CN105310664B - Have the respiratory daoyin system and method for active biofeedback mechanism - Google Patents
Have the respiratory daoyin system and method for active biofeedback mechanism Download PDFInfo
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Abstract
The invention discloses a kind of respiratory daoyin system and method for having active biofeedback mechanism.The respiratory daoyin system of tool active biofeedback mechanism includes: physiological status arrangement for detecting, processing unit, breath prompting device and breathing detecting module immediately.The instant physiological state information of physiological status arrangement for detecting detecting user.Processing unit generates target respiratory waveform according to instant physiological state information and default respiratory waveform, controls signal with further generation.Breath prompting device generates breathing standby signal according to control signal.Immediately the instant respiratory state information of breathing detecting module detecting user.Processing unit generates instant respiratory waveform also according to instant respiratory state information and default respiratory waveform, and compares target respiratory waveform and instant respiratory state information to generate breath state standby signal.The present invention promptly can actively guide the breathing of user to tend to preset state.
Description
Technical field
The invention relates to a kind of respiratory daoyin technologies, and in particular to a kind of tool active biofeedback mechanism
Respiratory daoyin system and method.
Background technique
In industry and commerce society now, either working hour length or operating pressure, it tends to be difficult to people be allowed to loosen.Cause
This, the Breathing Method of many collocation Tai Ji, time or yoga is often used to that people is allowed to practice the skill that breath is received, and reaches and loosens
The purpose of body and mind spirit.
However current guidance method, usually unidirectional guiding, user can only passively receive information, such as thoroughly
The description for crossing viewing file, webpage or application program is learnt some simple steps and is sequentially carried out.But user
Viewing picture and text oneself are groped, and can not often know breathed whether in the correct way.If the mode mistake of breathing, no
But it is unable to reach the purpose loosened, is more likely to cause damages to body.
Therefore, a new respiratory daoyin system and method how are designed, to solve the disadvantage that above-mentioned passive type guiding,
It is an industry urgent problem to be solved thus.
Summary of the invention
The purpose of the present invention is to provide a kind of respiratory daoyin system and method for having active biofeedback mechanism, rapidly
Ground actively guides the breathing of user to tend to preset state.
Therefore, an aspect of of the present present invention is to provide a kind of respiratory daoyin system for having active biofeedback mechanism, includes:
Physiological status arrangement for detecting, processing unit, breath prompting device and detecting module is breathed immediately.Physiological status arrangement for detecting is detectd
Survey at least one instant physiological state information of user.Processing unit is according to instant physiological state information and default respiratory waveform
Target respiratory waveform is generated, signal is controlled with further generation.Breath prompting device generates breathing prompt letter according to control signal
Number.Immediately the instant respiratory state information of breathing detecting module detecting user.Wherein processing unit is also according to instant breathing shape
State information and default respiratory waveform generate instant respiratory waveform, and compare target respiratory waveform and instant respiratory waveform to produce
Raw breath state standby signal.
An embodiment according to the present invention, wherein instant physiological state information includes the body mobile message of user, blood oxygen
Concentration information, heartbeat change information or combinations thereof.
Another embodiment according to the present invention, wherein physiological status arrangement for detecting includes the weight to detect body mobile message
Power sensor, the blood oxygen concentration meter to detect blood oxygen concentration information, the heartbeat meter to detect heartbeat change information or its group
It closes.
Another embodiment according to the present invention, wherein breathing detecting module includes radar wave transceiver module, ultrasonic receipts immediately
Module or laser transmitting-receiving module are sent out, to carry out the transmission and reception of radar wave, ultrasonic or laser to user, is used with detecting
The instant respiratory state information of person.
Another embodiment according to the present invention, wherein breathing detecting module includes radio module immediately, to receive user's
Breathiness, to detect the instant respiratory state information of user.
The embodiment having more according to the present invention, wherein target respiratory waveform and instant respiratory waveform are separately included and are exhaled
Inhale depth, respiratory rate or combinations thereof.
The embodiment having again according to the present invention, wherein breath prompting device is light-source generation device, breathing prompt letter
Number for tool prompt colour temperature, prompt flicker frequency or combinations thereof indicating light.
An embodiment according to the present invention, wherein breath prompting device is flexible piezoelectric sound-generating devices, and breathing standby signal is that tool mentions
Show the single-frequency prompt audio or music tip audio of intensity, advisory frequency or combinations thereof.
Another embodiment according to the present invention, wherein processing unit also includes environment sensor, to sense actual environment shape
State information, processing unit generate default respiratory waveform according to actual environment status information and instant physiological state information.
Another embodiment according to the present invention, wherein actual environment status information includes light intensity, temperature, humidity, an oxygen
Change carbon content, carbon dioxide content, content of volatile organic compound, content of formaldehyde or combinations thereof.
Another embodiment according to the present invention, wherein processing unit generates prompt information also according to actual environment status information.
Another embodiment according to the present invention, wherein processing unit is also according to actual environment status information to where processing unit
Environment in an at least environmental control system carry out intelligent environment control.
The embodiment having more according to the present invention, wherein environmental control system is air-conditioning system, lighting system or its group
It closes.
The embodiment having again according to the present invention, wherein processing unit also judges instant respiratory waveform and default breathing
Whether the respiratory waveform difference of waveform is less than threshold values, with when respiratory waveform difference is not less than threshold values, according to respiratory waveform difference
Generate target respiratory waveform.
The embodiment having according to the present invention, wherein processing unit is multiple pre- to select also to receive selection instruction
If one of respiratory waveform.
Therefore, another aspect of the present invention is to provide a kind of respiratory daoyin method, is applied to tool active biofeedback machine
The respiratory daoyin system of system, respiratory daoyin method includes: instant by least the one of physiological status arrangement for detecting detecting user
Physiological state information.Target respiratory wave is generated according to instant physiological state information and default respiratory waveform by processing unit
Shape controls signal with further generation.Breathing standby signal is generated according to control signal by breath prompting device；By instant
Breathe the instant respiratory state information of detecting module detecting user；And by processing unit according to instant respiratory state information
And default respiratory waveform generates instant respiratory waveform, and compares target respiratory waveform and instant respiratory waveform to generate breathing
Situation standby signal.
An embodiment according to the present invention, wherein instant physiological state information includes the body mobile message of user, blood oxygen
Concentration information, heartbeat change information or combinations thereof.
Another embodiment according to the present invention, wherein the step for detecting instant respiratory state information by breathing detecting module immediately
Suddenly also include: carrying out the transmission and reception of radar wave, ultrasonic or laser, to user by breathing detecting module immediately to detect
Survey the instant respiratory state information of user.
Another embodiment according to the present invention, wherein the step for detecting instant respiratory state information by breathing detecting module immediately
Suddenly also include: receiving the Breathiness of user, by breathing detecting module immediately to detect the instant respiratory state of user
Information.
Another embodiment according to the present invention, wherein it is deep to separately include breathing for target respiratory waveform and instant respiratory waveform
Degree, respiratory rate or combinations thereof.
The embodiment having more according to the present invention, wherein the step of generating breathing standby signal by breath prompting device
Also include: generating the indicating light of tool prompt colour temperature, prompt flicker frequency or combinations thereof by breath prompting device.
The embodiment having again according to the present invention, wherein the step of generating breathing standby signal by breath prompting device
Also include: prompting audio or music to mention by the single-frequency that breath prompting device generates tool prompt intensity, advisory frequency or combinations thereof
Show audio.
Another embodiment according to the present invention, wherein respiratory daoyin method also includes the environment sense for being included by processing unit
Device is surveyed to sense actual environment status information；And by processing unit according to actual environment status information and instant physiology shape
State information generates default respiratory waveform.
Another embodiment according to the present invention, wherein actual environment status information includes light intensity, temperature, humidity, an oxygen
Change carbon content, carbon dioxide content, content of volatile organic compound, content of formaldehyde or combinations thereof.
Another embodiment according to the present invention, wherein respiratory daoyin method also includes by processing unit according to actual environment shape
State information generates prompt information.
Another embodiment according to the present invention, wherein respiratory daoyin method also includes by processing unit according to actual environment shape
State information carries out intelligent environment control at least environmental control system in the environment where processing unit.
The embodiment having more according to the present invention, wherein environmental control system is air-conditioning system, lighting system or its group
It closes.
The embodiment having again according to the present invention, wherein respiratory daoyin method also includes instant by processing unit judgement
Whether the respiratory waveform difference of respiratory waveform and default respiratory waveform is less than threshold values；And when respiratory waveform difference is not less than valve
When value, target respiratory waveform is generated according to respiratory waveform difference by processing unit.
The embodiment having according to the present invention, wherein respiratory daoyin method also includes and receives selection by processing unit to refer to
It enables, to select one of multiple default respiratory waveforms.
Using the physiologic information for the advantage of the invention is that by active biofeedback mechanism, immediately obtaining user and
Breath state is compared, and for example, by but be not limited to the standby signal of acoustooptic form, promptly guide the breathing of user
Tend to preset state, and is readily achieved above-mentioned purpose.
Detailed description of the invention
Fig. 1 is a kind of block diagram for the respiratory daoyin system for having active biofeedback mechanism in one embodiment of the invention；
Fig. 2 is a kind of block diagram for the respiratory daoyin system for having active biofeedback mechanism in one embodiment of the invention；With
And
Fig. 3 is a kind of flow chart of respiratory daoyin method in one embodiment of the invention.
Specific embodiment
Please refer to Fig. 1.Fig. 1 is a kind of respiratory daoyin system 1 for having active biofeedback mechanism in one embodiment of the invention
Block diagram.Respiratory daoyin system 1 includes: physiological status arrangement for detecting 10, processing unit 12, breath prompting device 14 and i.e.
When breathe detecting module 16.
At least one instant physiological state information 11 of the detecting user 18 of physiological status arrangement for detecting 10.In different embodiments
In, physiological status arrangement for detecting 10 can be the specific device of single kind of instant physiological state information 11 of detecting.For example, physiology
State detecting device 10 can be such as, but not limited to, gravity sensor, blood oxygen concentration meter or heartbeat meter.
Wherein, gravity sensor can detect the change of gravity direction, with sense the body mobile message of user 18 as
Instant physiological state information 11.Body mobile message may include in different embodiments such as, but not limited to, 18 body of user
Mobile direction and distance.
Blood oxygen concentration meter can detect the blood oxygen concentration information of user 18 as instant physiological state information 11.Wherein, blood
Oxygen concentration is blood oxygen saturation (SO2), it is the oxyhemoglobin (HbO combined in blood by oxygen2) capacity account for and can all tie
The percentage of hemoglobin (Hb) capacity of conjunction, is the important physiological parameter of breath cycle.
The pulse or heartbeat change information that heartbeat meter can then detect user 18 are as instant physiological state information 11.
In other embodiments, physiological status arrangement for detecting 10 also can be other kinds of arrangement for detecting.Implement in part
Example in, physiological status arrangement for detecting 10 also can for comprising above-mentioned each arrangement for detecting at least within two, with simultaneously detect it is a variety of
The compound arrangement for detecting of instant physiological state information 11.Also, the visual different detecting mode of physiological status arrangement for detecting 10, with
Contact or non-contacting form are detected, to obtain instant physiological state information 11.For example, physiological status detecting dress
Setting 10 can be the Wristwatch type touch monitoring device being configured at user 18, or is spaced a specific range with user 18 and sets
The non-contact arrangement for detecting of the scan-type set.
Processing unit 12 can be portable electric device such as, but not limited to, smart phone or plate in an embodiment
Computer.Processing unit 12 can pass through wired or wireless transmission mode and receive instant physiological state information 11, and according to instant raw
The default respiratory waveform (not being painted) for managing status information 11 and interior storage generates target respiratory waveform.In an embodiment, preset
Respiratory waveform is in the storage element (not being painted) that can be stored in such as, but not limited to processing unit 12, by processing unit 12
It is captured.In an embodiment, the default respiratory waveform of interior storage, which can correspond to different topics such as to relax, sleeps, moves, body-building.
In an embodiment, processing unit 12 also can provide option and select for user, be chosen with receiving selection instruction (not being painted)
One of topic generates default respiratory waveform.
In an embodiment, processing unit 12 will be assessed according to instant physiological state information 11, and generate difference i.e.
When physiological state information 11 weighted value.In an embodiment, processing unit 12 by different instant physiological state informations 11 into
Row auto-correlation or cross-correlation compare, and generate time domain related coefficient, and are carried out conversion in turn and generate frequency domain correlation coefficient, then
Corresponding weight distribution is carried out according to time domain related coefficient and frequency domain correlation coefficient.In an embodiment, processing unit 12 into one
Step adjusts to generate default respiratory waveform by above-mentioned time domain related coefficient and frequency domain correlation coefficient via after weight distribution
Target respiratory waveform.In an embodiment, target respiratory waveform includes depth of respiration, respiratory rate or combinations thereof.
Processing unit 12 further according to the algorithm of interior storage, is counted according to instant physiological state information 11 and its weighted value
It calculates, to generate the target respiratory waveform for being suitble to user 18.The algorithm of interior storage can be corresponded to different Breathing Methods, such as but not
It is limited to Tai Ji, time or yoga etc..Wherein, target respiratory waveform may include the depth of breathing, frequency or combinations thereof.Then, locate
It manages device 12 and generates control signal 13 according to target respiratory waveform.
Breath prompting device 14 generates breathing standby signal 15 according to control signal 13.In an embodiment, breathing prompt
Device 14 can be light-source generation device, such as, but not limited to light emitting diode (light emitting diode；LED) or other
The element that can be shone.
Light-source generation device can generate mentioning for tool prompt colour temperature, prompt flicker frequency or combinations thereof according to control signal 13
Show light source, and this prompt colour temperature and/or prompt flicker frequency are related to above-mentioned target respiratory waveform.For example, it prompts
The prompt colour temperature of light source can be related to the depth of breathing, such as, but not limited to needs to deepen with higher colour temperature prompt depth of respiration,
And it needs to reduce with lower colour temperature prompt depth of respiration.And the prompt flicker frequency of indicating light then can be with the frequency phase of breathing
It closes, such as, but not limited to needs to increase with the frequency of higher flicker frequency prompt breathing, and exhale with the prompt of lower flicker frequency
The frequency of suction needs to reduce.
It is noted that above-mentioned in such a way that colour temperature, frequency are respectively corresponding to the depth and frequency of breathing, an only model
Example, being in other embodiments can be with the parameter of the corresponding breathing of the parameter of other characteristics of light-source generation device.
In another embodiment, breath prompting device 14 can be flexible piezoelectric sound-generating devices, such as, but not limited to loudspeaker, loudspeaker
Or other elements that can make a sound.Flexible piezoelectric sound-generating devices can according to control signal 13, generate tool prompt intensity, advisory frequency or
The single-frequency prompt audio or music tip audio of a combination thereof, and this prompt intensity and/or advisory frequency are exhaled with above-mentioned target
It is related to inhale waveform.
For example, prompt the intensity of audio can be related to the depth of breathing, such as, but not limited to biggish intensity (example
Such as volume) prompt depth of respiration needs to deepen, and needs to reduce with lesser intensity prompt depth of respiration.And prompt the frequency of audio can
It with the frequency dependence of breathing, such as, but not limited to needs to increase with the frequency that higher audio prompt breathes, and with lower audio
The frequency of prompt breathing needs to reduce.And single-frequency prompt audio only can reach what prompt user was breathed by intensity and frequency
Effect, and the prompt audio of musical form can be realized by the music of various speed, intensity, melody combination, be made with reaching prompt
The effect that user is breathed.
It is noted that above-mentioned in a manner of intensity and the corresponding depth and frequency to breathing of frequency, an only example, in
Being in other embodiments can be with the parameter of the corresponding breathing of the parameter of other characteristics of flexible piezoelectric sound-generating devices
User 18 can pass through above-mentioned indicating light or the breathing standby signal 15 of prompt audio form, gradually adjustment breathing
Frequency or depth, to meet the corresponding Respiratory behavior of above-mentioned target respiratory waveform.
Immediately breathing detecting module 16 detects the instant respiratory state information 17 of user 18.In an embodiment, immediately
Respiratory state information 17 includes the instant respiratory rate of user 18, depth or combinations thereof.
In an embodiment, breathing detecting module 16 immediately may include such as, but not limited to, radar wave transceiver module, Supersonic
Wave transceiver module or laser transmitting-receiving module, to carry out the transmission and reception of radar wave, ultrasonic or laser to user 18, to detect
Survey the instant respiratory state information 17 of user 18.For example, radar wave transceiver module can transmit 30 megahertzs of radar wave extremely
The chest of user 18, abdomen or other the physical feeling for causing displacement can be corresponded in breathing, to be reflected by receiving
Radar wave, judge the breathing distance at chest and abdomen position according to time difference for receiving, and further judge the depth of its breathing
With frequency.
In another embodiment, breathing detecting module 16 immediately may include radio module, to receive the breathing of user 18
Sound further judges the depth and frequency of its breathing to pass through the frequency and power of Breathiness.
Processing unit 12 generates instant respiratory wave also according to instant respiratory state information 17 and default respiratory waveform above-mentioned
Shape, and compare according to the target respiratory waveform of instant physiological state information 11 generation and according to instant 17 institute of respiratory state information
The instant respiratory waveform generated, to generate breath state standby signal 19.In an embodiment, instant respiratory waveform is such as target
Respiratory waveform also includes depth of respiration, respiratory rate or combinations thereof.
In an embodiment, breath state standby signal 19 can be by such as, but not limited to, what is be arranged in processing unit 12 is aobvious
Show that module (not being painted) shows, and prompts how user continues to adjust by the interaction content of diagram or text.In
In other embodiments, breath state standby signal 19 also can be by the loudspeaker or light-emitting component that are arranged in processing module 12 (not
It is painted) sound or cresset of prompt are issued, to prompt how user continues to adjust, or the breathing shape that prompt is current
Difference between condition and the breath state of target.
It is noted that processing unit 12 can be prejudged before actually generating target respiratory waveform in an embodiment
Whether the respiratory waveform difference of instant respiratory waveform and default respiratory waveform is less than threshold values.When respiratory waveform difference is less than threshold values
When, it indicates the breath state of user and ideal breath state is about consistent.Therefore, processing unit 12 can be not required to produce again
Raw target respiratory waveform.And the breath state for indicating user when respiratory waveform difference is not less than threshold values and preferably breathing
The gap of situation is larger, and processing unit 12 can generate target respiratory waveform further according to respiratory waveform difference.
Therefore, using the advantage of the invention is that immediately obtaining the physiology of user by active biofeedback mechanism
Information and breath state are compared, and for example, by but be not limited to acoustooptic form standby signal stimulate, promptly guidance make
The breathing of user tends towards stability, and is readily achieved above-mentioned purpose.
Referring to figure 2..Fig. 2 is a kind of respiratory daoyin system 2 for having active biofeedback mechanism in one embodiment of the invention
Block diagram.The element that respiratory daoyin system 1 depicted in respiratory daoyin system 2 and Fig. 1 is included is similar, comprising: raw
It manages state detecting device 10, processing unit 12, breath prompting device 14 and breathes detecting module 16 immediately.Therefore, identical
It is no longer repeated for element.
In this present embodiment, the processing unit 12 of respiratory daoyin system 2 also includes environment sensor 20.Environment sensor 20
Can environment locating for sensing treatment device 12 actual environment status information 21 so that processing unit 12 is according to actual environment state
Information 21 and immediately physiological state information 11 generate default respiratory waveform.Wherein, actual environment status information 21 may include place
The light intensity in environment where reason device 12, temperature, humidity, carbon monoxide content, carbon dioxide content, volatility are organic
Compounds content, content of formaldehyde or combinations thereof.
Further, after capturing actual environment status information 21, processing unit 12 also optionally generates prompt
Information (is not painted), such as, but not limited to the form of sound, image or combinations thereof, to inform the situation of user's environment.Citing
For, environment when the temperature is excessively high, processing unit 12 can be generated according to the actual environment status information 21 that is captured voice or
It is the unusual condition that image notifies user's temperature.
In another embodiment, after capturing actual environment status information 21, the also optionally basis of processing unit 12
Actual environment status information 21 carries out intelligent environment to the environmental control system (not being painted) in the environment where processing unit 12
Control.Wherein, above-mentioned environmental control system may include such as, but not limited to air-conditioning system, lighting system or combinations thereof.
In one using in situation, environmental abnormality is detected according to actual environment status information 21 in processing unit 12 and is not conformed to
Suitable situation, such as temperature is excessively high or the situation of the tool physiological stimulation such as too dark brightness, will first pass through intelligent environment control makes
After environment is adjusted to suitable situation, then the detecting of user's respiratory waveform is carried out, to guide user under suitable environment
Correctly breathed.
Referring to figure 3..Fig. 3 is a kind of flow chart of respiratory daoyin method 300 in one embodiment of the invention.Breathing is led
Drawing method 300 can be applied to respiratory daoyin system 2 as shown in Figure 2.Respiratory daoyin method 300, which comprises the steps of, (should be appreciated that
It arrives, in the present embodiment mentioned step, in addition to especially chatting its bright sequence person, it is suitable can to adjust its front and back according to actual needs
Sequence, or even can simultaneously or partially be performed simultaneously).
In step 301, the selection instruction of user is received, by processing unit 12 to select a kind of topic.
In step 302, the instant physiological state information 11 of user is detected by physiological status arrangement for detecting 10.Wherein,
The number of instant physiological state information 11 can be one or more.
In step 303, actual environment status information 21 is detected by the environment sensor 20 of processing unit 12.
In step 304, judge whether user's environment is suitable according to actual environment status information 21 by processing unit 12.
When user's environment is undesirable, process will carry out intelligent environment control by processing unit 12 in step 305, and
Step 302 is back to continue to sense.
When user's environment is suitable, process will be carried out to step 306, the topic according to selected by step 301, according to actual rings
Border status information 21 and immediately physiological state information 11 generate default respiratory waveform.
In step 307, the instant respiratory state information 17 of user is detected by breathing detecting module 16 immediately, and pass through
Processing unit 12 generates instant respiratory waveform according to instant respiratory state information 17 and default respiratory waveform.
In step 308, judge whether instant respiratory waveform and the respiratory waveform difference of default respiratory waveform are less than threshold values.
When respiratory waveform difference is less than threshold values, process will be back to step 302, to detect instant physiological state information again
11.And when respiratory waveform difference is not less than threshold values, process will be poor according to respiratory waveform by processing unit 12 in step 309
Value generates target respiratory waveform, further to generate control signal 13 in step 310.
In step 311, breathing standby signal 15 is generated according to control signal 13 by breath prompting device 14.
Although the content of present invention is disclosed above with embodiment, content that however, it is not to limit the invention is any ripe
This those skilled in the art is known, in the spirit and scope for not departing from the content of present invention, when can be used for a variety of modifications and variations, therefore the present invention
The protection scope of content is subject to the view scope of which is defined in the appended claims.
Claims (27)
1. it is a kind of have active biofeedback mechanism respiratory daoyin system, characterized by comprising:
One physiology state detecting device, to detect at least one instant physiological state information of a user；
One processing unit includes an environment sensor, and to sense an actual environment status information, the processing unit is to basis
The actual environment status information and the instant physiological state information generate a default respiratory waveform, and to according to the instant life
It manages status information and the default respiratory waveform generates a target respiratory waveform, further to generate a control signal；
One breath prompting device, to generate a breathing standby signal according to the control signal；And
One breathes detecting module, the instant respiratory state information to detect the user immediately；
Wherein the processing unit generates an instant respiratory wave also according to the instant respiratory state information and the default respiratory waveform
Shape, and compare the target respiratory waveform and the instant respiratory waveform to generate a breath state standby signal.
2. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the instant life
It manages body mobile message of the status information comprising the user, a blood oxygen concentration information, wholeheartedly jump change information or combinations thereof.
3. the respiratory daoyin system of tool active biofeedback mechanism according to claim 2, which is characterized in that the physiology shape
State arrangement for detecting include to detect the body mobile message a gravity sensor, to detect the blood oxygen concentration information one
Blood oxygen concentration meter, to heartbeat meter for detecting the heartbeat change information or combinations thereof.
4. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that this is exhaled immediately
Inhaling detecting module includes a radar wave transceiver module, a ultrasonic transceiver module or a laser transmitting-receiving module, to the user
The transmission and reception of a radar wave, a ultrasonic or a laser are carried out, to detect the instant respiratory state information of the user.
5. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that this is exhaled immediately
Inhaling detecting module includes a radio module, to receive the Breathiness of the user, is exhaled immediately with this for detecting the user
Inhale status information.
6. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the target is exhaled
It inhales waveform and the instant respiratory waveform separately includes a depth of respiration, a respiratory rate or combinations thereof.
7. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the breathing mentions
Showing device is a light-source generation device, which is to have a prompt colour temperature, a prompt flicker frequency or combinations thereof
One indicating light.
8. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the breathing mentions
Showing device is a flexible piezoelectric sound-generating devices, which is the list for having a prompt intensity, an advisory frequency or combinations thereof
Frequency prompt audio or a music tip audio.
9. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the actual rings
Border status information contains comprising light intensity, temperature, humidity, carbon monoxide content, carbon dioxide content, volatile organic compounds
Amount, content of formaldehyde or combinations thereof.
10. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the processing
Device generates a prompt information also according to the actual environment status information.
11. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the processing
Device carries out at least environmental control system in the environment where the processing unit also according to the actual environment status information
The control of one intelligent environment.
12. the respiratory daoyin system of tool active biofeedback mechanism according to claim 11, which is characterized in that the environment
Control system is an air-conditioning system, a lighting system or combinations thereof.
13. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the processing
Device also judge a respiratory waveform difference of the instant respiratory waveform and the default respiratory waveform whether less than a threshold values, in
When the respiratory waveform difference is not less than the threshold values, the target respiratory waveform is generated according to the respiratory waveform difference.
14. the respiratory daoyin system of tool active biofeedback mechanism according to claim 1, which is characterized in that the processing
Device is also to receive a selection instruction, to select one of multiple default respiratory waveforms.
15. a kind of respiratory daoyin method, which is characterized in that applied to tool active biofeedback mechanism a respiratory daoyin system,
The respiratory daoyin method includes:
At least one instant physiological state information of a user is detected by a physiology state detecting device；
The environment sensor for being included by a processing unit senses an actual environment status information；
Device generates a default breathing according to the actual environment status information and the instant physiological state information through this process
Waveform；
Device generates a target respiratory waveform according to the instant physiological state information and the default respiratory waveform through this process,
Further to generate a control signal；
One breathing standby signal is generated according to the control signal by a breath prompting device；
The instant respiratory state information that detecting module detects the user is breathed immediately by one；And
Device generates an instant respiratory waveform according to the instant respiratory state information and the default respiratory waveform through this process,
And compare the target respiratory waveform and the instant respiratory waveform to generate a breath state standby signal.
16. respiratory daoyin method according to claim 15, which is characterized in that the instant physiological state information makes comprising this
The body mobile message of user, wholeheartedly jumps change information or combinations thereof at one blood oxygen concentration information.
17. respiratory daoyin method according to claim 15, which is characterized in that detected by the instant breathing detecting module
The step of instant respiratory state information, also includes:
The transmission of one radar wave, a ultrasonic or a laser is carried out to the user by the instant breathing detecting module and is connect
It receives, to detect the instant respiratory state information of the user.
18. respiratory daoyin method according to claim 15, which is characterized in that detected by the instant breathing detecting module
The step of instant respiratory state information, also includes:
The Breathiness of the user is received, by the instant breathing detecting module to detect the instant breathing of the user
Status information.
19. respiratory daoyin method according to claim 15, which is characterized in that the target respiratory waveform and this exhale immediately
It inhales waveform and separately includes a depth of respiration, a respiratory rate or combinations thereof.
20. respiratory daoyin method according to claim 15, which is characterized in that generate this by the breath prompting device and exhale
The step of inhaling standby signal also includes:
An indicating light of one prompt colour temperature of tool, a prompt flicker frequency or combinations thereof is generated by the breath prompting device.
21. respiratory daoyin method according to claim 15, which is characterized in that generate this by the breath prompting device and exhale
The step of inhaling standby signal also includes:
Audio or one is prompted by the single-frequency that the breath prompting device generates one prompt intensity of tool, an advisory frequency or combinations thereof
Music tip audio.
22. respiratory daoyin method according to claim 15, which is characterized in that the actual environment status information includes light
Intensity, temperature, humidity, carbon monoxide content, carbon dioxide content, content of volatile organic compound, content of formaldehyde or its group
It closes.
23. respiratory daoyin method according to claim 15, which is characterized in that also include:
Device generates a prompt information according to the actual environment status information through this process.
24. respiratory daoyin method according to claim 15, which is characterized in that also include:
Device is according to the actual environment status information at least environment in the environment where the processing unit through this process
Control system carries out an intelligent environment control.
25. respiratory daoyin method according to claim 24, wherein the environmental control system is an air-conditioning system, an illumination
System or combinations thereof.
26. respiratory daoyin method according to claim 15, which is characterized in that also include:
Device judges whether a respiratory waveform difference of the instant respiratory waveform and the default respiratory waveform is small through this process
In a threshold values；And
When the respiratory waveform difference is not less than the threshold values, device generates the target according to the respiratory waveform difference through this process
Respiratory waveform.
27. respiratory daoyin method according to claim 15, which is characterized in that also include:
Device receives a selection instruction through this process, to select one of multiple default respiratory waveforms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410344313.9A CN105310664B (en) | 2014-07-18 | 2014-07-18 | Have the respiratory daoyin system and method for active biofeedback mechanism |
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| CN106108905A (en) * | 2016-08-27 | 2016-11-16 | 张伟 | A kind of dynamically respiratory daoyin method |
| CN108635774B (en) * | 2018-06-21 | 2020-11-27 | 上海市肺科医院 | Intelligent abdominal respiration trainer |
| CN109999310B (en) * | 2019-04-09 | 2022-05-03 | 广州达美智能科技有限公司 | Combined control method, device and computer readable storage medium for light source and sound source |
| CN110251095A (en) * | 2019-05-14 | 2019-09-20 | 周常安 | Finger-worn type electro-physiologic device and system |
| CN114191788B (en) * | 2020-09-02 | 2022-09-23 | 中国人民解放军总医院 | Individualized respiratory motion pattern reconstruction training system and use method thereof |
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| CN102895746A (en) * | 2012-10-25 | 2013-01-30 | 北京超思电子技术股份有限公司 | Auxiliary respiring equipment |
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| CN102895746A (en) * | 2012-10-25 | 2013-01-30 | 北京超思电子技术股份有限公司 | Auxiliary respiring equipment |
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