CN108877885B - Personal education fitness management system and method based on thermal imager and intelligent bracelet - Google Patents
Personal education fitness management system and method based on thermal imager and intelligent bracelet Download PDFInfo
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- CN108877885B CN108877885B CN201810568796.9A CN201810568796A CN108877885B CN 108877885 B CN108877885 B CN 108877885B CN 201810568796 A CN201810568796 A CN 201810568796A CN 108877885 B CN108877885 B CN 108877885B
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- 238000007726 management method Methods 0.000 claims description 17
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/30—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to physical therapies or activities, e.g. physiotherapy, acupressure or exercising
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- G—PHYSICS
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- G01J—MEASUREMENT OF INTENSITY, VELOCITY, SPECTRAL CONTENT, POLARISATION, PHASE OR PULSE CHARACTERISTICS OF INFRARED, VISIBLE OR ULTRAVIOLET LIGHT; COLORIMETRY; RADIATION PYROMETRY
- G01J5/00—Radiation pyrometry, e.g. infrared or optical thermometry
- G01J5/0022—Radiation pyrometry, e.g. infrared or optical thermometry for sensing the radiation of moving bodies
- G01J5/0025—Living bodies
Abstract
The invention relates to a system and a method for personal education and fitness management based on a thermal imager and an intelligent bracelet, wherein the system comprises the thermal imager, a body surface temperature acquisition unit and a body surface temperature acquisition unit, wherein the thermal imager is used for acquiring the body surface temperature; the intelligent bracelet is used for acquiring a heart rate value of a fitness user; the intelligent sound box is used for acquiring the voice of the fitness user and the voice of the private education; a camera for acquiring a facial image; a memory; and the controller is respectively communicated with the thermal imager, the intelligent bracelet, the intelligent sound box and the memory. The invention can automatically acquire the current body state of the user, judge the fatigue level of the user, adjust the training plan according to the fatigue level of the user, acquire the body surface temperature of the fitness user through the thermal imager, acquire the heart rate of the fitness user through the intelligent bracelet, determine the fatigue level of the fitness user according to the body surface temperature and the heart rate of the fitness user, and further adjust the training plan preset by personal education according to the body surface temperature and the heart rate of the fitness user.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a system and a method for personal education and fitness management based on a thermal imager and an intelligent bracelet.
Background
More and more people are now going to professional fitness facilities (e.g., gyms, fitness studios, etc.) for exercise and fitness. At present, the fitness equipment that professional fitness place disposed is mostly intelligent equipment, and intelligent equipment can detect user's motion condition and generate motion data.
However, the functions of the smart device are still very limited, and the smart device cannot provide more services for the user. In the using process, a user can only obtain some data, but a set of mechanism for automatically processing according to the data is lacked.
Disclosure of Invention
The invention provides a system and a method for personal education and fitness management based on a thermal imager and an intelligent bracelet, and aims to overcome the defects in the prior art, automatically acquire the current body state of a user, judge the fatigue level of the user and adjust a training plan according to the fatigue level of the user.
In order to achieve the above object, the present invention has the following configurations:
this private education body-building management system based on thermal imager and intelligent bracelet includes:
the thermal imager is used for acquiring an infrared thermal imaging graph and the body surface temperature of the fitness user;
the intelligent bracelet is used for acquiring a heart rate value of a fitness user;
the intelligent sound box is used for acquiring the voice of the fitness user and the voice of the private education;
the camera is used for acquiring a facial image of a fitness user;
the memory is used for storing a plurality of fatigue grades, the corresponding relation between each fatigue grade and the body surface temperature and the heart rate value, the recommended training intensity of each fatigue grade, the names of a plurality of training tasks and the training intensity of each training task, and also storing voiceprint information of a plurality of private education and mobile terminal information of each private education;
the controller respectively with thermal imager, intelligent bracelet, intelligent audio amplifier and memory carry out the communication, wherein:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the modified name of the training task through the intelligent sound box.
Optionally, the system further comprises a timer in communication with the controller;
after the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the method also comprises the following steps:
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
otherwise, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a mobile terminal of a coach, and plays the name of the modified training task through the intelligent sound box when the current training task is finished.
Optionally, the controller is further configured to perform the following steps:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends the training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box after the current training task is completed.
Optionally, the memory further stores the classifications of the training tasks and the names of the corresponding training tasks under each classification;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
The embodiment of the invention also provides a personal education and fitness management method based on the thermal imager and the intelligent bracelet, which adopts the personal education and fitness management system based on the thermal imager and the intelligent bracelet, and the method comprises the following steps:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the modified name of the training task through the intelligent sound box.
Optionally, the system further comprises a timer in communication with the controller;
after the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the method also comprises the following steps:
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
otherwise, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a mobile terminal of a coach, and plays the name of the modified training task through the intelligent sound box when the current training task is finished.
Optionally, the controller is further configured to perform the following steps:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends the training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box after the current training task is completed.
Optionally, the memory further stores the classifications of the training tasks and the names of the corresponding training tasks under each classification;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
Optionally, the classification of the training task comprises at least one of leg training, arm training, core training, hip training, and whole body training.
By adopting the system and the method for personal education and fitness management based on the thermal imager and the intelligent bracelet, the system and the method have the following beneficial effects:
(1) the current body state of a user can be automatically acquired, the fatigue level of the user is judged, the training plan is adjusted according to the fatigue level of the user, the body surface temperature of the fitness user can be acquired through the thermal imager, the heart rate of the fitness user can be acquired through the intelligent bracelet, the fatigue level of the fitness user can be determined according to the body surface temperature and the heart rate of the fitness user, and the recommended training intensity is further determined according to the fatigue level, so that the training plan preset by the personal education can be adjusted, the mode is flexible and convenient, manual participation is not needed, the efficiency is greatly improved, and the use experience of the user is improved;
(2) the personal education can be identified according to the voiceprint information of the personal education, the personal education is bound with the fitness user, when the fitness plan of the fitness user is changed, the personal education is pushed to the personal education in time, the personal education can conveniently master the fitness state of a manager in time, and the personal education can further manually adjust the fitness plan on the mobile terminal;
(3) through intelligent audio amplifier and user interaction, when the personal education is typing in the training plan, only need oral input can, convenient and fast, before every training task begins, intelligent audio amplifier also can send the pronunciation broadcast, conveniently guides body-building user's training process.
Drawings
Fig. 1 is a schematic structural diagram of a personal education fitness management system based on a thermal imager and an intelligent bracelet according to the invention;
fig. 2 is a flowchart of a personal education fitness management method based on a thermal imager and an intelligent bracelet according to the invention.
Detailed Description
In order to more clearly describe the technical contents of the present invention, the following further description is given in conjunction with specific embodiments.
Private education fitness management system based on thermal imager and intelligent bracelet as shown in fig. 1 comprises:
the thermal imager is used for acquiring an infrared thermal imaging graph and the body surface temperature of the fitness user;
the intelligent bracelet is used for acquiring a heart rate value of a fitness user;
the intelligent sound box is used for acquiring the voice of the fitness user and the voice of the private education;
the camera is used for acquiring a facial image of a fitness user;
the memory is used for storing a plurality of fatigue grades, the corresponding relation between each fatigue grade and the body surface temperature and the heart rate value, the recommended training intensity of each fatigue grade, the names of a plurality of training tasks and the training intensity of each training task, and also storing voiceprint information of a plurality of private education and mobile terminal information of each private education;
the controller respectively with thermal imager, intelligent bracelet, intelligent audio amplifier and memory carry out the communication, and the controller can confirm body-building user's fatigue level according to the measured data of thermal imager and intelligent bracelet to confirm to recommend training intensity according to body-building user's fatigue level, according to the training plan of recommending that customized before the training intensity adjustment private teaches. Specifically, the controller performs the steps of:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the modified name of the training task through the intelligent sound box.
In this embodiment, the system further comprises a timer in communication with the controller;
after the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the method also comprises the following steps:
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
otherwise, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a mobile terminal of a coach, and plays the name of the modified training task through the intelligent sound box when the current training task is finished.
Namely, if the remaining time of the current training task is less, the current training task is completed first, and then the intensity of the next training task is judged.
In this embodiment, the controller is further configured to perform the steps of:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends the training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box after the current training task is completed.
That is, before the fitness user reaches the last training task, if the fatigue level of the fitness user is still low, it indicates that there is still sufficient physical strength, and in order to improve the fitness effect of the user, the strength of the last training task is increased. Specifically, in practical applications, the fatigue level of the fitness user may also be detected in advance by two training tasks or three training tasks, and when the fatigue level of the user is low, the strength of the last two or three training tasks is increased.
In this embodiment, the memory further stores the classifications of the training tasks and the names of the corresponding training tasks under each classification;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
That is, when the training plan is adjusted by using the method of the present embodiment, the training task is preferably replaced by an equivalent classification, for example, if the original training task is leg training, the replaced new training task is preferably also leg training, which can still achieve the purpose of leg training, but the training intensity is reduced.
As shown in fig. 2, an embodiment of the present invention further provides a personal education and fitness management method based on a thermal imager and an intelligent bracelet, where the personal education and fitness management system based on the thermal imager and the intelligent bracelet is adopted, and the method includes the following steps:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the modified name of the training task through the intelligent sound box.
Optionally, the system further comprises a timer in communication with the controller;
after the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the method also comprises the following steps:
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
otherwise, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a mobile terminal of a coach, and plays the name of the modified training task through the intelligent sound box when the current training task is finished.
In this embodiment, the controller is further configured to perform the steps of:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends the training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box after the current training task is completed.
In this embodiment, the memory further stores the classifications of the training tasks and the names of the corresponding training tasks under each classification;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
In this embodiment, the classification of the training tasks includes at least one of leg training, arm training, core training, hip training, and whole body training.
Compared with the prior art, the system and the method for personal education and fitness management based on the thermal imager and the intelligent bracelet have the following beneficial effects that:
(1) the current body state of a user can be automatically acquired, the fatigue level of the user is judged, the training plan is adjusted according to the fatigue level of the user, the body surface temperature of the fitness user can be acquired through the thermal imager, the heart rate of the fitness user can be acquired through the intelligent bracelet, the fatigue level of the fitness user can be determined according to the body surface temperature and the heart rate of the fitness user, and the recommended training intensity is further determined according to the fatigue level, so that the training plan preset by the personal education can be adjusted, the mode is flexible and convenient, manual participation is not needed, the efficiency is greatly improved, and the use experience of the user is improved;
(2) the personal education can be identified according to the voiceprint information of the personal education, the personal education is bound with the fitness user, when the fitness plan of the fitness user is changed, the personal education is pushed to the personal education in time, the personal education can conveniently master the fitness state of a manager in time, and the personal education can further manually adjust the fitness plan on the mobile terminal;
(3) through intelligent audio amplifier and user interaction, when the personal education is typing in the training plan, only need oral input can, convenient and fast, before every training task begins, intelligent audio amplifier also can send the pronunciation broadcast, conveniently guides body-building user's training process.
In this specification, the invention has been described with reference to specific embodiments thereof. It will, however, be evident that various modifications and changes may be made thereto without departing from the broader spirit and scope of the invention. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense.
Claims (5)
1. The utility model provides a private education body-building management system based on thermal imager and intelligent bracelet which characterized in that includes:
the thermal imager is used for acquiring an infrared thermal imaging graph and the body surface temperature of the fitness user;
the intelligent bracelet is used for acquiring a heart rate value of a fitness user;
the intelligent sound box is used for acquiring the voice of the fitness user and the voice of the private education;
the camera is used for acquiring a facial image of a fitness user;
the memory is used for storing a plurality of fatigue grades, the corresponding relation between each fatigue grade and the body surface temperature and the heart rate value, the recommended training intensity of each fatigue grade, the names of a plurality of training tasks and the training intensity of each training task, and also storing voiceprint information of a plurality of private education and mobile terminal information of each private education;
a controller which is respectively communicated with the thermal imager, the intelligent bracelet, the intelligent sound box and the memory,
the system further includes a timer in communication with the controller;
wherein:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
if not, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a coach mobile terminal, and plays the modified name of the training task through the intelligent sound box when the current training task is finished;
the controller is further configured to perform the steps of:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box when the current training task is finished.
2. The system according to claim 1, wherein the memory further stores classes of training tasks and names of corresponding training tasks under each class;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
3. A personal education and fitness management method based on a thermal imager and an intelligent bracelet, which is characterized in that the personal education and fitness management system based on the thermal imager and the intelligent bracelet of claim 1 is adopted, and the method comprises the following steps:
the controller detects that a body-building user comes to a body-building area through the camera, obtains a facial image of the body-building user, and analyzes the facial image to obtain facial features of the body-building user;
the controller sends a connection request to the intelligent bracelet of the fitness user, and after the connection request is successfully connected with the intelligent bracelet, the facial features of the fitness user are bound with the intelligent bracelet information;
the controller acquires task input voice of the private education through the intelligent sound box, obtains voiceprint information of the private education according to the task input voice of the private education through analysis, and determines the identity and the mobile terminal information of the private education according to the voiceprint information;
the controller binds the mobile terminal information of the personal education with the body-building user;
the controller analyzes and determines the name and the training time of each training task in each task recording voice, and sequentially plays the name of the training task through the intelligent sound box according to the training time of each training task;
at intervals of preset interval time, the controller acquires a heart rate value of the fitness user through the intelligent bracelet, and acquires an infrared thermal imaging graph of the fitness user through the thermal imager;
the controller judges the fatigue level of the body-building user according to the heart rate value of the body-building user and the infrared thermal imaging graph;
the controller determines the recommended training intensity of the fitness user according to the fatigue grade of the current fitness user;
the controller judges whether the training intensity of the current training task of the fitness user is higher than the recommended training intensity;
if the controller judges that the training intensity of the current training task of the fitness user is higher than the recommended training intensity, the controller judges whether the residual training time of the current training task is higher than a preset threshold value;
if so, the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to the mobile terminal of the coach, and plays the name of the modified training task through the intelligent sound box;
if not, the controller further judges whether the training intensity of the next training task of the user is higher than the recommended training intensity, if so, the controller modifies the next training task of the user into the training task with the training intensity lower than the recommended training intensity, sends the training task modification information to a coach mobile terminal, and plays the modified name of the training task through the intelligent sound box when the current training task is finished;
the controller is further configured to perform the steps of:
the controller judges whether the next training task is the last training task;
if so, the controller queries to obtain the training intensity grade of the last training task;
and if the training intensity level of the last training task is lower than the recommended training intensity level corresponding to the current fatigue level, the controller modifies the next training task into the training task with the recommended training intensity level, sends training task modification information to the coach's mobile terminal, and plays the modified name of the training task through the intelligent sound box when the current training task is finished.
4. The method for personal education and fitness management based on the thermal imager and the smart band as claimed in claim 3, wherein the memory further stores the classes of the training tasks and the names of the corresponding training tasks under each class;
the controller modifies the current training task of the user into the training task with the training intensity lower than the recommended training intensity, and the method comprises the following steps:
the controller modifies the current training task of the user into a training task with training intensity lower than the recommended training intensity and classification same as that of the original training task;
the controller modifies the next training task of the user into a training task with training intensity lower than the recommended training intensity, and comprises the following steps:
the controller modifies the next training task of the user into a training task with training intensity lower than the training recommended intensity and classification same as that of the original next training task;
the controller modifies the next training task into the training task with the recommended training intensity level, and the method comprises the following steps:
and the controller modifies the next training task of the user into a training task with the training intensity equal to the recommended training intensity and the classification same as that of the original next training task.
5. The method of claim 4, wherein the classification of the training tasks includes at least one of leg training, arm training, core training, hip training, and whole body training.
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| CN110013643B (en) * | 2019-04-16 | 2020-11-13 | 绍兴文理学院 | System and method for intelligently customizing intermittent training plan |
| CN113643787A (en) * | 2020-04-27 | 2021-11-12 | 华为技术有限公司 | Fitness course pushing method and device |
| CN112365954A (en) * | 2020-10-26 | 2021-02-12 | 埃欧健身管理(上海)有限公司 | Method and equipment for dynamically adjusting fitness scheme |
| CN113827216A (en) * | 2021-09-18 | 2021-12-24 | 特斯联科技集团有限公司 | Method and system for sensorless heart rate monitoring based on micro-motion algorithm |
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Denomination of invention: A Private Teaching and Fitness Management System and Method Based on Thermal Imager and Intelligent Bracelet Effective date of registration: 20231220 Granted publication date: 20201110 Pledgee: Shaoxing China Light Textile City sub branch of Bank of Communications Co.,Ltd. Pledgor: Shaoxing Mingran Textile Technology Co.,Ltd. Registration number: Y2023980072760 |