CN113257386A - Music playing method and system for music therapeutic instrument - Google Patents
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Abstract
The invention discloses a music playing method for a music therapeutic apparatus, which relates to the technical field of music therapeutic equipment, and comprises a music database, a music playing module and a condition adjusting module, wherein the method comprises the following steps: collecting body information of a user in real time; judging whether the music playing module is playing music, if so, comparing the sizes of the plurality of music frequency amplitude information and obtaining minimum music frequency amplitude information, obtaining a time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point; when the music being played is played to the interactive playing time point, judging whether the music being played belongs to the real-time music category, if not, playing the music corresponding to the real-time music category through the music playing module; also provides a music playing system for the music therapeutic apparatus. The invention has the advantages of comprehensive detection and improvement of music treatment effect.
Description
Technical Field
The invention relates to the technical field of music therapeutic equipment, in particular to a music playing method and a music playing system for a music therapeutic instrument.
Background
Music treatment was formally a subject at Michigan State university, USA, 1944. Over half a century of development, music therapy has become a mature and complete marginal discipline, with as many as hundreds of established clinical treatments, and forming a large theoretical genre. There are nearly 80 colleges in the united states with music treatment professions, culturists, masters and doctor students. Approximately 4000 countries registered music therapists in the united states work in psychiatric hospitals, general hospitals, geriatric hospitals, pediatric hospitals, special education schools, and various psychology clinics. Since the last 70 years music treatments have been introduced into asia.
Music therapy is a systematic interventional process in which therapists use various forms of music experience and therapeutic relationships developed during therapy as motivations for therapy to help the subject achieve a healthy goal.
Music is not simply a recreation mode, can be used as a method for treating diseases, can be cultured in emotions and viewpoints of school students, can relieve pre-competition tension of athletes, and can improve competition results, and modern physiology also proves that the music can influence blood pressure of people, namely, fast-paced music can increase blood pressure, soft and slow music can reduce blood pressure, researches show that after pleasant music is transmitted into cerebral cortex through auditory organs of a human body, the music can well stimulate the nervous system, has a certain effect on the cardiovascular system, the endocrine system, the digestive system and the motor system, and meanwhile, the current somatosensory music therapy is composed of traditional music therapy and somatosensory equipment, somatosensory music stimulates central nerves to secrete endorphins, dopamine, epinephrine and the like, so that the enzymes and neurotransmitters beneficial to health can improve the nervous system of the human body, The cardiovascular system and the endocrine system, and regulate heart rate, respiratory rhythm, blood pressure, etc. But among them the following drawbacks: firstly, the detection of the physical and mental states of the user is not completely unreliable, so that the music treatment effect is poor; secondly, some therapeutic instruments cannot change music in real time according to the physical and mental states of users, so that the music therapeutic effect is poor and the therapeutic efficiency is low; some treatment apparatuses can be replaced in real time, but the replacement generally adopts the following two ways: one is to replace the music immediately, if the difference between the sound conditions of two pieces of music is too large, the psychological state of the user can be changed, the treatment process is greatly influenced, and the other is to replace the music when the music which is played is stopped, but the psychological state of the user cannot be guaranteed not to be changed, so that the music treatment effect cannot be obviously improved after the music is replaced in a delayed way.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a music playing method and a music playing system for a music therapeutic apparatus.
A music playing method for a music therapeutic apparatus comprises a music database, a music playing module and a condition adjusting module, and the method comprises the following steps: acquiring body information of a user in real time to obtain real-time state information of the user; obtaining a user real-time emotion category through the user real-time state information, and obtaining a user real-time emotion level through the user real-time state information; acquiring a real-time music category corresponding to the real-time emotion category of the user in the music database, wherein the music database contains music corresponding to the real-time music category; judging whether the music playing module is playing music, if not, playing music corresponding to the real-time music category through the music playing module; if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point; when the music being played is played to the interactive playing time point, judging whether the music being played belongs to the real-time music category, if not, playing the music corresponding to the real-time music category through a music playing module; if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module adjusts the sound condition of the music being played according to the real-time control instruction. When the user uses the therapeutic apparatus, the whole playing method is as follows: firstly, collecting body information of a user, wherein the body information comprises blood pressure index, relaxation degree, fatigue degree, heart rate variability, skin electric transmission levelling, expression change and the like, all collection modes are realized by a biofeedback technology, and the real-time state information of the user is obtained through the weight processing of the dynamic analysis management software according to the body information, and obtaining the real-time emotion categories of the user through the real-time state information of the user, wherein the emotion categories of the user comprise anxiety, depression, tension, sadness, joy, happiness, relaxation, happiness, peace and the like, the obtained real-time emotion category of the user is one of the emotion categories of the user, and meanwhile, the real-time emotion level of the user is obtained through the real-time state information of the user, and the emotion level of the user is divided into a low level, a middle level and a high level which respectively represent the expression degree of each emotion category of the user; further, obtaining real-time music categories corresponding to the real-time emotion categories of the user in a music database, wherein all music in the music database is provided by professional registered music therapists for music selection and uses original music, the whole music database is divided into a relaxing music category, a violent music category, a cheerful music category and the like according to the emotion of the music, and each music category comprises a plurality of pieces of music with different styles; further, whether the music playing module plays music is judged, if not, the music playing module represents that the user just starts music treatment at the moment, and only the music corresponding to the real-time music category needs to be played through the music playing module; if so, the user is performing music therapy at the moment, and if the music is adjusted immediately at the moment, a certain degree of variation difference is generated, so that the music therapy effect is greatly influenced, at the moment, the playing time length and the real-time playing time point of the music being played need to be obtained first, so as to obtain a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, the preset time period is preset in the therapy apparatus and can be relatively small time periods of 3S, 5S or 10S, and the music frequency amplitude information corresponding to all the time points in the time periods, the music frequency amplitude information is generally a waveform diagram, the sizes of the plurality of music frequency amplitude information are compared to obtain minimum music frequency amplitude information, and the minimum music frequency amplitude information is the lowest position in the waveform diagram, then, obtaining a time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information, and forming an interactive playing time point by using the time point, wherein the interactive playing time point is the moment when the therapeutic instrument adjusts the music, and the interactive playing time point is assumed to be 1.5S; further, the music being played continues to play for 1.5S, at this time, whether the music being played belongs to the real-time music category is judged, and if the music being played and the real-time music category are not the same music category, the music corresponding to the real-time music category is directly played through the music playing module; if the music being played and the real-time music are not in the same music category, converting the real-time emotion level of the user into a real-time control instruction, if the real-time emotion level of the user is low, the sound condition of the played music corresponding to the low level is a first preset standard, and if the sound condition of the music being played is not the preset standard, adjusting the sound condition of the music being played through a sound condition adjusting module according to the real-time control instruction until the sound condition of the music is the preset standard; because the emotion levels of the users are different, when the emotion level of the user is a middle level or a high level, the corresponding sound conditions of the played music are the second preset standard and the third preset standard, and the sound conditions of the first preset standard, the second preset standard and the third preset standard are different. And finally, continuously acquiring the body information of the user in real time, and sequentially and continuously performing the steps.
Preferably, the collecting the body information of the user in real time comprises: detecting a blood pressure index of a user, detecting a relaxation index of the user, detecting a fatigue index of the user, detecting a heart rate variability index of the user, detecting a skin electrical conduction level index of the user, and detecting an expression change index of the user. The physical and mental states of the user are judged through the blood pressure index, the relaxation index, the fatigue index, the heart rate variability index, the skin electric conduction level index and the expression change index, the physical and mental states of the user are mainly realized through a biofeedback technology, and the real-time state information of the user is obtained through processing of dynamic analysis management software according to the weight of each body information.
Preferably, the adjusting the sound condition of the music being played by the sound condition adjusting module according to the real-time control instruction comprises: the sound condition adjusting module adjusts the frequency of the music being played according to the real-time control instruction; and the sound condition adjusting module adjusts the amplitude of the music being played according to the real-time control instruction. The sound condition adjusting module is a controller and an equalizer, and the frequency and the amplitude of the music are controlled by the equalizer, so that the aim of controlling the sound condition is fulfilled.
Preferably, the method further comprises: and judging whether music is played or not, and if so, controlling the therapeutic instrument to vibrate. When playing music, shake along with the shake module to improve treatment, let the user control circadian rhythm more fast, alleviate the mood, relax the decompression.
Preferably, comparing magnitudes of the plurality of music frequency amplitude information and obtaining the minimum music frequency amplitude information includes: the sizes of a plurality of pieces of music frequency amplitude information are compared, and if a plurality of pieces of minimum music frequency amplitude information of the same size appear, one piece of minimum music frequency amplitude information is arbitrarily selected.
Still provide the music broadcast system that music therapeutic instrument used, including music database, music broadcast module and condition adjustment module, still include: the acquisition processing module is used for acquiring the body information of the user in real time and acquiring the real-time state information of the user; the emotion processing module is used for acquiring the real-time emotion category of the user through the real-time user state information and acquiring the real-time emotion level of the user through the real-time user state information; the music type processing module is used for acquiring a real-time music type corresponding to the real-time emotion type of the user in the music database, wherein the music database contains music corresponding to the real-time music type; the first judgment module is used for judging whether the music playing module is playing music or not, and if not, playing the music corresponding to the real-time music category through the music playing module; if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point; the second judging module is used for judging whether the music being played belongs to the real-time music category or not when the music being played is played to the interactive playing time point, and if not, playing the music corresponding to the real-time music category through the music playing module; if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module adjusts the sound condition of the music being played according to the real-time control instruction. The music playing system for the whole music therapeutic apparatus is a system corresponding to the method, so the specific using process and effect are the same as those described in the above embodiment, and redundant description is not repeated here.
Preferably, the acquisition processing module comprises: the blood pressure measurement processing unit is used for detecting the blood pressure index of the user; a game measurement processing unit for detecting a user relaxation index and a user fatigue index; the heart rate measurement processing unit is used for detecting a heart rate variability index of the user; the skin electric conduction level measurement processing unit is used for detecting skin electric conduction level indexes of the user; and the facial measurement processing unit is used for detecting the expression change index of the user.
Preferably, the second determination module includes: the frequency adjusting unit is used for controlling the sound condition adjusting module to adjust the frequency of the music being played according to the real-time control instruction; and the amplitude adjusting unit is used for controlling the sound condition adjusting module to adjust the amplitude of the music which is played according to the real-time control instruction.
Preferably, the medical instrument further comprises a third judging module, wherein the third judging module is used for judging whether music is played, and if so, the medical instrument is controlled to vibrate.
Preferably, the first determining module includes a comparing and selecting unit, where the comparing and selecting unit is configured to compare sizes of the plurality of pieces of music frequency amplitude information, and if a plurality of pieces of minimum music frequency amplitude information with the same size appear, arbitrarily select one piece of minimum music frequency amplitude information.
The invention has the beneficial effects that:
in the invention, the music playing method can lead the whole therapeutic instrument to fully collect the physiological and psychological changes of the user, the whole collecting process is scientific and reliable, the obtained final user state is more accurate by carrying out weight analysis through various indexes, and simultaneously the corresponding music can be automatically switched according to the physiological and psychological changes of the user, thereby realizing a more comprehensive and better music therapeutic means, more importantly, the interactive playing time point is formed by carrying out contrast processing on the music being played, because the interactive playing time point corresponds to the minimum music frequency amplitude information of the music being played, the harmony degree of music therapy can be maximally improved by adjusting or replacing the music at the moment, the adverse effect of the user caused by the sudden change of the music is fully avoided, thereby ensuring the music therapeutic effect, and can enrich the application of clinical scientific research.
Drawings
In order to more clearly illustrate the detailed description of the invention or the technical solutions in the prior art, the drawings that are needed in the detailed description of the invention or the prior art will be briefly described below. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.
FIG. 1 is a flow chart illustrating the steps of a music playing method for the music therapeutic apparatus of the present invention;
fig. 2 is a schematic connection diagram of a music playing system for the music therapeutic apparatus of the present invention.
Reference numerals:
1-a music database, 2-a music playing module, 3-a sound condition adjusting module, 4-an acquisition processing module, 41-a blood pressure measuring and processing unit, 42-a game measuring and processing unit, 43-a heart rate measuring and processing unit, 44-a skin electric conduction level measuring and processing unit, 45-a face measuring and processing unit, 5-an emotion processing module, 6-a music category processing module, 7-a first judging module, 71-a comparison and selection unit, 8-a second judging module, 81-a frequency adjusting unit, 82-an amplitude adjusting unit and 9-a third judging module.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures. Furthermore, the terms "first," "second," and the like are used merely to distinguish one description from another, and are not to be construed as indicating or implying relative importance.
In the description of the embodiments of the present invention, it should be noted that the terms "inside", "outside", "upper", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings or orientations or positional relationships conventionally arranged when products of the present invention are used, and are only used for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the devices or elements indicated must have specific orientations, be constructed in specific orientations, and operated, and thus, cannot be construed as limiting the present invention.
As shown in fig. 1 and fig. 2, a music playing method for a music therapeutic apparatus includes a music database, a music playing module and a condition adjusting module, and the method includes:
acquiring body information of a user in real time to obtain real-time state information of the user;
obtaining a user real-time emotion category through the user real-time state information, and obtaining a user real-time emotion level through the user real-time state information;
acquiring a real-time music category corresponding to the real-time emotion category of the user in the music database, wherein the music database contains music corresponding to the real-time music category;
judging whether the music playing module is playing music, if not, playing music corresponding to the real-time music category through the music playing module; if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point;
when the music being played is played to the interactive playing time point, judging whether the music being played belongs to the real-time music category, if not, playing the music corresponding to the real-time music category through a music playing module; if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module adjusts the sound condition of the music being played according to the real-time control instruction.
In this embodiment, when the user uses the therapeutic apparatus, the whole playback method is as follows:
firstly, collecting body information of a user, wherein the body information comprises blood pressure index, relaxation degree, fatigue degree, heart rate variability, skin electric transmission levelling, expression change and the like, all collection modes are realized by a biofeedback technology, and the real-time state information of the user is obtained through the weight processing of the dynamic analysis management software according to the body information, and obtaining the real-time emotion categories of the user through the real-time state information of the user, wherein the emotion categories of the user comprise anxiety, depression, tension, sadness, joy, happiness, relaxation, happiness, peace and the like, the obtained real-time emotion category of the user is one of the emotion categories of the user, and meanwhile, the real-time emotion level of the user is obtained through the real-time state information of the user, and the emotion level of the user is divided into a low level, a middle level and a high level which respectively represent the expression degree of each emotion category of the user;
further, obtaining real-time music categories corresponding to the real-time emotion categories of the user in a music database, wherein all music in the music database is provided by professional registered music therapists for music selection and uses original music, the whole music database is divided into a relaxing music category, a violent music category, a cheerful music category and the like according to the emotion of the music, and each music category comprises a plurality of pieces of music with different styles;
further, whether the music playing module is playing music is judged, if not, the music playing module represents that the user just starts music treatment at the moment, and only the music corresponding to the real-time music category needs to be played through the music playing module, wherein the music playing module can be used for controlling manually or automatically; if so, the user is performing music therapy at the moment, and if the music is adjusted immediately at the moment, a certain degree of variation difference is generated, so that the music therapy effect is greatly influenced, at the moment, the playing time length and the real-time playing time point of the music being played need to be obtained first, so as to obtain a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, the preset time period is preset in the therapy apparatus and can be relatively small time periods of 3S, 5S or 10S, and the music frequency amplitude information corresponding to all the time points in the time periods, the music frequency amplitude information is generally a waveform diagram, the sizes of the plurality of music frequency amplitude information are compared to obtain minimum music frequency amplitude information, and the minimum music frequency amplitude information is the lowest position in the waveform diagram, then, obtaining a time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information, and forming an interactive playing time point by using the time point, wherein the interactive playing time point is the moment when the therapeutic instrument adjusts the music, and the interactive playing time point is assumed to be 1.5S;
further, the music being played continues to play for 1.5S, at this time, whether the music being played belongs to the real-time music category is judged, and if the music being played and the real-time music category are not the same music category, the music corresponding to the real-time music category is directly played through the music playing module; if the music being played and the real-time music are not in the same music category, converting the real-time emotion level of the user into a real-time control instruction, if the real-time emotion level of the user is low, the sound condition of the played music corresponding to the low level is a first preset standard, and if the sound condition of the music being played is not the preset standard, adjusting the sound condition of the music being played through a sound condition adjusting module according to the real-time control instruction until the sound condition of the music is the preset standard; because the emotion levels of the users are different, when the emotion level of the user is a middle level or a high level, the corresponding sound conditions of the played music are the second preset standard and the third preset standard, and the sound conditions of the first preset standard, the second preset standard and the third preset standard are different.
It should be further noted that the music playing library is pre-selected and classified according to the user preferences, specifically, since each user has different music preferences, the operator and the user select the music with different emotions corresponding to the user from the source music library together, establish the music playing library dedicated to the user, and then switch the music in real time, wherein the music tracks in the set relaxing music category, violent music category, cheerful music category, and the like are pre-selected and classified by the user, and the specific music switched and played by the whole method is the music playing library pre-selected and classified by the user.
And finally, continuously acquiring the body information of the user in real time, and sequentially and continuously performing the steps.
In conclusion, the music playing method can lead the whole therapeutic instrument to fully collect the physiological and psychological changes of the user, the whole collection process is scientific and reliable, meanwhile, the weight analysis is carried out through various indexes, the obtained final user state is more accurate, the physiological and psychological changes of the user can be fully referred, the music treatment means with more comprehensive and better effect is realized by automatically switching the corresponding music, and more importantly, the interactive playing time point is formed by comparing the music which is played, since the interactive play time point corresponds to the minimum music frequency amplitude information of the music being played, therefore, the harmonious degree of music treatment can be improved to the maximum extent by adjusting or replacing music at the moment, and adverse effects caused by sudden change of music of a user are fully avoided, so that the music treatment effect is ensured, and the application of clinical scientific research can be enriched.
Specifically, the real-time collection of the body information of the user comprises the following steps: detecting a blood pressure index of a user, detecting a relaxation index of the user, detecting a fatigue index of the user, detecting a heart rate variability index of the user, detecting a skin electrical conduction level index of the user, and detecting an expression change index of the user.
In this embodiment, it should be noted that the physical and mental states of the user are determined by a blood pressure index, a relaxation index, a fatigue index, a heart rate variability index, a skin conductance level index, and an expression change index, and the physical and mental states are mainly achieved by a biofeedback technique, and the real-time state information of the user is obtained by processing the dynamic analysis management software according to the weight of each body information.
Specifically, the adjusting the sound condition of the music being played by the sound condition adjusting module according to the real-time control instruction includes: the sound condition adjusting module adjusts the frequency of the music being played according to the real-time control instruction; and the sound condition adjusting module adjusts the amplitude of the music being played according to the real-time control instruction.
In this embodiment, the sound condition adjusting module is a controller and an equalizer, and controls the frequency and the amplitude of the music through the equalizer, wherein the frequency is higher or lower according to the real-time control command, and the amplitude is larger or smaller according to the real-time control command, so as to achieve the purpose of controlling the sound condition.
Specifically, the method further includes: and judging whether music is played or not, and if so, controlling the therapeutic instrument to vibrate.
In this embodiment, it should be noted that when music is played, the vibration module vibrates to improve the therapeutic effect, so that the user can control the circadian rhythm more quickly, relieve emotion, and relax pressure.
Specifically, comparing the magnitudes of the plurality of pieces of music frequency amplitude information and obtaining minimum music frequency amplitude information includes: the sizes of a plurality of pieces of music frequency amplitude information are compared, and if a plurality of pieces of minimum music frequency amplitude information of the same size appear, one piece of minimum music frequency amplitude information is arbitrarily selected.
Specifically, a music playing system for a music therapeutic apparatus is further provided, which includes a music database 1, a music playing module 2 and a condition adjusting module 3, and further includes:
the acquisition processing module 4 is used for acquiring the body information of the user in real time and acquiring the real-time state information of the user;
the emotion processing module 5 is used for acquiring the real-time emotion category of the user through the real-time user state information and acquiring the real-time emotion level of the user through the real-time user state information;
the music category processing module 6 is used for acquiring a real-time music category corresponding to the real-time emotion category of the user in the music database 1, wherein the music database 1 contains music corresponding to the real-time music category;
the first judging module 7 is configured to judge whether the music playing module 2 is playing music, and if not, play music corresponding to the real-time music category through the music playing module 2; if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point;
the second judging module 8 is configured to judge whether the music being played belongs to the real-time music category when the music being played is played to the interactive playing time point, and if not, play the music corresponding to the real-time music category through the music playing module 2; if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module 3 adjusts the sound condition of the music being played according to the real-time control instruction.
In this embodiment, it should be noted that the music playing system for the whole music therapeutic apparatus is a system corresponding to the method, and therefore the specific using process and effect are the same as those in the above embodiment, and will not be described herein.
Specifically, the acquisition processing module 4 includes: a blood pressure measurement processing unit 41 for detecting a blood pressure index of the user; a game measurement processing unit 42 for detecting a user relaxation index and a user fatigue index; a heart rate measurement processing unit 43 for detecting a user heart rate variability index; a skin conductance level measurement processing unit 44 for detecting a skin conductance level index of the user; a face measurement processing unit 45 for detecting the user expression change index.
Specifically, the second judgment module 8 includes: the frequency adjusting unit 81 is used for controlling the sound condition adjusting module 3 to adjust the frequency of the music being played according to the real-time control instruction; and the amplitude adjusting unit 82 is used for controlling the sound condition adjusting module 3 to adjust the amplitude of the music being played according to the real-time control instruction.
Specifically, the medical instrument further comprises a third judging module 9, wherein the third judging module 9 is used for judging whether music is played, and if so, the medical instrument is controlled to vibrate.
Specifically, the first determining module 7 includes a comparing and selecting unit 71, which is configured to compare sizes of a plurality of pieces of music frequency amplitude information, and if a plurality of pieces of minimum music frequency amplitude information with the same size appear, arbitrarily select one piece of minimum music frequency amplitude information.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention, and they should be construed as being included in the following claims and description.
Claims (10)
1. A music playing method for a music therapeutic apparatus is characterized by comprising a music database, a music playing module and a condition adjusting module, wherein the method comprises the following steps:
acquiring body information of a user in real time to obtain real-time state information of the user;
obtaining a user real-time emotion category through the user real-time state information, and obtaining a user real-time emotion level through the user real-time state information;
acquiring a real-time music category corresponding to the real-time emotion category of the user in the music database, wherein the music database contains music corresponding to the real-time music category;
judging whether the music playing module is playing music, if not, playing music corresponding to the real-time music category through the music playing module;
if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point;
when the music being played is played to the interactive playing time point, judging whether the music being played belongs to the real-time music category, if not, playing the music corresponding to the real-time music category through a music playing module;
if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module adjusts the sound condition of the music being played according to the real-time control instruction.
2. The music playing method of claim 1, wherein the real-time collecting of the user's body information comprises: detecting a blood pressure index of a user, detecting a relaxation index of the user, detecting a fatigue index of the user, detecting a heart rate variability index of the user, detecting a skin electrical conduction level index of the user, and detecting an expression change index of the user.
3. The music playing method of claim 1, wherein the adjusting module for adjusting the music playing status according to the real-time control command comprises:
the sound condition adjusting module adjusts the frequency of the music being played according to the real-time control instruction; and
and the sound condition adjusting module adjusts the amplitude of the music being played according to the real-time control instruction.
4. The music playback method of claim 1, further comprising:
and judging whether music is played or not, and if so, controlling the therapeutic instrument to vibrate.
5. The method of claim 1, wherein comparing the magnitudes of the plurality of music frequency amplitude information to obtain the minimum music frequency amplitude information comprises:
the sizes of a plurality of pieces of music frequency amplitude information are compared, and if a plurality of pieces of minimum music frequency amplitude information of the same size appear, one piece of minimum music frequency amplitude information is arbitrarily selected.
6. The utility model provides a music broadcast system that music therapeutic instrument used which characterized in that includes music database, music broadcast module and condition adjustment module, still includes:
the acquisition processing module is used for acquiring the body information of the user in real time and acquiring the real-time state information of the user;
the emotion processing module is used for acquiring the real-time emotion category of the user through the real-time user state information and acquiring the real-time emotion level of the user through the real-time user state information;
the music type processing module is used for acquiring a real-time music type corresponding to the real-time emotion type of the user in the music database, wherein the music database contains music corresponding to the real-time music type;
the first judgment module is used for judging whether the music playing module is playing music or not, and if not, playing the music corresponding to the real-time music category through the music playing module; if so, acquiring the playing time length and the real-time playing time point of the music being played, so as to acquire a plurality of music frequency amplitude information corresponding to a plurality of time points in a preset time period from the real-time playing time point of the music being played, comparing the sizes of the plurality of music frequency amplitude information and acquiring minimum music frequency amplitude information, acquiring the time point corresponding to the minimum music frequency amplitude information through the minimum music frequency amplitude information and forming an interactive playing time point by the time point;
the second judging module is used for judging whether the music being played belongs to the real-time music category or not when the music being played is played to the interactive playing time point, and if not, playing the music corresponding to the real-time music category through the music playing module; if yes, the real-time emotion level of the user is converted into a real-time control instruction, and the sound condition adjusting module adjusts the sound condition of the music being played according to the real-time control instruction.
7. The music player system of claim 6, wherein the collection and processing module comprises:
the blood pressure measurement processing unit is used for detecting the blood pressure index of the user;
a game measurement processing unit for detecting a user relaxation index and a user fatigue index;
the heart rate measurement processing unit is used for detecting a heart rate variability index of the user;
the skin electric conduction level measurement processing unit is used for detecting skin electric conduction level indexes of the user;
and the facial measurement processing unit is used for detecting the expression change index of the user.
8. The music player system of claim 6, wherein the second determining module comprises:
the frequency adjusting unit is used for controlling the sound condition adjusting module to adjust the frequency of the music being played according to the real-time control instruction;
and the amplitude adjusting unit is used for controlling the sound condition adjusting module to adjust the amplitude of the music which is played according to the real-time control instruction.
9. The music playing system for the music therapeutic apparatus according to claim 6, further comprising a third determining module, wherein the third determining module is used for determining whether music is played, and if so, controlling the therapeutic apparatus to vibrate.
10. The music playing system of claim 6, wherein the first determining module comprises a comparing and selecting unit, the comparing and selecting unit is configured to compare the magnitudes of the plurality of music frequency amplitude information, and if a plurality of minimum music frequency amplitude information with the same magnitude appears, one of the minimum music frequency amplitude information is arbitrarily selected.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115331781A (en) * | 2022-01-06 | 2022-11-11 | 中国科学院心理研究所 | Depression treatment system based on electrocardiosignals and music |
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| CN109829075A (en) * | 2019-02-25 | 2019-05-31 | 珠海格力电器股份有限公司 | Method and device for intelligently playing music |
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| CN109446375A (en) * | 2018-10-29 | 2019-03-08 | 广州小鹏汽车科技有限公司 | Adaptive method for playing music and system applied to vehicle |
| CN109829075A (en) * | 2019-02-25 | 2019-05-31 | 珠海格力电器股份有限公司 | Method and device for intelligently playing music |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115331781A (en) * | 2022-01-06 | 2022-11-11 | 中国科学院心理研究所 | Depression treatment system based on electrocardiosignals and music |
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