109 results about "Exercise prescription" patented technology

An exercise computer monitors the exercises of a user, especially a child, and provides rewards for exercises done well and regularly, thereby motivating the user. Rewards take the form of video games, cartoons, music, and merchant coupons. The exercise computer also provides encouragement and advice as the user progresses in skill level. Exercises may be prescribed. A record of exercise performance can be produced, to track the user's progress over time. The system and method can readily utilize the current install base of handheld computers and video games pre-existing in the marketplace.

An exercise computer monitors the exercises of a user, especially a child, and provides rewards for exercises done well and regularly, thereby motivating the user. Rewards take the form of video games, cartoons, music, and merchant coupons. The exercise computer also provides encouragement and advice as the user progresses in skill level. Exercises may be prescribed. A record of exercise performance can be produced, to track the user's progress over time. The system and method can readily utilize the current install base of handheld computers and video games pre-existing in the marketplace.

A method and system for automatically evaluating the state of a user's physical health includes a game for maintaining the use's interest as he exercises and which automatically measures and evaluates the user's physical strength and health and provides an exercise prescription. The method has a game execution and measurement step performed via a main controller section with a display device, a memory and a virtual subject in the game space. Multiple standardized protocols are selected according to measurements reflected in the game and the virtual subject, reflecting an exercise state of the user on the basis of an exercise state of a reference person in the game. Measuring / reading / storing / displaying physical strength and health information occur after generating events for measuring the physical strength and health information such as particular situations, letters, sounds, voices, etc., in the game content.

An exercise computer monitors the exercises of a user, especially a child, and provides rewards for exercises done well and regularly, thereby motivating the user. Rewards take the form of video games, cartoons, music, and merchant coupons. The exercise computer also provides encouragement and advice as the user progresses in skill level. Exercises may be prescribed. A record of exercise performance can be produced, to track the user's progress over time. The system and method can readily utilize the current install base of handheld computers and video games pre-existing in the marketplace.

The invention provides a cardiopulmonary exercise assessment and exercise training integrated system. The system comprises a case big data intelligent management system, a cardiopulmonary exercise function evaluation and personalized exercise prescription formulation system which exchanges data with the case big data intelligent management system, an exercise equipment-based rehabilitation training and prescription optimization system, a guidance and monitoring system for walking and other free exercises, and clients. According to the cardiopulmonary exercise assessment and exercise training integrated system of the invention, with the case big data intelligent management system adopted as the core, a digital cardiopulmonary walking test is adopted to perform cardiopulmonary exercise function assessment and risk stratification, and exercise prescriptions are prescribed; the exercise training of a patient on exercise equipment is controlled and monitored according to the case data and exercise prescription of the patient; a rehabilitation assistant is adopted to remind a user about the implementation of the five major prescriptions of the patient and monitor the implementation of the five major prescriptions of the patient; the doctor client, family client and professional service client of the system provide personalized and professional rehabilitation services at any time, andprovide intelligent, standardized and personalized medical and rehabilitation services.

The invention relates to a Chinese people health-related fitness evaluation model, which is a novel method for comprehensively evaluating the health-related fitness, and belongs to the field of the health appraisal. The establishment of health-related fitness evaluation model includes the content of an entire systematic architecture such as establishment of a form module, a cardiopulmonary module, a muscle module, a movement module and a metabolism module, specific test items, a specific index system, a specific test method, index weight, algorithm, a comprehensive evaluation report, a risk prediction report, a movement prescription and the like. By establishing the index system, reasonably allocating the weight and determining the evaluation standard, the health-related fitness can be comprehensively evaluated, the health risk can be screened and early warned, a scientific movement prescription and a nutritional suggestion can be provided according to the test result, and a good living habit is formed.

The invention provides a personalized exercise prescription design method and system. The system comprises a data acquisition module, an analysis and assessment module, a group classification module and a prescription design module, wherein the data acquisition module is used for collecting various personal data of a user; the analysis and assessment module is used for analyzing the personal data and assessing health result to obtain analysis and assessment results; the group classification module is used for carrying out classification on exercise groups according to assessment of specific index items, and grouping the users to the groups where the users belong according to the analysis and assessment results; and the prescription design module is used for automatically matching the corresponding exercise prescriptions according to the groups where the users belong after the users are grouped to the groups where the users belong. Through the personalized exercise prescription design method and system, personalized exercise prescriptions are provided for the users, so that the users are allowed to get targeted exercises, and the purpose of scientific body-building is achieved.

The invention discloses an exercise prescription recommendation method for the for hypertensive old people based on deep learning. The method comprises the steps: collecting health data; testing the cardiac function state of the hypertensive old people in a quiet state, and evaluating the heart rate, the blood pressure and the heart rate variability; identifying daily actions of the hypertensive old people; evaluating the cardiopulmonary function of the hypertensive old people by combining heart rate variability, energy consumption and heart rate according to the exercise-blood pressure risk grade and exercise risk contribution degree, and making personalized exercise prescriptions for the old people by referring to FITT rules according to BMI, age, clinical diagnosis and exercise preference. According to the deep learning scheme provided by the invention, the characteristic representation of exercise parameters such as exercise modes and intensity and time series data such as heart rate, electrocardiogram and real-time blood pressure is better extracted, the relation between exercise and hypertension fluctuation rules is fully learned and mined in combination with population informatics, and a personalized exercise prescription is generated.

The invention relates to the technical field of health management and specifically relates to a chronic disease management system based on exercise intervention, diet intervention and mental intervention. The system provided by the invention comprises an intelligent service platform, portable equipment and a mobile terminal, wherein the portable equipment is used to collect information and transmit the information to the intelligent service platform; the intelligent service platform is used to customize personalized exercise prescriptions, diet prescriptions and mental intervention prescriptions; and the mobile terminal is used to inquire various types of information and prescriptions and assess a user's anxiety, depression, fear, mania, pessimism and happiness degrees by questionnaires. By the invention, a closed-loop health management service can be provided for a client; personalized prescriptions can be issued based on comprehensive evaluation of a patient's health conditions, mental conditions, diet conditions and lifestyles, so that the patient can execute a scheme customized for him / her.

A methodology is disclosed for providing a physical therapy practitioner with practice-specific prescriptive exercise routine depictions as an effective way to enhance compliance of a home-based physical therapy regimen. The method comprises various steps, including assessing a given practitioner's commonly prescribed home-based exercise prescriptions, selecting certain of the exercises for comparison relative to a previously compiled digitized motion picture library containing excerpts showing various exercises. A decision is then made as to whether a representative exercise excerpt is endemic to the physical therapy practitioner. If the excerpt(s) are deemed satisfactory, DVD's are developed and provided to the practitioner. The practitioner may then properly prescribe a home-based physical therapy regimen during an office visit at which time a select set of the developed DVD materials are delivered to the patient. The practice-specific compilations may be periodically updated to reflect ongoing changes or requirements of a given therapist's practice.

The invention discloses an intelligent fitness guide method through exercise prescription, and the method comprises a step of exercise prescription: collecting personal health data of a user, and generating a personalized exercise prescription; a step of real-time motion index collection: enabling the user to wear intelligent wearable equipment, and collecting the motion data and physiological indexes in real time; and a step of fitness guide: formulating a corresponding fitness guide through analysis and comparison, and feeding back the fitness guide to the user in real time through voice. The invention provides an intelligent fitness guide method, and the method achieves the generation of the guide and suggestions through the real-time monitoring of the indexes of the user taking exercises and the analysis of the relation between the indexes and target values, and achieves a prompt in a voice mode. The user who takes exercises knows the difference between the current exercise and thetarget value timely and conveniently, quickly makes adjustment, and completes an exercise task efficiently in the shortest time period. A set of complete informationized and systematic intelligent fitness guide system platform is built, thereby enabling the intelligent fitness guide to be practical and convenient.

The invention discloses a chronic disease track management system based on a mobile terminal, and a closed loop guide method of the chronic disease track management system. The chronic disease track management system is characterized by comprising a chronic disease track management mobile terminal equipment, a chronic disease track remote service platform, a health physical sign test module, an athletic ability test module and a health data cloud platform, wherein the chronic disease track management mobile terminal equipment consists of a registration unit, a questionnaire unit, a motion tracking monitoring unit, a health information pushing unit and a prescription communication unit; the chronic disease track remote service platform consists of an exercise prescription generation unit and a user management unit; and the health data cloud platform consists of a chronic disease management target reasoning unit and a data storage unit. The chronic disease track management system combines the characteristics of convenience, easiness in carrying and the like of the mobile terminal and an Internet information technology to perform a guide function on the prevention and curing of the chronic disease of the user so as to scientifically and safely improve a chronic disease management effect.

The invention belongs to the field of an artificial intelligence motion health management system, and particularly relates to a motion health data acquisition management prescription based on artificial intelligence, and a terminal service system. According to the motion health data acquisition management prescription, parameters at three aspects of environment, motion and physique of a user object are acquired through a data acquisition module; a background data analysis module performs automatic analysis on the acquired parameter data at three aspects of the user; a personalized motion prescription is generated through a motion plan generating module; and motion prescription management AI pushes the personalized motion prescription to a personal terminal in real time. The motion health data acquisition management prescription settles problems of single reference condition, incomprehensive data and incapability of effectively guiding body building of the user in the personalized motion prescription, and furthermore can supply a personalized terminal service. Through analyzing and quantifying more factors of different physique testing persons, a true and more effective personalizedscientific motion prescription can be generated. Optimization, analysis and information feedback are performed on the system through artificial intelligence technology, thereby improving interactionexperience between the user and the system.

The invention discloses a computer processing method for student exercise prescriptions. The computer processing method includes: establishing a students' physique evaluation index system, a students' physique diagnosis method and standard and an exercise prescription database; subjecting students' physique conditions to scientific evaluation and diagnosis; issuing personalized exercise prescriptions according to diagnosis results. Through man-machine diagnosis, background knowledge of different exercise schemes and exercise items can be introduced to students, so that the students can obtain theoretical support in exercise practice, and interest of the students in exercise is enhanced. The computer processing method is of great importance in aspects of carrying out in-depth sunshine sports, guiding the students to exercise scientifically and further promoting school sports work to be standardized and scientized.

Provided are a gait trainer which provides exercise prescription and an exercise prescription system using the gait trainer. The gait trainer comprises a display, pedals on which user's feet are placed, a control unit which receives physical information about the physical condition of the user while the pedals are moving, defines an optimal exercise prescription based on the physical information, and provides the defined exercise prescription to the display. The control unit accesses a server belonging to a health-related organization through a predetermined network, and defines the exercise prescription with the aid of the health expertise received from the server. Since the exercise prescription suitable for the user is provided, exercise efficiency is maximized and possible dangerous health situations can be prevented.

The invention provides a sports testing method, a sports testing device and a sports testing system. The invention belongs to the field of physical education, training, testing and competition, and particularly relates to a method, a device and a system for realizing intelligent physical education, training, testing and competition by using an image analysis technology. The sports testing method comprises the following steps: installing video acquisition equipment, setting a project test area, registering a user, acquiring user identity characteristic information, identifying the user, prompting the user to test, acquiring a test video, calculating test scores and process data, analyzing capability data and an exercise prescription, and informing the user of test data. According to the method, automatic, standardized and intelligent sports test can be realized, the test scores are automatically and correctly calculated, the test process data is quantitatively calculated, normative actions and non-normative actions are correctly judged, the data, such as technical, physical and physiological function data, of the user is analyzed, and the targeted exercise prescription is given.

The invention discloses a dynamic monitoring and tracking management method and system which are applied to chronic disease exercise rehabilitation. The system comprises wearable equipment, a patient end, a cloud data management platform and a doctor end, wherein the wearable equipment is used for collecting exercise data of a patient during exercise and synchronizing the data to the patient end, the patient end is used for monitoring the exercise data and tracking three-high index data of the patient, and then uploading the exercise data and the three-high index data to the cloud data management platform, the cloud data management platform is used for analyzing the exercise data and the three-high index data according to a configuration mode, monitoring the health condition of the patient, and establishing a patient health file synchronously, and the doctor end is used for checking the patient health file of the patient, and adjusting the exercise prescription of the patient synchronously. According to the dynamic monitoring and tracking management method and system which are applied to the chronic disease exercise rehabilitation, the all-around close-loop type management of the exercise, diet and psychology of a user can be achieved by dynamically monitoring real-time exercise and three-high indexes in the exercise rehabilitation process of the chronic disease patient.

The invention discloses a chronic disease management system with exercise intervention as a core. The chronic disease management system is characterized by comprising an intelligent service platform, a wearable device and a movable terminal; the wearable device is used for collecting and storing the heart rate value and the three-dimensional acceleration value and transmitting the heart rate value and the three-dimensional acceleration value to the intelligent service platform; the intelligent service platform is used for storing basic information, determining a user management object and an intervention period and making an individualized exercise prescription; the mobile terminal is used for inquiring the management object, the exercise prescription and the exercise information. By means of the system, closed-loop type health management services with exercise intervention as the core are provided for a customer, and the individualized exercise prescription is issued based on comprehensive evaluation carried out on the health condition and the living mode of a patient so that the patient can perform the scheme customized for himself / herself, medical personnel can carry out monitoring at the same time, the patient can also check the exercise information in real time, the situation of too large or too small exercises can be effectively avoided, and thus the exercise prescription can be smoothly performed.

The invention provides a method for executing online rehabilitation guidance in a computer system. The method comprises the steps that requirement information about sickening appraisal requirements of a user is received; an appraisal questionnaire of user illness conditions is generated according to requirement information and sent to the user; describing information about the illness conditions of the user is received; judgment is conducted, and an illness type and an appraisal score of the user are obtained; based on the obtained illness type and the obtained appraisal score of the user, a video prescription which comprises an exercise rehabilitation guidance movement video is generated and sent to the user; a questionnaire about an exercise prescription rehabilitation effect is pushed to the user; a rehabilitation record and / or effect description about the video prescription and a diet prescription of the user are / is received; according to the rehabilitation record and / or the effect description of the user, the type and intensity of rehabilitation guidance movements in the video prescription of the user is adjusted. By means of the method, the video prescription which comprises the exercise rehabilitation guidance movement video can be generated, and the user can carry out rehabilitation training anytime and anywhere according to a standard.

The invention discloses intelligent wearable equipment for monitoring cardiovascular disease rehabilitation. The intelligent wearable equipment comprises wrist-type equipment, a client, a first information entry module, a first receiving module, a first sending module, a first acquisition module, a second information entry module, a second receiving module, a second sending module and a second acquisition module, wherein the client is connected with the wrist-type equipment and a server and mounted on a mobile terminal. The invention also discloses a working process of the intelligent wearable equipment. The intelligent wearable equipment is reasonable in design and simple and convenient to use; when the intelligent wearable equipment is used together with an exercise rehabilitation instrument, a patient can accomplish formulated exercise prescription and exercise plans according to a formulated rehabilitation plan and can safely and scientifically finish cardiovascular training and rehabilitation; and the intelligent wearable equipment can be used for outpatient medical rehabilitation, community medical rehabilitation and household rehabilitation of low-risk patients or prevention and exercise training of the sub-health group, and has a good using effect.

The invention discloses a method for generating an exercise prescription by collecting exercise health data. A built-in artificial intelligence model and an algorithmic intelligent device collect individual physical test data; the collected physical test data is classified automatically and used to analyze the physique automatically and generate a customized exercise prescription; the customized exercise prescription is output in the front end and displayed for a physical testee timely, and the physical testee makes exercise in shared treadmill according to the exercise prescription; the intelligent device is connected to the Internet of Things, and transmits physical test and exercise data to the cloud end; the cloud end stores the data in a big data storage manner; and the physical testis marked with an exercise prescription mark generated by the device, a background management staff can check the exercise prescription mark and determine whether the prescription generated by the device is correct, and if NO, the exercise prescription mark can be adjusted manually, and an error of the device is corrected. The method can be used to generate customized scientific exercise prescriptions with slight difference by analyzing and quantifying slight physical difference among different physical testees.

The invention discloses a dynamic evaluation method for the cardiac reserve function of healthy pregnant women in moderate-intensity exercises, belonging to the technical field of pregnancy healthcare of pregnant women and particularly exercise healthcare of pregnant women. The method is characterized by being realized in a cardiac reserve function computer evaluation system when the pregnant women take moderate-intensity exercises and comprising the following steps: determining the healthy pregnant women from the personal medical information of the pregnant women sequentially according to the health hierarchical screening rule and pregnant-women risk grouping rule; screening out low-risk pregnant women of which the D / S value is less than 1.0 during exercises by a classifying rule based on the ratio D / S of the diastole time limit to systole time limit according to the pulse wave data measured in exercises; detecting the cardiac reserve function and target heart rate range of the pregnant women by using pulse waves for other healthy pregnant women, and calculating the target heart rate intensity range according to the two modules; and evaluating the exercise time by a pregnant-women exercise time evaluation module according to the international exercise standard for the pregnant women so as to obtain an exercise prescription composed of the target heart rate intensity range and exercise cardiac reserve function value to guarantee effective and safe exercises of the pregnant women.

The invention relates to an exercise sensor-based running monitoring and voice prompt system, which comprises a data acquisition module used for collecting related data indexes in running; a state determination module for determining an exercise state by utilizing the data acquired by the data acquisition module; and a personal information module for storing basic information of a user, including age, sex, diseases history and having exercise foundation or not. With an individualized running exercise prescription as a subject and the safety and effectiveness of running and timely prompt and encouragement as a starting point, based on the purposeful modules for personal basic health information and running exercise purpose module, the motion sensor-based running monitoring and voice prompt system can scientifically evaluate, monitor and prompt the exercise state of a runner in time by utilizing related physiological data acquired by a conventional third-party wearable device in running exercise, enhancing the scientificity and interestingness of the exercise of the runner.

The invention discloses an exercise rehabilitation guiding system suitable for patients abstained from drugs and a method thereof. The system comprises a health data collection unit, a health data analysis unit, an exercise rehabilitation scheme generation unit and an exercise rehabilitation scheme execution unit, wherein the health data collection unit is used for each piece of health data of patients abstained from drugs; the health data analysis unit is used for comprehensively analyzing health problems of the patients abstained from drugs according to the health data collected by the health data collection unit; the exercise rehabilitation scheme generation unit is used for generating an exercise rehabilitation scheme according to the health data and health problems of the patients abstained from drugs; and the exercise rehabilitation scheme execution unit is used for executing the exercise rehabilitation scheme generated by the exercise rehabilitation scheme generation unit and feeding back an execution result. Aiming at special physiques of the patients abstained from drugs, a set of integrated health sign detection equipment and exercise capability test equipment is researched and developed, and personal health conditions of users are analyzed and individualized exercise prescriptions are issued through combining multivariate data such as personal drug treatment files, conventional questionnaire survey, and special multivariate data of patients abstained from drugs and utilizing big data analysis, so that the issuing of exercise rehabilitation prescriptions is more scientific and secure.

A method of estimating stress caused by an exercise includes receiving questionnaire data including body measurements from a user, measuring health measurement data, deducing an exercise target and an exercise prescription based on the received and measured data, and transmitting the exercise target and exercise prescription to the user. The questionnaire data is then received back from the user, including the body measurements from the user and measuring again the health measurements data.; Parameters are designed based on the received and re-received questionnaire data and the measured and re-measured health measurement data and the parameters are converted to predetermined values. A regression analysis model is designed for estimating the exercise stress using the parameters and performing regression analysis and the exercise stress estimated through the regression analysis is transmitted to the user.

The invention discloses a chronic and unstable heart failure exercise rehabilitation monitoring and treating system. The chronic and unstable heart failure exercise rehabilitation monitoring and treating system is characterized by comprising evaluation equipment, physiological parameter detection equipment and at least one kind of exercise equipment, detecting parameters of the evaluation equipment, the physiological parameter detection equipment and the exercise equipment are uploaded to a remote server through a wireless relay network, and a recognizer and a Web server are connected to the wireless relay network. The chronic and unstable heart failure exercise rehabilitation monitoring and treating system has the remarkable advantages that the wireless relay network is used for integrating the evaluation equipment, the physiological parameter detection equipment and the exercise equipment organically, the physical condition of a patient is evaluated through the evaluation equipment, treatment suggestions can be provided by doctors, an exercise prescription can be made by the doctors, the patient can conduct exercise rehabilitation according to the prescription made by the doctors, the treatment condition can be learnt in real time according to parameter detection circuits of the physiological parameter detection equipment and the exercise equipment, the incidence of the disease of the patient is lowered, and the hospitalization rate is decreased.

The invention provides a cardiorespiratory endurance indirect testing method based on an intelligent exercise bicycle. An incremental load testing scheme is implemented on a constant-power output platform of the intelligent exercise bicycle and motion heart rates are subjected to actual measurement; a motion intensity and motion heart rate forecast and evaluation model is established in accordance with test results of the last two stages of loads, and then the maximum motion intensity, in correspondence to the maximum heart rate, of a tested object is calculated by virtue of the model, so that an index for assessing the cardiorespiratory endurance of the tested object is obtained. According to the method disclosed by the invention, tests on various stages of loads are implemented under fixed pedaling frequency and fixed power conditions, and the evaluation model is more reliable and the test result is more precise; an operating process is simple and easy to implement; it is unnecessary for the tested object to reach a movement limit; and the method provides a scientific guidance basis for assessing a cardiorespiratory endurance status, making an exercise prescription and for mobilizing the tested object to participate in a motion.