TW201513032A - Real-time evaluation and support system for home fitness and rehabilitation - Google Patents

Abstract

An real-time evaluation and support system for home fitness and rehabilitation comprises a user terminal with at least one portable training measuring device; a user handheld device containing a sensor signal recognition algorithm, a real-time limb feature analysis algorithm and a real-time training strength feedback algorithm; a medical staff terminal with a personal trainer and a physical therapist; a cloud platform containing a data recording and processing platform and an application management platform; and a medical staff handheld device for the user to trace personal fitness and rehabilitation status, with real-time recommendation from the medical staff so that the analysis of upper limb posture or lower limb posture is not just simple measurement and record, but a more valuable personal health medical information for effective home fitness and rehabilitation application.

Description

Instant assessment and assistance system for home fitness and rehabilitation

The invention belongs to the technical field of home fitness and rehabilitation, in particular to providing a real-time evaluation and assistance system for home fitness and rehabilitation, which can flexibly adjust the training plan at any time, and give the user fitness and rehabilitation training. Instant reminders and suggestions.

In the traditional rehabilitation mode, the injury needs to be carried out in a medical institution with professional rehabilitation services and facilities, which is to the specific location for the injured who have been bad or should avoid unnecessary activities. Implementing rehabilitation is an additional burden. And the number of professional rehabilitation equipment in medical institutions is limited, and the injured can not be used according to personal time. It can be used by appointment.

In the process of rehabilitation, for the inconvenient or unhealthy injuries, even an ambulance with special functions and medical instruments should be dispatched, and the relevant professional medical personnel accompanying the vehicle will also carry out side-by-side monitoring. In addition, the relevant medical staff also needs to record the whole process in the rehabilitation process and observe the rehabilitation status of the injured, so as to give correct and appropriate advice or adjust the rehabilitation plan, so the demand for medical human resources is also considerable.

There are many home sports measuring equipment (such as pedal exercise bikes, treadmills, rowing machines, etc.) for assisting users in fitness and rehabilitation training. Each type of sports equipment provides its own physical training and Measurement indicators, and can give users a certain degree of training assistance and exercise amount reference. However, these various kinds of sports equipment usually operate independently, and the measurement data between them cannot be circulated with each other, so that various measurement data cannot be integrated, so the evaluation of training results can only include single or specific items. Sports indicators are used as a reference. Moreover, most sports equipment only memorizes limited sports records on this machine, and lacks a common platform, so that medical experts can not completely examine the training results completed by users through a unified pipeline, and cannot observe the training plan and The associations and changes in training outcomes also lack the opportunity to give users instant updates to fitness and rehabilitation programs.

Therefore, in view of the problems existing in the above-mentioned products, how to develop an innovative product that is more ideal and practical, the consumers are eagerly awaiting, and the relevant industry must strive to develop the goal and direction of breakthrough.

In view of this, the inventor has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the inventor has finally obtained the practical invention.

Technical problem to be solved: There are too few sports options in the existing fitness app in the market, and it is impossible to immediately assess the physical health of the individual to give immediate feedback to suggest and adjust the intensity of the fitness training. There are many users to assist the user. The home exercise measuring equipment (such as pedal exercise bikes, treadmills, rowing machines, etc.) that are being trained lacks a common platform, so that medical experts cannot completely examine the training results completed by the users through a unified pipeline; Most of the cloud platforms store health records such as electronic medical records or medical records and medication records. They only passively record these medical information without reusing them. In particular, users need to specify expensive additional services or must match specific physical fitness. Measuring equipment or physiological monitoring products, even if physiological indicators (such as: sphygmomanometer, blood glucose meter, weight scale, etc.) record physiological basic indicators, but can not know the changes in physiological indicators and daily upper limb posture or lower limb gait movement Relationship, but also does not support the expansion of hardware measurement instruments so that they cannot Provide multiple services; in the past, the results of fitness and rehabilitation analysis, usually only the relevant professional medical staff manually interpret its complex data, not only the medical staff must spend a lot of time and effort to find abnormalities from the original training results data It may also be impossible to effectively assess the effectiveness of fitness and rehabilitation.

In order to improve the above problems, the present invention provides an instant evaluation and assistance system for home fitness and rehabilitation, comprising a user end, various types of portable training measuring devices composed of singular or plural sensing elements (eg: Stepper, sports watch, smart belt, etc.), fitness equipment or rehabilitation equipment (such as: pedal exercise bike, treadmill, rowing machine, etc.), physiological monitoring products (such as: sphygmomanometer, blood glucose meter, weight scale, etc. And health care protective gear to help users measure upper limb posture or lower limb gait signals, and implement various types of fitness and rehabilitation training; also include user-held devices (eg smart phones, handheld) Computers, etc.) receive signals and coordinate fitness and rehabilitation programs to perform instant identification, analysis, and applications for instant reminders and suggestions.

The present invention also includes a data recording and processing platform and an application management platform built by a cloud platform, wherein the data recording and processing platform realizes long-term records, analysis and application of upper limb posture or lower limb gait data and training materials. And the application handles the platform and A variety of applications with fitness and rehabilitation aids are provided; with the present invention, relevant medical professionals (such as fitness instructors, physical rehabilitation teachers, physicians, etc.) can provide training programs, and users can adapt to different needs and conditions. Come choose and download multiple personalized fitness and rehabilitation programs. The system automatically generates a health and recovery assessment report for the expert to fully review the user's health status or recovery, postoperative rehabilitation, and the expert can provide a more in-depth report response to the health and recovery assessment report, and can be flexible at any time. Adjust training plans and give instant reminders and suggestions when users are doing fitness and rehabilitation training.

The user can wear various fitness and rehabilitation measuring devices composed of singular or plural sensing elements, and select and download the fitness and rehabilitation meter developed by relevant medical professionals through the cloud platform. Draw to the handheld device, then the user performs a series of training actions according to the instructions of the plan, and the handheld device receives the sensor signal and calculates, analyzes and even gives feedback, and finally uploads the upper limb posture or the lower limb gait signal. To the cloud platform, the cloud platform processes and generates health or recovery assessment reports that include training results and multiple physiological indicators. Therefore, relevant medical professionals can download the measurement items and data of training and physiological indicators detected and collected by specific injuries from the cloud platform to assess their health status and recovery, postoperative rehabilitation, and provide Instant feedback, and the flexibility to adjust and update the existing fitness and rehabilitation programs of the cloud platform. Further, users can wear health care and medical protective gear, and relevant medical professionals will address the health status and recovery of users. The situation and the effect of postoperative rehabilitation are given back to the protective gear to achieve moderate protection for the user.

The invention is an instant evaluation and auxiliary system for integrating the physical movement, the physiological measurement, the fitness rehabilitation, the personalized nursing service, and the real-time training content update, the user can enjoy the long-term home fitness and rehabilitation The ground is not restricted by indoor and outdoor environments, and the upper limb posture or lower limb gait can be measured at any time. The personal upper limb posture or lower limb gait information can be tracked and analyzed effectively through the long-term record and analysis of the cloud platform. Health status, and immediate advice from relevant medical staff, or even handheld devices will give encouragement and warning risks, so that users and related medical staff can interact, but they do not constrain each other to the space. The limitation of time, which makes the analysis of upper limb posture or lower limb gait is no longer a simple measurement and recording, but more valuable personal health medical information and effective home fitness and rehabilitation applications.

The hardware of the present invention uses various forms consisting of singular or plural sensing elements "Portable Training Equipment" to assist in fitness and rehabilitation, and with handheld devices (eg smart phones, handheld computers, etc.) to receive, calculate, and store collected from various types of portable training devices The sensor signal is then uploaded to the cloud platform by wireless transmission of the upper limb posture or lower limb gait information processed by the handheld device.

The invention provides an instant feedback service. In addition to the fitness and rehabilitation training program provided by the relevant medical staff, the handheld device can make an immediate adjustment to the upper limb posture or the lower limb gait measurement, and can also be used for training while the user is training. Instantly analyze the upper limb posture or lower limb gait signal generated by various portable training measuring devices, and provide instant voice and vibration feedback to give users moderate encouragement or warning to achieve the best training results. In a step further, the user can wear health care and medical protective gear, and the handheld device will drive the corresponding health care and medical protective equipment to provide appropriate protection and assistance according to the immediate reward of the user training results.

The "data record and processing platform" in the cloud platform of the present invention provides long-term collection and recording of various types of materials, so as to achieve long-term and comprehensive tracking and comparison, thereby completely observing the user's health and rehabilitation trends. And as a reference for assessing health status and recovery, and the effectiveness of postoperative rehabilitation.

The "Application Management Platform" in the cloud platform of the present invention provides an open architecture, allowing other related researchers to upload various fitness and rehabilitation auxiliary application applications for user selection and download, and as a user, relevant A bridge between the medical staff and the information exchange and processing platform. The fitness and rehabilitation training programs provided by the relevant medical staff will also be packaged into applications, so users can choose and download a wide range of fitness programs and personalized rehabilitation prescriptions for personalized care. .

The invention introduces the participation of relevant professional medical personnel (such as: fitness instructors, physical rehabilitation teachers, physicians, etc.) to provide professional services, such as formulating "fitness plan and personalized rehabilitation prescription sign", and giving users according to the evaluation report. Suggestions and more detailed diagnostic results, etc. At the same time, through the invention, the relevant medical staff can be free from the limitation of the side monitoring by the user during the rehabilitation treatment, and the cloud platform can more flexibly and effectively plan the working time and even reduce the human resources.

During the training process and after the training, the upper limb posture or the lower limb gait information is transmitted to the "data recording and processing platform" in the back-end cloud platform via the wireless or wired network, wherein the 3D modeling software will be based on the upper limb in the platform. Information such as posture or lower limb gait parameters simulates the user's movement and training screen in 3D, and analyzes and detects the handheld device. The intensity or abnormality of the training amount is directly presented in the 3D motion and training screen. In this way, users and relevant medical staff can directly observe specific training information and results according to their needs to save a lot of time and medical costs.

The above-mentioned objects, structures and features of the present invention will be described in detail with reference to the preferred embodiments of the present invention. .

A‧‧‧user

B‧‧‧Cloud Platform

C‧‧‧medical staff

10‧‧‧ Portable training measuring device

101‧‧‧Sensor components

102‧‧‧Signal processing circuit device

11‧‧‧Physical monitoring products

12‧‧‧Health care gear

20‧‧‧Information Recording and Processing Platform

201‧‧‧Information Recording Module

202‧‧‧ Data Processing Module

203‧‧‧Communication connection module

21‧‧‧Application Management Platform

211‧‧‧Application Management Module

212‧‧‧Message Processing Module

213‧‧‧Communication connection module

30‧‧‧ Fitness Coach

301‧‧‧ Fitness Program

302‧‧‧Health assessment report response

40‧‧‧Physical Rehabilitation

401‧‧‧Rehabilitation prescription

402‧‧‧Response assessment report response

50‧‧‧User handheld devices

501‧‧‧Sensor signal recognition algorithm

502‧‧‧ Real-time analysis of limb features

503‧‧‧ Training intensity instant feedback algorithm

60‧‧‧Health care personnel handheld equipment

The first figure is a schematic diagram of the real-time evaluation and auxiliary system architecture of the home fitness and rehabilitation of the present invention.

Figure 2 is a flow chart of the algorithm used by the user's handheld device of the present invention.

Figure 3 is a schematic diagram of the cloud platform of the present invention.

Figure 4 is a schematic view of the medical personnel of the present invention.

Referring to Figures 1 to 4, the present invention provides an instant evaluation and assistance system for home fitness and rehabilitation, comprising: a user terminal A, the user terminal A comprising at least one portable training measuring device The portable training device 10 is mounted on the limbs to be measured, and includes at least one sensing component 101 and a signal processing circuit device 102. The sensing component 101 is electrically connected to the signal processing circuit device 102. The sensing component 101 measures the limb sensor signal, and the signal processing circuit device 102 collects and processes the limb sensor signal; a user handheld device 50, the user handheld device 50 has a built-in feel The sensor signal identification algorithm 501, a limb feature instant analysis algorithm 502, and a training intensity instant feedback algorithm 503, the sensor signal recognition algorithm 501 collects the sensor signals collected by the user handheld device 50. For identifying the behavior of the upper limb posture or the lower limb gait event and the parameter, the limb feature real-time analysis algorithm 502 recognizes the upper limb posture or the lower limb recognized by the sensor signal recognition algorithm 501. State information, to make an immediate comparison and classification of the physical characteristics, the analysis of the current operation amount of strength training, the training intensity instant feedback algorithm 503 real-time analysis algorithms 502 to analyze the physical characteristics of the advanced physical training Data, for immediately analyzing the expected difference from the actual training amount, and generating a voice or vibration through the user's handheld device 50 to give training amount feedback and reminder; a medical staff terminal C, the medical staff terminal C includes a fitness The coach 30 and a physical rehabilitation teacher 40, the fitness coach 30 includes a number of fitness plans 301 and a health assessment report response 302, each of which is based on training objectives, items, intensity, duration, frequency, and considerations. The training program consisting of a plurality of elements is packaged into an application, and the user handheld device 50 is provided for downloading for fitness mode training. The physical rehabilitationist 40 includes a plurality of rehabilitation prescriptions 401 and a restoration evaluation report response 402. Each of the rehabilitation prescriptions 401 is a training plan composed of a plurality of elements such as training objectives, items, strengths, durations, frequencies, and precautions, and is packaged into an application program, and the user handheld device 50 is provided for downloading. Rehabilitation mode training; a cloud platform B, the cloud platform B includes a data recording and processing platform 20 and an application management platform 21, The data recording and processing platform 20 includes a data recording module 201, a data processing module 202 and a communication connection module 203. The data recording module is disposed on a server of the fitness or rehabilitation laboratory. 201: the action of storing the upper limb posture or the lower limb gait data, the physiological index data, and the data uploaded by the medical staff handheld device 60 uploaded by the user handheld device 50, and the data processing module 202 processes the use from the use. And the information uploaded by the handheld device 50 and the medical staff handheld device 60 is based on the fitness program 301 or the rehabilitation prescription 401 formulated by the fitness instructor 30 or the physical rehabilitationist 40, and integrates the The upper limb posture or the lower limb gait data and the physiological index data uploaded by the user handheld device 50 to generate a health or recovery assessment report, while maintaining and updating the data stored in the data recording module 201, replying to the user terminal A and the medical care The historical record query proposed by the personnel terminal C and the 3D stereoscopic simulation action for the query data; the application management platform 21 includes an application management module 211 A message processing module 212 and a communication connection module 213, the application management module 211 provides an application including a sensor signal recognition application, a limb feature instant analysis application, a training intensity instant feedback application, and fitness The downloading action of the application application, the personalized rehabilitation prescription application and the physiological indicator monitoring application, etc., the message processing module 212 maintains and updates the data recording and processing platform 20 and any information thereof contains health Or to restore the generation report of the assessment report, each of the fitness program 301 or each of the rehabilitation prescriptions 401 The update message, the response to the health assessment report 302 or the response to the recovery assessment report response 402, the message of the user A and the message of the medical staff C, etc., through the user's handheld device 50 and the medical care The person handheld device 60 notifies the user and the medical staff; and a medical staff handheld device 60 that connects the medical staff terminal C and the cloud platform B with wireless communication transmission.

As described above, through the signal processing circuit device 102, the upper limb and lower limb sensor signals during fitness and rehabilitation training can be measured, and the limb sensor signal is transmitted by wireless communication to the user handheld device 50, and The sensor signal recognition algorithm 501, the limb feature instant analysis algorithm 502, and the training intensity instant feedback algorithm 503 are executed by the user handheld device 50.

In the foregoing, the user handheld device 50 respectively connects the user terminal A and the cloud platform B by wireless communication transmission.

In the foregoing, the user terminal A further includes at least one physiological monitoring product 11 for monitoring physiological indicators including blood pressure, heart rate, body weight, blood sugar and energy consumption, and the physiological monitoring product 11 is held by the user. The device 50 is connected by wireless communication.

In the foregoing, the user end A further includes at least one health care medical device 12 worn by the user, and the health care medical device 12 receives the training intensity instant feedback algorithm 503 from the user handheld device 50. The generated feedback indication is used for control adjustment, and the health care implement 12 is coupled to the user handheld device 50 by wireless communication.

As described above, the portable training measuring device 10 can be various sensing devices such as a pedometer, a sports watch or a smart belt.

As described above, the portable training measuring device 10 can be various types of sports equipment, such as a pedal exercise bike, a treadmill or a rowing machine.

In the foregoing, the user handheld device 50 can be a PDA, a smart phone or a palmtop computer.

In the foregoing, the training intensity instant feedback algorithm 503 is based on the training content in the fitness plan 301 and the personalized rehabilitation prescription card 401 and the training target to be achieved, and the actual initial analysis by the limb feature instant analysis algorithm 502. Upper limb posture or lower The gait feature information is compared. The training intensity instant feedback algorithm 503 can instantly calculate the expected and actual training amount intensity difference, and drives the user's handheld device 50 to give the user an instant and timely encouragement or danger warning by voice or vibration, and also according to the use. The situation and the feedback of the training amount to control and adjust the health care and medical protective gear.

In the foregoing, the health assessment report response 302 is a health assessment report generated by the data recording and processing platform 20, and the fitness coach 30 generates a diagnosis report and processes the reaction and question of the user A after detecting the evaluation report. In response to the action, the restoration assessment report response 402 is a restoration assessment report generated by the data recording and processing platform 20, and after detecting the assessment report, the physical rehabilitation engineer 40 generates a diagnostic report and processes the user terminal. A's reaction and questioning in response to the action.

In the foregoing, the training process of the fitness mode includes three steps in sequence: 1. downloading the fitness plan 301, and the user searches the application management platform 21 for each of the requirements that suits his or her needs and is open for download to the general public. The fitness program 301, followed by training content indoors or outdoors to run, point jump, walk, climb stairs and other training programs, and with different fitness training intensity, time, frequency. 2. Sensor signal recognition, the sensor signal recognition algorithm 501 is executed in the user handheld device 50 to receive and process the sensor signals collected by each of the portable training measuring devices 10, thereby For example, the lower limb gait sensing component can identify gait events such as heel touch and toe off the ground and their occurrence time. Other gait parameters such as relative height (ground or horizontal) and relative offset The quantity (for an origin), in turn, can be used to calculate advanced gait parameters such as distance, number of steps, average speed, acceleration change, height, number of actions, static and dynamic balance, and other gait data. 3. Immediate analysis of the limb features, the limb feature analysis algorithm 502 is executed in the user handheld device 50, and the upper limb posture or the lower limb gait data generated by the foregoing steps are compared and classified, and the current analysis can be analyzed. The training item, intensity, time, frequency, to know the degree of completion of the current fitness training program, and displayed in the user's handheld device 50 in a table or graph.

In the foregoing, the training process in the rehabilitation mode includes five steps in sequence: 1. The medical staff consults, and the user must first consult the fitness instructor 30 or the physical rehabilitation teacher 40 before the training is started. According to the user's age, gender, function of the heart and lungs and other organs, health status, and the test results of physical fitness and physiology, the rehabilitation prescription 401 is opened and tailored. 2. Download Personalization Health prescription 401, user knot After the interview, you can directly download the personal rehabilitation training plan by logging in to the cloud platform B, and then follow the training content to run, point jump, walk, climb stairs, static and dynamic balance training programs indoors or outdoors. And with different fitness training intensity, time, frequency. 3. Sensor signal recognition, the sensor signal recognition algorithm 501 is executed in the user handheld device 50 to receive and process the sensor signals collected by each of the portable training measuring devices 10, the lower limbs For example, the gait sensing component can identify basic gait parameters such as heel touch, toe off the ground and other gait events and their occurrence time, other gait parameters such as relative height (to ground or a horizontal plane), relative offset (for an origin), in turn, gait data such as distance, number of steps, average speed, acceleration change, height, number of actions, static and dynamic balance can be counted. 4. Immediate analysis of the limb features, the limb feature analysis algorithm 502 is executed in the user handheld device 50, and the upper limb posture or the lower limb gait data generated by the foregoing steps are compared and classified, and the current analysis can be analyzed. The training program, intensity, time, frequency, to know the degree of completion of the current rehabilitation training program, and displayed in the user's handheld device 50 in a table or graph. 5. Training strength instant feedback, the training intensity instant feedback algorithm 503 is executed in the user handheld device 50, via the pre-achieved training target in the rehabilitation training program, and the aforementioned steps At present, the upper limb posture or the lower limb gait training data are compared, the difference between the expected and actual training amount strength can be calculated, and the user's handheld device 50 is driven to give the user instant and timely encouragement during the training by voice or vibration. Or the danger warning, at the same time, according to the user's situation and the feedback of the training amount, the health care protective gear 12 can be controlled and adjusted in an appropriate amount.

In the foregoing, the cloud platform B provides five functions for the user terminal A: 1. storing the data obtained during the training process, the upper limb posture or the lower limb gait data measured by the portable training measuring device 10, and the physiological The physiological index value data monitored by the product 11 is monitored, the identification and analysis of the user's handheld device 50, and the feedback of the upper limb posture or the lower limb gait training information. 2. Provide application downloads, including sensor signal recognition application, limb feature instant analysis application, training intensity instant feedback application, fitness plan application, personalized rehabilitation prescription application and physiological indicator monitoring application Wait. 3. Providing information such as maintenance and update of the cloud platform B, including the update information of the fitness program 301 or the rehabilitation prescription card 401, the health assessment report response 302 or the reply message of the restoration assessment report response 402, the fitness The message of the coach 30 or the physical rehabilitation teacher 40, etc. 4. Via health or complex The original assessment report and other historical records, query data and changes of specific physiological items during a specific period. 5. The user enters questions about the fitness program 301 or the rehabilitation prescription 401, medical and rehabilitation related problems, and any symptoms of physical discomfort.

In the foregoing, the cloud platform B provides five functions for the medical staff C: 1. stores the fitness plan 301 or the rehabilitation prescription 401 and the response user's health assessment report response 302 or the recovery evaluation report prepared by the relevant medical staff. Response 402. 2. Provide a download of the health or recovery assessment report for a specific user. 3. Provide information such as maintenance and update of Cloud Platform B, including the information generated by the health or recovery assessment report and the message of the user. 4. Query data and changes for specific periods and specific physiological items through health or recovery assessment reports and other historical records. 5. Leave a message, and the medical staff will pay any precautions for specific users.

In the foregoing, the medical staff terminal C provides four functions for the user terminal A: 1. The preparation and update of the fitness plan 301 or the rehabilitation prescription card 401. 2. Review the health or recovery assessment report and give a health assessment report response 302 or a recovery assessment report response 402. 3. During the user training process, if the fitness coach 30 or the physical rehabilitation teacher 40 has login to the cloud platform B, it can be given instant. Suggest. 4. Online response to the user's message.

The present invention connects the portable training measuring device 10, the physiological monitoring product 11, the health care medical device 12, and the medical staff end of the user terminal A through the data recording and processing platform 20 and the application management platform 21 in the cloud platform B. C's fitness instructor 30 or physical rehabilitationist 40 completes the seamless service of home fitness and rehabilitation and related medical personnel, and provides instant assistance through the user's handheld device 50, enabling users, rehabilitation cloud platform, The medical staff combine to form a cycle.

The present invention has been described with reference to the preferred embodiments of the present invention. However, those skilled in the art can change and modify the present invention without departing from the spirit and scope of the invention. Such changes and modifications shall be covered in the scope defined by the following patent application.

A‧‧‧user

B‧‧‧Cloud Platform

C‧‧‧medical staff

10‧‧‧ Portable training measuring device

101‧‧‧Sensor components

102‧‧‧Signal processing circuit device

11‧‧‧Physical monitoring products

12‧‧‧Health care gear

20‧‧‧Information Recording and Processing Platform

21‧‧‧Application Management Platform

30‧‧‧ Fitness Coach

40‧‧‧Physical Rehabilitation

50‧‧‧User handheld devices

501‧‧‧Sensor signal recognition algorithm

502‧‧‧ Real-time analysis of limb features

503‧‧‧ Training intensity instant feedback algorithm

60‧‧‧Health care personnel handheld equipment

Claims (18)

An instant evaluation and assistance system for home fitness and rehabilitation includes: a user end, the user end includes at least one portable training measuring device, and the portable training measuring device is worn on a part of the limb to be measured, Included in the at least one sensing component, a signal processing circuit device, the sensing component is electrically connected to the signal processing circuit device, the sensing component measures the limb sensor signal, and the signal processing circuit device senses the limb The device is collected and processed; a user-held device is internally mounted with a sensor signal recognition algorithm, a limb feature instant analysis algorithm, and a training intensity instant feedback algorithm, the sensing The signal identification algorithm is used to identify the sensor signals collected by the user's handheld device, and to identify the behavior of the basic limb or the lower limb gait event and parameters. The limb feature real-time analysis algorithm is used to identify the sensor signal. The basic limb posture or lower limb gait data identified by the law, for immediate comparison and classification of limb characteristics, analysis of current training volume The action of the degree of intensity, the training intensity instant feedback algorithm analyzes the advanced limb training data analyzed by the limb feature real-time analysis algorithm, and immediately analyzes the difference between the expected and actual training amount strength, and generates via the user's handheld device. Voice or vibration to give training amount feedback and reminder; a medical staff side, the medical staff side includes a fitness instructor and a physical rehabilitation teacher, the fitness instructor includes several fitness plans and a health assessment report response, each of the fitness The program provides the user's handheld device download for fitness mode training, the physical rehabilitationist includes several rehabilitation prescriptions and a recovery The evaluation report responds that each of the rehabilitation prescriptions provides the user's handheld device download for rehabilitation mode training; a cloud platform, the cloud platform includes a data recording and processing platform and an application management platform, respectively set in the fitness Or a server of the Rehabilitation Laboratory, the data recording and processing platform comprising a data recording module, a data processing module and a communication connection module, the data recording module for the user's handheld device The uploading of the upper limb posture or the lower limb gait data, the physiological index data, and the data uploaded by the medical staff handheld device for processing, the data processing module processes the handheld device from the user and the handheld device of the medical staff The uploaded data is based on the fitness program or the physical rehabilitation plan formulated by the fitness instructor or the physical rehabilitation teacher, and the upper limb posture or the lower limb gait data and physiological index data uploaded by the user handheld device are integrated. To generate a health or recovery assessment report while maintaining and updating the information stored in the data record module to respond to the user And the history record query submitted by the medical staff and the 3D stereoscopic simulation action for the query data, the application management platform comprises an application management module, a message processing module and a communication connection module, the application The management module provides an application downloading action, and the message processing module generates maintenance and updates to the data recording and processing platform and any of the messages including the health or recovery assessment report generation information, each of the fitness plans or each of the The update message of the rehabilitation prescription sign, the reply to the health assessment report response or the reply message of the recovery evaluation report, and the message message of the user end and the medical staff side, through the user's handheld device and the medical staff Handheld devices notify users and health care providers; and A medical staff handheld device that connects the medical personnel to the cloud platform for wireless communication transmission. The instant assessment and assistance system for home fitness and rehabilitation as described in the first application of the patent application, wherein the application management module provides an application including a sensor signal recognition application, a limb feature instant analysis application, and training intensity. Instant feedback app, fitness plan app, personalized rehabilitation prescription app and physiological indicator monitoring app. The instant assessment and assistance system for home fitness and rehabilitation as described in claim 1 of the patent scope, wherein each of the fitness programs is a training program consisting of training objectives, projects, intensity, duration, frequency, and precautions. Packaged into an application. For example, the instant assessment and assistance system for home fitness and rehabilitation as described in claim 1 of the patent scope, wherein each of the rehabilitation prescriptions is a training program consisting of training objectives, items, intensity, duration, frequency and precautions. And packaged into an application. An immediate assessment and assistance system for home fitness and rehabilitation as described in claim 1, wherein the signal processing device can measure the upper and lower limb sensor signals during fitness and rehabilitation training, and The wireless communication transmits the limb sensor signal to the user handheld device, and the user handheld device performs the sensor signal identification algorithm, the limb feature instant analysis algorithm, and the training intensity instant feedback algorithm law. The instant evaluation and assistance system for home fitness and rehabilitation as described in claim 1, wherein the user handheld device respectively connects the user end to the cloud platform by wireless communication transmission. The instant evaluation and assistance system for home fitness and rehabilitation as described in claim 1, wherein the user end further comprises at least one physiological monitoring product, wherein the physiological monitoring product includes physiological parameters including blood pressure, heart rate, and body weight. Blood glucose and energy expenditure are monitored, and the physiological monitoring product is linked to the user's handheld device by wireless communication. The instant evaluation and assistance system for home fitness and rehabilitation as described in claim 1, wherein the user end further comprises at least one health care protective device worn by the user, the health care protective device receiving The training intensity instant feedback algorithm in the user handheld device, the generated feedback indication is used for control adjustment, and the health care medical device is connected to the user handheld device by wireless communication transmission. An immediate evaluation and assistance system for home fitness and rehabilitation as described in claim 1 wherein the portable training measuring device can be a sensing device such as a pedometer, a sports watch or a smart belt. The instant assessment and assistance system for home fitness and rehabilitation as described in claim 1 wherein the portable training measuring device can be a sports equipment such as a pedal exercise bike, a treadmill or a rowing machine. An immediate evaluation and assistance system for home fitness and rehabilitation as described in claim 1, wherein the user handheld device can be a PDA, a smart phone or a palmtop computer. The instant evaluation and assistance system for home fitness and rehabilitation as described in claim 1 of the patent scope, wherein the training intensity instant feedback algorithm is based on the training content of each of the fitness program and each of the rehabilitation prescriptions The training goal to be achieved, and the real analysis of the limb feature analysis algorithm Comparing the initial upper limb posture or the lower limb gait characteristic information, the training intensity instant feedback algorithm can instantly calculate the expected and actual training amount intensity difference, and drive the user's handheld device to give the user instant voice or vibration. And timely encouragement or danger warning. For example, the instant assessment and assistance system for home fitness and rehabilitation mentioned in the scope of patent application, wherein the health assessment report responds to the health assessment report generated by the data recording and processing platform, and the fitness instructor tests the assessment. After the report, the user's reaction and question will be processed in response to the response. The recovery assessment report responds to the recovery assessment report generated by the data recording and processing platform. After the physical rehabilitation teacher detects the evaluation report, Handle the reaction and questions of the user side in response to the action. For example, the instant evaluation and assistance system for home fitness and rehabilitation mentioned in claim 1 is as follows: (1) downloading the fitness plan: the user is on the application management platform Search for the fitness program that suits your needs and is open for download to the general public. Then follow the training content to run, point jump, walk and climb stairs training programs indoors or outdoors, and match different fitness training intensity and time. And frequency; (2) sensor signal recognition: performing the sensor signal identification algorithm in the user handheld device to receive and process the sensor signals collected by each of the portable training measuring devices; 3) Immediate analysis of limb characteristics: Perform the limb feature analysis algorithm in the user's handheld device, compare and classify the upper limb posture or lower limb gait data generated by the above steps, and analyze the current training. Project, intensity, time and frequency to learn the completion of the current fitness training program and display it in a table or graphic in the user's handheld device. For example, the instant assessment and assistance system for home fitness and rehabilitation mentioned in the scope of claim 8 wherein the training steps in the rehabilitation mode are: (1) medical personnel interview: the user must implement the training before the implementation begins. After first consulting with the fitness instructor or the physical rehabilitation teacher, it will be tailored according to the user's age, gender, function of the heart and lungs and other organs, health status, and test results through physical fitness and physiological functions. (2) Download the personalized rehabilitation prescription: After the user finishes the interview, the user can directly download the personal rehabilitation training plan by logging in to the cloud platform, and then follow the training content indoors or outdoors. Run, point jump, walk, climb stairs, static and dynamic balance training programs, and match different fitness training intensity, time and frequency; (3) sensor signal recognition: perform this feeling in the user's handheld device a sensor signal recognition algorithm for receiving and processing the sensor signals collected by each of the portable training measuring devices; (4) an immediate analysis of the limb features: in the user's hand Performing the limb feature real-time analysis algorithm in the handheld device, comparing and classifying the upper limb posture or the lower limb gait data generated by the foregoing steps, and analyzing the current training item, intensity, time and frequency to know The degree of completion of the current rehabilitation training program, and graphically displayed in the user's handheld device; (5) training intensity instant feedback: performing the training intensity instant feedback algorithm in the user handheld device, via Within the training in the rehabilitation training program Comparing with its pre-achieved training objectives, and comparing the current upper limb posture or lower limb gait training data generated by the foregoing steps, it can calculate the difference between the expected and actual training intensity and drive the user's handheld device to voice or The vibration gives the user an immediate and timely encouragement or danger warning during the training process. At the same time, according to the user's situation and the feedback of the training amount, the health care protective gear can be controlled and adjusted in an appropriate amount. For example, the instant evaluation and assistance system for home fitness and rehabilitation mentioned in the first application of the patent scope, wherein the cloud platform provides functions for the user terminal: (1) the information obtained during the storage training process: including each The upper limb posture or lower limb gait data measured by the portable training measuring device, the physiological index value data monitored by the physiological monitoring product, the identification and analysis of the user handheld device, and the feedback of the upper limb posture or the lower limb gait training Information; (2) Application download: including sensor signal recognition application, limb feature instant analysis application, training intensity instant feedback application, fitness plan application, personalized rehabilitation prescription application and physiological indicators Monitoring application; (3) providing maintenance and update information for receiving the cloud platform: including an update message of the fitness program or the rehabilitation prescription, a reply to the health assessment report or a response to the recovery assessment report response, the fitness Message from the coach or the physical rehabilitationist; (4) through health or recovery assessment reports and other historical records, inquiries Specific period, information and changes of specific physiological items; (5) Message: including the user input questions about the fitness program or the rehabilitation prescription, medical and rehabilitation related problems, and any symptoms of physical discomfort. For example, the instant assessment and assistance system for home fitness and rehabilitation mentioned in claim 1 of the patent scope, wherein the cloud platform provides functions for the medical staff: (1) storing the fitness plan or rehabilitation plan prepared by the medical staff Health Prescribing and Replying User's Health Assessment Report Response or Recovery Assessment Report Response; (2) Providing a specific user's health or recovery assessment report download; (3) Providing cloud platform maintenance and update information, including health or recovery assessment The report generates the message and the user's message; (4) through the health or recovery assessment report and historical records, to query the data and changes of the specific period, specific physiological items; (5) the message of the medical staff to the user's attention. For example, the instant assessment and assistance system for home fitness and rehabilitation as described in claim 1 of the patent scope, wherein the medical personnel provide functions for the user end: (1) the formulation of the fitness plan or the rehabilitation prescription (2) review the health or recovery assessment report, and give a health assessment report response or recovery assessment report response; (3) during the user training process, if the fitness instructor or physical rehabilitation teacher has login to the cloud platform, it can be given instant Suggestions; (4) Online response to the user's message.