TWM518541U - System capable of corresponding to Chinese medical human body meridian to generate qi-blood resonance - Google Patents

Description

A system that can generate qi and blood resonance corresponding to the meridians of Chinese medicine

The present invention relates to an electrotherapy system, and more particularly to a system that can generate qi and blood resonance corresponding to a meridian of a Chinese medicine body.

Modern people often suffer from muscle soreness due to incorrect sitting posture, sports injuries, or poor blood circulation. In addition to massage and massage by therapists, Transcutaneous Electrical Nerve Stimulation (TENS) can be used to relieve soreness.

However, the existing transcutaneous electrical nerve stimulation generating devices are all designed based on western physiological and medical theories. For example, when a low-frequency current of less than 10 Hz is applied, the body produces a Morphine-like endorphin with pain-relieving effect; in addition, as the frequency is increased above 100 Hz, it will The crude fibers and fine fibers before reaching the T cells are subjected to Pre-synaptic Inhibition, resulting in blockage of pain conduction. Therefore, the current devices mostly use a compound electric stimulation method, that is, alternately output electrical stimulation of different frequencies to achieve an analgesic effect.

However, for Chinese medicine practitioners, the pain syndrome is derived from "blocking", which means that the blood circulation is blocked in the meridians. If it can't be dredged in time, over time, qi stagnation and blood stasis will form a body of poison, which will cause pain and physical discomfort. Therefore, the "general method" that Chinese medicine advocates is to make the circulation of the meridians and blood circulation smooth. When the area of the stagnation is opened, the pain and physical discomfort will naturally weaken or even disappear.

Therefore, the object of the present invention is to provide a system that can generate blood and blood resonance corresponding to the meridian of the Chinese medicine body and activate the circulation of the meridian blood circulation.

Therefore, the novel system capable of generating qi and blood resonance corresponding to the meridian of the Chinese medicine body comprises a control unit, a pulse measuring unit, and a resonance unit.

The control unit includes an operation interface and an operation module. The operation interface can display an operation message related to the body's twelve meridians and an interference mode, and receive an operation command of the user corresponding to the operation message, so that the operation module outputs a control signal related to the operation command.

The pulse measuring unit is configured to output a pulse signal related to the pulse of the human body.

The resonant unit includes a pulse wave generator, and at least one signal is coupled to the pulse wave generator and is used to stimulate the electrode patch of the corresponding meridian. The pulse wave generator has a signal connected to the operation module and the control module of the pulse measuring unit, and a pulse wave module. Wherein, the control module parses the pulse signal to obtain a beat of the artery The phase and a beat frequency are matched with the setting of the control signal to modulate the output of a control signal to the pulse wave module, so that the pulse wave module outputs an electrical signal related to the control signal to the electrode patch. The muscle under the electrode patch is intermittently contracted to resonate with the meridian.

The function of the present invention is that the control signal can be modulated and outputted by the user for the specific meridian and the corresponding interference mode, so that the pulse wave module outputs the electrical signal to the electrode. The patch causes the muscle under the electrode patch to intermittently contract, and resonates with the meridian, thereby generating the effect of qi and blood resonance.

100‧‧‧Control unit

110‧‧‧Operator interface

120‧‧‧ Computing Module

321‧‧‧ positive

322‧‧‧negative

400‧‧‧data unit

200‧‧‧Measurement unit

210‧‧‧ pulse detection device

220‧‧‧ pulse diagnosis instrument

300‧‧‧Resonance unit

310‧‧‧ Pulse Generator

311‧‧‧Control module

312‧‧‧ Pulse Wave Module

320‧‧‧Electrode patch

410‧‧‧Analytical database

420‧‧‧Default mode

430‧‧‧ pulse diagnosis mode

500‧‧‧Users

T0‧‧‧Delayed time

T1‧‧‧ time interval

T2‧‧ ‧ time interval

T3‧‧‧ time interval

Other features and effects of the present invention will be clearly shown in the embodiments with reference to the drawings, wherein: FIG. 1 is a schematic view showing an embodiment of the system capable of generating qi and blood resonance of a human body meridian of a Chinese medicine; 2 is a sequence diagram illustrating the signal transmission sequence relationship between the embodiment and a user; FIG. 3 is a schematic diagram illustrating an operation interface in the embodiment, and an operation message displayed on the operation interface, a pulse measurement message and related operation information; FIG. 4 is a signal comparison diagram illustrating the electrical signal of the heart's beat waveform and a resonance frequency corresponding to the spleen spleen in a qi mode; FIG. 5 is a schematic diagram showing the integration of a control unit and a resonance unit in the embodiment into one device, and another embodiment of an electrode patch.

Referring to FIG. 1 and FIG. 2 , an embodiment of the system for generating qi and blood resonance of a Chinese medicine meridian comprises a control unit 100 , a pulse measuring unit 200 , a resonance unit 300 , and a data unit 400 .

Referring to FIG. 1 and FIG. 2 , the control unit 100 includes an operation interface 110 and an operation module 120 . As shown in FIG. 3, the operation interface 110 can display an operation message related to the body's twelve meridians and an interference mode, a pulse measurement message, and a suggestion message, and receive a command corresponding to the user 500. The user 500 can input an operation command to enable the operation interface 110 to output a control signal related to the operation command after receiving the operation command. In addition, the pulse information is used to provide interactive information, and may display a pulse signal related to the number of beats of the human body pulse detected by the blood measuring unit 200, or input a command number by the user 500 to make the operation. After receiving the command of the number of times, the interface 110 causes the computing module 120 to output the pulse signal related to the command of the number of times. In this embodiment, the control unit 100 is a smart phone, but can also be one of a desktop computer, a notebook computer, a tablet computer, a smart TV, and a smart watch. It should be noted that with the rapid development of wearable devices, devices such as smart phones or smart watches have high-performance processors, multifunctional sensing components, and various components. Application (APP), and the ability to deliver information over the network anytime, anywhere. Therefore, as the control platform of this new type is more suitable. In this way, the screen of the smart phone is the operation interface 110, and the displayed message is output according to the application installed in the smart phone memory. In addition, in this embodiment, the operation message is displayed in a text manner; however, the user may select the corresponding meridian in a more intuitive manner by means of an image, such as a human body meridian diagram. .

Referring to FIG. 1 and FIG. 2, the pulse measuring unit 200 includes a pulse detecting device 210 and a pulse detecting device 220. The pulse detecting device 210 is configured to detect a beat of a human artery and output the pulse signal related to the beat of the artery. It should be noted that, according to the operating principle of the present invention, the frequency at which the qi and blood resonance is to be generated is related to the frequency of the heart beat. Therefore, the pulse detecting device 210 can automatically sense the pulse and provide the control unit 100 with the pulse signal for display and output. However, if the pulse detecting device 210 cannot provide the pulse signal due to a failure or the like, the user 500 may manually input the number of times command, and the computing module 120 may output the pulse signal. In addition, the pulse diagnosis device 220 is configured to output a detection data related to the human body pulse image, and provide the data unit 400 for analysis and recommendation evaluation. Wherein, since the pulse diagnosis device 220 is not the technical features of the present invention, it will not be described herein.

Referring to FIG. 1 and FIG. 2, the resonant unit 300 includes a pulse generator 310, and a complex signal is coupled to the pulse generator 310, and is used to stimulate the corresponding The electrode patch 320 of the network. The pulse generator 310 has a signal connected to the computing module 120 and the control module 311 of the pulse measuring unit 200, and a pulse wave module 312. The electrode patches 320 are a positive electrode 321 and a negative electrode 322, respectively. The electrodes are respectively attached to the same meridian through appropriate electrodes, so that the weak current outputted by the positive electrode 321 passes through the contact portion, the subcutaneous tissue, and the muscle to the negative electrode 322 to form a current. Loop. It should be noted that if the electrodes are too close, the current loop will only form on the skin surface between the electrodes; if they are too far apart, the resistance between the electrodes will be too large, so that The current value on the current loop is too small to stimulate the muscles to produce resonance. Therefore, in order to facilitate the use of the user 500, another embodiment of the electrode patch 320 of the resonant unit 300 is a single-chip patch as shown in FIG. 5, and the electrode patch 320 has the positive electrode 321 at the same time. And the negative electrode 322, and the distance between the positive and negative electrodes 321, 322 is the output power of the pulse wave generator 310. With the pulse generator 310 having a larger output power, the distance between the positive and negative electrodes 321, 322 can be larger to stimulate more muscles, and a larger range of resonance is generated; otherwise, it is suitable for stimulating the meridian. On the acupuncture point. According to the inventor's test adjustment, the distance between the positive and negative electrodes 321, 322 is preferably 4 to 7 cm, but is not limited thereto. In addition, the control unit 100 and the resonance unit 300 can also be integrated into one device as shown in FIG. 5; at the same time, the device can also be implemented by using the smart phone. The electrode patch 320 is connected through an output port on the phone, such as a sound source hole. However, the output current of the mobile phone may be too small, but must pass through a current amplifier (Figure Not shown) to enhance the current output to the electrode patch 320. However, this part is not a technical feature of the present invention, so it will not be described here.

Referring to FIG. 2 and FIG. 3, the data unit 400 includes an analysis database 410, a plurality of preset modes 420, and a plurality of pulse diagnosis modes 430. Each preset mode 420 is based on a symptom caused by the blood flow of the human body meridian, and the analysis database 410 corresponds to a meridian clinic that can alleviate the symptom to output a diagnosis related to the meridian clinic. The side signal is sent to the operation interface 110, so that the operation interface 110 displays the suggestion message related to the diagnostic signal. In addition, each of the pulse diagnosis modes 430 is based on the detection data output by the pulse diagnosis device 220, and the analysis database 410 corresponds to a suggestion analysis for improving the blood circulation, so that the operation interface 110 displays the relevant information. Suggested information for this analysis. Moreover, the data unit 400 is one of a memory (not shown) stored in the control unit 100, and a cloud storage system (not shown). Therefore, the present invention can utilize the wearable device such as a smart phone and a smart watch as the control unit 100, the measurement unit 200, and the data unit 400, and output through wired transmission or wireless communication. The control signal and the pulse signal are sent to the resonance unit 300. At the same time, the suggestion message can be obtained through an internet connection or an application installed by itself. Through the cloud storage system (not shown), it is convenient to manage and analyze, for example, the usage history record, the related disease retrieval data, or the detection data output by the pulse diagnosis device 220, etc., related to the user. Information to provide individuals Management information management, and can avoid data loss and facilitate the integration of medical applications.

The control module 311 analyzes the pulse signal to obtain a beat phase and a beat frequency of the artery, and adjusts the output of a control signal to the pulse wave module 312 according to the setting of the control signal. The pulse wave module 312 outputs an electrical signal related to the control signal to the electrode patches 320 to cause intermittent contraction of muscles under the electrode patches 320 to resonate with the meridians. It should be noted that the control module 311 uses the beat frequency as a fundamental wave frequency and performs frequency modulation to generate a pair of resonant harmonics (Harmonic Wave) at a frequency that should be meridian, and output correlation. The control signal of the resonant harmonic. This is based on the theory of blood circulation resonance as elaborated by Professor Wang Weigong and others. The core of the theory is that each artery of the human body has its specific resonance frequency, and each organ and acupuncture point are coupled with the arteries to vibrate separately, resulting in a frequency division phenomenon; therefore, each organ and acupuncture point also have its specific resonance frequency. . If the organs of the same resonance harmonic are grouped into one class, the correspondence between the human organs and the meridians will be obtained. At the same time, the heart beat is the source of all resonance energy, and its beat frequency is the base of the resonance frequency of each meridian, and has the correlation between the fundamental wave and its resonance harmonic, respectively. And, according to the theory, the names of the meridians, and the corresponding resonance harmonics are: the foot yin and liver: the first harmonic; the foot Shaoyin kidney: the second harmonic; the foot Taiyin spleen: third Harmonic; hand Taiyin lung: fourth harmonic; foot Yangming stomach: fifth harmonic; foot Shaoyang bile: sixth harmonic; foot sun bladder By: seventh harmonic; hand Yangming large intestine: eighth harmonic; hand Shaoyang Sanjiao: the ninth harmonic; hand sun small intestine: the tenth harmonic; hand Shaoyin heart: the eleventh harmonic; , hand sputum Yinxinbao: the zeroth harmonic. The fundamental and harmonics here are defined the same as the fundamental and harmonics in physics. For example, when the beat frequency is 1.2 Hz, the first harmonic frequency corresponding to the sputum yin and liver is 1.2 Hz, and the second harmonic frequency corresponding to the foot Shaoyin kidney is 2.4 Hz. The third harmonic frequency corresponding to the Taiyin spleen is 3.6 Hz, and so on to the harmonic frequencies of each meridian. It should be noted that the handcuffs are defined as the zeroth harmonic in this theory, which is the energy summation wave, which is the total sum of the energy belonging to all harmonics, and belongs to a kind of DC signal.

Therefore, the "qi" of Chinese medicine in the blood circulation resonance theory is to transmit blood to various organs and meridians through the heart beat. If the resonance frequency of an organ and meridian is not in harmony with the beat frequency, the blood of the organ and the meridian cannot be sufficiently penetrated into the organ and meridian by the force of resonance. Over time, the organ and meridian will show symptoms of "qi deficiency" such as pain and disease due to ischemia, lack of oxygen, lack of nutrition, and accumulation of metabolic waste. In addition, sometimes the disease is due to insufficient resonance energy, that is, the strength of the heart beat is insufficient, resulting in insufficient blood supply to various organs and meridians, and the organs of lower harmonics gradually become lesions in organs of higher harmonics, which coincides with Chinese medicine. The relationship between the phase and the phase is consistent. Therefore, the present invention generates qi and blood resonance by corresponding to the resonance frequency of each meridian, and corresponds to the holistic view of Chinese medicine for dialectical treatment.

It is worth mentioning that compared with the physical wave interference theory, the "qi" of Chinese medicine also has interference. In other words, the so-called qi and qi are actually the increase or decrease of the meridian phase. Therefore, the aforementioned interference mode can be divided into a supplemental air mode and a deflation mode. In the qi mode, the phase of the resonant harmonic and the phase of the pulsation phase produce a phase superposition of the constructive interference (Phase Superposition), so that the amplitude of the meridian is increased; and in the venting mode, the resonance The phase of the harmonics is superimposed with the phase of the destructive interference of the beat phase, causing the amplitude of the meridian to decrease. For example, as shown in FIG. 4, the upper signal waveform diagram is the heart beat waveform of the user 500, and the lower signal waveform diagram is the resonance frequency of the output corresponding to the Taiyin spleen in the qi mode. The electrical signal. Wherein, according to the beat waveform, the time intervals T1, T2, and T3 between adjacent heartbeats can be distinguished. The foot spleen spleen belongs to the third harmonic, therefore, its harmonic frequency is three times the fundamental frequency, that is, corresponding to the three pulse waves in the time interval T1, T2, and T3. Electrical signal. Moreover, since the resonance unit 300 has a delay in operation time; therefore, the output electrical signal and the beat waveform have a delay time of a time interval T0. However, if the general pulse detecting device 210 is used, or the user 500 inputs the command of the number of times, the pulse signal is related to the heartbeat waveform of the fixed period, so that the regulating module 311 is based on The pulse signal output of the pulse signal is always fixed.

It should be noted that in the qi mode, the phase superposition of constructive interference is generated, so the maximum value of the pulsation waveform is regarded as a peak, and the electrical signal in each time interval is also outputted from a high amplitude. . Moreover, the above amplitude does not refer to the maximum displacement on the waveform, but generally refers to the magnitude of the energy change. Therefore, the electrical signal strength can be adjusted by itself or by program according to the difference in the user's physical constitution and the sensitivity of each part. The stronger the intensity, the larger the current, the more it penetrates into the deep tissue of the human body, and the stronger the effect of activating the meridians. This is also the greatest difference between the present and the existing transcutaneous electrical nerve stimulation generating device. The user 500 can adjust the output of the control signal for a specific meridian and the corresponding interference mode. The pulse wave module 312 outputs the electrical signal to the electrode patch 320, causing the muscles under the electrode patch 320 to intermittently contract, and resonating with the meridian, thereby achieving an effect of promoting meridian blood flow.

However, the above is only the embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still It is within the scope of this new patent.

100‧‧‧Control unit

110‧‧‧Operator interface

200‧‧‧Measurement unit

300‧‧‧Resonance unit

310‧‧‧ Pulse Generator

320‧‧‧Electrode patch

321‧‧‧ positive

322‧‧‧negative

Claims (10)

A system for generating qi and blood resonance corresponding to a meridian of a Chinese medicine body, comprising: a control unit comprising an operation interface, and an operation module, wherein the operation interface can display an operation message related to the body's twelve meridians and an interference mode, And receiving an operation command of the user corresponding to the operation message, and causing the operation module to output a control signal related to the operation command; a pulse measuring unit for outputting a pulse signal related to the pulse of the human body; and The resonance unit includes a pulse wave generator, and at least one signal is coupled to the pulse wave generator, and is configured to stimulate an electrode patch of the corresponding meridian, the pulse wave generator having a signal connected to the operation module and the measurement a modulation module of the pulse unit, and a pulse wave module; wherein the control module analyzes the pulse signal to obtain a beat phase and a beat frequency of the artery, and adjusts the output according to the setting of the control signal a control signal is sent to the pulse wave module, so that the pulse wave module outputs an electrical signal related to the control signal to the electrode patch, and the muscle under the electrode patch Generate intermittent contraction, and resonance with the meridian. The system according to claim 1 can generate a qi and blood resonance corresponding to a meridian of a Chinese medicine body, wherein the control module uses the beat frequency as a fundamental wave frequency and performs frequency modulation to generate a pair of meridians. a resonant harmonic of the frequency (Harmonic Wave), and outputting the control signal related to the resonant harmonic; and, the names of the meridians, and the corresponding resonant harmonics are: the foot and the yin and the liver: the first harmonic Wave; foot Shaoyin kidney: second harmonic; foot Taiyin spleen: third harmonic; Hand Taiyin lung: fourth harmonic; foot Yangming stomach: fifth harmonic; foot Shaoyang bile: sixth harmonic; foot sun bladder: seventh harmonic; hand Yangming large intestine: eighth harmonic Hand Shaoyang Sanjiao: the ninth harmonic; hand sun small intestine: the tenth harmonic; hand Shaoyin heart: the eleventh harmonic; and, hand sputum Yinxinbao: the zeroth harmonic. The system of claim 2, which can generate a blood-blood resonance corresponding to a meridian of a Chinese medicine body, wherein the interference mode can be divided into a supplemental gas mode and a gassing mode; in the supplemental gas mode, the phase of the resonant harmonic A phase superposition (Phase Superposition) is generated with the constructive interference of the beat phase; in the exhaust mode, the phase of the resonant harmonic is superimposed with the phase of the destructive interference of the beat phase. The system of claim 1, wherein the operation interface can also display a pulse information related to the pulse signal; and the measurement unit includes a pulse detection device. The pulse detecting device is capable of detecting an arterial pulse in the human body and outputting the pulse signal related to the arterial pulse. The system of claim 4, which can generate a blood-and-blood resonance corresponding to a meridian of a Chinese medicine body, wherein the pulse-measuring message can be used by the user to input a command of a number of times, and the computing module outputs the pulse related to the command of the number of times. signal. The system of claim 1, wherein the operation interface can also display a suggestion message, wherein the number of electrode patches of the resonant unit is one and two, if Number is one The electrode patch has a positive electrode and a negative electrode at the same time; if the number is two, the electrode patches are the positive and negative electrodes, respectively. The system for generating qi and blood resonance corresponding to the meridian of the Chinese medicine body according to claim 6, further comprising a data unit, the data unit comprising an analysis database, and a plurality of preset modes, each preset mode is based on a human body The symptoms caused by the qi and blood of the meridians, and the analysis database corresponding to a meridian clinic that can alleviate the symptoms, to output a diagnostic signal related to the meridian clinic to the operation interface, so that the operation interface is displayed. The suggested message related to the diagnosis signal. The system of claim 7, wherein the data unit further comprises a plurality of pulse diagnosis modes, wherein the data diagnosis mode is based on a detection data and is corresponding to the analysis data database. A suggested analysis that enhances the blood circulation, so that the operational interface displays the suggested message related to the proposed analysis. The system of claim 8, wherein the pulse measuring unit further comprises a pulse diagnosis device, wherein the detection data is output by the pulse diagnosis device. The system of claim 7, wherein the data unit is stored in a memory of the control unit and one of the cloud storage systems; the control unit is a table One of a laptop, a laptop, a tablet, a smart TV, a smart phone, and a smart watch.