CN113117214A - Wearable depression therapeutic instrument - Google Patents
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- CN113117214A CN113117214A CN202010033161.6A CN202010033161A CN113117214A CN 113117214 A CN113117214 A CN 113117214A CN 202010033161 A CN202010033161 A CN 202010033161A CN 113117214 A CN113117214 A CN 113117214A
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- A61M21/00—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis
- A61M21/02—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis for inducing sleep or relaxation, e.g. by direct nerve stimulation, hypnosis, analgesia
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- A61H39/00—Devices for locating or stimulating specific reflex points of the body for physical therapy, e.g. acupuncture
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- A61N1/18—Applying electric currents by contact electrodes
- A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
- A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
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Abstract
The invention discloses a wearable depression therapeutic apparatus, which consists of a host machine and a slave machine which are in wireless communication, wherein the host machine is in a head-wearing wireless earphone type with an electromagnetic vibrator and an electrode-loudspeaker assembly, the slave machine is a binding band with an electrode pair, a circuit in the host machine is provided with brain wave frequency and meridian wave frequency which are matched with the frequency of a human body, the frequency is coordinated with music waves and vibration waves of the therapeutic apparatus, multi-directional channel stimulation is realized through the host machine and the slave machine, sound, vibration and current stimulation formed by processing the same music waveform are synchronously acted on the human body, and the psychological and physiological effects are formed.
Description
Technical Field
The invention relates to the field of therapeutic instruments, and particularly discloses a wearable depression therapeutic instrument.
Background
In recent years, people pay attention to the fact that the incidence rate of depression is increased day by day, but the diagnosis rate and the curative effect of depression are not ideal. Depression is characterized by physical and mental damage, and modern medicine relies heavily on the action of drugs, resulting in high side effect, low cure rate and easy recurrence. Traditional Chinese medicine effectively treats depression through the combination of medicine, acupuncture and moxibustion and psychological dispersion, but is difficult to popularize due to the lack of simple means. The market expects a treatment method which has double effects on body and mind, is simple and easy to implement, has low recurrence rate and is easily accepted by patients so as to effectively solve the problem of prevention and treatment of depression.
Listening music has become a common consensus for playing a role in the mind, mind and physiology of humans. When a person listens to specific music in a certain way, a certain expected curative effect can be produced, the curative effect is mainly applied to psychological adjustment at present, and the medical clinical application is less because the physiological action is not clear and obvious. However, it has been studied to separate the low frequency part of music to generate mechanical vibration synchronized with the music to form a music vibration therapy. The study on the mechanism of microcirculation along the channels and collaterals of somatosensory music published by the authors of TCM 2015 by the authors of xu-sui zong et al, further investigated the sensitivity frequency of the channels and collaterals of the human body, namely the resonance frequency, such as the resonance frequency of the spleen channel of 29.14Hz and the resonance frequency of the stomach channel of 58.27 Hz; further research shows that the human meridian resonance frequency range is 29.14-110.00 Hz. When the vibration frequency of the music is matched with the resonance frequency of the meridians and collaterals of the human body, the curative effect is optimal.
The current stimulation therapy acts on a human body by using current with specific waveform and frequency, can generate specific physiological response and definite curative effect, and has wide medical clinical application. However, the relatively monotonous repeated waveform is easy to cause tolerance of human body, the body reaction is decreased along with the lengthening of the application time, and the curative effect is attenuated due to the decrease. The music current therapy law avoids the defect, and the unique superiority of the music current therapy law is demonstrated in 'research progress of music electric acupuncture therapy depression' published in 'massage and rehabilitation medicine' by Liu Li and Lianghong authors in 2017. The life activity of the human body presents certain rhythmicity, such as brain wave rhythm and the like; changes in the internal state of the body can cause the rhythm to change. Studies in the book Brain Stimulation, 2015 by Vossen a, Gross J, Thut g, showed that stimulating a human body with signals having a frequency similar to the human body's rhythm may cause some "frequency pulling" phenomenon. When the brain is stimulated by the current with a certain frequency, the frequency of the brain wave can be shifted, even the brain wave is synchronous with a stimulation signal, which means that the consciousness state of the brain is correspondingly changed, and a new treatment idea is provided for diseases such as depression and the like related to the consciousness state of the brain.
According to the theoretical data and practical research, the invention provides a multi-channel wearable depression therapeutic apparatus which combines the treatment principles of traditional Chinese medicine and western medicine and can be used for treating psychosomatic diseases and emotional diseases, and the multi-channel wearable depression therapeutic apparatus has better curative effects on various psychosomatic diseases and emotional diseases such as depression.
Disclosure of Invention
In order to achieve the above purpose, the technical scheme of the invention is as follows: a wearable depression therapeutic apparatus: the invention consists of two parts of a therapeutic apparatus and a processing method of a therapeutic signal thereof.
The therapeutic apparatus consists of a main machine and a slave machine. The host and the slave are connected with each other through wireless communication. The two are matched to generate music sound wave, music vibration and music electrotherapy which synchronously act on human bodies.
The therapeutic signal processing method includes music sound wave, music vibration and music electrotherapy signal processing method acting on human body, in particular to a test wave generating and regulating method in the therapeutic signal processing method.
The technical scheme of the invention is as follows: a wearable depression therapeutic apparatus is composed of a host machine and a slave machine, wherein the host machine comprises a host machine frame in a head-wearing wireless earphone style, a power supply, a circuit, a controller and an electrode at a circuit end in the host machine frame, an electromagnetic vibrator, a control panel and a pair of electrode-loudspeaker assemblies which are respectively arranged at the left ear side and the right ear side and are integrated with the electrode into a whole on the host machine frame, and the parts are electrically connected with each other by a lead; the electromagnetic vibrator is fixed in the center of the main machine frame and can be aligned to and tightly attached to the position of the Baihui acupoint at the center of the top of the head of a user when in use; the electrode-loudspeaker assembly is formed by combining an electrode and a loudspeaker, the electrode is connected with the circuit terminal electrode through a lead, and the material of the electrode-loudspeaker assembly is a conductive soft material; the control panel is provided with a gear shifting knob and an operation key of each circuit.
Furthermore, on the basis, the mainframe can be additionally provided with an electrotherapy socket and is connected with an electrode at the circuit end of the mainframe through a lead, so that the treatment part is increased.
Furthermore, on the basis, a microphone socket can be additionally arranged on the main frame and is connected with an electrode at the circuit end of the main frame through a lead, so that a doctor can communicate with a user through the microphone and the user can perform treatment by using the sound emitted by the user.
Furthermore, the electrodes of the electrode-loudspeaker assembly can be processed into different shapes according to different loudspeaker shapes;
the earmuff type speaker is matched, and the conductive soft material is used as an earmuff fabric to serve as an electrode so as to be in contact with the skin around the ears;
the earplug type is matched with the in-ear type loudspeaker, and the conductive soft material wraps the earplug to serve as an electrode so as to enable the earplug to be in contact with the skin of the auditory canal;
the bracket type is matched with the moving bracket type loudspeaker, and a bracket made of conductive soft materials is used as an electrode to be contacted with the skin on the inner side of the helix;
in a patch mode, a sticky conductive soft material is used as an electrode and is pasted on the skin of the ear;
the ear clip type electrode takes an elastic clip with a conductive soft material as an electrode and is clipped on the ear;
the combination type is the combination of the two modes and the above modes.
Furthermore, the main machine can be made into a split type, namely, the power supply, the circuit, the controller, the control panel, the electromagnetic vibrator, the loudspeaker and the electrode can be arranged separately and can be combined in other space forms, and the power supply, the circuit, the controller, the control panel, the electromagnetic vibrator, the loudspeaker and the electrode are connected through leads.
Furthermore, the host machine can also be a reduction type, and the host machine can be a loudspeaker capable of playing music and a host machine in a wireless earphone type provided with an electromagnetic vibrator, so that the double treatment of music hearing and vibration can be realized.
Furthermore, the host is reduced to the host of the electrode-loudspeaker assembly which can play music, so as to realize the dual treatment of music auditory sense and current stimulation.
The slave of the therapeutic apparatus comprises the following components: the slave machine consists of a body casing and an electrode B, which are connected by a lead and are arranged on a binding belt, and the binding belt can be fixed on a human body; the body casing is provided with a battery, a circuit and an electrode A, the body casing is provided with an operation panel, the parts are mutually and electrically connected through a lead, and the electrode A and the electrode B on the binding band form an electrode pair which is attached to a human body together when in use.
Further, the body case of the slave can be directly made of an electric conductor material to serve as the electrode a.
Further, when the electrode is used in a part with hair, a comb-tooth-shaped conductive silicone electrode can be used to allow the electrode A of the slave to penetrate through the hair and contact the skin.
On the basis, the slave machine can adopt a simple and compact structure, namely, the electrode A and the electrode B are simultaneously arranged on the body casing, and the electrode A and the electrode B are mutually insulated and are respectively connected with a circuit in the body casing through leads.
There may be a plurality of such slaves.
On the basis of the comprehensive description above, in order to enhance the stimulation to the head, the host machine and the slave machine can be integrally designed, the slave machine is connected with the host machine through a lead, the slave machine is additionally provided with an electromagnetic vibrator, the slave machine does not need a separate circuit, the host machine circuit provides driving and control for the electromagnetic vibrator, an electrode A and an electrode B of the slave machine, the integral design is that an annular bracket which is arranged on a host machine frame and transversely surrounds the periphery of the head is additionally arranged, the surrounding bracket and an original host machine frame in an earphone style form a helmet-shaped integral structure, the electromagnetic vibrator of the slave machine is arranged on the rear side of the surrounding bracket, the electromagnetic vibrator protrudes towards one side of the scalp, a comb-shaped conductive silica gel electrode A is arranged on one side of the electromagnetic vibrator, which faces the scalp, so that the conductive silica gel electrode A can penetrate through the hair to be contacted with the scalp of, so that it can be aligned and fit snugly against the user's forehead during use.
The other technical scheme of the invention is as follows: a wearable therapeutic signal processing method for depression comprises processing methods of music sound wave, music vibration and music electrotherapy signals acting on human body, wherein a host circuit of the therapeutic apparatus consists of a signal delayer, a signal generating circuit, a signal synthesizing circuit, a test signal generator and a signal transmitting circuit, and a slave circuit of the therapeutic apparatus consists of a signal restoring circuit and an amplifying circuit;
the music sound wave, the music vibration and the music electrotherapy signal which are acted on the human body are respectively generated by the electric connection and combination of a corresponding signal generating circuit and a signal synthesizing circuit, the signal generating circuit of the music sound wave is formed by the electric connection of a music signal generator and a reverberator, the music signal generator reads and decodes the built-in or externally input digital music information, processes the digital music information into an audio initial signal and inputs the audio initial signal and the microphone input signal into the reverberator to generate a reverberation signal; the signal generating circuit of music vibration is composed of a low-pass filter, and the vibration signal generating method is to carry out low-pass filtering on the 'reverberation signal' through the low-pass filter, and only the wave frequency within the range of 15-150 Hz is reserved to generate a 'low-frequency signal'; the signal generating circuit of music electrotherapy is composed of a brain wave guide frequency signal generator and a meridian resonance frequency signal generator, wherein the brain wave guide frequency signal generator and the meridian resonance frequency signal generator respectively generate a 'base wave' signal of music electrotherapy, the waveform and the frequency of the 'base wave' signal are set through a set program in a host controller, and the signal generating circuit is operated through a control panel of the host, and the setting range is that the frequency range of the brain wave guide signal is 0.5-40 Hz, and the frequency range of the meridian resonance signal is 29.14-110 Hz;
the signal synthesis circuit of the music sound wave is composed of a music power amplifier, and the 'reverberation signal' is output to a loudspeaker through the music power amplifier; the signal synthesis circuit of music vibration is composed of a brain vibration power amplifier, and the low-frequency signal is output to the electromagnetic vibrator through the brain vibration power amplifier; the signal synthesis circuit of music electrotherapy is formed by brain wave guide electrotherapy signal synthesizer, brain electrotherapy power amplifier, step-up transformer, channel and collateral resonance electrotherapy signal synthesizer, channel and collateral resonance vibration signal synthesizer, the "fundamental wave" signal that the above-mentioned brain wave guide frequency signal generator produces and the above-mentioned "reverberation signal" are linear to superpose and form the "complex wave" signal of brain in the brain wave guide electrotherapy signal synthesizer, this "complex wave" signal is exported to the electrotherapy socket through brain electrotherapy power amplifier and step-up transformer, supply to the electrode-loudspeaker composite member and act on the human body; the 'base wave' signal generated by the channel resonance frequency signal generator and the 'reverberation signal' are linearly superposed in the channel resonance electrotherapy signal synthesizer to form a channel electrotherapy 'complex wave' signal, and the signal is transmitted to the slave machine through a signal transmitting circuit of the host machine; meanwhile, the 'fundamental wave' signal generated by the meridian resonance frequency signal generator and the 'low-frequency signal' are linearly superposed in a meridian resonance vibration signal synthesizer to form a vibration 'complex wave' signal, and the signal is transmitted to a slave machine through a signal transmitting circuit of the host machine;
the signal transmitting circuit in the host machine is composed of a wireless signal modulator and a wireless signal transmitter, the signal restoring circuit of the slave machine circuit is correspondingly provided with a wireless signal receiver and a wireless signal demodulator, a vibration composite wave signal and a meridian electrotherapy composite wave signal transmitted by the host machine are restored into a vibration signal and an electrotherapy signal, the vibration signal is transmitted to the electromagnetic vibrator of the slave machine through the vibration power amplifier of the slave machine amplifying circuit, and the electrotherapy signal is transmitted to the electrotherapy socket of the slave machine through the electrotherapy power amplifier and the booster transformer of the slave machine amplifying circuit, so that the coordination and treatment of the host machine and the slave machine are realized.
The signal delay device is arranged in front of a signal synthesis circuit of the music vibration and music electrotherapy, the time setting range of the signal delay device is 0-0.5 s, and a 'reverberation signal' generated by the signal synthesis circuit of the music circuit enters the signal synthesis circuit of the music vibration and music electrotherapy after being delayed; therefore, the music vibration signal and the music electrotherapy signal output to the host computer and the slave computer are delayed compared with the music sound wave signal output to the loudspeaker, so that a user can hear music before being stimulated by vibration and current, psychological expectation is generated on the stimulation of the vibration and the current, and the music vibration signal and the music electrotherapy signal contribute to concentration and stress reduction.
The technical scheme of the invention is particularly the generation and adjustment method of the test wave in the music electrotherapy signal processing method; the test wave is a signal with stable waveform and amplitude, and replaces a music treatment signal which is unstable along with the fluctuation of music during the test so as to test and determine the electrotherapy stimulation intensity before formal treatment; the test wave is generated by a test signal generator, the waveform frequency is set by a controller program of a host, the setting method is that the resonance frequencies corresponding to the spleen channel, the lung channel, the liver channel, the heart channel, the kidney channel and the pericardium channel are multiplied by the positive integer power of 29.14Hz, 32.7Hz, 36.71Hz, 43.65Hz, 49Hz, 55Hz and 2, the frequencies are respectively generated into sine waveforms, the waveforms are linearly superposed to form a composite waveform, and the waveform is amplified to a full amplitude, namely, a holographic current signal containing the resonance frequency of the human body channels and collaterals is formed; the signal is output to an electrotherapy socket through a brain electrotherapy power amplifier and a booster transformer, and is transmitted to a slave machine through a signal transmitting circuit of a host machine, and the signal not only can be used for electrotherapy strength test, but also can be used for formal treatment.
The combination of music and electrotherapy in the invention not only improves the curative effect, but also overcomes the inevitable organism tolerance of common electrotherapy, so that the curative effect is not attenuated along with the prolonging of the treatment time; music and vibration relax and concentrate on the person, which helps the person receiving the electrotherapy to achieve better therapeutic effect; the music and the vibration make people feel comfortable, the discomfort caused by current stimulation is reduced to a certain extent, and the people receiving treatment can tolerate larger current stimulation, so that better curative effect is achieved; the combination of the five-tone audio and the music improves the targeting function of music therapy on viscera and meridians. The invention comprehensively uses the treatment principles of listening type music treatment, transcranial electrical stimulation, electrotherapy and music somatosensory vibration treatment, forms various stimulation channels through the actions of hearing, touch and current, and synchronously acts the sound, vibration and current stimulation formed by processing the same music waveform on the human body to form the effects of psychology and physiology, and the effects are mutually superposed and mutually promoted, thereby generating the synergistic effect superior to a certain monotherapy and having better curative effect on various psychosomatic and emotional diseases such as depression and the like.
Drawings
FIG. 1 is a diagram of a host structure according to the present invention;
FIG. 2 is a diagram of the slave configuration of the present invention;
FIG. 3 is a schematic diagram of a host circuit according to the present invention;
FIG. 4 is a schematic diagram of a slave circuit according to the present invention;
FIG. 5 is a diagram of a structure of a host computer with an electrotherapy socket and a microphone socket;
FIG. 6 is a diagram of a slave computer with a simplified structure according to the present invention;
fig. 7 is a structure diagram of the integrated design of the master and the slave of the present invention.
Description of the figure numbers: the device comprises a host machine 1, a slave machine 2, an electromagnetic vibrator 3, a control panel 4, an electrode-loudspeaker assembly 5, an electrode A6, an electrode B7, a body casing 8 and a ring-shaped bracket 9.
DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION
The above-described main unit 1 with a ring-shaped support 9 transversely surrounding the head circumference is selected as an embodiment, the main unit 1 and the auxiliary units 2 are designed as an integral body, and the four auxiliary units 2 matched with the main unit 1 are formed as separate bodies, the four auxiliary units 2 are in the above-described simple structure, namely, the electrode A6 and the electrode B7 of the auxiliary units 2 are fixed on the body casing 8 of the auxiliary units 2 in an insulated mode, and the electrode-loudspeaker assembly 5 adopts an ear cover mode.
During the use, at first open host computer 1's control panel 4's power button to return all output signal's of control panel 4 of host computer 1 the gear shifting knob to the zero bit, then set up the parameter through control panel 4: the brain wave guide signal frequency is set to be 14Hz for generating higher alpha waves so as to guide the brain of a user to enter a calm and concentrated state, the frequency of the meridian resonance signal is set to be 29.14Hz, the frequency is beneficial to spleen and stomach and has the function of tranquilization, the delay time of the signal delayer is set to be 0.5s by default, then the therapeutic apparatus is worn on the body of the user, the main machine 1 is worn on the head of the user, a pair of ear muff type electrodes cover the two ears of the user, so that the ear muff type electrodes are in close contact with the skin around the ears, the electromagnetic vibrator 3 of the main machine 1 is aligned and tightly attached to the Baihui acupoint in the center of the top of the head of the user, the comb-shaped electrode A6 on the electromagnetic vibrator 3 fixed on the annular bracket 9 is aligned with the back part of the brain of the user, the comb-shaped electrode A6 is tightly attached to the scalp after, the four slave machines 2 are worn on the body of a user one by one, one slave machine 2 is worn on the left wrist of the user, an electrode B7 of the slave machine 2 is aligned and attached to the Neiguan acupoint of the user, an electrode A6 of the slave machine 2 is attached to the skin around the acupoint, the other slave machine 2 is worn on the right wrist of the user according to the same method, the other slave machine 2 is worn on the left ankle of the user, an electrode B7 of the slave machine 2 is aligned and attached to the Sanyinjiao acupoint of the user, an electrode A6 of the slave machine 2 is attached to the skin around the acupoint, and the last slave machine 2 is worn on the right ankle of the user according to the same method;
then testing the electrotherapy intensity, switching the gear shifting knob of the control panel 4 on the host 1 to a testing position, adjusting each electrotherapy output intensity one by one to a position where a user feels comfortable through the electrotherapy intensity gear shifting knob of the host 1, then switching the gear shifting knob on the host 1 to a normal working position, selecting and playing proper treatment music, and adjusting the earphone gear shifting knob of the control panel 4 to a position where the user feels proper; then operating the shift knob of the control panel 4 to adjust the vibration amount, adjusting the music vibration amount until the user feels comfortable strength, carrying out all-around physical therapy, after the treatment is finished, turning off the main machine 1 and the slave machine 2, and taking down the main machine 1 and the slave machine 2 from the user.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations may be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. A wearable depression therapeutic apparatus comprises two parts, namely a therapeutic apparatus and a therapeutic signal processing method thereof, and is characterized in that the therapeutic apparatus comprises two parts, namely a host machine and a slave machine, wherein the host machine and the slave machine are connected with each other through wireless communication; the processing method of the therapeutic signal of the therapeutic apparatus comprises processing methods of music sound wave, music vibration and music electrotherapy signal acting on the human body; the main machine comprises a main machine frame in a head-wearing type wireless earphone style, a power supply, a circuit, a controller and an electrode at the circuit end in the main machine frame, an electromagnetic vibrator, a control panel and a pair of electrode-loudspeaker assemblies which are respectively arranged at the left ear side and the right ear side and are integrated with the electrode on the main machine frame, wherein the parts are electrically connected with each other by leads; the electromagnetic vibrator is fixed in the center of the main machine frame and can be aligned to and tightly attached to the position of the Baihui acupoint at the center of the top of the head of a user when in use; the electrode-loudspeaker assembly is formed by combining an electrode and a loudspeaker, the electrode is connected with the circuit terminal electrode through a lead, and the material of the electrode-loudspeaker assembly is a conductive soft material; the control panel is provided with a gear shifting knob and an operation key of each circuit; the slave machine consists of a body casing and an electrode B, which are connected by a lead and are arranged on a binding belt, and the binding belt can be fixed on a human body; the body casing is provided with a battery, a circuit and an electrode A, the body casing is provided with an operation panel, the parts are mutually and electrically connected through a lead, and the electrode A and the electrode B on the binding band form an electrode pair which is attached to a human body together when in use.
2. The wearable depression therapeutic apparatus according to claim 1, wherein the mainframe has an additional electrotherapy socket and is connected with an electrode at a circuit end of the mainframe through a wire to increase the treatment position; the main frame can be additionally provided with a microphone jack and is connected with an electrode at the circuit end of the main frame through a lead, so that a doctor can communicate with a user through the microphone and the user can perform treatment by using the sound emitted by the user.
3. The wearable depression treatment apparatus according to claim 1, wherein the electrodes of the electrode-speaker combination are shaped differently according to the speaker profile:
the earmuff type speaker is matched, and the conductive soft material is used as an earmuff fabric to serve as an electrode so as to be in contact with the skin around the ears;
the earplug type is matched with the in-ear type loudspeaker, and the conductive soft material wraps the earplug to serve as an electrode so as to enable the earplug to be in contact with the skin of the auditory canal;
the bracket type is matched with the moving bracket type loudspeaker, and a bracket made of conductive soft materials is used as an electrode to be contacted with the skin on the inner side of the helix; in a patch mode, a sticky conductive soft material is used as an electrode and is pasted on the skin of the ear; the ear clip type electrode takes an elastic clip with a conductive soft material as an electrode and is clipped on the ear; the combination type is the combination of the two modes and the above modes.
4. The wearable depression treatment apparatus according to claim 1, wherein the main body is also detachable, i.e. the power source, the circuit, the controller, the control panel, the electromagnetic vibrator, the speaker, and the electrodes are separately disposed, and can be combined in other spatial forms, and are connected by wires. The host machine can also be a reduction type, and is reduced into a loudspeaker capable of playing music and a host machine in a wireless earphone type provided with an electromagnetic vibrator so as to realize double treatment of music hearing and vibration; the main machine is reduced to an electrode-loudspeaker assembly which can play music, so that the dual treatment of music auditory sense and current stimulation is realized.
5. The wearable depression treatment apparatus according to claim 1, wherein the body housing of the slave is made of an electrical conductor material directly to serve as the electrode A. When the electrode A is used at a part with hair, a comb-tooth-shaped conductive silicone electrode can be adopted to enable the electrode A of the slave to penetrate through the hair to contact the skin.
6. The wearable depression treatment apparatus according to claim 1, wherein the slave is of a compact structure, i.e. the electrode a and the electrode B are mounted on the main body casing at the same time, and are insulated from each other and connected to the circuit in the main body casing through wires. There may be a plurality of such slaves.
7. The wearable depression treatment apparatus according to claim 1 or 5, wherein the master machine and the slave machine are integrally designed to enhance stimulation to the head, the slave machine is connected with the master machine through a wire, an electromagnetic vibrator is added to the slave machine, the slave machine does not need a separate circuit, the master machine circuit provides driving and control for the electromagnetic vibrator, the electrode A and the electrode B of the slave machine, the integral design is that an annular bracket which is arranged on a frame of the master machine and transversely surrounds the head is added, the surrounding bracket and the original frame of the master machine in the form of an earphone form a helmet-shaped integral structure, the electromagnetic vibrator of the slave machine is arranged on the rear side of the surrounding bracket, the electromagnetic vibrator protrudes to the scalp side, a comb-shaped conductive silica gel electrode A is arranged on the side of the electromagnetic vibrator facing the scalp to enable the electromagnetic vibrator to pass through the hair and to be in contact with the scalp, the other electrode B soft sheet is arranged on the forehead-facing side of the front side of the annular support, so that the electrode B soft sheet can be aligned and tightly attached to the forehead of a user in use.
8. The method for processing musical sound wave, musical vibration and musical electrotherapy signals acting on human bodies by the wearable depression treatment instrument according to claim 1, 2, 3 or 7, wherein a host circuit of the treatment instrument is composed of a signal delayer, a signal generating circuit, a signal synthesizing circuit, a test signal generator and a signal transmitting circuit, and a slave circuit of the treatment instrument is composed of a signal restoring circuit and an amplifying circuit; the music sound wave, the music vibration and the music electrotherapy signal which are acted on the human body are respectively generated by the electric connection and combination of a corresponding signal generating circuit and a signal synthesizing circuit, the signal generating circuit of the music sound wave is formed by the electric connection of a music signal generator and a reverberator, the music signal generator reads and decodes the built-in or externally input digital music information, processes the digital music information into an audio initial signal and inputs the audio initial signal and the microphone input signal into the reverberator to generate a reverberation signal; the signal generating circuit of music vibration is composed of a low-pass filter, and the vibration signal generating method is to carry out low-pass filtering on the 'reverberation signal' through the low-pass filter, and only the wave frequency within the range of 15-150 Hz is reserved to generate a 'low-frequency signal'; the signal generating circuit of music electrotherapy is composed of a brain wave guide frequency signal generator and a meridian resonance frequency signal generator, wherein the brain wave guide frequency signal generator and the meridian resonance frequency signal generator respectively generate a 'base wave' signal of music electrotherapy, the waveform and the frequency of the 'base wave' signal are set through a set program in a host controller, and the signal generating circuit is operated through a control panel of the host, and the setting range is that the frequency range of the brain wave guide signal is 0.5-40 Hz, and the frequency range of the meridian resonance signal is 29.14-110 Hz; the signal synthesis circuit of the music sound wave is composed of a music power amplifier, and the 'reverberation signal' is output to a loudspeaker through the music power amplifier; the signal synthesis circuit of music vibration is composed of a brain vibration power amplifier, and the low-frequency signal is output to the electromagnetic vibrator through the brain vibration power amplifier; the signal synthesis circuit of music electrotherapy is formed by brain wave guide electrotherapy signal synthesizer, brain electrotherapy power amplifier, step-up transformer, channel and collateral resonance electrotherapy signal synthesizer, channel and collateral resonance vibration signal synthesizer, the "fundamental wave" signal that the above-mentioned brain wave guide frequency signal generator produces and the above-mentioned "reverberation signal" are linear to superpose and form the "complex wave" signal of brain in the brain wave guide electrotherapy signal synthesizer, this "complex wave" signal is exported to the electrotherapy socket through brain electrotherapy power amplifier and step-up transformer, supply to the electrode-loudspeaker composite member and act on the human body; the 'base wave' signal generated by the channel resonance frequency signal generator and the 'reverberation signal' are linearly superposed in the channel resonance electrotherapy signal synthesizer to form a channel electrotherapy 'complex wave' signal, and the signal is transmitted to the slave machine through a signal transmitting circuit of the host machine; meanwhile, the 'fundamental wave' signal generated by the meridian resonance frequency signal generator and the 'low-frequency signal' are linearly superposed in a meridian resonance vibration signal synthesizer to form a vibration 'complex wave' signal, and the signal is transmitted to a slave machine through a signal transmitting circuit of the host machine; a signal delayer is arranged in front of the signal synthesis circuit of the music vibration and music electrotherapy, the time setting range of the signal delayer is 0-0.5 s, and a 'reverberation signal' generated by the signal synthesis circuit of the music circuit enters the signal synthesis circuit of the music vibration and music electrotherapy after being delayed; therefore, the music vibration signal and the music electrotherapy signal output to the host computer and the slave computer are delayed compared with the music sound wave signal output to the loudspeaker, so that a user can hear music before being stimulated by vibration and current, psychological expectation is generated on the stimulation of the vibration and the current, and the music vibration signal and the music electrotherapy signal contribute to concentration and stress reduction. The signal transmitting circuit in the host machine is composed of a wireless signal modulator and a wireless signal transmitter, the signal restoring circuit of the slave machine circuit is correspondingly provided with a wireless signal receiver and a wireless signal demodulator, a vibration composite wave signal and a meridian electrotherapy composite wave signal transmitted by the host machine are restored into a vibration signal and an electrotherapy signal, the vibration signal is transmitted to the electromagnetic vibrator of the slave machine through the vibration power amplifier of the slave machine amplifying circuit, and the electrotherapy signal is transmitted to the electrotherapy socket of the slave machine through the electrotherapy power amplifier and the booster transformer of the slave machine amplifying circuit, so that the coordination and treatment of the host machine and the slave machine are realized.
9. The method for processing musical sound wave, musical vibration and musical electrotherapy signal of wearable depression therapeutic apparatus acting on human body according to claim 1, 2 or 8, wherein the method for generating and adjusting test wave in the musical electrotherapy signal processing method; the test wave is a signal with stable waveform and amplitude, and replaces a music treatment signal which is unstable along with the fluctuation of music during the test so as to test and determine the electrotherapy stimulation intensity before formal treatment; the test wave is generated by a test signal generator, the waveform frequency is set by a controller program of a host, the setting method is that the resonance frequencies corresponding to the spleen channel, the lung channel, the liver channel, the heart channel, the kidney channel and the pericardium channel are multiplied by the positive integer power of 29.14Hz, 32.7Hz, 36.71Hz, 43.65Hz, 49Hz, 55Hz and 2, the frequencies are respectively generated into sine waveforms, the waveforms are linearly superposed to form a composite waveform, and the waveform is amplified to a full amplitude, namely, a holographic current signal containing the resonance frequency of the human body channels and collaterals is formed; the signal is output to an electrotherapy socket through a brain electrotherapy power amplifier and a booster transformer, and is transmitted to a slave machine through a signal transmitting circuit of a host machine, and the signal not only can be used for electrotherapy strength test, but also can be used for formal treatment.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113694395A (en) * | 2021-09-07 | 2021-11-26 | 安徽中实华粹医疗器械有限公司 | Frequency adjustable electric vibration infrared music therapeutic instrument |
| CN115212460A (en) * | 2022-07-18 | 2022-10-21 | 山东福慧控股集团有限公司 | Therapeutic apparatus with function of overcoming tolerance |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20120245409A1 (en) * | 2011-03-21 | 2012-09-27 | Southern Taiwan University Of Technology | Device for converting music signal to electrical stimulation |
| KR101441820B1 (en) * | 2013-08-02 | 2014-09-17 | (주)다보산업 | Apparatus for controlling emotional state using frequency following response |
| CN107343848A (en) * | 2016-05-05 | 2017-11-14 | 孙振华 | A kind of new music vibration current therapeutic apparatus |
| WO2019039894A1 (en) * | 2017-08-24 | 2019-02-28 | (주)다보산업 | Brain stimulation device for insomnia and depression treatment |
| CN212466801U (en) * | 2020-01-13 | 2021-02-05 | 孙振华 | Wearable depression therapeutic instrument |
-
2020
- 2020-01-13 CN CN202010033161.6A patent/CN113117214B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20120245409A1 (en) * | 2011-03-21 | 2012-09-27 | Southern Taiwan University Of Technology | Device for converting music signal to electrical stimulation |
| KR101441820B1 (en) * | 2013-08-02 | 2014-09-17 | (주)다보산업 | Apparatus for controlling emotional state using frequency following response |
| CN107343848A (en) * | 2016-05-05 | 2017-11-14 | 孙振华 | A kind of new music vibration current therapeutic apparatus |
| WO2019039894A1 (en) * | 2017-08-24 | 2019-02-28 | (주)다보산업 | Brain stimulation device for insomnia and depression treatment |
| CN212466801U (en) * | 2020-01-13 | 2021-02-05 | 孙振华 | Wearable depression therapeutic instrument |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113694395A (en) * | 2021-09-07 | 2021-11-26 | 安徽中实华粹医疗器械有限公司 | Frequency adjustable electric vibration infrared music therapeutic instrument |
| CN115212460A (en) * | 2022-07-18 | 2022-10-21 | 山东福慧控股集团有限公司 | Therapeutic apparatus with function of overcoming tolerance |
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