CN102198301A - Music playing system based on body feature monitoring - Google Patents
Music playing system based on body feature monitoring Download PDFInfo
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- CN102198301A CN102198301A CN201110132463XA CN201110132463A CN102198301A CN 102198301 A CN102198301 A CN 102198301A CN 201110132463X A CN201110132463X A CN 201110132463XA CN 201110132463 A CN201110132463 A CN 201110132463A CN 102198301 A CN102198301 A CN 102198301A
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Abstract
The invention provides a music playing system based on body feature monitoring, belonging to the field of medical treatment. The invention aims to solve the problem that the treatment modes, treatment methods, implementation places, treatment time and the like lack timeliness and activity in the existing music treatment. The system provided by the invention comprises a body feature acquisition module, an information processing module and a musical track output module, wherein the information processing module is used for controlling the musical track output module to play and output corresponding music according to the human physiological feature data acquired by the body feature acquisition module. The method for realizing the function by the information processing module comprises the following steps of: (1) receiving the physiological feature data monitored by the body feature acquisition module through the information processing module; (2) according to the physiological feature data, controlling the musical track output module carried by the monitored body through the information processing module to call out a certain corresponding musical track to be played; and (3) continuing to monitor the physiological feature data of the monitored body, and adjusting the music volume and rhythm and stopping or replacing the musical track according to the acquired physiological feature data.
Description
Technical field
The present invention relates to a kind of music playing system, belong to medical field based on characteristics of human body's monitoring.
Background technology
Along with people's work, study, life stress is excessive, inter personal contact is complicated and factor such as environmental pollution, disease more easily takes place in body and mind, and be that the subhealth state problem of cardinal symptom is to threaten 21 century first of the great public health problem of human health with " confirmed fatigue ", incidence rate is the trend that increases year by year.Simultaneously middle-aged and elderly people is because the body function decline, the decline of autoimmune ability and be easy to generate various diseases.In addition, some physiology, psychology exist the people of disease to need the treatment of certain way.
Along with the progress and the development of society, to the transition process of new " biology-psychology-society-environmental medicine " pattern, music receives publicity gradually to the able-bodied influence of people from tradition " biomedicine " pattern.People discover, the protean melody of music has not only represented the inward world of human complexity, but also affect human all emotions.The grieved emotion but the mood of music keeping tensions down easily, active music can be flipped.Music is admitted widely as a kind of effective psychological therapy.Music applies in the medical science many-sided effect is arranged: can many-sidedly stimulate cerebral cortex, make people's decreased sensation to external world; The thought contact and the emotion of energy evocator happiness are temporarily forgotten the environment of staying; Music has direct inhibitory action to nervus centralis; Magic of music and fragrance can attract and excite those social people that shrink back, thereby change its self-isolation state.
Musical therapy obtains paying attention to day by day at present, and it is also used gradually deeply.Be mainly reflected in: the document of relevant musical therapy research is ascendant trend year by year; Its applied research also permeates to other clinical departments such as surgery, department of obstetrics and gynecology, the department of Chinese medicine from special section office such as psychiatric department, oncology; Application from the infant to old man, from the neonate to life whole latter stage the patient, from the clinical department to the community, constantly extend in its field.From present research contents, musical therapy is used in each section office and is emphasized particularly on different fields a little, is primarily aimed at mental illness or psychosomatic disease: as in treatment of schizophrenia, use, in patients with hypertension, use etc.From embodiment, enforcement place and treatment time, at present mainly according to being play the music of recording in advance by treatment colony and treatment disease, the treatment place also usually in the ward, the worker gives pleasure to and treats the room or operating room is carried out, treatment time also is generally selects certain period (as every day 1-2 time, each 0.5-1.5 hour, the 2-16 week course of treatment etc.) carry out.
Obviously the therapeutic modality method of musical therapy, enforcement place and treatment time etc. lack certain ageing and initiatives at present.
Summary of the invention
The present invention seeks in order to solve therapeutic modality method in the existing musical therapy, to implement the ageing and initiative problems of shortage such as place and treatment time,, provide a kind of music playing system based on characteristics of human body's monitoring by the development of medical sensory perceptual system.
Music playing system based on characteristics of human body's monitoring of the present invention, it comprises characteristics of human body's acquisition module, message processing module and music track output module, and message processing module is used for playing the corresponding music of output according to the physiological characteristic data control music track output module of the human body of characteristics of human body's acquisition module collection;
Message processing module realizes that the method for this function may further comprise the steps:
The physiological characteristic data of step 1, the monitoring of message processing module recipient body characteristics acquisition module, described physiological characteristic data comprises heart rate, blood pressure and blood oxygen saturation;
The physiological characteristic data of monitored human body is monitored in step 3, continuation, and adjusts volume of music, rhythm, stops or changing music track according to the physiological characteristic data of obtaining.
The physiological characteristic data of obtaining according to step 1 in the step 2, message processing module are controlled music track output module that monitored human body carries and are accessed the process that certain corresponding music track plays and be:
The residing scope of heart rate x of step 11, the monitored human body of judgement, and then play corresponding music or jump to step 12:
Wherein, T
1Threshold value between slightly delaying with heart rate for heart rate is normal, T
2For heart rate slightly slow with the threshold value of crossing between delaying, T
3For heart rate normal with slightly soon between threshold value, T
4For heart rate omits soon and the threshold value between the rapid heart rate;
The residing scope of blood pressure of step 12, the monitored human body of judgement, and then play corresponding music or jump to step 13, described blood pressure comprises systolic pressure and diastolic pressure:
As systolic pressure 〉=A
1Or diastolic pressure 〉=A
2The time, play quiet, graceful light music;
As systolic pressure≤A
3Or diastolic pressure≤A
4The time, the rock music of broadcast lively rhythm;
Work as A
3＜systolic pressure＜A
1And A
4＜diastolic pressure＜A
2The time, jump to step 13;
Wherein, the parameter in the following formula is the actual body situation according to monitored human body, and sets A in conjunction with doctors experience
1The minimum of expression hyperpietic systolic pressure, A
2The minimum of expression hyperpietic diastolic pressure, A
3The peak of expression hypotensive systolic pressure, A
4The peak of expression hypotensive diastolic pressure;
The residing scope of blood oxygen saturation of step 13, the monitored human body of judgement, and then play corresponding music track:
As blood oxygen saturation≤B
1The time, play quiet, graceful light music;
As blood oxygen saturation 〉=B
2The time, the rock music of broadcast lively rhythm;
B
1＜blood oxygen saturation＜B
2The time, play the nature music or stop to play music;
Wherein, B
1The peak of the low blood oxygen saturation patient arterial oxygen saturation of expression, B
2The minimum of expression high oxygen pressure saturation patient arterial oxygen saturation.
The process that the physiological characteristic data that basis is obtained in the step 3 is adjusted volume of music, rhythm, stops or changing music track is:
Treat and return when playing corresponding music track with the heart rate that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If heart rate x＞T
4, and through the one-period musical therapy, the heart rate fall is not more than 5Hz～8Hz, and then message processing module control music track output module is transferred slow music rhythm, and described one-period is 5 minutes～20 minutes;
If heart rate x＜T
2, and through the one-period musical therapy, the heart rate ascensional range is not more than 5Hz～8Hz, and then message processing module control music track output module is transferred fast music rhythm;
If changes in heart rate is too fast, then reduce volume, the too fast standard of described changes in heart rate is: increase or reduce more than the 10Hz in 2 minutes;
If heart rate x＞T
4Or x＜T
2, and after adjusting rhythm, heart rate is not got back to normal range, and then message processing module control music track output module is changed music track, and be the normal range of heart rate: T
1≤ x≤T
3
Treat and return when playing corresponding music track with the blood pressure that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2, and through the one-period musical therapy, systolic pressure or diastolic pressure fall are no more than 5mmHg, and then message processing module control music track output module is transferred slow music rhythm;
If systolic pressure≤A
3Or diastolic pressure≤A
4, and through the one-period musical therapy, systolic pressure or diastolic pressure ascensional range are no more than 5mmHg, then transfer fast music rhythm;
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2Or systolic pressure≤A
3Or diastolic pressure≤A
4, and after adjusting rhythm, blood pressure is not got back to normal range, then changes music track, be the normal range of systolic pressure: A
3＜systolic pressure＜A
1, be the normal range of diastolic pressure: A
4＜diastolic pressure＜A
2
Treat and return when playing corresponding music track with the blood oxygen saturation that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If blood oxygen saturation≤B
1The time, and through the one-period musical therapy, blood oxygen saturation raises and is no more than 0.5%, and then message processing module control music track output module is transferred slow music rhythm;
If blood oxygen saturation 〉=B
2The time, and through the one-period musical therapy, blood oxygen saturation descends and is no more than 0.5%, and then message processing module control music track output module is transferred fast music rhythm;
If blood oxygen saturation≤B
1Or blood oxygen saturation 〉=B
2, and after adjusting rhythm, blood oxygen saturation is not got back to normal range, and then message processing module control music track output module is changed music track, and be the normal range of blood oxygen saturation: B
1＜blood oxygen saturation＜B
2
Advantage of the present invention:
1) the physiological characteristic data analysis of utilizing medical information perceptron that human body is carried to obtain is play and is adjusted the treatment music, change can't change the passive broadcast of adjusting according to the characteristics of human body and be initiatively broadcast, reaching the initiative of treatment, and then improve therapeutic quality;
2) the physiological characteristic data analysis of utilizing medical information perceptron that human body is carried to obtain is come real-time play adjustment treatment music, can change according to the characteristics of human body and adjust play list, broadcast sound volume even play rhythm etc., and playing process constantly in time the feedback result of broadcast to people's emotion, the influence of physiological status, reaching the ageing of treatment, and then improve therapeutic quality.
Description of drawings
Fig. 1 is the structural representation of the music playing system based on characteristics of human body monitoring of the present invention;
Fig. 2 is the flow chart that the physiological characteristic data control music track output module of the human body gathered according to characteristics of human body's acquisition module in the embodiment one is play the process of the corresponding music of output;
Fig. 3 is the flow chart of method in the embodiment five.
The specific embodiment
The specific embodiment one: present embodiment is described below in conjunction with Fig. 1 and Fig. 2, the described music playing system of present embodiment based on characteristics of human body's monitoring, it comprises characteristics of human body's acquisition module 1, message processing module 2 and music track output module 3, and message processing module 2 is used for playing the corresponding music of output according to the physiological characteristic data control music track output module 3 of the human body of characteristics of human body's acquisition module 1 collection;
The physiological characteristic data of step 1,1 monitoring of message processing module 2 recipient's body characteristics acquisition modules, described physiological characteristic data comprises heart rate, blood pressure and blood oxygen saturation;
The physiological characteristic data of monitored human body is monitored in step 3, continuation, and adjusts volume of music, rhythm, stops or changing music track according to the physiological characteristic data of obtaining.
The specific embodiment two: present embodiment is described further embodiment one, characteristics of human body's acquisition module 1 is for measuring heart rate, pressure transducer and measurement oximetry sensor, it is the MS5536 pick off that measurement heart rate, pressure transducer are selected model for use, and it is the TSL237 pick off that the measurement oximetry sensor is selected model for use.
The specific embodiment three: present embodiment is described further embodiment one, and music track output module 3 is music player, MP3 or mobile phone.
The specific embodiment four: present embodiment is described further embodiment one, the music of the music track in the step 2 for placing in advance or record according to the characteristics of treatment content and monitored human body.
The specific embodiment five: present embodiment is described below in conjunction with Fig. 3, present embodiment is described further embodiment one, the physiological characteristic data of obtaining according to step 1 in the step 2, the process that the music track output module 3 that the monitored human body of message processing module 2 controls carries accesses certain corresponding music track broadcast is:
Step 11, because heart rate and music rhythm, dynamics have substantial connection, judge the residing scope of heart rate x of monitored human body, and then play corresponding music or jump to step 12:
Dynamics is strong, and the fast music of rhythm, as DISCO class music; Dynamics is moderate, and the fast music of tempo variation, as rhythm and blues class music; Quiet, easy, not busy breath class music is as New Age class music; The music of releive, rhythm is slow is as classic minuet and serenade.
Parameter in the following formula is the actual body situation according to monitored human body, and sets in conjunction with doctors experience, wherein: T
1Threshold value between slightly delaying with heart rate for heart rate is normal, T
2For heart rate slightly slow with the threshold value of crossing between delaying, T
3For heart rate normal with slightly soon between threshold value, T
4For heart rate omits soon and the threshold value between the rapid heart rate;
The residing scope of blood pressure of step 12, the monitored human body of judgement, and then play corresponding music or jump to step 13, described blood pressure comprises systolic pressure and diastolic pressure:
As systolic pressure 〉=A
1Or diastolic pressure 〉=A
2The time, play quiet, graceful light music;
As systolic pressure≤A
3Or diastolic pressure≤A
4The time, the rock music of broadcast lively rhythm;
Work as A
3＜systolic pressure＜A
1And A
4＜diastolic pressure＜A
2The time, jump to step 13;
Parameter in the following formula is the actual body situation according to monitored human body, and sets in conjunction with doctors experience, wherein: A
1The minimum of expression hyperpietic systolic pressure, A
2The minimum of expression hyperpietic diastolic pressure, A
3The peak of expression hypotensive systolic pressure, A
4The peak of expression hypotensive diastolic pressure;
For hypertension (comprising systolic pressure and diastolic pressure) patient, the light music of playing grace can play the effect of blood pressure lowering, for hypotension (comprising systolic pressure and diastolic pressure) patient, the rock music of playing lively rhythm can play the effect of boosting, according to blood pressure (comprising systolic pressure and the diastolic pressure) situation of monitored human body, play corresponding music.
The residing scope of blood oxygen saturation of step 13, the monitored human body of judgement, and then play corresponding music track:
As blood oxygen saturation≤B
1The time, play quiet, graceful light music;
As blood oxygen saturation 〉=B
2The time, the rock music of broadcast lively rhythm;
B
1＜blood oxygen saturation＜B
2The time, play the nature music or stop to play music;
Parameter in the following formula is the actual body situation according to monitored human body, and sets in conjunction with doctors experience, wherein: B
1The peak of the low blood oxygen saturation patient arterial oxygen saturation of expression, B
2The minimum of expression high oxygen pressure saturation patient arterial oxygen saturation.
For the low person of blood oxygen saturation, the music of playing grace can play the effect of rising, and for the high person of blood oxygen saturation, the rock music of playing lively rhythm can play the effect of reduction, according to the blood oxygen saturation situation of monitored human body, play corresponding music.
When carrying out monitor therapy, hrv parameter priority is the highest to utilize above-mentioned three groups of monitoring parameters (heart rate, blood pressure, blood oxygen saturation), secondly is blood pressure, and minimum is blood oxygen saturation.
The specific embodiment six: present embodiment is described further embodiment five, according to the actual body situation of monitored human body, and the hrv parameter of setting in conjunction with doctors experience: T
1=70Hz, T
2=60Hz, T
3=90Hz, T
4=100Hz, standard heart rate T
0=75Hz.
The specific embodiment seven: present embodiment is described further embodiment five, according to the actual body situation of monitored human body, and the blood pressure parameter of setting in conjunction with doctors experience: A
1=150mmHg, A
2=95mmHg, A
3=90mmHg, A
4=60mmHg.
The specific embodiment eight: present embodiment is described further embodiment five, according to the actual body situation of monitored human body, and the blood oxygen saturation parameter of setting in conjunction with doctors experience: B
1=95%, B
2=98%.
The specific embodiment nine: present embodiment is described further embodiment one, and the process that the physiological characteristic data that basis is obtained in the step 3 is adjusted volume of music, rhythm, stops or changing music track is:
Treat and return when playing corresponding music track with the heart rate that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If heart rate x＞T
4, and through the one-period musical therapy, the heart rate fall is not more than 5Hz～8Hz, and then message processing module 2 control music track output modules 3 are transferred slow music rhythm, and described one-period is 5 minutes～20 minutes;
If heart rate x＜T
2, and through the one-period musical therapy, the heart rate ascensional range is not more than 5Hz～8Hz, and then message processing module 2 control music track output modules 3 are transferred fast music rhythm;
If changes in heart rate is too fast, then reduce volume, the too fast standard of described changes in heart rate is: increase or reduce more than the 10Hz in 2 minutes;
If heart rate x＞T
4Or x＜T
2, and after adjusting rhythm, heart rate is not got back to normal range, and then message processing module 2 control music track output modules 3 are changed music track, and be the normal range of heart rate: T
1≤ x≤T
3
Treat and return when playing corresponding music track with the blood pressure that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2, and through the one-period musical therapy, systolic pressure or diastolic pressure fall are no more than 5mmHg, and then message processing module 2 control music track output modules 3 are transferred slow music rhythm;
If systolic pressure≤A
3Or diastolic pressure≤A
4, and through the one-period musical therapy, systolic pressure or diastolic pressure ascensional range are no more than 5mmHg, then transfer fast music rhythm;
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2Or systolic pressure≤A
3Or diastolic pressure≤A
4, and after adjusting rhythm, blood pressure is not got back to normal range, then changes music track, be the normal range of systolic pressure: A
3＜systolic pressure＜A
1, be the normal range of diastolic pressure: A
4＜diastolic pressure＜A
2
Treat and return when playing corresponding music track with the blood oxygen saturation that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If blood oxygen saturation≤B
1The time, and through the one-period musical therapy, blood oxygen saturation raises and is no more than 0.5%, and then message processing module 2 control music track output modules 3 are transferred slow music rhythm;
If blood oxygen saturation 〉=B
2The time, and through the one-period musical therapy, blood oxygen saturation descends and is no more than 0.5%, and then message processing module 2 control music track output modules 3 are transferred fast music rhythm;
If blood oxygen saturation≤B
1Or blood oxygen saturation 〉=B
2, and after adjusting rhythm, blood oxygen saturation is not got back to normal range, and then message processing module 2 control music track output modules 3 are changed music track, and be the normal range of blood oxygen saturation: B
1＜blood oxygen saturation＜B
2
Claims (9)
1. based on the music playing system of characteristics of human body monitoring, it is characterized in that, it comprises characteristics of human body's acquisition module (1), message processing module (2) and music track output module (3), and message processing module (2) is used for playing the corresponding music of output according to the physiological characteristic data control music track output module (3) of the human body of characteristics of human body's acquisition module (1) collection;
Message processing module (2) realizes that the method for this function may further comprise the steps:
The physiological characteristic data of step 1, message processing module (2) recipient's body characteristics acquisition module (1) monitoring, described physiological characteristic data comprises heart rate, blood pressure and blood oxygen saturation;
Step 2, the physiological characteristic data of obtaining according to step 1, the music track output module (3) that the monitored human body of message processing module (2) control carries accesses certain corresponding music track and plays;
The physiological characteristic data of monitored human body is monitored in step 3, continuation, and adjusts volume of music, rhythm, stops or changing music track according to the physiological characteristic data of obtaining.
2. the music playing system based on characteristics of human body's monitoring according to claim 1, it is characterized in that, characteristics of human body's acquisition module (1) is for measuring heart rate, pressure transducer and measurement oximetry sensor, it is the MS5536 pick off that measurement heart rate, pressure transducer are selected model for use, and it is the TSL237 pick off that the measurement oximetry sensor is selected model for use.
3. the music playing system based on characteristics of human body's monitoring according to claim 1 is characterized in that music track output module (3) is music player, MP3 or mobile phone.
4. the music playing system based on characteristics of human body's monitoring according to claim 1 is characterized in that, the music of the music track in the step 2 for placing in advance or record according to the characteristics of treatment content and monitored human body.
5. the music playing system based on characteristics of human body's monitoring according to claim 1, it is characterized in that, the physiological characteristic data of obtaining according to step 1 in the step 2, the process that the music track output module (3) that the monitored human body of message processing module (2) control carries accesses certain corresponding music track broadcast is:
The residing scope of heart rate x of step 11, the monitored human body of judgement, and then play corresponding music or jump to step 12:
Wherein, T
1Threshold value between slightly delaying with heart rate for heart rate is normal, T
2For heart rate slightly slow with the threshold value of crossing between delaying, T
3For heart rate normal with slightly soon between threshold value, T
4For heart rate omits soon and the threshold value between the rapid heart rate;
The residing scope of blood pressure of step 12, the monitored human body of judgement, and then play corresponding music or jump to step 13, described blood pressure comprises systolic pressure and diastolic pressure:
As systolic pressure 〉=A
1Or diastolic pressure 〉=A
2The time, play quiet, graceful light music;
As systolic pressure≤A
3Or diastolic pressure≤A
4The time, the rock music of broadcast lively rhythm;
Work as A
3＜systolic pressure＜A
1And A
4＜diastolic pressure＜A
2The time, jump to step 13;
Wherein, the parameter in the following formula is the actual body situation according to monitored human body, and sets A in conjunction with doctors experience
1The minimum of expression hyperpietic systolic pressure, A
2The minimum of expression hyperpietic diastolic pressure, A
3The peak of expression hypotensive systolic pressure, A
4The peak of expression hypotensive diastolic pressure;
The residing scope of blood oxygen saturation of step 13, the monitored human body of judgement, and then play corresponding music track:
As blood oxygen saturation≤B
1The time, play quiet, graceful light music;
As blood oxygen saturation 〉=B
2The time, the rock music of broadcast lively rhythm;
B
1＜blood oxygen saturation＜B
2The time, play the nature music or stop to play music;
Wherein, B
1The peak of the low blood oxygen saturation patient arterial oxygen saturation of expression, B
2The minimum of expression high oxygen pressure saturation patient arterial oxygen saturation.
6. the music playing system based on characteristics of human body's monitoring according to claim 5 is characterized in that T
1=70Hz, T
2=60Hz, T
3=90Hz, T
4=100Hz.
7. the music playing system based on characteristics of human body's monitoring according to claim 5 is characterized in that A
1=150mmHg, A
2=95mmHg, A
3=90mmHg, A
4=60mmHg.
8. the music playing system based on characteristics of human body's monitoring according to claim 5 is characterized in that B
1=95%, B
2=98%.
9. the music playing system based on characteristics of human body's monitoring according to claim 1 is characterized in that, the process that the physiological characteristic data that basis is obtained in the step 3 is adjusted volume of music, rhythm, stops or changing music track is:
Treat and return when playing corresponding music track with the heart rate that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If heart rate x＞T
4, and through the one-period musical therapy, the heart rate fall is not more than 5Hz～8Hz, and then message processing module (2) control music track output module (3) is transferred slow music rhythm, and described one-period is 5 minutes～20 minutes;
If heart rate x＜T
2, and through the one-period musical therapy, the heart rate ascensional range is not more than 5Hz～8Hz, and then message processing module (2) control music track output module (3) is transferred fast music rhythm;
If changes in heart rate is too fast, then reduce volume, the too fast standard of described changes in heart rate is: increase or reduce more than the 10Hz in 2 minutes;
If heart rate x＞T
4Or x＜T
2, and after adjusting rhythm, heart rate is not got back to normal range, and then message processing module (2) control music track output module (3) is changed music track, and be the normal range of heart rate: T
1≤ x≤T
3
Treat and return when playing corresponding music track with the blood pressure that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2, and through the one-period musical therapy, systolic pressure or diastolic pressure fall are no more than 5mmHg, and then message processing module (2) control music track output module (3) is transferred slow music rhythm;
If systolic pressure≤A
3Or diastolic pressure≤A
4, and through the one-period musical therapy, systolic pressure or diastolic pressure ascensional range are no more than 5mmHg, then transfer fast music rhythm;
If systolic pressure 〉=A
1Or diastolic pressure 〉=A
2Or systolic pressure≤A
3Or diastolic pressure≤A
4, and after adjusting rhythm, blood pressure is not got back to normal range, then changes music track, be the normal range of systolic pressure: A
3＜systolic pressure＜A
1, be the normal range of diastolic pressure: A
4＜diastolic pressure＜A
2
Treat and return when playing corresponding music track with the blood oxygen saturation that monitors as benchmark, the process of adjusting volume of music, rhythm, stop or changing music track is:
If blood oxygen saturation≤B
1The time, and through the one-period musical therapy, blood oxygen saturation raises and is no more than 0.5%, and then message processing module (2) control music track output module (3) is transferred slow music rhythm;
If blood oxygen saturation 〉=B
2The time, and through the one-period musical therapy, blood oxygen saturation descends and is no more than 0.5%, and then message processing module (2) control music track output module (3) is transferred fast music rhythm;
If blood oxygen saturation≤B
1Or blood oxygen saturation 〉=B
2, and after adjusting rhythm, blood oxygen saturation is not got back to normal range, and then message processing module (2) control music track output module (3) is changed music track, and be the normal range of blood oxygen saturation: B
1＜blood oxygen saturation＜B
2
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