CN115721829A - Joint-sense rhythmicity stimulation system - Google Patents
Joint-sense rhythmicity stimulation system Download PDFInfo
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- CN115721829A CN115721829A CN202211457141.7A CN202211457141A CN115721829A CN 115721829 A CN115721829 A CN 115721829A CN 202211457141 A CN202211457141 A CN 202211457141A CN 115721829 A CN115721829 A CN 115721829A
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Abstract
The invention relates to a joint-sensation rhythmic stimulation system which comprises a control upper computer, a body-sensing micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED stroboscopic module, wherein the body-sensing micro-vibration sound therapy bed, the vibration audio library, the listening audio library and the LED stroboscopic module are respectively connected with the control upper computer; the vibration audio library is used for storing vibration audio tracks which can respond to the calling of the control upper computer to drive the somatosensory micro-vibration sound therapy bed to vibrate; the listening audio library is used for storing listening audio tracks for ears to listen, and the listening audio tracks are played based on the calling of the control upper computer; the LED stroboscopic module is used for generating color light which can be seen by human eyes and flicks according to a certain frequency under the control of the control upper computer. Compared with the prior art, the method has the advantages of convenience in use, strong expansibility, excellent effect and the like.
Description
Technical Field
The invention relates to the technical field of physical and mental sub-health and rehabilitation conditioning, in particular to a joint-sensation rhythmicity stimulation system.
Background
In the late 1970 to 1980 s, norwegian educators and therapists Olav Skile found that somatosensory music vibration can effectively relieve the spasm symptoms of limbs of children patients, and the system proposes "somatosensory vibration sound Therapy VAT" (Vibroacoacoustic Therapy). The stimulation of vibration sensation with extra bass (frequency at 20-100 Hz) is very effective for treating autism, migraine, muscle twitch and cerebral palsy. He had more than 40,000 hours of therapeutic data accumulation, concluding the optimal somatosensory vibration frequency for treatment of various diseases.
From 1976, the Japan music treatment alliance council, the engineering doctor Songbien developed a small high-efficiency transducer Bodysonic to filter and amplify the 16-150Hz low-frequency electrical signals in music into physical vibrations. This combines auditory stimulation based on traditional Music Therapy (Music Therapy) with vibration (touch) of somatosensory vibro-phototherapy. But has the disadvantage that it is extremely difficult to optimally make the frequency of vibrations of a particular disease together with a particular style of music.
The traditional Chinese liberation army 306 hospital, xudazong et al, invented a sound wave meridian resonance therapeutic apparatus (patent application No. 201410217397. X) by simulating the acupuncture therapy principle and stimulating acupuncture points through mechanical vibration, but the therapy is still reflected on single vibration stimulation.
Therefore, the existing stimulation equipment also has the technical problems of inconvenient use, single stimulation and poor effect.
Disclosure of Invention
The present invention is directed to overcome the above-mentioned drawbacks of the prior art and to provide a synechetic stimulation system which is easy to use, has high expandability and has excellent effects.
The purpose of the invention can be realized by the following technical scheme:
a joint sense rhythmic stimulation system comprises a control upper computer, a somatosensory micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED stroboscopic module which are respectively connected with the control upper computer, wherein,
the somatosensory micro-vibration sound therapy bed is used for generating mechanical vibration which can be sensed by the human body;
the vibration audio library is used for storing vibration audio tracks which can respond to the calling of the control upper computer to drive the somatosensory micro-vibration sound therapy bed to vibrate;
the listening audio library is used for storing listening audio tracks for ears to listen to, and the listening audio tracks are played based on the calling of the control upper computer;
the LED stroboscopic module is used for generating color light which can be seen by human eyes and flicks according to a certain frequency under the control of the control upper computer.
Furthermore, the somatosensory micro-vibration sound therapy bed comprises a folding massage bed body and a plurality of audio vibrators arranged on the folding massage bed body.
Furthermore, the plurality of audio vibrators are arranged on the central line of the back face of the folding massage bed body at set intervals.
Furthermore, 4-8 audio vibrators are arranged.
Furthermore, the somatosensory micro-vibration sound therapy bed further comprises a power amplifier.
Furthermore, the somatosensory micro-vibration sound therapy bed further comprises a stereo earphone.
Further, the vibration audio tracks are audio files generated by different frequency, duration, loudness mixing algorithms.
Further, the listening audio track is a specific type of brainwave music file or a subconscious music file compiled using the brainwave entrainment principle.
Further, the listening audio tracks are audio files generated by different fundamental frequencies, entrainment frequencies, durations, loudness, background music mixing algorithms.
Further, the system also comprises an aroma releaser which is used for generating different essential oil aromas which can be smelled by the nose under the control of the control upper computer.
Compared with the prior art, the invention has the following beneficial effects:
1. the system is simultaneously provided with the somatosensory micro-vibration sound therapy bed, the vibration audio library, the listening audio library and the LED stroboscopic module, the joint sense rhythmic stimulation of touch sense (mechanical vibration), auditory sense, visual sense and the like can be realized by the control upper computer according to the needs, the stimulation effect with better effect is achieved through multi-sense organ stimulation, and in the aspect of healing, the multi-sense organ joint sense synergetic resonance of the invention is multiplied by the effect of various therapies of the existing single sense organ stimulation.
2. The system is realized based on the somatosensory micro-vibration sound therapy bed, is free from installation, and is convenient to open and retract the folding bed and convenient to use.
3. The portable health-care healing instrument is of a folding structure, has low total weight of the instrument, small volume after being folded, is convenient to carry when people go out, and is a movable and portable health-care healing tool.
4. The invention generates micro-amplitude and low-frequency mechanical vibration which can be sensed by human body, has no danger in use, no high voltage, non-invasiveness and no wound, and can be stopped at any time in the use process.
5. The invention is easy to operate, can be operated by oneself by a little simple tutoring and watching the use video, is suitable for long-term and multi-person use and has wide application range.
6. The invention is provided with the vibration audio library and the listening audio library, wherein the song can be expanded according to the actual requirement or personalized development can be carried out according to the actual condition of a user, and the expansibility is strong.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of the back of the somatosensory micro-vibration sound therapy bed of the invention;
FIG. 3 is a side view of the body-sensing micro-vibration sound therapy bed of the present invention;
FIG. 4 is a schematic diagram of the structure of an audio transducer used in the present invention;
fig. 5 is a schematic structural diagram of a power amplifier (sound) employed in the present invention;
fig. 6 is a schematic view of the body sensing micro-vibration sound therapy bed of the invention after being folded.
Detailed Description
The invention is described in detail below with reference to the figures and specific embodiments. The present embodiment is implemented on the premise of the technical solution of the present invention, and a detailed implementation manner and a specific operation process are given, but the scope of the present invention is not limited to the following embodiments.
The invention provides a joint-sensation rhythmic stimulation system which comprises a control upper computer, a body-feeling micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED stroboscopic module, wherein the body-feeling micro-vibration sound therapy bed, the vibration audio library, the listening audio library and the LED stroboscopic module are respectively connected with the control upper computer; the vibration audio library is used for storing vibration audio tracks which can respond to the calling of the control upper computer to drive the somatosensory micro-vibration sound therapy bed to vibrate; the listening audio library is used for storing listening audio tracks for ears to listen to, and the listening audio tracks are played based on the calling of the control upper computer; the LED stroboscopic module is used for generating color light which flashes according to a certain frequency and can be seen by human eyes under the control of the control upper computer. The system organically integrates the external related therapy in ancient and modern times, combines auditory sense, visual sense, touch sense, olfactory sense and the like, has rhythmic stimulation through each sensory channel, and is in synergistic resonance with each other, so that more comprehensive stimulation effect can be generated on the human body, and the user experience is improved.
Example 1
The present embodiment provides a joint-sensation rhythmic stimulation system for realizing a healing effect on a human body, that is, a joint-sensation rhythmic stimulation healing system (MSRSS). As shown in fig. 1, the system comprises a control upper computer, and a body sensing micro-vibration sound therapy bed 1, a vibration audio library 2, a listening audio library 3 and an LED stroboscopic module 4 which are respectively connected with the control upper computer, wherein the body sensing micro-vibration sound therapy bed 1 generates micro-amplitude and low-frequency mechanical vibration which can be sensed by the human body; the vibration audio library 2 is corresponding audio tracks which are compiled aiming at different types of diseases and drive the somatosensory micro-vibration sound therapy bed to vibrate; the listening audio library 3 is corresponding audio tracks compiled for different types of diseases and used for ear listening; LED strobe module 4 is programmed for different types of disease so that the color light seen by the eye flashes at a corresponding frequency. When the system is applied and operated, according to different types of diseases or symptoms, a specific vibration audio frequency song, a specific listening audio frequency song and a specific LED stroboscopic scheme are selected or specially programmed so as to achieve the auditory rhythmic stimulation resonance amplification effects of touch (mechanical vibration), hearing, vision and the like.
In a specific embodiment, the somatosensory micro-vibration sound therapy bed comprises a folding massage bed body and a plurality of audio vibrators (transducers) arranged on the folding massage bed body. In this embodiment, as shown in fig. 2, the somatosensory micro-vibration sound therapy bed comprises a foldable massage bed body 109, the foldable massage bed body 109 is foldable and comprises a support 103, and the folding function of the foldable massage bed body is realized through a combined structure of a pulley 105 and a steel cable 104. The folding massage bed body 109 is characterized in that 6 audio vibrators 101 are arranged on a central line of the back of the folding massage bed body 109 at certain intervals, the audio vibrators 101 are structurally shown in fig. 4, the audio vibrators 101 are connected with the outside through connecting wires, the connecting wires are hidden in the threading pipes 108, and the audio vibrators 101 are arranged at corresponding hole positions of the back of the folding massage bed body 109. In this embodiment, the specific positions of the 6 audio vibrators 101 are calculated according to the indian vessel system and the chinese meridian point system, and are respectively corresponding to the positions of the eyebrow wheel, the larynx wheel, the heart wheel, the umbilicus wheel, the seabed wheel and the yongquan point. The audio vibrator 101 generates a micro-amplitude, low-frequency mechanical vibration that the human body can perceive based on the corresponding audio track of the vibration audio library 2. The micro-amplitude mechanical vibration can improve the vibration frequency of the organs of the body, and the corresponding audio tracks are utilized to change the vibration frequency of the organs under the condition of a certain disease into the vibration frequency of the organs under the normal condition, so that the health recovery is realized.
In this embodiment, the 6 audio transducers shown in fig. 2 are labeled as transducers a to f from left to right, the distance from the center of transducer a to the bed bottom corner is 159cm, transducer b is 126cm, transducer c is 105cm, transducer d is 80cm, transducer e is 48cm, and transducer f is 6cm. In other embodiments, 4-8 audio vibrators can be arranged according to needs.
The front surface of the folding massage bed body 109 is provided with a spongy cushion 106. The bottom of the bracket 103 is provided with a foot 110.
When the body sensing micro-vibration sound therapy bed is folded, as shown in fig. 6, a handle 107 which is convenient to lift is arranged on the body sensing micro-vibration sound therapy bed.
In another embodiment, referring to fig. 2 and 5, the somatosensory micro-vibration sound therapy bed further comprises a power amplifier (sound) 102.
In another embodiment, the somatosensory micro-vibration sound therapy bed further comprises a stereo earphone.
In this embodiment, the foldable massage bed body 109 can be purchased and obtained from the market. Specifically, the unfolding size of the folding massage bed body is 184 multiplied by 70cm, the height is 58-79cm, 8 gears are arranged for adjustment, the folding massage bed body is 95 multiplied by 19.5 multiplied by 73cm in length, width and thickness, the bed surface is made of hydrolysis-resistant PU leather and sponge with the thickness of 4cm and high density, the self weight is 14kg, and 225kg can be born. The audio vibrator can be obtained by market purchase, and specifically, the vibrator frequency response range of a certain audio vibrator is 20-150 hz, the rated power is 10W, the peak power is 20W, and the resistance is 8 omega. The power amplifiers can be obtained by market purchase, and specifically, one power amplifier is a 2.1 sound channel, has a frequency response range of 20-50Khz, has output power of stereo 50Wx2+ subwoofer 100W, impedance of 4-8 omega and rated voltage of 24V, and is additionally provided with a wireless remote control Bluetooth function. Stereo headphones are commercially available with bluetooth and TF card playback capabilities.
The vibration audio library 2 is a collection of a plurality of vibration audio tracks, wherein the stored vibration audio tracks are audio files generated by mixing algorithms with different frequencies (tones), durations and loudness. In a particular embodiment, the frequency of the vibration audio is between 20-100 hz.
The listening audio library 3 is a collection of listening audio tracks, in which specific types of brainwave music files or subconscious music files are stored, which are organized using the brainwave entrainment principle. Brain wave entrainment, also known as brainwave synchronization, is recognized as a means of stimulating the brain to produce specific types of brain waves. Brain wave entrainment typically involves listening to different sounds or frequencies, usually with a set of specialized headphones emitting a different frequency to each ear. The brain wave entrainment has the main function of matching and cooperating with brain waves, so that the frequency of the brain waves is within the range without the disease, and the brain wave frequency under the condition of a certain disease can be changed into the brain wave frequency under the normal condition by utilizing the corresponding audio tracks, thereby realizing the recovery of health. The listening audio tracks are compiled in audio software according to a certain class or a certain disease characteristic and are audio files generated by different fundamental frequency, entrainment frequency, duration, loudness and background music mixing algorithms.
The vibration audio tracks and the listening audio tracks can be made by adopting audio making software (Adobe Audio CS 6). For example, the topic treatment of 'sleep improvement, joy and worries' is taken as an example to make a vibration audio track, the duration of the vibration audio track is 28 minutes, 21 frequency points between 20 hz and 100hz are used, and the vibration is decreased from high to low (the frequency points (rate) of the vibration track are decreased from high to low in trend), and the vibration audio track relates to heart channels/small intestine channels, yin heel vessels/yang heel vessels, conception vessels/governor vessels, liver channels, lung channels, spleen channels and the like. For example, the theme therapy of "sleep improvement music without worry" is taken as an example to make a listening audio track, the listening audio track is 28 minutes long, the brain wave entrainment frequency is decreased from beta wave, alpha wave, theta wave and delta wave in steps by using 440, 317, 220 and 180hz dominant frequency points, and sea wave sound and rain sound can be selected as background music.
The LED stroboscopic module 4 emits flashes of different frequencies and colors through the LED lamp, and is used for carrying out brain wave entrainment through frequency light sensed by eyes.
The operation steps of the healing system comprise:
(1) And acquiring the physical and mental sub-health condition data of the user.
(2) And (2) selecting a single disease object which needs to be cured at present based on the data in the step (1), and acquiring specific vibration audio tracks, listening audio tracks and LED strobe colors and frequencies corresponding to the single disease object in the control upper computer. If the existing database does not have corresponding songs, personalized compilation can be adopted.
(3) The optimal somatosensory vibration amplitude is selected, the upper computer is controlled to call the corresponding vibration audio tracks to enable the audio vibrators to vibrate to act on human bodies, meanwhile, the corresponding listening audio tracks are called to play, real-time feedback information is collected in the acting process, and the healing process is completed.
Example 2
Referring to fig. 1, the syndromic rhythmic stimulation system provided in this embodiment further includes an aroma releaser 5 connected to the control upper computer, for generating different essential oil fragrances that the nose can smell. Specifically, the aroma releaser 5 may adopt an aroma humidifier purchased in the market, and may increase rhythmic stimulation of smell on the basis of embodiment 1 as needed.
In other embodiments, the synechic rhythmic stimulation system can be applied to scenes such as general relaxation of a human body.
The foregoing detailed description of the preferred embodiments of the invention has been presented. It should be understood that numerous modifications and variations can be devised by those skilled in the art in light of the above teachings. Therefore, the technical solutions available to those skilled in the art through logic analysis, reasoning and limited experiments based on the prior art according to the concept of the present invention should be within the scope of protection defined by the claims.
Claims (10)
1. A synaesthesia rhythmic stimulation system is characterized by comprising a control upper computer, a somatosensory micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED stroboscopic module, wherein the somatosensory micro-vibration sound therapy bed, the vibration audio library, the listening audio library and the LED stroboscopic module are respectively connected with the control upper computer,
the somatosensory micro-vibration sound therapy bed is used for generating mechanical vibration which can be sensed by the human body;
the vibration audio library is used for storing vibration audio tracks which can respond to the calling of the control upper computer to drive the somatosensory micro-vibration sound therapy bed to vibrate;
the listening audio library is used for storing listening audio tracks for ears to listen, and the listening audio tracks are played based on the calling of the control upper computer;
the LED stroboscopic module is used for generating color light which can be seen by human eyes and flicks according to a certain frequency under the control of the control upper computer.
2. The system according to claim 1, wherein the somatosensory micro-vibration sound therapy bed comprises a folding massage bed body and a plurality of audio vibrators arranged on the folding massage bed body.
3. The synechial sexual stimulation system according to claim 2, wherein the plurality of audio vibrators are arranged at predetermined intervals on a center line of the back surface of the folding massage couch body.
4. The synechial sexual stimulation system according to claim 2, wherein 4 to 8 of the audio vibrators are provided.
5. The system of claim 1, wherein the somatosensory vibro-acoustic therapy bed further comprises a power amplifier.
6. The system of claim 1, wherein the somatosensory vibro-acoustic therapy bed further comprises stereo headphones.
7. The synechial rhythmic stimulation system of claim 1, wherein the vibrating audio tracks are audio files generated by different frequency, duration, loudness mixing algorithms.
8. The system of claim 1, wherein the listening audio track is a specific type of brainwave music file or subconscious music file organized using the brainwave entrainment principle.
9. The system of claim 8, wherein the listening audio tracks are audio files generated by different fundamental frequency, entrainment frequency, duration, loudness, background music mixing algorithms.
10. The synechial rhythmic stimulation system according to claim 1, further comprising an aroma releaser connected with the control upper computer for generating different essential oil fragrances that the nose can smell.
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| CN202211457141.7A CN115721829A (en) | 2022-11-21 | 2022-11-21 | Joint-sense rhythmicity stimulation system |
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