CN103111006A - Intelligent mood adjustment instrument - Google Patents
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- CN103111006A CN103111006A CN2013100379333A CN201310037933A CN103111006A CN 103111006 A CN103111006 A CN 103111006A CN 2013100379333 A CN2013100379333 A CN 2013100379333A CN 201310037933 A CN201310037933 A CN 201310037933A CN 103111006 A CN103111006 A CN 103111006A
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Abstract
The invention provides an intelligent mood adjustment instrument which comprises a human body parameter detection module, a music player, a first structured query language (SQL) data bank, a second SQL data bank, a modeling module and a control module. The first SQL data bank is used for recording physiological parameter data, the second SQL data bank is used for recording classified music files, the modeling module is used for building a mathematical model between the physiological parameter data and mood, and the control module converts the physiological parameter data collected by the human body parameter detection module into obtained corresponding mood value, selects the music files of the second SQL data bank, and automatically transmits the music files to the music player to be played. After playing of the selected music files is completed, the control module again chooses the music files according to the physiological parameter data. Compared with the prior art, the intelligent mood adjustment instrument enables music treatment to be automatic, an automatic closed loop control system is utilized to take samples of heartbeat frequency of a patient in a real-time mode and analyze mood conditions, suitable music is automatically played, and mood of a user is gradually adjusted to achieve the best level.
Description
[technical field]
The present invention relates to health convalescence equipment field, be specifically related to a kind of intelligent mood and adjust instrument.
[background technology]
Music is a kind of special language, and people cultivate one's taste by music, obtains strength (music comprises opera, storytelling, voice) from music.Music is not only a kind of artistic treat, the more important thing is that music can console people's unhealthy emotion, thereby physical function is improved, and finally can reach the effect of turning the foul and rotten into the rare and ethereal.
Music can be improved people's nervous system, cardiovascular system, hormonal system, digestive system, promotes people's secretion to be conducive to the chemical substance of health.It is clinical that present America and Europe is applied to general hospital widely with the music therapy equipment, particularly treats headache, operation pain, and hypertension, depression, anxiety patient receives some good effects.In Japan, the music therapy equipment still is in the clinical research stage, is mainly used in Cure for insomnia, depression, bulimia nervosa, somatopsychic illness, also is used for the aspects such as senile dementia prevention, and better effects is all arranged according to reports.
Effect and the positive effect of musical therapy are self-evident, but there is no at present special Medical and health-care apparatus section product for specific crowd, relatives can not accompany constantly such as long-term confined to bed can't take care of oneself old man, people with disability, anemia of pregnant woman, the crowd of infantile autism or depression, and large people and the hobby of operating pressure keeps healthy, the beauty treatment personage.Secondly present music therapy need be play and selected songs with artificial, several times treatment weekly, and the therefore DeGrain that is difficult to down lastingly, and take the full-time staff, extremely inconvenient.
[summary of the invention]
In order to address the above problem, the purpose of this invention is to provide a kind of simple to operately, the intelligent mood that is applicable to the patient of various different situations is adjusted instrument.
For achieving the above object, the intelligent mood of an embodiment of the present invention is adjusted instrument and is comprised: the human parameters detection module, for detection of the user physiological parameter relevant with mood, it comprises the palmic rate detector, and the physiological parameter that described palmic rate detector detects is palmic rate; Music player is used for playing music, and described intelligent mood is adjusted instrument and also comprised: the first SQL database is used for recording the physiological parameter data that the human body parameter detection module detects; The second SQL database is for the music file of record sort; MBM, MBM are set up the mathematical model between physiological parameter data and mood according to the first SQL database; Control module, on it, operation has the Monitoring and Controlling software based on Visual Studio platform development, described control module is used aforesaid mathematical model, the physiological parameter data of human parameters detection module collection is transformed the mood value that obtains correspondence, and the visualized graphs of the relation of output display mood and physiological parameter; And according to the mood value that obtains, choose the music file in the second SQL database, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays; After the music file of choosing finished, control module was chosen music file again according to the physiological parameter data of this moment, and by data base's plug-in unit, the music file of choosing was sent to music player automatically plays.
Preferably, described human parameters detection module also comprises: apnea detector, and the physiological parameter that described apnea detector detects is respiratory flow; Temperature Detector, the physiological parameter that described Temperature Detector detects is human body temperature; The resistance detector, the physiological parameter that described resistance detector detects is the skin resistance value of human body; The finger temperature detector, the physiological parameter that described finger temperature detector detects is the human body finger temperature.
Preferably, described mathematical model is assessed aforesaid respiratory flow, human body temperature, skin resistance value, human finger temperature and palmic rate simultaneously with fuzzy control method.
Preferably, also comprise alarm module, described alarm module is connected to alarm module to accept palmic rate information, and when palmic rate arrived a dangerous values of presetting and continues the default time, alarm module sent warning message.
Preferably, described human parameters detection module is connected described the first SQL database of connection, the second SQL database with music player.
Preferably, the control method of intelligent mood adjustment instrument comprises the following steps:
One, the palmic rate detector detects the palmic rate of certain hour section, with this palmic rate data importing the first SQL database;
Two, MBM is analyzed the data in the first SQL database, sets up the mathematical model between palmic rate and mood;
Three, control module is used aforesaid mathematical model, the physiological parameter data conversion of human parameters detection module collection this moment is obtained the mood value of correspondence, and the visualized graphs of the relation of output display mood and physiological parameter;
If four moods were in normal range, control module is chosen the music file in the second SQL database according to the mood value that obtains, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays;
Five, after the music file of choosing finishes, repeating step three and step 4.
Preferably, described human parameters detection module also comprises: apnea detector, and the physiological parameter that described apnea detector detects is respiratory flow; Temperature Detector, the physiological parameter that described Temperature Detector detects is human body temperature; The resistance detector, the physiological parameter that described resistance detector detects is the skin resistance value of human body; The finger temperature detector, the physiological parameter that described finger temperature detector detects is the human body finger temperature, described mathematical model is assessed aforesaid respiratory flow, human body temperature, skin resistance value, human finger temperature and palmic rate simultaneously with fuzzy control method.
Preferably, described intelligent mood is adjusted instrument and is also comprised alarm module, described alarm module is connected to described control module to accept the abnormal heartbeats frequency information, described control method is further comprising the steps of: when palmic rate arrived a dangerous values of presetting and continues the default time, alarm module sent warning message.
Preferably, described human parameters detection module is connected described the first SQL database of connection, the second SQL database with music player.
Than prior art, the present invention is music therapy automatization, utilize the automatic closed loop control system in real time to patient's palmic rate sampling analysis emotional status, and the automatic music that is fit to of playing, the mood of progressively adjusting user reaches optimum level, thereby strengthen himself immunity, make the people obtain a kind of positive sunlight phychology and reduce unmanned feeling of lonely of accompanying.This equipment in case employing will be played positive meaning in the personages' such as bed, health care, beauty treatment treatment, rehabilitation, maintenance to those prolonged illness, is the desirable mood oxygen bar of patient.
[description of drawings]
Fig. 1 is the control mode schematic diagram of embodiments of the invention.
Fig. 2 is the system flow chart of embodiments of the invention.
Fig. 3 is the frequency emotion graph of a relation of embodiments of the invention.
Fig. 4 is the front frequency time figure of music therapy of embodiments of the invention.
Fig. 5 is the frequency time figure after the music therapy of embodiments of the invention.
[specific embodiment]
In order to make the purpose, technical solutions and advantages of the present invention clearer, describe the present invention below in conjunction with the drawings and specific embodiments.
The intelligence mood is adjusted instrument and is comprised human parameters detection module, music player, the first SQL database, the second SQL database, MBM and control module.The intelligence mood is adjusted instrument can also comprise alarm module.
The human parameters detection module is for detection of the user physiological parameter relevant with mood, and the human parameters detection module comprises the palmic rate detector, and the physiological parameter that the palmic rate detector detects is palmic rate.
In one embodiment, intelligent mood adjustment instrument can only judge user's mood according to palmic rate.Yet, with mood relevant breathing in addition, human body temperature, human body resistance and finger temperature etc., these factors all can be utilized the sensor acquisition related data of corresponding detector, with the parallel input parameter as setting up the emotion mathematical model of palmic rate, multiple spot input control mode can avoid single parameter to make the assessment imperfection of model like this.A plurality of parameters are considered simultaneously, adopt the multiparameter input model to strengthen fuzzy control method consciousness, more easily obtain the precise figures model.For complexity non-linear, the time become, delay system, add fuzzy control method, can allow system response time fast, the variation of systematic parameter is had stronger robustness.Such design can guarantee that this device is more flexible, intelligent, hommization, so result is more accurate, and effect is more remarkable.
Thereby the human parameters detection module also can comprise: apnea detector, and the physiological parameter that apnea detector detects is respiratory flow; Temperature Detector, the physiological parameter that Temperature Detector detects is human body temperature; The resistance detector, the physiological parameter that the resistance detector detects is the skin resistance value of human body; The finger temperature detector, the physiological parameter that the finger temperature detector detects is the human body finger temperature.
Music player is used for playing music, listens to the adjusting mood for the user.
The first SQL database is used for recording the physiological parameter data that the human body parameter detection module detects; The second SQL database is for the music file of record sort.
MBM is set up the mathematical model between physiological parameter data and mood according to the first SQL database.
On control module, operation has the Monitoring and Controlling software based on Visual Studio platform development, control module is used aforesaid mathematical model, the physiological parameter data of human parameters detection module collection is transformed the mood value that obtains correspondence, and the visualized graphs of the relation of output display mood and physiological parameter; And according to the mood value that obtains, choose the music file in the second SQL database, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays.Preferably, mathematical model is assessed aforesaid respiratory flow, human body temperature, skin resistance value, human finger temperature and palmic rate simultaneously.
Alarm module is connected to described control module to accept the abnormal heartbeats frequency information, and when palmic rate arrived a dangerous values of presetting and continues the default time, alarm module sent warning message.The intelligence mood is adjusted instrument and can be triggered nurse room or user and specify relatives room alarm, and this function is applicable to those long-time unmanned crowds etc. that stays alone who accompanies very much.
The human parameters detection module is connected with music player by described the first SQL database of long-range connection, the second SQL database and control module.Like this, the data base can be arranged on high in the clouds, and user's side only need only to need the computer with server, music player, the palmic rate detector installs the software of exploitation in computer, just can be used as control module and use, the user can experience intelligent mood and adjust instrument.
With reference to Fig. 1, the intelligence mood is adjusted instrument and is adopted closed loop control, after it will reflect that the physiological parameters such as palmic rate, respiratory flow, skin resistance, finger temperature of user mood collect intelligent mood and adjust in instrument, choose music to the user, after the music file of choosing finished, under the mood after the user improves, control module according to the physiological parameter data of this moment, was chosen music file again, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays.
Idiographic flow referring to Fig. 2 introducing system.
The first step: at first we utilize the palmic rate detector to detect the palmic rate of user certain hour section, also that the process of this equipment self study is (because everyone body and mind is different between detection period, the mood of heart beating rule and reaction is also different), the data that detect import the first SQL database (i.e. the first data base in figure) automatically.
In addition, we connect according to the mood kind and can effectively change the music file that improves this mood, set up second SQL database (i.e. the second data base in figure), all kinds of music of this systematic collection, and exhaustive division on request.
With reference to Fig. 4, for typical patient, the palmic rate fluctuation in the self study process is larger, rises and falls indefinite.
Second step: after the detection in the self study process is complete, MBM starts Matlab software, by the data in Matlab software analysis the first SQL database, analyze relation and rule between palmic rate Frequency and mood Mood, and then set up the mathematical model between palmic rate and mood.
The 3rd step: control module is used aforesaid mathematical model, import in the Monitoring and Controlling software of developing on based on Visual Studio platform and analyze the mathematical model that obtains, the physiological parameter data of human parameters detection module collection this moment is transformed the mood value that obtains correspondence, and show mood Mood, palmic rate Frequency graph of a relation with visualized graphs, but the demonstration patient's of visual pattern mood state like this.Concrete, when instrument is started working, the sensor of palmic rate detector (probe) detects user frequency data with it, pass to the computer that server capability is arranged that Monitoring and Controlling software is housed, the frequency virtual value that Monitoring and Controlling software is come collection is inputted wherein mathematical model relational expression, draws corresponding mood value.
With reference to Fig. 3, the mood value can be divided into some grades according to the difference of palmic rate, in specific embodiment, is divided into: rapid heart rate is dangerous, irascible or excited, irritable excitement, dysphoria, normally, the overcast passiveness of mood, heart rate cross slow dangerous 7 grades.
The 4th step: after obtaining the mood value, if mood was in normal range, the detection of control module is controlled software according to the mood value that obtains, can automatically trigger music file corresponding in the second SQL database, the pin function that music file connects by the data base automatically transmits the music file data and plays to music player, the user mood thereby the music that real-time broadcast is fit to is releived.
If mood was in inside and outside normal range, palmic rate is abnormal, and when showing as the default dangerous values of palmic rate arrival one and continuing the default time, alarm module sends warning message.
The 5th step: after the music file of choosing finishes, repeating step three and step 4.So circulate, revise in real time the palmic rate of user.
With reference to Fig. 5, after intelligent mood was adjusted instrument work, the heart rate comparison diagram 4 of typical user was improved, and mood is stable gently.
As front stating, the present invention's intelligence mood is adjusted into closed loop automatic control system, can revise in real time, improve the emotion of user.The patient of irascible temperament should listen the melody that rhythm is slow, allow the people think deeply, the suitable many tins of magnificences of pessimistic, passive patient, rough and stem-winding music, and patient's optimum of essential hypertension listens lyrical music such as " violin concerto "; Neurasthenia: listen just before going to bed the excited especially happy allusion quotation such as Liszt's " hungarian rhapsody ", " toll bar " of Bizet. such as the hypnosis pattern, the personal like that we understand the end user takes into account some gentle classic songs, opera, storytelling, such as " the moon over a fountain ", " moon in Pinghu autumn ", " the candle shadow shakes red ", " water outlet lotus " " Midsummer Night's Dream " etc.
Our product object is extensive.Except laid-up user, can also be the anemia of pregnant woman, can Real-Time Monitoring the heart beating of itself and fetus reduce its anxiety fear with music again and also can be used as fetus education.Or the user such as some hypertension, depression, unsociable and eccentric disease, hyperkinetic syndrome, music can be pacified their emotion, keeps good mood, confidence, the phychology of sunlight.
Above listed a series of detailed description is only illustrating for feasibility embodiment of the present invention; they are not to limit protection scope of the present invention, all disengaging within equivalent embodiment that skill spirit of the present invention does or change all should be included in protection scope of the present invention.
Claims (9)
1. an intelligent mood is adjusted instrument, comprising:
The human parameters detection module, for detection of the user physiological parameter relevant with mood, it comprises the palmic rate detector, the physiological parameter that described palmic rate detector detects is palmic rate;
Music player is used for playing music, it is characterized in that, described intelligent mood is adjusted instrument and also comprised:
The first SQL database is used for recording the physiological parameter data that the human body parameter detection module detects;
The second SQL database is for the music file of record sort;
MBM, MBM are set up the mathematical model between physiological parameter data and mood according to the first SQL database;
Control module, on it, operation has the Monitoring and Controlling software based on Visual Studio platform development, described control module is used aforesaid mathematical model, the physiological parameter data of human parameters detection module collection is transformed the mood value that obtains correspondence, and the visualized graphs of the relation of output display mood and physiological parameter; And according to the mood value that obtains, choose the music file in the second SQL database, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays;
After the music file of choosing finished, control module was chosen music file again according to the physiological parameter data of this moment, and by data base's plug-in unit, the music file of choosing was sent to music player automatically plays.
2. intelligent mood according to claim 1 is adjusted instrument, it is characterized in that, described human parameters detection module also comprises:
Apnea detector, the physiological parameter that described apnea detector detects is respiratory flow;
Temperature Detector, the physiological parameter that described Temperature Detector detects is human body temperature;
The resistance detector, the physiological parameter that described resistance detector detects is the skin resistance value of human body;
The finger temperature detector, the physiological parameter that described finger temperature detector detects is the human body finger temperature.
3. intelligent mood according to claim 1 is adjusted instrument, it is characterized in that, described mathematical model is assessed aforesaid respiratory flow, human body temperature, skin resistance value, human finger temperature and palmic rate simultaneously with fuzzy control method.
4. intelligent mood according to claim 1 is adjusted instrument, it is characterized in that, also comprise alarm module, described alarm module is connected to control module to accept the abnormal heartbeats frequency information, when palmic rate arrived a dangerous values of presetting and continues the default time, alarm module sent warning message.
5. intelligent mood according to claim 1 is adjusted instrument, it is characterized in that, described human parameters detection module is connected described the first SQL database of connection, the second SQL database with music player.
6. the control method of an intelligent mood adjustment instrument as claimed in claim 1, is characterized in that, comprises the following steps:
One, the palmic rate detector detects the palmic rate of certain hour section, with this palmic rate data importing the first SQL database;
Two, MBM is analyzed the data in the first SQL database, sets up the mathematical model between palmic rate and mood;
Three, control module is used aforesaid mathematical model, the physiological parameter data conversion of human parameters detection module collection this moment is obtained the mood value of correspondence, and the visualized graphs of the relation of output display mood and physiological parameter;
If four moods were in normal range, control module is chosen the music file in the second SQL database according to the mood value that obtains, and by data base's plug-in unit, the music file of choosing is sent to music player automatically plays;
Five, after the music file of choosing finishes, repeating step three and step 4.
7. adjust the control method of instrument according to intelligent mood as claimed in claim 6, it is characterized in that, described human parameters detection module also comprises: apnea detector, and the physiological parameter that described apnea detector detects is respiratory flow; Temperature Detector, the physiological parameter that described Temperature Detector detects is human body temperature; The resistance detector, the physiological parameter that described resistance detector detects is the skin resistance value of human body; The finger temperature detector, the physiological parameter that described finger temperature detector detects is the human body finger temperature, described mathematical model is assessed aforesaid respiratory flow, human body temperature, skin resistance value, human finger temperature and palmic rate simultaneously with fuzzy control method.
8. adjust the control method of instrument according to intelligent mood as claimed in claim 6, it is characterized in that, described intelligent mood is adjusted instrument and is also comprised alarm module, and described alarm module is connected to described control module to accept heart beating abnormal frequency information, and described control method is further comprising the steps of:
When palmic rate arrived a dangerous values of presetting and continues the default time, alarm module sent warning message.
9. adjust the control method of instrument according to intelligent mood as claimed in claim 6, it is characterized in that, described human parameters detection module is connected described the first SQL database of connection, the second SQL database with music player.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201227465Y (en) * | 2008-06-03 | 2009-04-29 | 吴剑波 | Multi-path portable mental emotion adjustment and intelligence potential excitation device |
| CN101822863A (en) * | 2010-01-28 | 2010-09-08 | 深圳先进技术研究院 | Emotion regulating device and method thereof |
| US20100234671A1 (en) * | 2009-03-12 | 2010-09-16 | Brandes Vera M | Systems and Methods for Music Therapy |
| CN102198301A (en) * | 2011-05-20 | 2011-09-28 | 哈尔滨工业大学 | Music playing system based on body feature monitoring |
| CN102294068A (en) * | 2010-06-22 | 2011-12-28 | 上海迈辉信息技术有限公司 | Intelligent feedback music relaxation hypnosis treatment system and realizing method thereof |
-
2013
- 2013-01-31 CN CN2013100379333A patent/CN103111006A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201227465Y (en) * | 2008-06-03 | 2009-04-29 | 吴剑波 | Multi-path portable mental emotion adjustment and intelligence potential excitation device |
| US20100234671A1 (en) * | 2009-03-12 | 2010-09-16 | Brandes Vera M | Systems and Methods for Music Therapy |
| CN101822863A (en) * | 2010-01-28 | 2010-09-08 | 深圳先进技术研究院 | Emotion regulating device and method thereof |
| CN102294068A (en) * | 2010-06-22 | 2011-12-28 | 上海迈辉信息技术有限公司 | Intelligent feedback music relaxation hypnosis treatment system and realizing method thereof |
| CN102198301A (en) * | 2011-05-20 | 2011-09-28 | 哈尔滨工业大学 | Music playing system based on body feature monitoring |
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