CN115721829A - Joint-sense rhythmicity stimulation system - Google Patents

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

A Synesthesia Rhythmic Stimulation System

technical field

The invention relates to the technical field of physical and mental sub-health and rehabilitation conditioning, in particular to a synesthesia rhythmic stimulation system.

Background technique

Norwegian educator and therapist Olav Skile clinically found that somatosensory music vibration can effectively relieve the symptoms of limb spasms in children in the late 1970s and 1980s, and systematically proposed "Vibroacoustic Therapy (VAT)". Stimulating the sense of vibration with super heavy bass (frequency 20-100Hz) is very effective for the treatment of autism, migraine, muscle twitching and cerebral palsy. With more than 40,000 hours of treatment data accumulation, he has summarized the best somatosensory vibration frequency for the treatment of various diseases.

Since 1976, Nobuo Matsumoto, director of the Japan Music Therapy Alliance and a doctor of engineering, has developed a small and efficient transducer Bodysonic, which filters and amplifies low-frequency electrical signals of 16-150 Hz in music and converts them into physical vibrations. In this way, the auditory stimulation based on traditional music therapy (Music Therapy) is combined with the vibration (touch) of somatosensory vibration sound therapy. But the downside is that it is extremely difficult to optimally mix the vibrational frequency of a specific disease with a specific style of music.

Xu Yaozong and others from the 306 Hospital of the Chinese People's Liberation Army simulated the principle of acupuncture and moxibustion, and invented the sonic meridian resonance therapy device (patent application number 201410217397.X) through the principle of mechanical vibration stimulation of acupoints. However, the therapy is still reflected in a single vibration stimulation.

Therefore, the existing stimulation equipment also has the technical problems of inconvenient use, single stimulation and poor effect.

Contents of the invention

The purpose of the present invention is to provide a synaesthesia rhythmic stimulation system that is convenient to use, strong in expandability and excellent in effect in order to overcome the above-mentioned defects in the prior art.

The purpose of the present invention can be achieved through the following technical solutions:

A synesthesia rhythmic stimulation system, including a control host computer and a somatosensory micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED strobe module respectively connected to the control host computer, wherein,

The somatosensory micro-vibration sound therapy bed is used to generate mechanical vibrations that the human body can perceive;

The vibration audio library is used to store vibration audio tracks that can drive the vibration of the somatosensory micro-vibration sound therapy bed in response to the call of the control host computer;

The listening audio library is used to store listening audio tracks for ear listening, and the listening audio tracks are played based on the call of the control host computer;

The LED strobe module is used to generate color light that can be seen by human eyes and flashes at a certain frequency under the control of the control host computer.

Further, the somatosensory micro-vibration sound therapy bed includes a foldable massage bed body and a plurality of audio vibrators arranged on the foldable massage bed body.

Further, a plurality of the audio vibrators are arranged at set intervals on the center line of the back of the folding massage bed body.

Further, there are 4-8 audio oscillators.

Further, the somatosensory micro-vibration sound therapy bed also includes a power amplifier.

Further, the somatosensory micro-vibration sound therapy bed also includes stereo earphones.

Further, the vibration audio track is an audio file generated by mixing algorithms with different frequencies, durations, and loudness.

Further, the listening audio track is a specific type of brainwave music file or subconscious music file compiled using the principle of brainwave entrainment.

Further, the listening audio track is an audio file generated by different fundamental frequency, entrainment frequency, duration, loudness, and background music mixing algorithms.

Further, the system also includes an aromatherapy releaser, which is used to generate different aromas of essential oils that the nose can smell under the control of the host computer.

Compared with the prior art, the present invention has the following beneficial effects:

1. The system of the present invention is equipped with a somatosensory micro-vibration sound therapy bed, a vibration audio library, a listening audio library and an LED strobe module, which can realize synesthesia rhythms such as touch (mechanical vibration), hearing, and vision by controlling the upper computer as required Sexual stimulation achieves better stimulating effects through multisensory stimulation. In terms of healing, the multisensory synaesthesia synergistic resonance of the present invention doubles the therapeutic effects of existing single sensory stimulation.

2. The system of the present invention is realized based on the somatosensory micro-vibration sound therapy bed, which is free of installation, and the folding bed is very convenient to open and close, and easy to use.

3. The present invention has a foldable structure, the total weight of the equipment is low, the volume is small after folding, and it is easy to carry when going out. It is a mobile and portable health healing tool.

4. The present invention produces slight-amplitude, low-frequency mechanical vibrations that can be sensed by the human body. It is safe to use, has no high voltage, is non-invasive and non-invasive, and can be stopped at any time during use.

5. The present invention is easy to operate, and can be operated by itself with a little simple guidance and watching the use video, and is suitable for long-term and multi-person use, and has a wide range of applications.

6. The present invention is equipped with a vibration audio library and a listening audio library, in which the repertoire can be expanded according to actual needs, or can be customized according to the actual situation of the user, with strong scalability.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the schematic diagram of the back of the somatosensory micro-vibration sound therapy bed of the present invention;

Fig. 3 is a side view of the somatosensory micro-vibration sound therapy bed of the present invention;

Fig. 4 is the structural representation of the audio vibrator (transducer) that the present invention adopts;

Fig. 5 is the structural representation of the power amplifier (acoustic) that the present invention adopts;

Fig. 6 is a schematic diagram of the folded somatosensory micro-vibration sound therapy bed of the present invention.

Detailed ways

The present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments. This embodiment is carried out on the premise of the technical solution of the present invention, and detailed implementation and specific operation process are given, but the protection scope of the present invention is not limited to the following embodiments.

The present invention provides a synesthesia rhythmic stimulation system, which includes a control host computer and a somatosensory micro-vibration sound treatment bed, a vibration audio library, a listening audio library and an LED strobe module respectively connected to the control host computer, wherein the somatosensory micro-vibration sound The treatment bed is used to generate mechanical vibrations that can be perceived by the human body; the vibration audio library is used to store vibration audio tracks that can respond to the call of the control host computer to drive the vibration of the somatosensory micro-vibration sound treatment bed; the listening audio library is used to store The listening audio track for listening to the ear, the listening audio track is played based on the call of the control host computer; the LED strobe module is used to generate the flashing color light at a certain frequency that can be seen by human eyes under the control of the control host computer. The above-mentioned system organically integrates ancient and modern Chinese and foreign related therapies, combines hearing, vision, touch, smell, etc., through each sensory channel has its own rhythmic stimulation, and synergizes with each other, which can produce a more comprehensive stimulation effect on the human body. , improve user experience.

Example 1

This embodiment provides a synesthesia rhythmic stimulation system for realizing the healing effect on the human body, that is, realizing a somatosensory synesthesia rhythmic stimulation healing system (MSRSS). As shown in Figure 1, the system includes a control host computer and a somatosensory micro-vibration sound treatment bed 1, a vibration audio library 2, a listening audio library 3 and an LED strobe module 4 respectively connected to the control host computer, wherein the somatosensory micro-vibration sound The treatment bed 1 produces slight amplitude and low-frequency mechanical vibrations that the human body can perceive; the vibration audio library 2 is the corresponding audio track that drives the vibration of the somatosensory micro-vibration sound treatment bed for different types of diseases; the listening audio library 3 is for Corresponding audio tracks compiled for ears to listen to different types of diseases; LED strobe module 4 is compiled for different types of diseases and used for eyes to see the color light flashing at a corresponding frequency. When the above-mentioned system is applied and operated, according to different types of diseases or symptoms, specific vibration audio tracks, specific listening audio tracks and specific LED strobe programs are selected or specially programmed, in order to achieve tactile (mechanical vibration), auditory, visual, etc. Feel the resonance amplification effect of rhythmic stimulation.

In a specific embodiment, the somatosensory micro-vibration sound therapy bed includes a foldable massage bed body and a plurality of audio vibrators (transducers) arranged on the foldable massage bed body. In this embodiment, as shown in Figure 2, the somatosensory micro-vibration sound therapy bed includes a foldable massage bed body 109, which is foldable and includes a bracket 103, which passes through a combined structure of a pulley 105 and a steel cable 104. Realize its folding function. There are 6 audio vibrators 101 arranged at certain intervals on the center line of the back of the folding massage bed body 109. The structure of the audio vibrators 101 is shown in Figure 4. The audio vibrators 101 are connected to each other and to the outside by connecting wires, and the connecting wires Hidden in the threading pipe 108, and each audio vibrator 101 is installed in the corresponding hole position on the back of the folding massage bed body 109. In this embodiment, the specific positions of the six audio vibrators 101 are calculated according to the Indian chakra system and the Chinese meridian acupoint system, respectively at the corresponding positions of the brow chakra, throat chakra, heart chakra, navel chakra, sea chakra and Yongquan point. The audio vibrator 101 generates micro-amplitude, low-frequency mechanical vibrations that the human body can perceive based on the corresponding audio tracks in the vibration audio library 2 . Micro-amplitude mechanical vibration can improve the vibration frequency of body organs, and use corresponding audio tracks to change the vibration frequency of organs suffering from a certain disease into the vibration frequency of organs under normal conditions, so as to restore health.

In this embodiment, the six audio vibrators shown in Figure 2 are marked as vibrator a-f from left to right, the distance from the center of vibrator a to the bottom corner of the bed is 159cm, vibrator b is 126cm, vibrator c is 105cm, vibrator d It is 80cm, vibrator e is 48cm, and vibrator f is 6cm. In other implementation manners, 4-8 audio vibrators can also be set as required.

The front of the folding massage bed body 109 is provided with a sponge pad 106 . A foot 110 is provided at the bottom of the bracket 103 .

When the somatosensory micro-vibration sound therapy bed is folded, as shown in FIG. 6 , it is provided with a handle 107 for easy lifting.

In another embodiment, as shown in FIG. 2 and FIG. 5 , the somatosensory micro-vibration sound therapy bed further includes a power amplifier (audio) 102 .

In another embodiment, the somatosensory micro-vibration sound therapy bed further includes stereo earphones.

In this embodiment, the above-mentioned folding massage bed body 109 can be purchased from the market. Specifically, the unfolded size of the folding massage bed body is 184×70cm in length and width, and the height is 58-79cm, with 8 adjustable levels. The length, width and thickness of the folded massage bed are 95×19.5×73cm. , self-weight 14kg, can bear 225kg. The audio vibrator can be purchased from the market. Specifically, the frequency response range of a certain audio vibrator is 20-150hz, the rated power is 10W, the peak power is 20W, and the resistance is 8Ω. The power amplifier can be purchased from the market. Specifically, a certain power amplifier is 2.1 channels, the frequency response range is 20-50Khz, the output power is stereo 50Wx2+subwoofer 100W, the impedance is 4-8Ω, the rated voltage is 24V, and a wireless remote control Bluetooth is attached. Function. Stereo earphones can be earphones with bluetooth and TF card playback functions available in the market.

The above-mentioned vibration audio library 2 is a collection of several vibration audio tracks, wherein the stored vibration audio tracks are audio files generated by different frequency (pitch), duration, and loudness mixing algorithms. In a specific embodiment, the frequency of the vibration audio is between 20-100 Hz.

The above-mentioned listening audio library 3 is a collection of several listening audio tracks, which store specific types of brainwave music files or subconscious music files compiled using the principle of brainwave entrainment. Brainwave entrainment, also known as brainwave synchronization, is thought to be a means of stimulating the brain to produce specific types of brainwaves. Brainwave entrainment usually involves listening to different sounds or frequencies, usually a set of specialized headphones that emit different frequencies to each ear. The main function of brain wave entrainment is to match the synergistic brain wave, so that the frequency of the brain wave is in the range without the disease, and the corresponding audio track can be used to change the frequency of the brain wave in the case of a certain disease to the normal situation. Brain wave frequency to achieve health restoration. Listening to audio tracks is compiled in audio software for certain types or characteristics of a certain disease. It is an audio file generated by different fundamental frequency, entrainment frequency, duration, loudness, and background music mixing algorithms.

The above-mentioned vibrating audio track and listening audio track can be obtained by using audio production software (Adobe Audition CS6). For example, take "Sleep Improvement, Joy and Worry-free" theme healing as an example to make a vibration audio track. The vibration audio track is 28 minutes long, uses 21 frequency points between 20-100hz, and has a downward trend from high to low. (The frequency point (rate) Hz of the vibration track shows a tendency to decrease from high to low as a whole), involving the Heart Meridian/Small Intestine Meridian, Yin Qiao Vessel/Yang Qiao Vessel, Ren Vessel/Du Vessel, Liver Meridian, Lung Meridian, and Spleen Meridian wait. For example, take the theme of "Sleep Improvement, Joy and Worry" as an example to make a listening audio track. The listening audio track is 28 minutes long, using 440, 317, 220, and 180hz main frequency points, and the brain wave entrainment frequency is from β wave, α wave, Theta waves and delta waves descend in steps, and the sound of ocean waves and rain can be used as background music.

The above-mentioned LED strobe module 4 emits flashes of different frequencies and colors through LED lamps, and is used for entraining brainwaves by feeling light of frequencies through the eyes.

The operation steps used by the above healing system include:

(1) Acquire the data of the user's physical and mental sub-health status.

(2) Based on the data in step (1), select the single disease object that currently needs to be cured, and obtain the specific vibration audio track corresponding to the single disease object in the control host computer, listen to the audio track and the color and frequency of the LED strobe light . If there is no corresponding track in the existing database, personalized compilation can also be adopted.

(3) Choose the best somatosensory vibration amplitude, control the host computer to call the corresponding vibration audio track to make the audio vibrator vibrate, act on the human body, and at the same time call the corresponding listening audio track to play, collect real-time feedback information during the action process, and complete a treatment healing process.

Example 2

Referring to Fig. 1, the synaesthesia rhythmic stimulation system provided by this embodiment also includes an aromatherapy release device 5, which is connected with the control host computer and is used to generate different essential oil fragrances that the nose can smell. Specifically, the aromatherapy releaser 5 can be an aromatherapy humidifier purchased on the market, and the rhythmic stimulation of the sense of smell can be added on the basis of Example 1 as required.

In other implementations, the synesthesia rhythmic stimulation system described above can be applied to scenarios such as general relaxation of the human body.

The preferred specific embodiments of the present invention have been described in detail above. It should be understood that those skilled in the art can make many modifications and changes according to the concept of the present invention without creative efforts. Therefore, all technical solutions that can be obtained by those skilled in the art based on the concept of the present invention through logical analysis, reasoning or limited experiments on the basis of the prior art shall 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.

Images