CN107077220A - A kind of intelligent controlling device based on heart rate signal, system and method - Google Patents
A kind of intelligent controlling device based on heart rate signal, system and method Download PDFInfo
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- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
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- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- G06F2203/01—Indexing scheme relating to G06F3/01
- G06F2203/011—Emotion or mood input determined on the basis of sensed human body parameters such as pulse, heart rate or beat, temperature of skin, facial expressions, iris, voice pitch, brain activity patterns
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Abstract
The present embodiments relate to a kind of intelligent controlling device based on heart rate signal, system and method.The correspondence database for the different next people's heart rate values of physiological status and the physiological status of being stored with the intelligent controlling device；When starting the intelligent control function of the intelligent controlling device, the intelligent controlling device is used to the correspondence database of the user's heart rate signal collected and active user be compared to obtain the current physiological state of active user, and according to the current physiological state output control signal of the active user, to control the running status for being controlled by the intelligent controlling device controlled terminal.Caused by the embodiment of the present invention solves heart rate signal individual difference greatly the problem of physiological status misjudgment, the degree of accuracy of terminal device control is improved.
Description
Technical field
The present embodiments relate to field of intelligent control technology, more particularly to a kind of intelligent control dress based on heart rate signal
Put, system and method.
Background technology
Now, with the development of technology, increasing smart machine starts to occur and widely available, smart mobile phone, intelligence
Energy TV, intelligent massaging equipment etc., numerous smart machines provide more enjoyment and facility for the life of people, for example,
People can be loosened in leisure time by smart mobile phone control intelligent massaging equipment massage.Smart machine is by extracting user
Physiological characteristic carry out the running status of adjust automatically terminal device and start to cause the concern of people.
Heart rate signal is the object most often measured in physiological Study and clinical medicine, its contain abundant Human Physiology and
Pathological information, it judges that signal has been obtained for being widely applied in fields such as medical science as a kind of important physiological status.And
Heart rate signal is analyzed and processed, the running status for carrying out control terminal equipment as a kind of control signal equally possesses extensively
General application prospect.The defect of the heart rate signal control mode of prior art is that the degree of accuracy of control is relatively low.
Utility model content
The embodiments of the invention provide a kind of intelligent controlling device based on heart rate signal, system and method, it is intended to solves
Existing heart rate signal control mode can not be according to the technical problem of the running status of the accurate control terminal equipment of heart rate signal.
In order to solve posed problems above, the technical scheme that the embodiment of the present invention is used includes：
It is stored with a kind of intelligent controlling device based on heart rate signal, the intelligent controlling device under different physiological status
The correspondence database of personal heart rate value and physiological status；It is described when starting the intelligent control function of the intelligent controlling device
Intelligent controlling device is used to the correspondence database of the user's heart rate signal collected and active user being compared to obtain
The current physiological state of active user is taken, and according to the current physiological state output control signal of the active user, to control
It is controlled by the running status of the controlled terminal of the intelligent controlling device.
The technical scheme that the embodiment of the present invention is taken also includes：The intelligent controlling device includes：
First control module：For controlling the acquisition mode of user's heart rate signal, and the intelligent control is controlled to fill
Put the startup and closing of intelligent control function；Wherein, the acquisition mode of user's heart rate signal includes：Controlled by the intelligence
The first signal acquisition module built in device processed is acquired, or is acquired by external secondary signal acquisition module；
First communication module：For the intelligent controlling device and secondary signal acquisition module and the controlled terminal it
Between data interaction.
The technical scheme that the embodiment of the present invention is taken also includes：The intelligent controlling device also includes：
First signal demodulation module：For the use to first signal acquisition module or the collection of secondary signal acquisition module
Family heart rate signal is demodulated processing；
Database module：For counting different user corresponding heart rate signal under different physiological status, pass through algorithm point
Analysis counts different user corresponding heart rate representative value and Heart rate distribution scope under different physiological status, according to different physiology shapes
The corresponding heart rate representative value of state and Heart rate distribution scope set up the correspondence database of personal heart rate value and physiological status；
Monitoring and controlling module：For the user's heart rate signal and the correspondence database of active user that will be collected in real time
It is compared, to obtain the physiological status that active user is current, and according to the current physiological status generation control letter of active user
Number, to control the running status of controlled terminal.
The technical scheme that the embodiment of the present invention is taken also includes：Life of the monitoring and controlling module according to active user currently
Reason state generation control signal is specifically included：Heart rate signal change is continued to monitor, whether active user's current physiological state is judged
Change, if active user's current physiological state changes and continues preset time, the monitoring and controlling module root
Control signal is generated according to active user's current physiological state situation of change, and is believed by the first communication module output control
Number.
The technical scheme that the embodiment of the present invention is taken also includes：The different physiological status include motion state, motion and stopped
Only state, static leisure state, fatigue state and sleep state；The motion withholding period is motion state to static leisure shape
The transition stage of state, the fatigue phase is static leisure state to dormant transition stage.
The technical scheme that the embodiment of the present invention is taken also includes：The monitoring and controlling module is according to active user's current physiology
State change generation control signal is specifically included：If active user's current physiological state is motion state or static leisure shape
State, then generate the first control signal, and exports the first control signal by the first communication module, to control the controlled end
Corresponding program is held to be in running status；If active user's current physiological state is sleep state, the control letter of generation second
Number, and the second control signal is exported by the first communication module, to control the corresponding program stopped of the controlled terminal to transport
OK.
The technical scheme that the embodiment of the present invention is taken also includes：The monitoring and controlling module is according to active user's current physiology
State change generation control signal also includes：If active user's current physiological state is motion withholding period or fatigue phase, institute
State the control stage that the motion withholding period or fatigue phase are divided into predetermined number by monitoring and controlling module, each control stage correspondence
One dynamic control parameter, dynamic control signal is generated by the dynamic control parameter stage by stage, and logical by described first
Module output dynamic control signal is believed, with dynamic control controlled terminal.
Another technical scheme that the embodiment of the present invention is taken is：A kind of intelligence control system based on heart rate signal, including
Intelligent controlling device and controlled terminal as described above, the controlled terminal include：
Second communication module：For the data interaction between controlled terminal and intelligent controlling device；
Secondary signal demodulation module：For being demodulated processing to the control signal that the intelligent controlling device is exported, and
According to the running status of correspondence program on the control signal control controlled terminal after demodulation.
The another technical scheme that the embodiment of the present invention is taken is：A kind of intelligent control method based on heart rate signal, including
Following steps：
Step a：Gather user's heart rate signal；
Step b：By the personal heart rate value of the user's heart rate signal collected and active user under different physiological status with
The correspondence database of physiological status is compared to obtain active user's current physiological state；
Step c：According to active user's current physiological state output control signal, to control the operation shape of controlled terminal
State.
The technical scheme that the embodiment of the present invention is taken also includes：Also include before the step a：According to different user in difference
Heart rate signal under physiological status sets up the correspondence database of personal heart rate value and physiological status.
The technical scheme that the embodiment of the present invention is taken also includes：The correspondence database of the personal heart rate value and physiological status
Mode of setting up be：Different user corresponding heart rate signal under different physiological status is counted, is counted not by Algorithm Analysis
Corresponding heart rate representative value and Heart rate distribution scope with physiological status, according to the corresponding heart rate representative value of different physiological status and
Heart rate distribution scope sets up personal heart rate value and physiological status correspondence database.
The technical scheme that the embodiment of the present invention is taken also includes：In the step b, the physiological status includes motion shape
State, motion withholding period, static leisure state, fatigue phase and sleep state；The motion withholding period is motion state to static
The transition stage of leisure state, the fatigue phase is static leisure state to dormant transition stage.
The technical scheme that the embodiment of the present invention is taken also includes：It is described that previous existence is worked as according to active user in the step c
Reason state output control signal is specifically included：By the user's heart rate signal collected in real time and the corresponding data of active user
Storehouse is compared, and obtains active user's current physiological state, and continues to monitor heart rate signal change, judges that active user works as previous existence
Whether reason state changes, if active user's current physiological state changes and continues preset time, according to current
User's current physiological state situation of change generates control signal, and output control signal.
The technical scheme that the embodiment of the present invention is taken also includes：It is described that previous existence is worked as according to active user in the step c
State output control signal is managed, to control the running status of controlled terminal to specifically include：If active user's current physiological state
For motion state or static leisure state, then generate and export the first control signal, to control the corresponding journey of the controlled terminal
Sequence is in running status；If active user's current physiological state is sleep state, generates and export the second control signal, with
Control the corresponding program stopped operation of the controlled terminal.
The technical scheme that the embodiment of the present invention is taken also includes：It is described that previous existence is worked as according to active user in the step c
State output control signal is managed, to control the running status of controlled terminal also to include：If active user's current physiological state is
Withholding period or fatigue phase are moved, then the motion withholding period or fatigue phase are divided into the control stage of predetermined number, each control
Stage one dynamic control parameter of correspondence, is generated and exports dynamic control signal stage by stage by the dynamic control parameter, with
Dynamic control controlled terminal, until the corresponding program stopped operation of the controlled terminal.
The technical scheme that the embodiment of the present invention is taken also includes：Also include after the step c：The controlled terminal is to control
Signal is demodulated processing, and the running status of correspondence program on controlled terminal is adjusted according to the control signal after demodulation
It is whole.
Compared with prior art, the beneficial effect of the embodiment of the present invention is：The embodiment of the present invention based on heart rate signal
Intelligent controlling device, system and method start intelligent control function when, by the user's heart rate signal gathered in real time and the use
The personal heart rate value at family and the correspondence database of physiological status are compared, and obtain user's current physiological state, and according to user
Current physiological state output control signal, so as to control the running status of controlled terminal, is adjusted manually without user.It is of the invention real
Apply and illustrate the problem of larger caused user's physiological status of certainly heart rate signal individual difference judges inaccurate, and then improve control
The degree of accuracy of terminal device, and be conducive to lifting the satisfaction that Consumer's Experience and user use.
Brief description of the drawings
Fig. 1 is the structural representation of the intelligent controlling device based on heart rate signal of first embodiment of the invention；
Fig. 2 is the structural representation of the intelligence control system based on heart rate signal of second embodiment of the invention；
Fig. 3 is the data acquisition schematic diagram of the intelligence control system based on heart rate signal of second embodiment of the invention；
Fig. 4 is the flow chart of the intelligent control method based on heart rate signal of the embodiment of the present invention.
Embodiment
For the ease of understanding the present invention, the present invention is described more fully below with reference to relevant drawings.In accompanying drawing
Give presently preferred embodiments of the present invention.But, the present invention can be realized in many different forms, however it is not limited to this paper institutes
The embodiment of description.On the contrary, the purpose for providing these embodiments is to make the understanding to the disclosure more thorough
Comprehensively.
Unless otherwise defined, all of technologies and scientific terms used here by the article is with belonging to technical field of the invention
The implication that technical staff is generally understood that is identical.Term used in the description of the invention herein is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.
Referring to Fig. 1, being the structural representation of the intelligent controlling device based on heart rate signal of first embodiment of the invention.
The intelligent controlling device controlled terminal based on heart rate signal of first embodiment of the invention is used for according to different user in different lifes
User's heart rate signal under reason state sets up the correspondence database of personal heart rate value and physiological status；Starting intelligent control function
When, the correspondence database of the user's heart rate signal gathered in real time and the user are compared to obtain the use intelligent controlling device
Family current physiological state, and control is exported to the controlled terminal for being controlled by the intelligent controlling device according to user's current physiological state
Signal processed, to control the running status of controlled terminal.
Specifically, intelligent controlling device includes the first signal acquisition module, the first control module, first communication module, the
One signal demodulation module, database module and monitoring and controlling module；
First signal acquisition module is used to gather heart rate signal of the different user under different physiological status；Wherein, it is different
Physiological status includes motion, peace and quiet and sleep etc..
First control module is used for the acquisition state for controlling the first signal acquisition module, and controls intelligent controlling device intelligence
The startup and closing of control function；In embodiments of the present invention, the first control module can be the hardware on intelligent controlling device
Module, or in intelligent controlling device corresponding APP application software downloaded and installed, realized by the APP application software above-mentioned
Control function.
The data interaction that first communication module is used between intelligent controlling device and controlled terminal；First communication module it is logical
Letter mode is including but not limited to wired, bluetooth or WiFi etc..
First signal demodulation module is used to be demodulated processing to user's heart rate signal that the first signal acquisition module is gathered；
Database module is used to count different user corresponding heart rate signal under different physiological status, according to different user
Corresponding heart rate signal sets up the correspondence database of personal heart rate value and physiological status under different physiological status；If using strong
The standardized heart rate signal of health people judges user's physiological status, because heart rate signal uses individual (such as age, sex for different
Or other physiologic factors etc.) there can be larger difference, standardized heart rate signal is difficult to carry out the individual such as sportsman, old man, child
Distinguish, cause the judged result of user's physiological status to there is larger error.Therefore, the embodiment of the present invention for different by using
Individual gathers the heart rate signal under the different physiological status such as motion, quiet and sleep, the different physiological status correspondences of statistics respectively
Heart rate signal scope, and gone out by related algorithm analytic statistics different using corresponding under the different physiological status hearts rate of individual
Representative value and Heart rate distribution scope, a popular feeling is set up according to the corresponding heart rate representative value of different physiological status and Heart rate distribution scope
Rate signal and physiological status correspondence database.In order to improve the degree of accuracy of data, the number of standard can be obtained by way of exercise
According to storehouse, then the user's Current heart rate signal gathered in real time and the database are compared, you can obtain each user current
Accurate physiological status data.Personal heart rate signal and a kind of embodiment institute of table 1 specific as follows of physiological status correspondence database
Show：
1 people's heart rate signal of table and physiological status correspondence database
In upper table 1, Δ v be heart rate intermediate value the variable that fluctuates, centered on the heart rate intermediate value of current physiological state on
The heart rate Typical value range of lower floating Δ v Range Representation current physiological states, the corresponding Δ v of each physiological status is according to respective situation
It is different.The embodiment of the present invention only needs to statistics motion, static leisure in actual count and slept under these three physiological status
Heart rate signal, obtained by statistic algorithm corresponding to the transition stage between each physiological status and two physiological status
Heart rate representative value and Δ v, and set up personal heart rate signal and physiological status correspondence database.
In one embodiment, used because an intelligent controlling device may have multiple users, database mould
The correspondence database that block is set up also can be therefore, intelligent to control when each user starts intelligent control function first including multiple
Device processed can point out user to set the personal information such as user name, and the personal information such as correspondence database and the user name of setting are entered
Row correspondence storage；When subsequently using the intelligent control function of intelligent controlling device, user may be selected and its personal information phase
The correspondence database matched somebody with somebody, so that it is guaranteed that the degree of accuracy of heart rate signal control.
Monitoring and controlling module is used for when starting intelligent control function, by the user's heart rate signal collected in real time and the use
The correspondence database at family is compared, and judges user's current physiological state, and continues to monitor heart rate signal change, judges that user works as
Whether preceding physiological status changes, if user's current physiological state changes and certain time, according to the use
Family current physiological state change generation control signal, and pass through the fortune of related application on control signal control intelligent controlling device
Row state, or exported the control signal to the controlled terminal being connected with intelligent controlling device by first communication module, to by
The running status of control terminal related application is adjusted, such as video, music, volume, intensity or the switch of massage.And if
Active user's current physiological state does not change, then continues to monitor the heart rate signal change of active user, controlled terminal is protected
Hold original running status.
In embodiments of the present invention, running status adjustment mode includes：If user's current physiological state is motion state
Or static leisure state, then monitoring and controlling module generates the first control signal according to the physiological status, and passes through the first communication mould
Block exports the first control signal, controls the related application on controlled terminal to keep normal operation shape by first control signal
State；If user's current physiological state is sleep state, monitoring and controlling module is believed according to the control of physiological status generation second
Number, and the second control signal is exported by first communication module, the correlation on controlled terminal is controlled by second control signal
Using out of service；If user's current physiological state is motion withholding period or fatigue phase, monitoring and controlling module is according to user
The running status of related application in the situation of change dynamic adjustment of heart rate signal or controlled terminal；Wherein, motion withholding period is fortune
Dynamic state arrives the transition stage of static leisure state, the fatigue phase be static leisure state to dormant transition stage, this two
The dynamic adjustment mode of individual transition stage is：Motion withholding period or fatigue phase, are divided into several control stages respectively, each
The control stage corresponds to a dynamic control parameter respectively, is generated stage by stage by the dynamic control parameter and exports dynamic control letter
Number, with dynamic control controlled terminal, until the corresponding program stopped operation of the controlled terminal.For example, in transition stage, heart rate letter
Number persistently reduce in setting time, then control the volume of the terminal devices such as mobile phone to reduce gradually stage by stage therewith, brightness therewith
Gradually it is dimmed stage by stage, the massage intensity of massage machine weakens gradually stage by stage therewith etc., it is to avoid the suddenly adjustment of running status
The interference that is produced to user and inadaptable, is conducive to improving user experience.
Intelligent controlling device also includes setup module, and setup module is used to set the personal information such as user name, monitoring and controlling
The parameters such as signal monitoring interval time, user's physiological status change duration, the number of fragments of transition stage of module；At this
In inventive embodiments, user's physiological status change duration is 15S.
Referring to Fig. 2, being the structural representation of the intelligence control system based on heart rate signal of second embodiment of the invention.
The intelligence control system based on heart rate signal of second embodiment of the invention include first embodiment in intelligent controlling device, by
Control terminal and secondary signal acquisition module, secondary signal acquisition module are connected with intelligent controlling device signal.Specifically：
Controlled terminal includes second communication module and secondary signal demodulation module；
The data interaction that second communication module is used between controlled terminal and intelligent controlling device, the number of second communication module
According to interactive mode is including but not limited to wired, bluetooth or WiFi etc..
Secondary signal demodulation module is used to be demodulated processing to the control signal that intelligent controlling device is exported, and according to solution
Control signal after tune is adjusted to the running status of the related application on controlled terminal；For example, when controlled terminal is intelligence
During TV, the sound size or switch of intelligent television are controlled by control signal；When controlled terminal is intelligent massaging instrument, pass through
Control signal controls the massage gear or switch of intelligent massaging instrument, is adjusted manually without user.
In embodiments of the present invention, intelligent controlling device includes but is not limited to smart mobile phone, tablet personal computer or PC, controlled end
End include but is not limited to smart mobile phone, tablet personal computer, PC, intelligent television, intelligent massaging equipment and other have amusement or take
The smart machine of the functions such as business.
Secondary signal acquisition module includes heart rate signal sensor and third communication module；
Heart rate signal sensor is used to gather the heart rate signal under the different physiological status of user；Wherein, different physiological status
Including motion, quiet and sleep etc..
Third communication module, which is used for user's heart rate signal for gathering heart rate signal sensor, to be transmitted to secondary signal and adopts
Collect the intelligent controlling device of module connection, intelligent controlling device block, which is demodulated to user's heart rate signal after processing, sets up a popular feeling
The correspondence database of rate value and physiological status.
In embodiments of the present invention, secondary signal acquisition module is earphone, heart rate signal sensor and third communication module
It is respectively arranged in headset main body.The connection method of secondary signal acquisition module and intelligent controlling device is including but not limited to wired
The connected mode such as (3.5mm earpiece holes), bluetooth or WiFi, if wired connection mode, third communication module and intelligent control
The communication mode of device is：Communication interaction is carried out using Audio lines and MIC lines, can be with if bluetooth or WiFi connected modes
Directly communication interaction is carried out using bluetooth or WiFi communication interface.Also referring to Fig. 3, be second embodiment of the invention based on
The data acquisition schematic diagram of the intelligence control system of heart rate signal.
Referring to Fig. 4, being the flow chart of the intelligent control method based on heart rate signal of the embodiment of the present invention.It is of the invention real
The intelligent control method based on heart rate signal for applying example comprises the following steps：
Step 100：Gather user heart rate signal of the different user under different physiological status；
In step 100, the acquisition mode of user's heart rate signal includes：Pass through the first signal built in intelligent controlling device
Acquisition module is acquired, or is acquired by the secondary signal acquisition module being connected with intelligent controlling device；The use of collection
Family heart rate signal includes motion, static leisure and the heart rate signal slept under these three physiological status.
Step 200：User's heart rate signal of collection is demodulated after processing by intelligent controlling device, counts different and uses
Family corresponding heart rate signal under different physiological status, and set up personal according to the corresponding heart rate signal scope of different physiological status
The correspondence database of heart rate value and physiological status；
In step 200, due to user individual between heart rate signal there is larger difference, the embodiment of the present invention is according to difference
Heart rate signal of the user under the different physiological status such as motion, quiet and sleep, the corresponding heart rate of the different physiological status of statistics
Range of signal, and the corresponding heart rate representative value of different physiological status and Heart rate distribution scope are gone out by related algorithm analytic statistics,
Personal heart rate signal is set up according to the corresponding heart rate representative value of different physiological status and Heart rate distribution scope corresponding with physiological status
Database.In order to improve the degree of accuracy of data, the database of standard can be obtained by way of exercise, then will gathered in real time
User's Current heart rate signal is compared with the database, you can obtain the current accurately physiological status data of each user.It is individual
People's heart rate signal and a kind of embodiment of physiological status correspondence database are specifically as listed in Table 1.
Used because an intelligent controlling device may have multiple users, the corresponding number that database module is set up
Also therefore, when each user starts intelligent control function first, it can point out user that user name is set including multiple according to storehouse
Etc. personal information, and by correspondence database and the corresponding storage of personal information progress such as user name that sets；Intelligence is used follow-up
During control function, the correspondence database matched with its personal information may be selected in user, so that it is guaranteed that the standard of heart rate signal control
Exactness.
Step 300：When intelligent controlling device starts intelligent control function, by the user's heart rate signal gathered in real time and the use
The correspondence database at family is compared, and judges user's current physiological state；
Step 400：Intelligent controlling device continues to monitor heart rate signal change, and judges whether user's current physiological state is sent out
Changing, if user's current physiological state changes and certain time, performs step 500；
In step 400, the duration that user's current physiological state changes can be set according to user's request,
In the embodiment of the present invention, the duration that user's current physiological state changes is 15S.
Step 500：According to user's current physiological state change generation and output control signal；
In step 500, running status adjustment mode includes：If user's current physiological state is motion state or static
Leisure state, then generate according to the physiological status and export the first control signal, by first control signal control or by
Related application on control terminal keeps normal operating condition；If user's current physiological state is sleep state, according to the life
Reason state generates and exports the second control signal, is stopped by the related application on second control signal control or controlled terminal
Operation；It is dynamic according to the situation of change of user's heart rate signal if user's current physiological state is motion withholding period or fatigue phase
The running status of related application in state adjustment or controlled terminal；Wherein, motion withholding period is motion state to static leisure state
Transition stage, the fatigue phase be static leisure state arrive dormant transition stage, the two transition stages dynamic adjust
Mode is：Motion withholding period or fatigue phase, are divided into some sections, one dynamic control parameter of each section of correspondence, by this respectively
Dynamic control parameter generates and exports dynamic control signal stage by stage, with dynamic control controlled terminal, until the controlled terminal pair
The program stopped operation answered.For example, in transition stage, heart rate signal persistently reduces in setting time, then mobile phone etc. is controlled eventually
The volume of end equipment reduces gradually stage by stage therewith, brightness is gradually dimmed stage by stage therewith, and the massage intensity of massage machine is therewith
Weaken gradually stage by stage etc., it is to avoid interference that suddenly the adjusting of running status produces to user and inadaptable, be conducive to improving and use
Family usage experience.And if active user's current physiological state does not change, then continue to monitor the heart rate letter of active user
Number change, controlled terminal keeps original running status.
Step 600：The control signal that controlled terminal is exported to intelligent controlling device is demodulated after processing, after demodulation
Control signal adjust controlled terminal related application running status；
In step 600, intelligent controlling device includes but is not limited to smart mobile phone, tablet personal computer, PC, and controlled terminal includes
But be not limited to smart mobile phone, tablet personal computer, PC, intelligent television, intelligent massaging equipment and other have amusement or service etc. work(
The smart machine of energy.For example, when controlled terminal is intelligent television, the sound size of intelligent television can be controlled by control signal
Or switch；When controlled terminal is intelligent massaging instrument, the massage gear or switch of intelligent massaging instrument can be controlled by control signal,
Adjusted manually without user.
The intelligent controlling device based on heart rate signal of the embodiment of the present invention, system and method are by gathering different user not
With the heart rate signal under physiological status, the corresponding heart rate signal scope of the different physiological status of statistics, according to different physiological status pair
The heart rate signal scope answered sets up the correspondence database of personal heart rate value and physiological status, when starting intelligent control function, will
The user's heart rate signal and the correspondence database of the user gathered in real time is compared, and obtains user's current physiological state, and root
According to user's current physiological state output control signal, so as to control the running status of controlled terminal, adjusted manually without user.This
Inventive embodiments are solved heart rate signal individual difference and led greatly by the personal heart rate value of foundation and the correspondence database of physiological status
The problem of user's physiological status misjudgment of cause, the control accuracy of terminal device is improved, be conducive to lifting user to use full
Meaning degree.
Through the above description of the embodiments, those skilled in the art can be understood that each embodiment can
Realized by the mode of software plus required general hardware platform, naturally it is also possible to pass through hardware.Understood based on such, on
The part that technical scheme substantially in other words contributes to prior art is stated to embody in the form of software product, should
Computer software product can be stored in a computer-readable storage medium, such as ROM/RAM, magnetic disc, CD, including some fingers
Order is to cause a computer equipment (can be personal computer, server, or network equipment etc.) to perform each implementation
Method described in some parts of example or embodiment.
Above-described embodiment is preferably embodiment, but embodiments of the present invention are not by above-described embodiment of the invention
Limitation, other any Spirit Essences without departing from the present invention and the change made under principle, modification, replacement, combine, simplification,
Equivalent substitute mode is should be, is included within protection scope of the present invention.
Claims (16)
1. a kind of intelligent controlling device based on heart rate signal, it is characterised in that be stored with difference in the intelligent controlling device
The correspondence database of the next people's heart rate value of physiological status and physiological status；Starting the intelligent control work(of the intelligent controlling device
During energy, the correspondence database that the intelligent controlling device is used for the user's heart rate signal and active user that will be collected is carried out
Compare to obtain the current physiological state of active user, and believed according to the current physiological state output control of the active user
Number, with the running status for the controlled terminal for controlling to be controlled by the intelligent controlling device.
2. the intelligent controlling device according to claim 1 based on heart rate signal, it is characterised in that the intelligent control dress
Put including：
First control module：For controlling the acquisition mode of user's heart rate signal, and control the intelligent controlling device intelligence
The startup and closing of energy control function；Wherein, the acquisition mode of user's heart rate signal includes：Filled by the intelligent control
Put the first built-in signal acquisition module to be acquired, or be acquired by external secondary signal acquisition module；
First communication module：For between the intelligent controlling device and secondary signal acquisition module and the controlled terminal
Data interaction.
3. the intelligent controlling device according to claim 2 based on heart rate signal, it is characterised in that the intelligent control dress
Putting also includes：
First signal demodulation module：For user's heart to first signal acquisition module or the collection of secondary signal acquisition module
Rate signal is demodulated processing；
Database module：For counting different user corresponding heart rate signal under different physiological status, united by Algorithm Analysis
Different user corresponding heart rate representative value and Heart rate distribution scope under different physiological status are counted out, according to different physiological status pair
The heart rate representative value and Heart rate distribution scope answered set up the correspondence database of personal heart rate value and physiological status；
Monitoring and controlling module：User's heart rate signal and the correspondence database of active user for that will collect in real time are carried out
Compare, to obtain the physiological status that active user is current, and control signal is generated according to the current physiological status of active user, with
Control the running status of controlled terminal.
4. the intelligent controlling device according to claim 3 based on heart rate signal, it is characterised in that the monitoring and controlling mould
Root tuber is specifically included according to the current physiological status generation control signal of active user：Heart rate signal change is continued to monitor, judges to work as
Whether preceding user's current physiological state changes, if active user's current physiological state changes and persistently preset
Between, then the monitoring and controlling module generates control signal according to active user's current physiological state situation of change, and by described
First communication module output control signal.
5. the intelligent controlling device according to claim 4 based on heart rate signal, it is characterised in that the different physiology shapes
State includes motion state, motion halted state, static leisure state, fatigue state and sleep state；The motion withholding period
For the transition stage of motion state to static leisure state, the fatigue phase is static leisure state to dormant transition rank
Section.
6. the intelligent controlling device according to claim 5 based on heart rate signal, it is characterised in that the monitoring and controlling mould
Root tuber is specifically included according to active user's current physiological state change generation control signal：If active user's current physiological state is
Motion state or static leisure state, then generate the first control signal, and control by first communication module output first
Signal, to control the corresponding program of the controlled terminal to be in running status；If active user's current physiological state is sleep
State, then generate the second control signal, and exports the second control signal by the first communication module, described controlled to control
The corresponding program stopped operation of terminal.
7. the intelligent controlling device according to claim 6 based on heart rate signal, it is characterised in that the monitoring and controlling mould
Root tuber also includes according to active user's current physiological state change generation control signal：If active user's current physiological state is fortune
Withholding period or fatigue phase are moved, then the motion withholding period or fatigue phase are divided into the control of predetermined number by the monitoring and controlling module
Stage, each control stage one dynamic control parameter of correspondence generates dynamic control stage by stage by the dynamic control parameter
Signal, and dynamic control signal is exported by the first communication module, with dynamic control controlled terminal.
8. a kind of intelligence control system based on heart rate signal, it is characterised in that including as described in any one of claim 1 to 7
Intelligent controlling device, in addition to controlled terminal, the controlled terminal includes：
Second communication module：For the data interaction between controlled terminal and intelligent controlling device；
Secondary signal demodulation module：For being demodulated processing to the control signal that the intelligent controlling device is exported, and according to
The running status of correspondence program on control signal control controlled terminal after demodulation.
9. a kind of intelligent control method based on heart rate signal, it is characterised in that comprise the following steps：
Step a：Gather user's heart rate signal；
Step b：Personal heart rate value and physiology by the user's heart rate signal collected from active user under different physiological status
The correspondence database of state is compared to obtain active user's current physiological state；
Step c：According to active user's current physiological state output control signal, to control the running status of controlled terminal.
10. the intelligent control method according to claim 9 based on heart rate signal, it is characterised in that before the step a also
Including：Personal heart rate value and the corresponding data of physiological status are set up according to heart rate signal of the different user under different physiological status
Storehouse.
11. the intelligent control method according to claim 10 based on heart rate signal, it is characterised in that the personal heart rate
The mode of setting up of value and the correspondence database of physiological status is：Count different user corresponding heart rate letter under different physiological status
Number, corresponding heart rate representative value and Heart rate distribution scope under different physiological status are counted by Algorithm Analysis, according to different lifes
The corresponding heart rate representative value of reason state and Heart rate distribution scope set up personal heart rate value and physiological status correspondence database.
12. the intelligent control method according to claim 11 based on heart rate signal, it is characterised in that in the step b
In, the physiological status includes motion state, motion withholding period, static leisure state, fatigue phase and sleep state；The fortune
Dynamic withholding period is transition stage of the motion state to static leisure state, and the fatigue phase is static leisure state to sleep state
Transition stage.
13. the intelligent control method according to claim 12 based on heart rate signal, it is characterised in that in the step c
In, it is described to be specifically included according to active user's current physiological state output control signal：By the user's heart rate collected in real time letter
Number it is compared with the correspondence database of active user, obtains active user's current physiological state, and continue to monitor heart rate
Signal intensity, judges whether active user's current physiological state changes, if active user's current physiological state becomes
Change and continue preset time, then control signal is generated according to active user's current physiological state situation of change, and output control is believed
Number.
14. the intelligent control method according to claim 13 based on heart rate signal, it is characterised in that in the step c
In, it is described according to active user's current physiological state output control signal, to control the running status of controlled terminal to specifically include：
If active user's current physiological state is motion state or static leisure state, generates and export the first control signal, with
The corresponding program of the controlled terminal is controlled to be in running status；If active user's current physiological state is sleep state,
Generate and export the second control signal, to control the corresponding program stopped of the controlled terminal to run.
15. the intelligent control method according to claim 14 based on heart rate signal, it is characterised in that in the step c
In, it is described according to active user's current physiological state output control signal, to control the running status of controlled terminal also to include：Such as
Fruit active user current physiological state is motion withholding period or fatigue phase, then the motion withholding period or fatigue phase is divided into default
The control stage of quantity, each control stage one dynamic control parameter of correspondence is given birth to stage by stage by the dynamic control parameter
Into and export dynamic control signal, with dynamic control controlled terminal, until the corresponding program stopped operation of the controlled terminal.
16. the intelligent control method according to claim 15 based on heart rate signal, it is characterised in that after the step c
Also include：The controlled terminal is demodulated processing to control signal, and according to the control signal after demodulation on controlled terminal
The running status of correspondence program is adjusted.
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| Application Number | Priority Date | Filing Date | Title |
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| PCT/CN2017/073161 WO2018145285A1 (en) | 2017-02-09 | 2017-02-09 | Smart control apparatus, system, and method based on heart rate signals |
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| CN110062156A (en) * | 2019-03-28 | 2019-07-26 | 努比亚技术有限公司 | A kind of photographic method, wearable device and storage medium |
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