WO2020227990A1

WO2020227990A1 - Multi-dimensional meridian balancing instrument

Info

Publication number: WO2020227990A1
Application number: PCT/CN2019/087104
Authority: WO
Inventors: 张东升; 郑广娟
Original assignee: 张东升
Priority date: 2019-05-15
Filing date: 2019-05-15
Publication date: 2020-11-19

Abstract

A multi-dimensional meridian balancing instrument, comprising an instrument housing (1) and a control circuit. The instrument housing (1) is provided with at least six groups of output ends (2a, 2b) for outputting a pulse signal, each group of output ends (2a, 2b) comprising a positive electrode pulse output end (2a) and a negative electrode pulse output end (2b). The control circuit comprises a voltage regulating circuit (3), a pulse regulating circuit (4) and a pulse output circuit (5). The voltage regulating circuit (3) shunts a power supply into multiple stable low-voltage power supplies through voltage regulation so as to control the impulse amplitude of the pulse signal; the pulse regulating circuit (4) regulates the pulse time, pulse frequency and pulse width of the pulse signal; and the pulse output circuit (5) outputs multiple sets of rectangular pulse signals having particular amplitude, time, frequency and bandwidth. The device can treat multiple meridians and multiple acupoints by means of the multiple groups of output ends; and rectangular pulses can be output by adjusting voltage to dredge blocked meridians or stimulate acupoints along a fixed direction or path, thus achieving a better effect of disease conditioning and treating.

Description

Multi-dimensional meridian balance instrument

Technical field

The invention relates to the technical field of medical treatment and health care, in particular to a multi-dimensional meridian balance instrument.

Background technique

The meridian therapy instrument is a modern instrument used for conditioning and curing diseases based on the meridian and yin-yang theory of traditional Chinese medicine, combined with modern biological electronic motion balance theory, electronic vibration mechanics, electronic directional impact theory and traditional Chinese medicine meridian theory. It uses a new integration The modern Chinese medicine conditioning and treatment equipment successfully developed by circuit technology can replace and in some respects is better than acupuncture and massage to treat various diseases. It regulates the treatment process without needles, pain, trauma, and side effects.

At present, most of the meridian therapy instruments at home and abroad use electronic technologies such as sharp pulses, low frequency, intermediate frequency, and high frequency to replace traditional Chinese acupuncture, massage, acupuncture, etc. Some meridian therapy instruments use electromagnetic technology to generate heat, electromagnetic fields, and Instead of drug hyperthermia and magnetic therapy. The above-mentioned meridian therapy instrument is difficult to cure the disease fundamentally in the process of clinical application, and can only relieve symptoms and health care through the above several physiotherapy methods.

Specifically, the existing meridian therapy instrument has the following defects:

1. Existing electronic physiotherapy instruments are designed only to treat diseases through a single meridian or acupuncture point, so the number of output ports is small (the existing electronic physiotherapy instruments mostly have 1-2 sets of output ports), which cannot meet the needs of today The need to treat difficult and miscellaneous diseases coexisting with multiple diseases does not conform to the theory of holistic TCM treatment.

2. In order to achieve the effect of imitating acupuncture and moxibustion, most of the existing electronic physical therapy instruments use sharp pulses, low frequency, intermediate frequency, high frequency and other methods to stimulate acupoints or meridians, while sharp pulses stimulate weak pulses, and the effective injection energy is low. The treatment effect is not obvious enough, and because of the non-uniform injection of the treatment pulse ability, it is easy to form a tingling sensation and the result of poor curative effect.

3. Existing electronic physiotherapy instruments generally use current control pulse mode. When the pulse needs to be increased, the current can only be increased. Therefore, the requirements for the components are high, the components are easily damaged, the service life of the components is short, and the electrical performance is not good. Stability, poor reliability, and hidden dangers in safety, design difficulties should not be solved, the cost increases, and it is not suitable to complete the target design.

4. Existing electronic physiotherapy instruments usually use unipolar electronic pulses to stimulate the human body. After the patient uses the unipolar electronic pulse meridian therapy device many times, the therapeutic effect is not significantly improved.

Summary of the invention

The technical problem to be solved by the present invention is to provide a multi-dimensional meridian balance instrument, which can treat multiple meridians and multiple acupoints through multiple output terminals, and can regulate and treat diseases through a single physical therapy method.

The technical problem to be solved by the present invention is also to provide a multi-dimensional meridian balance instrument, which can output rectangular pulses by adjusting the voltage to achieve a fixed direction, a fixed route, and a smooth balance of super resistance to the blocked meridians or acupoints, thereby achieving good conditioning and treatment of diseases effect.

In order to solve the above technical problems, the present invention provides a multi-dimensional meridian balancer, including a balancer housing and a control circuit encapsulated in the balancer housing, wherein the balancer housing is provided with at least six groups At the output end of the output pulse signal, each set of output ends includes a positive pulse output end and a negative pulse output end; the control circuit includes a voltage adjustment circuit, a pulse adjustment circuit, and a pulse output circuit, and the voltage adjustment circuit supplies power by adjusting the voltage The power supply is shunted into multiple stable low-voltage power supplies to control the pulse amplitude of the pulse signal. The pulse adjustment circuit adjusts the pulse time, pulse frequency and pulse width of the pulse signal. The pulse output circuit outputs multiple sets of specific amplitudes and times through the output terminal. , Frequency and broadband rectangular pulse signal.

As an improvement of the above solution, the voltage regulation circuit includes a voltage stabilization circuit and a power supply circuit; the input end of the voltage stabilization circuit is connected to a power supply, and the voltage stabilization circuit is used to perform electromagnetic compatibility and voltage stabilization filtering on the power supply; The input end of the power supply circuit is connected to the output end of the voltage stabilizing circuit, and the power supply circuit is used for shunting the power supply processed by the voltage stabilizing circuit into multiple low-voltage power supplies, and adjusting the voltage to control the pulse amplitude of the pulse signal.

As an improvement to the above solution, the power supply circuit divides the power supply processed by the voltage stabilizing circuit into three low-voltage power supplies.

As an improvement of the above solution, the pulse adjustment circuit includes a timing circuit and an oscillation circuit; the input end of the timing circuit is connected to the output end of the power supply circuit, and the timing circuit is used to adjust the pulse time; the input end of the oscillation circuit is connected The output terminal of the power circuit, the oscillation circuit is used to adjust the pulse frequency and pulse width.

As an improvement of the above solution, the timing circuit includes: a timing sub-circuit for setting the pulse time; a cut-off sub-circuit for cutting off the low-voltage power supply for power supply when the pulse time set by the timing sub-circuit at that time is off; Circuit, used to display the working status of the timing circuit.

As an improvement of the above solution, the pulse output circuit includes at least six sets of output sub-circuits, each set of output sub-circuits includes an emitter follower, a transformer, and an output electrode, and the output electrode includes a positive output electrode and a negative output electrode; The base of the emitter follower is connected to the output terminal of the oscillation circuit, the collector of the emitter follower is connected to the output terminal of the timing circuit, and the emitter of the emitter follower and the output terminal of the timing circuit are connected to the input of the transformer The output terminal of the transformer is connected to a positive output electrode and a negative output electrode, the positive output electrode is connected to the positive pulse output terminal, and the negative output electrode is connected to the negative pulse output terminal.

As an improvement of the above solution, each two sets of output sub-circuits are linked to each other to form a linked output circuit. When the pulse signal of any output electrode in the linked power transmission circuit increases or weakens, the other output of the linked power transmission circuit The pulse signal of the electrode decreases or increases accordingly.

As an improvement of the above solution, the positive pulse output terminal and the negative pulse output terminal simultaneously contact the detection target to form a directional pulse signal.

As an improvement of the above solution, 6-28 sets of output terminals for outputting pulse signals are provided on the housing of the balancer.

As an improvement of the above solution, the output electrical pulse frequency of the multidimensional meridian balancer is continuously adjustable from 1 to 3 Hz, the output electrical pulse amplitude is continuously adjustable from 10 to 480 V, and the output electrical pulse width is adjustable from 1 to 10 ms.

The implementation of the present invention has the following beneficial effects:

The multi-dimensional meridian balance instrument of the present invention is equipped with at least six groups of output terminals for outputting pulse signals, which is convenient for doctors to treat multiple meridians and acupoints at the same time, and can regulate and treat diseases through a single physical therapy method, and can realize Treat multiple diseases at the same time, fully meet the various needs of medical treatment and clinical cure of diseases, and save treatment time and treatment cycle.

In the present invention, each group of output terminals includes a positive pulse output terminal and a negative pulse output terminal. When the positive pulse output terminal and the negative pulse output terminal are in contact with the detection target at the same time, a pulse from the positive pulse output terminal to the negative pulse can be formed in the detection target. The directional pulse signal at the output terminal can stimulate the blocked meridian or acupuncture points in a fixed direction and route.

The invention adopts a small current and realizes the optimal combination of pulse amplitude, pulse frequency and pulse width through the way of voltage control pulse. When the pulse needs to be increased, there is no need to increase the current. The electrical performance is stable, the reliability is good, and the components are used. It has a long lifespan, and at the same time, it can achieve super resistance balance and smoothness to blocked meridian points, which has a good effect of conditioning and curing diseases.

The invention adopts a rectangular pulse wave, so that the effective energy injected is higher, and the pulse energy is effectively and evenly injected into the blocked meridian, which can produce a comfortable feeling similar to a rubber hammer.

Description of the drawings

Figure 1 is a schematic diagram of the structure of the multidimensional meridian balance instrument of the present invention;

2 is a schematic diagram of the structure of the first embodiment of the control circuit in the multi-dimensional meridian balance instrument of the present invention;

3 is a schematic diagram of the second embodiment of the control circuit in the multi-dimensional meridian balance instrument of the present invention;

Figure 4 is a circuit diagram of the voltage stabilizing circuit in the multidimensional meridian balance instrument of the present invention;

Figure 5 is a circuit diagram of the power supply circuit in the multidimensional meridian balancer of the present invention;

6 is a circuit diagram of the timing sub-circuit and the cut-off sub-circuit in the multi-dimensional meridian balancer of the present invention;

Figure 7 is a circuit diagram of the indicator sub-circuit in the multidimensional meridian balance instrument of the present invention;

8 is a circuit diagram of the oscillation circuit in the multi-dimensional meridian balance instrument of the present invention;

Fig. 9 is a circuit diagram of the pulse output circuit in the multi-dimensional meridian balance instrument of the present invention.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings.

According to the meridian and yin-yang theory of traditional Chinese medicine, combined with modern biological electronic motion balance theory, electronic vibration mechanics, electronic directional impact theory and traditional Chinese medicine meridian theory, the present invention has developed a multi-dimensional meridian balance instrument for conditioning and curing diseases, which is suitable for large , Small and medium-sized medical units at all levels for clinical application or family rehabilitation, health care, treatment, weight loss, beauty, etc.

Referring to FIG. 1, FIG. 1 shows the specific structure of the multi-dimensional meridian balancer of the present invention, which includes a balancer housing 1 and a control circuit enclosed in the balancer housing 1. The balancer housing 1 is provided with at least six groups of output terminals (2a, 2b) for outputting pulse signals, and each group of output terminals (2a, 2b) includes a positive pulse output terminal 2a and a positive pulse output terminal 2b. When the positive pulse output terminal 2a and the positive pulse output terminal 2b contact the detection target at the same time, a directional pulse signal can be formed in the detection target.

It should be noted that the treatment of the disease is a holistic treatment process, which requires comprehensive treatment with multiple meridians and multiple points. The existing electronic physiotherapy equipment is designed only to treat diseases through a single meridian or acupuncture point, so the number of output ports is small, and the purpose of simultaneous treatment of multiple meridians and acupuncture points cannot be achieved. Different from the prior art, the multi-dimensional meridian balance instrument of the present invention is equipped with at least six sets of output terminals (2a, 2b) for outputting pulse signals, which can facilitate the treatment of multiple meridians and acupoints at the same time by a single physical therapy. The method can play the role of conditioning and curing diseases, breaking the limitations of the existing electronic physical therapy equipment.

With the development of the meridian of traditional Chinese medicine, the medical field realizes that the etiology and pathogenesis of diseases cannot be solved by a few groups of acupoints; the treatment of a single disease requires multiple meridians and multiple acupoints, and also refers to the year, time, gender, age, and region. Different with different acupuncture points. The treatment of multiple diseases needs to design a treatment plan from the perspective of multi-dimensional meridians.

For example, the treatment of diabetes is not only to lower blood sugar and insulin resistance, but also to solve the problem of recovery of liver, spleen and kidney function. The treatment of gout is not only to solve the problem of high uric acid and uric acid crystals, but also to solve the problem of metabolism of the heart, liver, spleen, lung and kidney.

Therefore, the present invention came into being. The balancer housing 1 is provided with at least six groups of output terminals (2a, 2b) for outputting pulse signals, preferably 8-28 groups, more preferably 8-18 groups, The multi-channels and collaterals and multiple acupoints can be treated at the same time through the multiple output terminals, so as to realize the use of a single multi-dimensional meridian balancing instrument of the present invention, without having to cooperate with other physical therapy instruments, which can regulate and treat diseases.

However, if the output terminal of the existing balancer is simply changed in quantity, the pulse needs to be increased due to the increase of the output terminal. However, the existing balancer can only increase the pulse by increasing the current, resulting in electrical Unstable performance, poor reliability, poor safety, and easy damage to components. Moreover, the existing balancer has a single function and cannot simultaneously adjust the pulse time, pulse frequency, and pulse width. It cannot achieve effective conduction to blocked meridian acupoints through the optimized combination of pulse amplitude, pulse frequency, and pulse width.

For this reason, the present invention redesigns the circuit of the balancer to adapt it to the above-mentioned multiple sets of output terminals for outputting pulse signals. Specifically, each set of output terminals (2a, 2b) in the present invention includes a positive pulse output terminal 2a and a positive pulse output terminal 2b. When the positive pulse output terminal 2a and the positive pulse output terminal 2b are in contact with the detection target at the same time, A directional pulse signal flowing from the positive pulse output terminal 2a to the positive pulse output terminal 2b is formed in the detection target. Therefore, through the present invention, the blocked meridian or acupuncture points can be stimulated in a specific direction and a specific route.

As shown in FIG. 2, the control circuit includes a voltage adjustment circuit 3, a pulse adjustment circuit 4 and a pulse output circuit 5. During operation, the voltage regulating circuit 3 divides the power supply into multiple stable low-voltage power supplies by regulating the voltage to control the pulse amplitude of the pulse signal. The pulse regulating circuit 4 regulates the pulse time, pulse frequency and pulse width of the pulse signal. The pulse output circuit 5 outputs multiple groups of rectangular pulse signals of specific amplitude, time, frequency and broadband through the output terminal.

The multi-dimensional meridian balancer of the present invention adopts brand-new integrated circuit technology, and combines the voltage regulation circuit 3, the pulse regulation circuit 4 and the pulse output circuit 5 to construct a control circuit with pulse regulation function. Specifically, the present invention realizes the optimized combination of pulse amplitude, pulse frequency, and pulse width through voltage adjustment, and can achieve fixed direction, fixed route, and smooth super-resistance balance for blocked meridian points, thereby achieving good effects of conditioning and treating diseases.

Existing electronic physiotherapy instruments generally adopt a current control pulse method. When the pulse needs to be increased, the current can only be increased. The electrical performance is unstable, the reliability is poor, and the components are easily damaged. Different from the prior art, the present invention realizes pulse adjustment by adjusting the voltage. When the pulse needs to be increased, there is no need to increase the current, and the electrical appliance has stable performance, good reliability and long service life of components.

At the same time, in order to achieve the effect of imitating acupuncture and moxibustion, most of the existing electronic physical therapy instruments use sharp pulses to stimulate acupoints or meridians, which tends to form a tingling sensation and has poor efficacy. Different from the prior art, the present invention can output a stable rectangular pulse signal after being processed by the control circuit. The rectangular pulse wave is used to make the effective injection energy higher, and the pulse energy is effectively and uniformly injected into the blocked meridian. , Can produce a comfortable feeling similar to a rubber hammer.

In addition, the voltage regulating circuit 3 divides the power supply into multiple stable low-voltage power supplies by regulating the voltage, which can ensure the safety and comfort of treatment.

Preferably, refer to FIGS. 3-5, which show the circuit principle of the voltage regulation circuit 3 in the present invention.

As shown in FIG. 3, the voltage regulating circuit 3 includes a voltage stabilizing circuit 31 and a power supply circuit 32. Wherein, the input end of the voltage stabilizing circuit 31 is connected to a power supply, and the voltage stabilizing circuit 31 is used to perform electromagnetic compatibility and voltage stabilization filtering processing on the power supply. The input end of the power supply circuit 32 is connected to the output end of the voltage stabilizing circuit 31, and the power supply circuit 32 is used to divert the power supply processed by the voltage stabilizing circuit into multiple low-voltage power sources, and adjust the voltage to control the pulse of the pulse signal Amplitude.

In the present invention, after the 85V-265V/50-60Hz current power supply (and power supply) is connected to the input end of the voltage stabilizing circuit 31, the voltage stabilizing circuit 31 performs electromagnetic compatibility and voltage stabilization filtering to form a stable DC power supply; , The DC power supply is output from the output terminal of the voltage stabilizing circuit 31 to the input terminal of the power supply circuit 32, and the power supply circuit 32 performs shunt processing on the DC power supply to divide the DC power supply into three stable and reliable low-voltage power supplies. The voltages of the three low-voltage power supplies are 24V, 12V and 5V. Therefore, even if the present invention uses high voltage and instantaneous pulse current to balance and unblock some of the blocked meridians with extremely high resistance, it can ensure that the balancer uses a 1.3V-24V safe power supply to further ensure the safety and comfort of treatment.

As shown in FIG. 4, the voltage stabilizing circuit 31 can stably realize the filtering process of the voltage through the electromagnetic compatibility circuit and the stabilizing filter circuit, with strong stability. Specifically, the control chip LH60-20B24, adjustable resistors (MOV1/MOV2), thermistors (NTSC-1/MOV NTSC-2), resistors (RT1, RT2), fuses (F1/F2) and diodes in the present invention (TVS1/TVS2), each component interacts to form a stable electromagnetic compatibility circuit; at the same time, control chip (FC-LX1D2/LHE15-20B24), adjustable resistor (MOV3/MOV4), fuse (F3/F4) and diode (TVS3/TVS4), each component interacts to form a stable stabilized filter circuit.

As shown in FIG. 5, the power supply circuit 32 realizes effective voltage adjustment through the power management chip (U4, U5). It should be noted that the pulse amplitude refers to the value between the bottom and the top of the pulse wave, which is reflected in the voltage intensity of the output pulse. Therefore, the effective control of the pulse amplitude can be achieved by adjusting the voltage through the power supply circuit 32.

Specifically, the power supply circuit 32 combines the power management chip (U4/U5), electrolytic capacitors (C17, C19, C20, C21, C29/C23, C25, C26, C 27, C30), capacitors (C18, C 22/C24, C28), Zener diode (D10/D11), potentiometer (W1/W2) and resistor (R31-35/R41-R45) are combined to achieve stable pulse amplitude adjustment. Users can adjust the voltage to achieve flexible pulse amplitude adjust. Preferably, the pulse amplitude can be continuously adjustable in the range of 10-480V.

Referring to Figs. 3, 6, 7 and 8, Figs. 3, 6, 7 and 8 show the circuit principle of the pulse adjustment circuit 4 in the present invention.

As shown in FIG. 3, the pulse adjustment circuit 4 includes a timing circuit 41 and an oscillation circuit 42. Specifically, the input terminal of the timing circuit 41 is connected to the output terminal of the power supply circuit 32, and the timing circuit 41 is used to adjust the pulse time. The input terminal of the oscillation circuit 42 is connected to the output terminal of the power circuit 32, and the oscillation circuit 42 is used to adjust the pulse frequency and pulse width.

In the present invention, among the three low-voltage power supplies output by the power supply circuit 32, the 24V low-voltage power supply is output to the timing circuit 41 and used to supply power to the timing circuit 41, the 12V low-voltage power supply is output to the timing circuit 41, and the 5V low-voltage power supply is output to the oscillation circuit 42.

Specifically, the timing circuit 41 includes a timing sub-circuit, a cut-off sub-circuit, and an indicating sub-circuit.

As shown in Figure 6, the timing sub-circuit is used to set the pulse time, such as timing 30 minutes, 60 minutes or 90 minutes, etc.; the cut-off sub-circuit is used to cut off the low voltage used for power supply when the pulse time set by the timing sub-circuit at that time expires Power supply, that is, when the pulse time ends, the 24V low-voltage power supply can be automatically cut off by cutting off the sub-circuit. Specifically, the control chip U2 realizes the logic judgment in the cut-off sub-circuit. When the cut-off sub-circuit determines that the timing set by the timing sub-circuit is over, the power supply is immediately cut off to ensure precise control of the pulse time. Preferably, after the timing ends, the user can also be notified by buzzer.

As shown in Figure 7, the indicating sub-circuit is used to display the working status of the timing circuit. The indicating sub-circuit is provided with multiple light-emitting diodes (LED11-30) and a control chip U6, which can be used in real time through the light-emitting diodes (LED11-30). Display level status to realize the display of working status.

As shown in FIG. 8, the oscillation circuit 42 includes a pulse frequency adjustment sub-circuit and a pulse width adjustment sub-circuit. specifically:

The pulse frequency adjustment sub-circuit includes a potentiometer W6 and a fixed value resistor R13B, and the pulse frequency can be flexibly controlled by adjusting the potentiometer W6. Preferably, the pulse frequency is an ultra-low frequency (adjustable from 1 to 3 Hz).

The pulse width adjustment sub-circuit is equipped with a selector switch SW1, and the corresponding path (R21-R30) can be selected according to the actual situation through the selector switch SW1 to adjust the pulse width. Preferably, the instantaneous pulse energization time is extremely short (1-10ms adjustable in ten steps).

Further, the oscillating circuit 42 also includes a total tone circuit, through which the total adjustment of the pulse amplitude, pulse width, and pulse frequency can be achieved. Specifically, the overall tuning circuit includes a control chip U1 and a peripheral circuit, and the peripheral circuit is composed of multiple transistors, diodes, resistors, capacitors and other elements. After the pulse signal output by the power supply circuit 32 is processed by the general tone circuit, the frequency adjustment subcircuit, and the pulse width adjustment subcircuit, a stable pulse signal with a specific width, a specific frequency, and a specific width can be formed.

Referring to Figs. 3 and 9, Figs. 3 and 9 show the circuit principle of the pulse output circuit 5 in the present invention.

As shown in FIG. 3, the pulse output circuit 5 includes at least six sets of output sub-circuits, each set of output sub-circuits includes an emitter follower D, a transformer T, and output electrodes (A, B). The output electrodes (A, B) , B) includes a positive output electrode A and a negative output electrode B; the base of the emitter follower D is connected to the output terminal of the oscillator circuit 42, and the collector of the emitter follower D is connected to the output terminal of the timing circuit 41, The emitter of the emitter follower D and the output terminal of the timing circuit 41 are connected to the input terminal of the transformer T, the output terminal of the transformer T is connected to the positive output electrode A and the negative output electrode B, and the positive output electrode A is connected to the positive The pulse output terminal 2a, the negative output electrode B is connected to the positive pulse output terminal 2b.

It should be noted that in the prior art, a transformer is usually used to control all output terminals at the same time, and the circuit structure is complicated, which increases the size of the balancer. Different from the prior art, in the present invention, one set of output electrodes corresponds to one transformer, and the entire circuit structure is simpler. While ensuring multiple transformers to achieve multi-channel voltage transformation, the volume of the balancer is also greatly reduced. At the same time, through the isolation effect of the transformer in the present invention, the safe output of high-voltage pulses can be realized, and the possibility of electric leakage can be eliminated.

As shown in Figure 9, each two sets of output sub-circuits are linked to each other to form a linked output circuit. When the pulse signal of any output electrode in the linkage transmission circuit increases, the pulse signal of the other output electrode in the linkage transmission circuit decreases accordingly; when the pulse signal of any output electrode in the linkage transmission circuit If the signal is weakened, the pulse signal of the other output electrode of the linked power transmission circuit will increase accordingly.

It can be seen from Figure 9 that in the present invention, there are 14 sets of output sub-circuits, each set of output sub-circuits includes an emitter follower, a transformer, a positive output electrode (Q1-1.14C), and a negative Output electrodes (D0-1.14-), one set of output electrodes (Q1-1.14C and D0-1.14-) corresponds to a transformer; at the same time, a total of 7 sets of linkage output circuits are formed, and two sets of output sub-circuits in the same linkage output circuit The circuits are linked with each other and have strong flexibility.

The output electrical pulse frequency of the multidimensional meridian balancer is continuously adjustable from 1 to 3 Hz, the output electrical pulse amplitude is continuously adjustable from 10 to 480V, and the output electrical pulse width is adjustable from 1 to 10 ms, which can ensure the safety of the product , And these electrical pulse energy is effectively injected into the patients' unconnected meridians.

In summary, the multi-dimensional meridian balance instrument of the present invention has the following characteristics:

1. Ultra-high pressure pulse therapy:

Compared with other therapeutic instruments, the multi-dimensional meridian balancing instrument of the present invention has a more significant curative effect. The main key is that a high voltage of nearly 500 volts and an instantaneous pulse current are used to balance and smooth some of the blocked meridians with extremely high resistance.

2. Treatment safety and comfort:

In order to ensure the safety of patients during treatment, the present invention adopts ultra-low frequency (adjustable from 1 to 3 Hz), rectangular pulse waves (adjustable from 10 to 480V), because the instantaneous pulse energization time is extremely short (adjustable from 1 to 10 ms), The average total power received by the patient is extremely small (maximum about 0.5W), and the average total current is extremely small (about 6mA), which is less than the human body safety current (20-30mA). Not only is there no danger, but these electrical pulse energy is effectively injected into the patient In the unconnected meridian.

3. Treatment effectiveness and comfort:

At present, the waveforms produced by the "meridian guide leveling instrument", "meridian conduction meter", "leveling guide meter" and so on on the market are sharp pulses, which are similar to electronic sharp pulses instead of acupuncture. Its effective injection energy is low and the treatment effect is poor; and because of the treatment The ability of pulse is not uniformly injected, which is prone to tingling and poor efficacy. This product uses a rectangular pulse wave, which effectively injects high energy; and the electric pulse energy is effectively and evenly injected into the blocked meridian, the patient will not have any discomfort, and only produces a comfortable feeling similar to a rubber hammer.

4. High voltage regulation, high reliability output

The power input range of the present invention is from 100～240VAC/50～60Hz, compatible with household electricity in China, Japan, Europe and the United States. The power output of this machine is stable and unchanged without any settings or changes. It completely overcomes the sometimes voltage of some products in the past. Defects that cannot be cured when unstable or low voltage.

5. Product safety

The product adopts a safe voltage (5～24V) inside, which can ensure absolute safety without any leakage; and the part of the treatment electrode in contact with the patient’s body lesion meridian uses a high-voltage pulse transformer to isolate the output, thus eliminating the possibility of leakage . In addition, even if the output electrode is completely short-circuited, it will not cause the power supply to overheat, ensuring product safety.

The above are the preferred embodiments of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, several improvements and modifications can be made, and these improvements and modifications are also considered This is the protection scope of the present invention.

Claims

A multi-dimensional meridian balancer, comprising a balancer housing and a control circuit encapsulated in the balancer housing, wherein the balancer housing is provided with at least six sets of output terminals for outputting pulse signals, Each output terminal includes a positive pulse output terminal and a negative pulse output terminal;

The control circuit includes a voltage adjustment circuit, a pulse adjustment circuit, and a pulse output circuit. The voltage adjustment circuit divides the power supply into multiple stable low-voltage power supplies by adjusting the voltage to control the pulse amplitude of the pulse signal. The pulse adjustment circuit adjusts Pulse time, pulse frequency and pulse width of the pulse signal. The pulse output circuit outputs multiple groups of rectangular pulse signals with specific amplitude, time, frequency and broadband through the output terminal.
3. The multi-dimensional meridian balance instrument of claim 1, wherein the voltage regulation circuit includes a voltage regulator circuit and a power supply circuit;

The input end of the voltage stabilizing circuit is connected to a power supply, and the voltage stabilizing circuit is used to perform electromagnetic compatibility and voltage stabilization filtering processing on the power supply;

The input end of the power supply circuit is connected to the output end of the voltage stabilizing circuit, and the power supply circuit is used to shunt the power supply processed by the voltage stabilizing circuit into multiple low-voltage power sources, and adjust the voltage to control the pulse amplitude of the pulse signal.
The multi-dimensional meridian balance instrument according to claim 2, wherein the power supply circuit divides the power supply processed by the voltage stabilizing circuit into three low-voltage power supplies.
3. The multi-dimensional meridian balance instrument of claim 2, wherein the pulse adjustment circuit includes a timing circuit and an oscillation circuit;

The input terminal of the timing circuit is connected to the output terminal of the power supply circuit, and the timing circuit is used to adjust the pulse time;

The input terminal of the oscillating circuit is connected to the output terminal of the power supply circuit, and the oscillating circuit is used to adjust the pulse frequency and pulse width.
The multi-dimensional meridian balance instrument according to claim 4, wherein the timing circuit comprises:

Timing sub-circuit, used to set the pulse time;

Cut off the sub-circuit, used to cut off the low-voltage power supply for power supply when the pulse time set by the timing sub-circuit at that time is off;

Indicating sub-circuit, used to display the working status of the timing circuit.
The multi-dimensional meridian balance instrument of claim 4, wherein the pulse output circuit includes at least six sets of output sub-circuits, each set of output sub-circuits includes an emitter follower, a transformer, and an output electrode, and the output electrode Including positive output electrode and negative output electrode;

The base of the emitter follower is connected to the output terminal of the oscillating circuit, the collector of the emitter follower is connected to the output terminal of the timing circuit, and the emitter of the emitter follower and the output terminal of the timing circuit are connected to the transformer At the input end, the output end of the transformer is connected to a positive output electrode and a negative output electrode, the positive output electrode is connected to the positive pulse output end, and the negative output electrode is connected to the negative pulse output end.
The multi-dimensional meridian balance instrument of claim 6, wherein each two sets of output sub-circuits are linked to each other to form a linked output circuit, and when the pulse signal of any output electrode in the linked power transmission circuit increases or decreases, then The pulse signal of the other output electrode of the linked power transmission circuit is weakened or strengthened accordingly.
The multi-dimensional meridian balance instrument of claim 1, wherein the positive pulse output terminal and the negative pulse output terminal simultaneously contact the detection target to form a directional pulse signal.
The multi-dimensional meridian balance instrument according to claim 1, wherein the shell of the balance instrument is provided with 6-28 sets of output terminals for outputting pulse signals.
The multi-dimensional meridian balance instrument of claim 1, wherein the output electrical pulse frequency of the multi-dimensional meridian balance instrument is continuously adjustable from 1 to 3 Hz, the output electrical pulse amplitude is continuously adjustable from 10 to 480 V, and the output electrical pulse The width is adjustable from 1 to 10ms.