a generation means; a means for suggesting exercise time based on the user's free time using a scheduling means; a means for awarding points and offering rewards for the user achieving their goals using a reward provision means; a means for displaying advertisements for specific stores to the user on the walking route using an advertisement display means; and a means for aggregating and analyzing the user's behavior information using a data aggregation means.

The invention discloses a human-powered generator car self-adaptive resistance adjusting method based on fatigue state recognition, which comprises the following steps: monitoring pedal pressure and rotating speed signals of a user in real time, recognizing a fatigue state by using a multi-dimensional physiological feature extraction and gradient recursive analysis algorithm, and automatically adjusting resistance based on a self-adaptive PID control strategy. Therefore, the exercise time is prolonged and the generating capacity is increased. The method comprises the following steps: step 1, data acquisition and power calculation; step 2, fatigue feature extraction and index modeling; 3, judging a dynamic fatigue state; step 4, performing optimal power target calculation and dynamic adjustment; step 5, performing adaptive PID control and resistance execution; and step 6, performing data feedback and adaptive continuous optimization.

The present invention discloses a composition for synergistically relieving physical fatigue and its application. The composition of the present invention can synergistically regulate anti-oxidation, calcium ion metabolism and energy metabolism, synergistically improve the body's ATP content and glycogen level, accelerate the clearance of lactic acid and urea nitrogen, prolong exercise time, and significantly relieve physical fatigue. Its synergistic effect is stronger than that of using red ginseng, black wolfberry and ganoderma lucidum alone. At the same time, the ingredients of the composition of the present invention are simple and all derived from natural plants; at the same time, after scientific demonstration and experimental verification, the mechanism of action of the composition is clear, and the fatigue-relieving interaction relationship between the various ingredients is clear, with the advantages of being green and safe. In addition, the preparation process of the composition of the present invention is simple and easy to operate, and does not require the investment of professional and technical personnel and large-scale instruments and equipment. The production cost is low, which is convenient for industrial development.

The present application discloses a rat passive movement-induced Achilles tendon strain modeling device, comprising a bracket, a rat fixing device arranged on the top of the bracket and a driving component arranged inside the bracket, wherein a through hole is arranged on the rear side of the rat fixing device at the top of the bracket, the driving component comprises driven gears arranged on the left and right sides of the bracket and a driving device driving the driven gears to rotate, and a hind limb fixing device rotatably connected to the driven gears is eccentrically arranged on the opposite surfaces of the two driven gears; when in use, the abdomen of the rat is fixed on the rat fixing device, the hind limbs enter the inside of the bracket through the through hole, the hind limbs are fixed on the hind limb fixing device, the driving device is started, the driven gears rotate, and the hind limbs fixed on the driven gears form a passive running posture, so that the exercise time and the hind limb exercise posture can be adjusted according to the preset overload standard, the Achilles tendon of the rat is overloaded and stretched in a short time, and finally an Achilles tendon strain model with extremely high biosimilarity is quickly and efficiently obtained.