CN105094343B - A kind of virtual robot system and its interference method for promoting user's physical and mental health - Google Patents
A kind of virtual robot system and its interference method for promoting user's physical and mental health Download PDFInfo
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Abstract
The present invention relates to a kind of virtual robot system and its interference method for promoting user's physical and mental health, system includes server, user control terminal and user equipment；The server, user control terminal, user equipment are sequentially connected；The server is used to receive the setting of user control terminal, function module customization and support, user control terminal data summarization, processing and analysis and provides Health ＆ Fitness Tip, data storage and the logical operation and support of robot；The user equipment includes projecting apparatus, display device, sound equipment, earphone, intelligent wearable device, Intelligent weight scale, intelligent control massage apparatus, treadmill, exercycle, training airplane and other Intelligent body-building equipments；The system can remind startup, actively startup or phonetic order control to start by self-timing.By pressure of releiving, massage is loosened, sport and body-building is aided with the intelligent interaction of overall process, health communication circle shares exchange, promotes user physically and mentally healthy, brings better experience.
Description
Technical Field
The invention belongs to an intelligent interaction technology, and particularly relates to a virtual robot system for promoting physical and mental health of a user.
Background
With the progress of society and the improvement of the physical living standard of people, the busy and nervous working mode of modern people, huge living pressure, high overall mental stress, overwork, lack of movement or unreasonable movement, and many people are in a high-pressure sub-health state for a long time.
However, the device and the equipment for exercise/fitness in the prior art are only suitable for recording and presenting personal information of a user, cannot communicate and interact with the user, cannot evaluate the fatigue pressure state of the user, cannot guide the user to reduce pressure and build the body, cannot actively interfere with bad health habits and trends of the user, and are not beneficial to maintaining physical and mental health of the user. Moreover, for users with high mental tension, overwork, lack of communication and lack of movement, the pressure reduction and fitness guided in a targeted manner are very important, and the multifunctional fitness equipment can help people relieve fatigue, relieve stress, balance heat, improve physical functions and even develop intelligence and potential; therefore, the technical means for tracking, recording and analyzing the work, pressure, physical state and exercise consumption of the user, comprehensively evaluating, scientifically guiding, exchanging and interacting and immediately intervening are necessary for promoting physical and mental health.
Disclosure of Invention
In order to solve the above problems in the prior art, the present invention provides a virtual robot system for promoting physical and mental health of a user.
The technical scheme adopted by the invention is as follows:
in a virtual robotic system for promoting physical and mental health of a user, the improvement comprising: the system comprises a server, a user control terminal and user equipment;
the server, the user control terminal and the user equipment are connected in sequence;
the server is used for receiving the setting of the user control terminal, customizing and supporting the functional module, summarizing, processing and analyzing the data of the user control terminal and giving out health suggestions, data storage and logical operation and support of the robot;
the user control terminal comprises a setting module, a multimedia control module, a massage control module, a fitness coach module, a motion data acquisition module, a heat intake analysis module, a health data module, a fatigue and pressure index module, a voice acquisition module, a voice recognition module, a storage module, a communication module, a health communication loop module and an intelligent robot module;
the user equipment comprises a projector, display equipment, a sound box, earphones, intelligent wearing equipment, an intelligent weighing scale, intelligent control massage equipment, a running machine, a body building vehicle, a training machine and other intelligent body building equipment;
the system can be started by automatic timing reminding, active starting or voice instruction control.
Preferably, the setting module is used for user registration authentication and personal information input; the system is used for adding or deleting the system function module and the user equipment; the operation setting is used for setting each functional module of the system;
the voice acquisition module is used for receiving a user voice command; the voice recognition module comprises a fuzzy logic voice unit and is used for automatically analyzing a non-standard voice instruction;
the robot running module is used for interacting with a user through a text or voice mode and feeding back and executing a user instruction;
the body-building coach module can add and set body-building projects by a user, lead in coach courses, continuously update three-dimensional or plane animation contents by the system, guide a body-building process by demonstration of a robot coach or lead in coach videos or other videos, and also can select to play audio, and the system automatically records and analyzes motion data and heat consumption when the user uses the system; wherein the fitness items include fitness, exercise, dance, yoga and meditation;
the exercise data acquisition module can carry out data record to running, mountain-climbing and walking, records user equipment, intelligent fitness equipment who inserts the system, and to yoga, swimming and taiji motion manual record and by the system according to mathematical model calculation motion consumption according to the initial time.
Preferably, the system is connected with the user equipment through a communication module; the system is used as an image/sound source output end of a projector, a display device, an earphone and a sound device, is used as an action control terminal and a data acquisition terminal of intelligent control massage equipment, intelligent wearing equipment, an intelligent weighing scale, a running machine, a body building vehicle, a training machine and other intelligent body building equipment, and provides a data interface for external user equipment to access the system; wherein, communication module includes wired communication, radio communication, wifi communication and bluetooth communication.
Preferably, the system can select the scene image unit through the multimedia control module; selecting a coach course, a video file or a television program in the storage module; selecting background music or local audio files in a storage module; selecting a radio to play; selecting hot news or retrieving headline news; an automatically updated joke passage, novel, or article is selected.
Preferably, the intelligent robot module comprises a robot role, and the robot role is a user personal assistant and a coach; the robot role can be automatically recommended or customized by a user, and the images of the assistant and the coach are defined through personification and selection; the images and sounds of different assistants and coaches are different, and the knowledge base contents in the coaches related storage modules of different projects are also different.
Preferably, the health data module can gather heart rate, weight, body fat and other health data that intelligent wearing equipment and intelligent personal weighing scale produced, and above-mentioned data and information send to the server.
Preferably, the fatigue and stress index module can be used for classifying, recording and testing the work and stress of the user; the fatigue and stress index module is used for enabling a user to select working properties, labor intensity, working time, pressure grading index and intermittent rest activity times and time one by one according to a system list, submitting the working properties, the labor intensity, the working time, the pressure grading index and the intermittent rest activity times and time, and uploading the working properties, the labor intensity, the working time, the pressure grading index and the intermittent rest activity times and time to a server, and the server generates fatigue and stress indexes and.
Preferably, the calorie intake analysis module comprises an intelligent electronic scale, a touch screen, a camera and an analysis unit, wherein the intelligent electronic scale and the camera jointly transmit acquired signals to the analysis unit, the analysis unit provides a plurality of food options on the touch screen according to the weight and the shape of food, and a user can measure the calorie value of the ingested food after confirming the options through the touch screen and is connected with user equipment through a WIFI and/or Bluetooth communication module; and the server connected with the user equipment pushes the user equipment according to the value of the calorie intake every day and the value of the calorie consumption generated by the exercise consumption detection module.
Preferably, the health communication ring module comprises a data arrangement unit, a data sharing unit and a communication interaction unit;
the data ranking unit is used for publishing the actually acquired data of the user to the ranking list according to the items and ranges confirmed by the user and comparing and ranking the actually acquired data with the data published by other users; the ranking items are classified according to various health data and fitness data covered by the system to set up items, and a user sets item combinations; the ranking ranges are set by users according to regions, crowds or relatives and are freely combined; the user terminal submits the ranking requirements to the server according to the ranking items and the ranking range set by the user, the server sorts data according to all system users issuing the items in the range, and the results are fed back to the user and pushed to the set range;
the data sharing unit is used for sharing the actually acquired data of the user to the health communication circle and also sharing the data to other communication and media platform spaces according to the items and ranges set by the user in the health communication circle;
the communication interaction unit is used for the user to perform communication interaction in the system website forum and the health communication circle module; the message in the health communication circle is sent and received, and the user can set and freely combine according to regions, crowds or relatives and friends.
Preferably, the intelligent robot module comprises an interaction unit, a reminding unit, a prompting unit and a caring unit;
the interactive unit is used for starting the system according to a user instruction, carrying out prompt and confirmation of operation through voice and a dialogue menu, and guiding to carry out system series operation; displaying the data and information contents retrieved by the user on a screen or broadcasting the data and information contents by voice; the consultation of the user and the conversation sentence with the robot are uploaded to a server for intelligent analysis and judgment, and answers or responses are fed back;
the reminding unit is used for reminding a user of workshop activities, body and mind relaxing, catering, body building and data acquisition according to set time;
the prompting unit is used for setting tasks and prompting a user to increase suggested sports, improve eating habits, give up bad hobbies, increase relieving and pressure reducing activities and import coaching courses when selecting, and the robot guides the body building process of the user, explains key points and imports other coaching videos for demonstration in a coaching course animation mode;
the caring unit is used for carrying out intelligent conversation in the processes of user movement and decompression and relaxation according to set contents in a message pushing mode, and implementing encouragement, caring, comforting or taking anxiety relieving measures.
The invention has the beneficial effects that:
the invention creates a relaxed atmosphere, and achieves the effects of relieving emotion, relaxing mood and building body by playing a pleasant scene picture, adding relaxed and pleasant background music or voice reading and simultaneously connecting massage and body-building equipment; the body-building equipment is assisted with multimedia interaction, so that a user can be guided, demonstrated, encouraged and funed in the exercise process; through item ranking, data sharing and communication interaction among users of the healthy communication circle, effects of mutual competition, promotion, supervision and learning are achieved, and the participation degree and the sense of integration of the users are improved; through high intelligent interaction and the reminding, prompting and caring of the robot, a user can obtain better use experience and participation pleasure, the user can insist on the better use experience and participate in the better health habit, and the aim of conveniently helping the user to defend the health is fulfilled.
The invention promotes the user to maintain physical and mental health and brings better and more complete experience to the user through four plates of pressure relief, massage relaxation, exercise fitness and communication interaction, assisted by health assistant interaction of reminding, suggestion and supervision.
Drawings
Fig. 1 is a schematic structural diagram of a virtual robot system for promoting physical and mental health of a user according to the present invention.
Detailed Description
As shown in fig. 1, the invention provides a virtual robot system for promoting physical and mental health of a user, which comprises a server, a user control terminal and user equipment;
the server, the user control terminal and the user equipment are connected in sequence;
the server is used for system operation, storage and support. Comprises receiving setting information; customizing and supporting a functional module of a user control terminal; the user control terminal data summarization, processing, analysis and feedback; giving a health recommendation; storing information data; logic operation and support of the robot;
the user control terminal (a computer and an intelligent mobile phone) comprises a setting module, a multimedia control module, a massage control module, a fitness training module, a motion data acquisition module, a heat intake analysis module, a health data module, a fatigue and stress index module, a voice acquisition module, a voice recognition module, a storage module, a communication module, a health communication ring module and an intelligent robot module; the modules are all system function modules.
The user equipment comprises a projector, display equipment, a sound box, intelligent control massage equipment (a massage chair, a massage cushion or other massage equipment), intelligent wearing equipment, an intelligent weighing scale, a running machine, a body building vehicle, a training machine and other intelligent body building equipment; the system provides a data interface for external user equipment to access the system in a wired, wireless, wifi and Bluetooth mode;
the user completes user registration authentication and personal information input through the setting module; adding and deleting system function modules, and adding or deleting user equipment; setting the operation of each functional module of the system;
the invention can carry out voice recognition and voice input on the user voice command through the voice acquisition module and the server recognition or voice recognition module to convert the user voice command into an executable instruction. And presetting a plurality of fuzzy logic voices on the voice recognition, automatically analyzing the non-standard instruction, and prompting a user to confirm and then executing (or selecting automatic execution). The consultation of the user and the conversation sentence with the robot are uploaded to a server for intelligent analysis and judgment, and answers or responses are fed back;
the invention can be started by automatic timing reminding, active starting or voice instruction control; the system is started, automatically and regularly reminds a user of starting and actively starting, can be controlled according to a related function module, and can also control the starting system by using a voice instruction;
the intelligent fitness system can be connected with user equipment through the communication module, the system serves as an image/sound source output end of a projector, display equipment (a television playing end), an earphone and a sound box, the system serves as a motion control and data acquisition terminal of a pedometer, intelligent wearable equipment, an intelligent weighing scale, intelligent fitness equipment (a running machine, a fitness bike and a training machine), a massage chair, a massage mat or other intelligent fitness equipment, and the communication module comprises wired communication, wireless communication, wifi communication and Bluetooth communication. The system can be selectively operated by a local computer (namely a computer, a mobile phone or other mobile terminals), can simultaneously support various communication modules, and can be connected with user equipment in a wired or wireless (with the connection technology of wife, Bluetooth and the like), wherein the user equipment comprises a projector, a television (an image scene playing end), an earphone/sound box as an image and sound source output end, and massage equipment such as a pedometer, an intelligent wearable device, an intelligent weighing scale, an intelligent fitness equipment massage chair/massage cushion and the like as action execution terminals. The control of the massage equipment is started or stopped through manual control or voice command sound control, and program modules such as modes, frequencies and the like are adjusted to achieve the effect of relaxing by matching with the audio-visual atmosphere created by the system. The system is an open platform, is connected with user equipment through a communication module, can be added according to the self selection of a user, can open a data interface for an external equipment interface to establish control connection, and can also customize special external equipment;
the multimedia control module comprises a scene image unit, and the system can select the scene image unit; selecting a coach animation, a video file or a television program in the storage module; selecting background music or local audio files in a storage module; selecting a radio to play; selecting hot news or retrieving headline news; an automatically updated joke passage, novel, or article is selected. The user can select various scene images such as mountain forests, rivers, starry sky, fields, scenic spots, modern cities and the like through the scene image unit, and can also select to start playing the stored video files or television programs of the local player. The user can select various background music or local audio files and can also select a radio to play, can request hot news or retrieve headline news of the system, or request automatically updated joke chapters, novels and articles of the system;
the body-building training module can add and set body-building projects by a user, guide in training courses, guide in the body-building process or guide in training videos or other videos by the aid of a robot training with continuously updated contents (three-dimensional or planar animations) of the system, and can also optionally play audio, and the system automatically records and uploads motion data when the user uses the system. The independent body-building coach module of the system starts the system by automatic timing reminding, active starting or voice instruction control, starts the body-building mode, simultaneously starts the body-building data record, calls out corresponding robot coach demonstration guide animation which broadcasts corresponding contents (three-dimensional or plane animation) continuously updated by the system or guides in coach video or other videos through the storage module, and simultaneously can selectively play the same audio. Is suitable for body building, sports, dancing, yoga, meditation and other physical and mental activities;
the exercise data acquisition module records running, mountain climbing, walking and the like, records intelligent exercise equipment (such as a pedometer, a smart phone, an intelligent watch, a treadmill, a body building vehicle and a training machine which are connected through Bluetooth and can collect data), and manually records motions such as yoga, swimming, Taiji and the like according to the starting time and calculates exercise consumption (establishes a mathematical model). The data book is uploaded to a server;
the health data module can collect health data such as heart rate, weight, body fat and the like generated by intelligent wearing equipment (such as a smart phone, a smart watch), a smart weight scale and the like, the data and information are locally stored and sent to the server, and the server gives health suggestions and feeds back the health suggestions to the user terminal according to the obtained health data and other data;
the fatigue and stress index module can be used for classifying, recording and testing the working strength, stress and health information of the user. Manually inputting self basic information and health associated information through a user menu list and options, judging the health pressure trend of the work, the body and the mind of a user according to the user information by the system, providing service and guidance in a targeted manner, and providing exclusive service for the user; by inputting its own basic information: such as name, age, gender, height, weight, smoking status, known ailments and performance characteristics, work and rest time, etc. The system judges the physical and psychological health pressure trend of the user according to the user information and provides proper pressure reduction and fitness suggestions and guidance in a targeted manner;
the fatigue and stress index module is used for submitting and uploading working properties, labor intensity, working duration, pressure grading index, intermittent rest activity frequency and duration and the like to a server by a user according to a system list, and the server generates fatigue and stress indexes according to submitted contents and a preset mathematical model and feeds back the fatigue and stress indexes;
the invention discloses a calorie intake analysis module, which comprises an intelligent electronic scale, a touch screen, a camera and an analysis unit, wherein the intelligent electronic scale and the camera jointly transmit collected signals to the analysis unit, the analysis unit provides a plurality of food options on the touch screen according to the weight and the shape of food, a user can measure the calorie value of the intake food after confirming the options through the touch screen, and the calorie value is connected with user equipment through a WIFI and/or Bluetooth communication module; the server connected with the user equipment pushes the value of the calorie consumed to the user equipment according to the value of the calorie taken in each day and the value of the calorie consumed generated by the exercise consumption detection module: instructions for food analysis, individual single meals, individual all-day meals, multiple individual single meals, multiple all-day meals, and food preparation methods;
the invention relates to a healthy communication coil module which comprises a data arranging unit, a data sharing unit and a communication interaction unit;
a data ranking unit: and issuing the actually acquired data of the user to a ranking list according to the items and the ranges confirmed by the user, and comparing and ranking the actually acquired data with the data issued by other users. The ranking items are classified according to various health data and fitness data covered by the system to set up items, and a user sets item combinations. The ranking ranges are set by regions (by administrative divisions), groups (gender, age, occupation, interests), relatives and friends by users and are freely combined. The user terminal submits a scheduling requirement to the server according to the project and range set by the user, the server performs data scheduling according to all system users issuing the project in the range, and the result is fed back to the user and pushed to the set range;
a data sharing unit: and sharing the actually acquired data of the user to the health communication circle according to the items and the range set by the method. The data can also be shared to other communication and media platform spaces;
exchange interactive unit: the user can choose to communicate and interact in the system website forum and the health communication circle (instant communication) module. The message sending and receiving in the health communication circle can be set by the user according to regions (according to administrative divisions), crowds (gender, age, occupation and interest) and relatives and friends and can be freely combined.
The intelligent robot module comprises an interaction unit, a reminding unit, a prompting unit and a caring unit; wherein,
an interaction unit: and starting the system according to a user instruction (clicking, touching a screen and voice), and prompting and confirming the operation through voice and a dialogue menu (box) to guide the system to carry out series of operations. And displaying the data and the information contents retrieved by the user on a screen or broadcasting the data and the information contents by voice. And the consultation of the user and the conversation sentence with the robot are uploaded to a server for intelligent analysis and judgment, and answers or responses are fed back.
A reminding unit: reminding a user of workshop activity, body and mind relaxation, catering, body-building exercise, data acquisition and the like according to set time;
a prompt unit: prompting a user to add suggested sports items when selecting according to a set task, improving eating habits, giving up bad hobbies, increasing relieving and pressure-reducing activities, guiding the body-building process of the user by a robot in a coach animation mode, explaining key points and introducing other coach videos for demonstration;
a care unit: according to the set content, intelligent conversation is carried out in the process of user movement and decompression relaxation in a message push mode (voice or dialog box), and encouragement, care, comfort or anxiety relieving measures (push of the humorous joke, play of music) and the like are implemented.
The intelligent robot module comprises a robot role, wherein the robot role is a user personal assistant and a coach; the robot role can be automatically recommended or customized by a user, and the images of the assistant and the coach are defined through personification and selection; the images and sounds of different assistants and coaches are different, and the knowledge base contents in the associated storage modules of the coaches of different projects are also different. The system can automatically recommend or self-define the health assistant and the coach image by the user through personification and selection definition, greatly improves the interest and compliance of the user, has different coach images and voices on different projects, and has long associated knowledge base content. The health assistant and coach can humanizedly call the user according to the various information input by the user, and the user is not always presented in the user equipment to remind the user, communicate and provide health evaluation. Meanwhile, according to the user information, daily health suggestions are provided for the user;
the robot running module interacts with a user through a text or voice mode, and feeds back and executes a user instruction. The system interacts with the user through a text or voice mode, provides health evaluation for the user, and provides daily health advice and behavior supervision aiming at the client.
An intervention method of a virtual robot system for promoting physical and mental health of a user comprises the following steps:
a1, transmitting the collected signals to an analysis unit by a caloric intake analysis module;
b1, the analysis unit provides a plurality of food type options on the touch screen according to the weight and the shape of the food;
c1, confirming the food type by the user through the display device;
d1, measuring the calorie value of the ingested food by the calorie intake analysis module, and transmitting the calorie value to the display device through the WIFI and/or Bluetooth communication module;
e1, the server connected with the user device pushes the value of the calorie consumed according to the value of the calorie taken in each day and the value of the calorie consumed generated by the exercise consumption detection module to the user device.
An intervention method of a virtual robot system for promoting physical and mental health of a user comprises the following steps:
a2, setting up a ranking item in advance according to the types of health data and fitness data by a data ranking unit;
b2, the data ranking unit issues the actually collected data of the user to the ranking list, and compares the data with the data issued by other users for ranking;
c2, setting item combination by the user through the display device;
d2, setting a ranking range by the user according to regions, crowds or relatives and friends by the data ranking unit;
e2, submitting the listed ranking list with the scope, the items and/or the item combination to a server by the data ranking unit;
f2, the server pushes the data to the user regularly.
The present invention is not limited to the above-mentioned preferred embodiments, and any other products in various forms can be obtained by anyone in the light of the present invention, but any changes in the shape or structure thereof, which have the same or similar technical solutions as those of the present application, fall within the protection scope of the present invention.
Claims (10)
1. A virtual robot system for promoting physical and mental health of a user, characterized in that: the system comprises a server, a user control terminal and user equipment;
the server, the user control terminal and the user equipment are connected in sequence;
the server is used for receiving the setting of the user control terminal, customizing and supporting the functional module, summarizing, processing and analyzing the data of the user control terminal and giving out health suggestions, data storage and logical operation and support of the robot;
the user control terminal comprises a robot operation module; the robot running module is used for interacting with a user through a text or voice mode and feeding back and executing a user instruction;
the user control terminal can automatically remind starting at regular time, actively start or control starting by a voice instruction through the robot running module;
the user control terminal at least comprises one or any combination of the following modules: the intelligent robot comprises a setting module, a multimedia control module, a massage control module, a fitness coach module, a motion data acquisition module, a heat intake analysis module, a health data module, a fatigue and pressure index module, a voice acquisition module, a voice recognition module, a storage module, a communication module, a health alternating current loop module and an intelligent robot module;
the calorie intake analysis module comprises an intelligent electronic scale, a touch screen, a camera and an analysis unit, wherein the intelligent electronic scale and the camera jointly transmit acquired signals to the analysis unit, the analysis unit provides a plurality of food options on the touch screen according to the weight and the shape of food, and a user can measure the calorie value of the ingested food after confirming the options through the touch screen and is connected with user equipment through a WIFI and/or Bluetooth communication module; the server connected with the user equipment pushes the user equipment according to the value of the calorie taken in each day and the value of the consumed calorie generated by the exercise consumption detection module;
the health communication coil module comprises a data arranging unit, a data sharing unit and a communication interaction unit;
the communication interaction unit is used for the user to perform communication interaction in the system website forum and the health communication circle module; the message in the health communication circle is sent and received, and the user can be set by the user according to regions, crowds or relatives and friends and can be freely combined;
wherein, the data ranking unit sets up ranking items in advance according to the types of the fitness data and the fitness data;
the data ranking unit issues the actually acquired data of the users to a ranking list and compares the data with data issued by other users for ranking;
a user sets a project combination through display equipment;
the data ranking unit sets ranking ranges according to regions, crowds or relatives and friends by users;
the data ranking unit submits the ranked ranking list with the range, the items and/or the item combination to the server;
the server is pushed to the user regularly.
2. The virtual robot system for promoting physical and mental health of a user according to claim 1, wherein: the user control terminal further comprises a setting module, a fitness coach module, a multimedia control module, a massage control module, a fitness coach module, a motion data acquisition module, a heat intake analysis module, a health data module, a fatigue and stress index module, a voice acquisition module, a voice recognition module, a storage module, a communication module, a health communication coil module and an intelligent robot module.
3. The virtual robot system for promoting physical and mental health of a user according to claim 1, wherein: the user equipment comprises a projector, display equipment, a sound box, earphones, intelligent wearable equipment, an intelligent weighing scale, intelligent control massage equipment, an intelligent treadmill, an intelligent exercise bike and an intelligent training machine.
4. The virtual robot system for promoting physical and mental health of a user according to claim 3, wherein: the setting module is used for user registration authentication and personal information input, and is used for adding or deleting system function modules and adding or deleting user equipment.
5. The virtual robot system for promoting physical and mental health of a user according to claim 1, wherein: the voice acquisition module is used for receiving a user voice command; the speech recognition module comprises a fuzzy logic speech unit for automatically analyzing the non-standard speech instruction.
6. The virtual robot system for promoting physical and mental health of a user according to claim 1, wherein: the fitness coach module can add and set fitness items by a user, lead in coach courses, continuously update three-dimensional and/or planar virtual robot animation contents by the system, guide fitness processes and/or lead in coach videos and audios by the virtual robot coach demonstration, and automatically record and analyze motion data and heat consumption when the user uses the fitness coach module; wherein the fitness items include fitness, exercise, dance, yoga, and meditation.
7. The virtual robot system for promoting physical and mental health of a user according to claim 3, wherein: the exercise data acquisition module can record data of running, mountain climbing and walking; it records the user equipment accessing the system; it records yoga, swimming and taiji motion according to the starting time and calculates the motion consumption according to the mathematical model.
8. The virtual robot system for promoting physical and mental health of a user according to claim 3, wherein: the user control terminal is connected with user equipment through a communication module; the user control terminal serves as an image/sound source output terminal for a projector, a display device, an earphone, and a sound.
9. The virtual robot system for promoting physical and mental health of a user according to claim 3, wherein: the user control terminal is used as an action control terminal and a data acquisition terminal of intelligent control massage equipment, intelligent wearable equipment, an intelligent weighing scale, an intelligent treadmill, an intelligent exercise bike and an intelligent training machine.
10. The virtual robot system for promoting physical and mental health of a user according to claim 1, wherein: the user control terminal provides a data interface for external user equipment to access the system; the communication module comprises wired communication, wireless communication, wifi communication and Bluetooth communication;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the multimedia control module comprises at least two scene image units, and the user control terminal can select the scene image units through the multimedia control module;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the multimedia control module selects a coach course, a video file or a television program in the storage module; selecting background music or local audio files in a storage module; selecting a radio to play; selecting hot news or retrieving headline news; selecting an automatically updated joke passage, novel or article;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the intelligent robot module can push robot roles to display equipment, the robot roles can be automatically recommended or customized by a user, and the images of assistants and coaches are defined through personification and selection;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the health data module can collect health data generated by the intelligent wearable device and the intelligent weighing scale and send the health data to the server; wherein the health data comprises heart rate, weight, body fat;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the fatigue and stress index module can record and test the work and stress classification of the user and submit the record and the test result to the uploading server, and the server generates fatigue and stress indexes according to the submitted record, the test result and the preset mathematical model and feeds the fatigue and stress indexes back to the display equipment;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that:
the data ranking unit is used for publishing the actually acquired data of the user to the ranking list according to the items and ranges confirmed by the user and comparing and ranking the actually acquired data with the data published by other users; the ranking items are classified according to various health data and fitness data covered by the system to set up items, and a user sets item combinations; the ranking ranges are set by users according to regions, crowds or relatives and are freely combined; the user terminal submits the ranking requirements to the server according to the ranking items and the ranking range set by the user, the server sorts data according to all system users issuing the items in the range, and the results are fed back to the user and pushed to the set range;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the data sharing unit is used for sharing the actually acquired data of the user to the health communication circle and also sharing the data to other communication and media platform spaces according to the items and ranges set by the user in the health communication circle;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the intelligent robot module comprises an interaction unit, a reminding unit, a prompting unit and a caring unit;
the interactive unit is used for starting the system according to a user instruction, carrying out prompt and confirmation of operation through voice and a dialogue menu, and guiding to carry out system series operation; displaying the data and information contents retrieved by the user on a screen or broadcasting the data and information contents by voice; the consultation of the user and the sentence uploaded to the virtual robot are intelligently analyzed and judged by the uploading server, and answers or responses are fed back;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the reminding unit is used for reminding a user of workshop activities, body and mind relaxing, catering, body building and data acquisition according to set time;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the prompting unit is used for setting tasks and prompting a user to increase suggested sports, improve eating habits, give up bad hobbies, increase relieving and pressure reducing activities and import coach courses when selecting, and the user is guided, explained in key points and guided into other coach videos in a virtual robot coach course animation mode;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the caring unit is used for carrying out intelligent conversation with the virtual robot in the processes of user movement, decompression and relaxation according to set contents in a message pushing mode, and implementing encouragement, caring, comforting or taking anxiety relieving measures;
preferably, a virtual robot system for promoting physical and mental health of a user is characterized in that: the user equipment also comprises an exercise consumption detection module, wherein the exercise consumption detection module is a smart watch or a smart phone, can detect the value of calories consumed in unit time, and is connected with the terminal through a WIFI and/or Bluetooth communication module;
preferably, the method for intervening the virtual robot system for promoting the physical and mental health of the user is characterized by comprising the following steps:
a1, transmitting the collected signals to an analysis unit by a caloric intake analysis module;
b1, the analysis unit provides a plurality of food type options on the touch screen according to the weight and the shape of the food;
c1, confirming the food type by the user through the display device;
d1, measuring the calorie value of the ingested food by the calorie intake analysis module, and transmitting the calorie value to the display device through the WIFI and/or Bluetooth communication module;
e1, the server connected with the user equipment pushes the user equipment according to the value of the calorie intake every day and the value of the calorie consumption generated by the exercise consumption detection module;
preferably, the method for intervening the virtual robot system for promoting the physical and mental health of the user is characterized by comprising the following steps:
a2, setting up a ranking item in advance according to the types of health data and fitness data by a data ranking unit;
b2, the data ranking unit issues the actually collected data of the user to the ranking list, and compares the data with the data issued by other users for ranking;
c2, setting item combination by the user through the display device;
d2, setting a ranking range by the user according to regions, crowds or relatives and friends by the data ranking unit;
e2, submitting the listed ranking list with the scope, the items and/or the item combination to a server by the data ranking unit;
f2, the server pushes the data to the user regularly.
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Families Citing this family (28)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017120787A1 (en) * | 2016-01-13 | 2017-07-20 | 张阳 | Exercise data sharing method and system |
| CN107103745A (en) * | 2016-02-22 | 2017-08-29 | 郑辉 | A kind of speech-sound intelligent massage cushion |
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| CN108261732A (en) * | 2016-12-30 | 2018-07-10 | 吴明哲 | Health management system and method |
| CN106963612A (en) * | 2017-01-23 | 2017-07-21 | 北京小米移动软件有限公司 | massage appliance control method and device |
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| JP2020134585A (en) * | 2019-02-14 | 2020-08-31 | シャープ株式会社 | Electronics, controls, control methods, and programs |
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| CN109754862B (en) * | 2019-03-20 | 2023-04-07 | 成都泰盟软件有限公司 | Intelligent scene experiment operating table system |
| CN111685745A (en) * | 2020-06-23 | 2020-09-22 | 苏州工业园区职业技术学院 | Intelligent health care system based on Internet of things |
| CN111789579A (en) * | 2020-07-02 | 2020-10-20 | 江苏蔷盛文化传媒有限公司 | Healthy robot of thing networking |
| CN112309541A (en) * | 2020-11-13 | 2021-02-02 | 济南浪潮高新科技投资发展有限公司 | Healthy life accompanies robot based on speech recognition |
| CN112820286A (en) * | 2020-12-29 | 2021-05-18 | 北京搜狗科技发展有限公司 | Interaction method and earphone equipment |
| CN113194338B (en) * | 2021-03-25 | 2023-03-24 | 湖北省广播电视信息网络股份有限公司武汉分公司 | System and method for playing audio and video and guiding fitness of outdoor fitness |
| CN113648505A (en) * | 2021-05-27 | 2021-11-16 | 中亿达供应链管理(无锡)有限公司 | Physical and mental decompression adjustment training system for improving psychological energy efficiency |
| US12367273B2 (en) | 2021-05-27 | 2025-07-22 | Boe Technology Group Co., Ltd. | Device registration methods and apparatuses, electronic devices and storage media |
| CN114848427A (en) * | 2022-04-07 | 2022-08-05 | 深圳市晶科辉电子有限公司 | Physiotherapy instrument control method, physiotherapy instrument control device and air wave pressure physiotherapy instrument |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103893960A (en) * | 2012-12-25 | 2014-07-02 | 恒润国际贸易(天津)有限公司 | Cloud and terminal intelligent fitness equipment |
| CN104486653A (en) * | 2014-11-12 | 2015-04-01 | 南京魔迅信息科技有限公司 | Network interaction-based video somatosensory body-building system and method |
| CN104740862A (en) * | 2013-12-31 | 2015-07-01 | 环达电脑(上海)有限公司 | Full-automatic body-building device and using method thereof |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20140135173A1 (en) * | 2012-10-31 | 2014-05-15 | Icon Health & Fitness, Inc. | System and method for an interactive exercise routine |
-
2015
- 2015-09-25 CN CN201510622552.0A patent/CN105094343B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103893960A (en) * | 2012-12-25 | 2014-07-02 | 恒润国际贸易(天津)有限公司 | Cloud and terminal intelligent fitness equipment |
| CN104740862A (en) * | 2013-12-31 | 2015-07-01 | 环达电脑(上海)有限公司 | Full-automatic body-building device and using method thereof |
| CN104486653A (en) * | 2014-11-12 | 2015-04-01 | 南京魔迅信息科技有限公司 | Network interaction-based video somatosensory body-building system and method |
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|---|---|
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