Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the specific embodiments of the present invention and the accompanying drawings. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that the terms "first," "second," and the like in the description and claims of the present invention and in the drawings described above are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used is interchangeable under appropriate circumstances such that the embodiments of the invention described herein are capable of operation in other sequences than those illustrated or described herein. Furthermore, the terms "comprises," "comprising," and "having," and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus. The features of the embodiments may be combined with each other.
Example one
An acupuncture point stimulation instrument comprises at least one electrode which is in contact with acupuncture points of a user and outputs any alternating current within the range of 3-35 mA to stimulate the acupuncture points of a human body.
The electrodes may be any conductive or semi-conductive substance, or the human body.
The current may be gradually increased from low to high in steps of 1 mA. The treatment current of most patients is between 6mA and 14mA, and the treatment current of most patients is about 10 mA. Generally, the more healthy the person, the smaller the maximum current required, but the greater the difference in personality. The more serious diseases, the more powerful the stimulation to the acupuncture points of the human body is, the more effective the disease can be achieved, and the less patients need and can bear the current of 14mA-35 mA.
The technical scheme of the invention can treat certain diseases without any effective method (including western medicine) at present, such as severe ankylosing spondylitis, severe arthritis, paralysis, cerebral thrombosis sequelae, lumbar spinal stenosis and the like.
The following are cases of experimental treatment in the invention process according to the technical scheme of the invention:
ankylosing spondylitis: one of the two cases, Zong xxx, male, 60 years old, Kyowa mountain in Chang Ping district, Beijing City, suffered from ankylosing spondylitis. The disease is not controlled by adopting the methods of traditional Chinese medicine, western medicine, small needle knife, acupuncture, massage and the like, the disease develops to the cervical vertebra stiffness, the movement is limited, the left and the right can not rotate, the vehicle can not be driven, the vertebra is moderately bent, the whole body is painful, the walking is difficult, and the night sleep is difficult. After 30 times of treatment, the cervical vertebra movement is obviously improved, the cervical vertebra can rotate left and right, and the pain of the lumbar vertebra, the thoracic vertebra and the hip joint is obviously relieved. After 68 days of treatment, the pain of the whole body disappears, the mobility of the waist is increased, particularly the cervical vertebra is greatly improved, the cervical vertebra can freely move back and forth, left and right and up and down, the left and right rearview mirrors can be freely seen, the patient can drive the vehicle, and the patient can basically rest in bed when sleeping.
Lumbar spinal stenosis: liu lady, 83 years old, old nurse in Beijing famous hospital, fell on the road due to sudden immobility of left leg, lumbar vertebra CT diagnosis result: poor stability of lumbar vertebrae, degeneration of lumbar vertebrae, hyperosteogeny of vertebral bodies and vertebral facet joints, degeneration and bulging of lumbar intervertebral discs L1-S1, and lumbar spinal stenosis. After the treatment of one month in the original unit, the effect is not good, the right leg can not move any more, and the child can walk by pushing the wheelchair every day. The treatment is continuously carried out for 10 times by the therapy of the invention, and the walking stick can walk independently for about 300 meters without leaning. The people can walk freely at home and make simple meals in the kitchen after visiting the telephone.
Cerebral thrombosis sequelae: li xxx, male 75 years old, Wu county in Hubei province, the patient is hospitalized for rescue treatment due to cerebral thrombosis, and after leaving February in hospital, the patient can not stand on both legs, and can not move independently on both hands, and the patient is fed by a person for eating. After being treated by the treatment method for 7 times, the patient can stand up and walk by holding the patient with the person, and after being treated for 15 times, the patient can eat by holding the patient with the old partner and can go to a bus to a family of more than ten children. After 64 times of treatment, the patient can walk independently, and the life can be self-care basically.
Rheumatoid arthritis: the traditional Chinese medicines are taken successively by 31-year-old Shaanxi female with rheumatoid arthritis for years, and the western medicines are not improved. After western medicines are taken for one year, side effects of the medicines, general obesity, skin pigmentation and the like appear, but the symptoms are not lightened yet. When a doctor visits, the double wrist joints swell, the left finger drops, the right wrist joint is painful and severe, the left finger cannot move, the index finger cannot stretch due to bending, the dressing is difficult, the finger cannot be fastened, and the life cannot be self-managed. After 10 treatments with the therapy of the invention, pain was reduced and some symptoms were improved. After the treatment is carried out for 10 times, the life can be basically self-care. In order to consolidate the curative effect, the treatment is carried out for 30 times when the patient returns, the swelling of the double wrist joints is completely eliminated, the forefinger of the right hand is bent and also stretched, the wrist joints can move independently, the vegetable and the meal can be cut at home, the housework can be done, and the work of binding printed matters can be done at home.
Knee joint hyperosteogeny: mr. Li 71 years old Beijing has had difficulty in suffering from pain in the left knee joint, difficulty in walking and limited extension in recent years, and can stand up only by being supported by a crutch and needing assistance from others when wearing trousers and shoes. And (3) displaying by an X-ray: left knee margin, intercondylar ridge, patellar postnatal hyperosteogeny. The Chinese and western medicines are orally taken for about half a year, and the effect is poor when sodium hyaluronate is locally injected. The children are added to the treatment area, the treatment is continuously carried out for 10 times by the treatment method, the pain of the left knee joint disappears, and the walking can be continuously carried out for half an hour without a crutch.
Gout: lex: a55-year-old soldier in Beijing military area suffers from gout for many years, the gout attacks 4-5 times each year, and when the soldier breaks into the gout, the double ankle joints swell, the pain is hard to endure, and the walking is difficult. Long-term administration of allopurinol, colchicine and other drugs has poor curative effect. After the treatment of the invention for 3 times, the pain is relieved, the ankle joint can walk, the local swelling is obviously relieved, and after the treatment for 25 times, the local swelling is completely disappeared, and the pain is disappeared. Since half a year after treatment with the therapy of the invention, various drugs have been discontinued and disease has not been perpetuated to date.
Sequelae of radical breast cancer surgery: a54-year-old woman in Beijing in 2015 has left radical mammary gland therapy in a hospital in 12 months, and after radiotherapy and chemotherapy treatment, the left upper limb and forearm are edema and pain, the surface skin is transparent and cannot stretch and bend, and the upper limb activity is limited. The left upper limb is thicker than the left lower limb. The operating doctor tells that: the lymph circulation is blocked due to the excision of lymph nodes, and the modern medicine has no good method for treatment and can try to do rehabilitation treatment. The effect of the massage is still not seen every day. After 10 times of continuous treatment by the therapy of the invention, edema gradually subsides, the surface skin is no longer transparent, the upper limb is obviously thinned, the wrist transverse striation appears, the elbow joint can be automatically stretched and bent, and the pain during sleep at night basically disappears. After another 20 consecutive treatments, the function was substantially restored compared to the right hand.
The invention has good treatment effect on various chronic diseases. And has no side effect, and can also strengthen physique: it is manifested by a less common cold after long-term treatment and more energetic than before. In addition, the optimal frequency of the current required by treatment is (40-120 Hz), the optimal treatment frequency is suitable for human body treatment, and discomfort such as nerve injury, low-frequency electrical stimulation and pain caused by a traditional acupuncture method caused by high-frequency electrical stimulation is avoided.
Example two
Each of the following technical features can be combined with the first embodiment alone to form an independent technical solution, or any several of the following technical features can be combined with the first embodiment to form an independent technical solution.
Generally, the more healthy the person, the smaller the maximum current required, but the greater the difference in personality. Although most patients can withstand the highest current required at around 10mA, it can be harmful to a very small percentage of patients (e.g., heart related diseases). The more serious the disease condition, the more the need for strong current stimulation treatment, and the need for strong current to consider safety issues. One of the objectives of the present invention is to solve the problem of excluding patients who may not be eligible for this method.
As shown in fig. 9, the output of the electrode current adopts an alternating current stimulation therapy method, which mainly comprises an isolation transformer step-down circuit unit, a frequency conversion unit and an alternating current stimulation circuit unit. Firstly, 220V alternating current needs to pass through an isolation transformer isolation voltage reduction circuit unit, and a frequency conversion unit carries out frequency and voltage conversion on the treatment alternating current according to parameters set by a control module processor; the alternating current output by the frequency conversion unit is finally loaded on the body of a user through the alternating current stimulation circuit unit.
Further, before formal electric stimulation of acupuncture points, current from low to high is applied to the user through the electrodes for a period of time, the corresponding resistance value of the original acupuncture points of the user, the body temperature value, the blood oxygen value, the heart rate value, the blood pressure value, the breathing index and the front and back change rate of other vital sign indexes are compared, if one or more indexes of the user exceed a preset range, the user is set as a high-risk user for electric stimulation, and electric stimulation is excluded.
The respiratory index comprises respiratory frequency, respiratory capacity and component percentage; other vital signs include, but are not limited to, brain pressure, pulse, and other traditional Chinese medical human health indicators.
For example, the period of time may be about 30S, or longer. The low to high current may be 3-6 mA, or other safe current ranges. The preset range is determined by comparing the change rate probability density distribution function of each index showing normal distribution in the statistical rules before and after applying current in a certain range for a period of time, for example, if any index exceeds the distribution range of plus or minus 3 sigma, the user is set as an electric stimulation high-risk user, and treatment is excluded.
The treatment technical scheme is eliminated, the potential safety hazard of strong current stimulation is solved, a safety foundation is provided for electrical stimulation, and the general popularization and application of the strong current stimulation in medical treatment and health care become possible.
Further, acquiring the data information of the user's original points; the magnitude and time of the output current are determined according to the acquired data information of the primary points, wherein the data information of the primary points comprises resistance values of the primary points of the human body channels and collaterals.
Primary points: the original qi is distributed to the zang-fu organs and the twelve main meridians through the triple energizer, and the remaining parts of the qi at the four limbs are the original points. The primary points are the acupoints where the original qi of the zang-fu organs passes and stays. The twelve main meridians are located at the wrist and ankle joints, and are combined into twelve primary points.
The magnitude and time of the output current are determined according to the acquired data information of the primary points, wherein the data information of the primary points mainly comprises resistance values of the primary points of the human body channels and collaterals.
The device further comprises an acupuncture point detection circuit unit, wherein the acupuncture point detection circuit unit comprises electrodes and a precision resistor which are connected in series, the detection electrodes are connected with the human body meridian original acupuncture points, and the human body meridian resistors and the precision resistor generate voltage division values under current excitation; realizes the measurement of the resistance of the human meridian point.
The meridian detection module: as shown in the hardware circuit diagram of the meridian detection module in fig. 8, the meridian detection module adopts a direct-current constant-voltage meridian resistance detection method, and mainly comprises a constant-voltage source circuit, an acupuncture point detection circuit, a signal conditioning circuit and an AD conversion circuit. The constant voltage source is a direct current constant voltage module, the precision is as high as three thousands of volts, and direct current excitation is provided for the acupuncture point detection circuit; the acupuncture point detection circuit is formed by connecting a detection electrode and a precision resistor in series, the detection electrode is connected with the human body meridian original acupuncture point, and the human body meridian resistor and the precision resistor generate a voltage division value under the direct current excitation; the signal conditioning circuit consists of an RC secondary filter circuit and a signal amplifying circuit and is used for filtering and amplifying the voltage division value acquired by the meridian resistance; the AD acquisition circuit adopts a 16-bit high-precision AD conversion chip, a reference voltage source of the AD acquisition circuit is provided with a special reference chip for power supply, the AD conversion circuit converts acquired meridian resistance voltage value analog quantity into digital quantity, and finally the digital quantity is sent to the MCU controller for data processing, so that measurement of the meridian and acupoint resistance of the human body is realized.
Further, current is injected into the twelve meridian points through electrodes to obtain a U1 value of each meridian, an average or median H is obtained for 12U 1 values of the meridians 6 of the left hand and the right hand, an average or median F is obtained for 12U 1 values of the meridians 6 of the left foot and the right foot, the virtual-real, cold-hot and unbalance values of each meridian are judged according to the average or median of H and/or F, and a health index is obtained according to the virtual-real, cold-hot and unbalance values of each meridian.
The U1 value per pass is the voltage value at maximum constant current I1=200 μ a per pass. The maximum constant current I1 per pass is not limited to 200 μ Α, but can be any value greater than 150 μ Α.
The principle of measuring deficiency and excess, cold and heat and unbalance values of each meridian is as follows:
measurement circuit and electrodes: as shown in FIG. 3, 1 is the body surface, 2 is the primary acupoint, and 3 is the irrelevant electrode
Irrelevant electrode: from the viewpoint of the circuit, if the resistance is small, that is, the area is sufficiently large (more than 100 times larger than the measurement electrode), the electrode is directly clipped to the arm using an indifferent electrode clip for electrocardiography.
A measuring electrode: ensure good electric conduction, and the electrodes should be perpendicular to the acupuncture point body surface during measurement.
Measurement current flowing through the acupuncture point during measurement:
the current direction is as follows: as shown in fig. 3, the indifferent electrode is positive and the measuring electrode is negative.
Relationship of current value to time: fig. 4, in which the test current rises linearly from zero in a constant current manner, reaching 200 μ a at 1 second. Meanwhile, the voltage drop (U) of the current on the tested acupuncture points within the interval of 0-1 second is collected by the computer, as shown in figure 5, the time and the current are in a linear relation. Therefore, the X axis is the current, and the volt-ampere characteristic curve of the acupuncture points is obtained. The corresponding points of the right and left meridians with the same name are sequentially measured to obtain paired voltammetry curves, as shown in FIG. 6. In total, curves of six meridians in hand, six meridians in foot, 12 meridians, 12 pairs and 24 points are measured.
The constant current measuring condition which changes according to a certain rule for time is selected, so that the stability of the measuring condition can be ensured, and the influence of uncertain time factors is avoided. The maximum constant current I1=200 μ a is selected because the curve can reflect some specific forms of the curve, such as breakdown, inflection, etc., only after the current is greater than 150 μ a, but if the current is too large, the electrical characteristics of the acupoint will be changed, such as the resistance of the acupoint is reduced due to the negative current, and the time for recovering to the normal state is longer, which is not favorable for repeated measurement in a short time.
The shape and value of the curve contain the information of the acupoint and also represent the information of the meridian where the acupoint is located, and the current level is the U1 value (calculated value of the meridian voltage when I1= -200 muA) of each meridian.
The calculation process according to the value of U1 can determine that: deficiency, excess and unbalance
The following results should be obtained per calculation:
degree of deficiency and excess of the left and right meridians
Degree of imbalance between left and right meridians
The cold and heat in each meridian
average-H hand (foot F):
hand 6 meridian: the average = H was calculated from 12U 1 values (V) of the right and left hands 6.
Foot 6 warp: the average of 12U 1 values (V) of the left and right hands 6 was set to = F.
The calculation of the false and true discrimination limits is specifically shown in fig. 7:
taking H (or F) as a central value, and taking +/-0.375H (F) as an upper and lower allowable deviation.
The deficiency syndrome: all those with a voltage value U1 higher than H (F) (i.e. larger resistance of the acupoints) are physiological deficiency syndromes. Maximum upper deviation value allowed for hand 6: hx = H +0.375H =1.375H, (with the foot Fx = F +0.375F = 1.375F) and above this value the menstruation was assigned to "pathological deficiency".
"manifestation": those with voltage values U1 lower than H (F) (i.e. smaller acupoint resistance) are physiological syndromes. Lowest allowable lower deviation value for hand 6: hs = H-0.375H =0.625H, (for the foot Fx = F-0.375F = 0.625F) whenever this value is lower, the meridian is considered to be in "pathological condition".
Quantitative representation method of virtual and real degree: expressed as a percentage of the allowable deviation
The "virtual" side is indicated by the "-" sign. The upward deviation from the mean value reached 0.375H (0.375F) — 100%. The patient with an absolute value greater than 100 is determined as "pathological deficiency".
The "solid" side is indicated by a "+" sign. The downward deviation was +100% when the average reached 0.375H (0.375F). Those with absolute values greater than 100 are identified as "pathological manifestations".
Examples of calculation of the degree of virtuality and reality are:
actual symptoms:
the average of the hand 6 was found to be H =14V, 0.375H =5.25V, Hx =14+5.25= 19.25V. Hs =14-5.25= 8.75V.
U1=11.5V for first hand. H-U1= +3.5V, processing result: (+ 3.5/5.25) × 100= +66.7% (physiological fact-sub-health)
U1=5.6V for menses b. H-U1=8.4V, treatment result: (8.4/5.25) = +160% (pathological manifestations)
Deficiency syndrome:
the average F =16V, 0.375F =6V, and Fx =16+6=22V for foot 6 was obtained. Fs =16-6= 10V.
U1=15.4V for the ungual meridian. F-U1= -0.6V, processing result: (-0.6/6) = -10% (physiological deficiency-sub-health)
U1=22.6V for the second leg. F-U1= -6.6V, processing result: (-6.6/6) = -110% (pathological deficiency)
Discrimination between left and right
Calculation of the imbalance bound:
the limit of the difference (imbalance) between the U1 values of the left and right homonyms is 0.375H (0.375F) for the hand (foot), and the physiological imbalance is indicated when the value is smaller than this limit, and the pathological imbalance is indicated when the value is larger than this limit.
The method for expressing the degree of unbalance comprises the following steps:
taking the absolute value of the difference between the left and right meridians: c = U1 left-U1 right agent
The degree of imbalance is also expressed in percent, with a difference of 0.375H, or 100% at 0.375F
Degree of hand channel imbalance = (C/0.375H) × 100%
Degree of foot warp imbalance = (C/0.375F) × 100%
Examples of the calculation of the degree of imbalance:
still taking the above-mentioned hand longitude as an example, H =14V, 0.375H = 5.25V.
Left hand channel U1 left =10V
Right hand channel U1 right =19V
C=︱10-19︱=9V
Degree of unbalance = (9/5.25) × 100% =171%
]Index of human health
The calculation method formula is as follows:
wherein
、
、
(weight factor, greater than 0) is a weight factor determined from statistical data, and the value range
,
,
In general, in
,
,
。
The waveform S, the frequency f and the size I of the current in the treatment scheme, the time length T of the electrical stimulation treatment, the time length T of the interval required by the electrical stimulation treatment and the number n of times required by the electrical stimulation treatment are generated as follows:
the waveform S of the current is a discrete function, and a specific current waveform is selected according to the interval of the health index, and the form is as follows:
wherein
、
、
The characteristic value is converted for the waveform determined according to the statistical data. Value range
,
,
In general, in
,
,
。
The frequency f is a linear function of the health index, of the form:
frequency f following
The value is increased, wherein f0 is the lowest frequency for ensuring the therapeutic effect, wherein
Is a correlation factor of the frequency determined from the statistical data with the health index. Frequency f is within a range of 0<f<1000Hz, typically f =50 Hz.
The current I is a linear function of the health index, of the form:
current I following
The value is increased, wherein I0 is the lowest current for ensuring the therapeutic effect, wherein
Is a correlation factor of the treatment current and the health index determined according to the statistical data. Current I value range 1<I<50mA, typically I =10 mA.
The treatment duration T is a linear function of the health index, of the form:
duration of treatment T is
The value is increased, wherein T0 is the minimum time for ensuring the therapeutic effect, wherein
Is a correlation factor between the treatment duration and the health index determined from the statistical data. Treatment duration T value range 15<T<60min, typically T =30 min.
The time period t between two electrical stimulation treatments is an inversely proportional function of the health index and has the following form:
the length t of the interval required for electrical stimulation therapy decreases with increasing health index, where t0 is the shortest time interval, where
The correlation factor of the time length of the interval required by the electrical stimulation treatment and the health index is determined according to the statistical data. The interval time t required by the electrical stimulation treatment is in a value range 2<t<14 day, typically t =7 day.
The number of times n required for electrical stimulation treatment is a Logistic function of the health index, and as the health index increases, the number of treatments approaches a finite maximum, and is in the form:
in which the number of Ns,
is a correlation factor of the number n of times required for the electrical stimulation treatment determined according to the statistical data and the health index. The number n of times required for the electrical stimulation treatment is within the
value range 3<n<15 times, typically n =5 times.
Further, similar cases are searched in a case base according to the health index numerical value, corresponding electric stimulation schemes are matched, if the effect is good, data are added to the case base, if the effect is not good, the reason is analyzed, parameters are adjusted, and/or an intelligent algorithm is updated, and the optimal electric stimulation scheme is generated. As shown in fig. 2.
Further, the waveform, the frequency, the size and the electrical stimulation time length of the current used for electrical stimulation are determined according to the health index.
The twelve main meridians of the human body are the main meridians, and the theory of traditional Chinese medicine considers that the meridians of the human body can form a circulation, and finally a life-staying and balanced situation is formed in the human body, namely the meridians run along, which is a healthy meridian; once the body is affected, the meridians and collaterals will show corresponding symptoms, such as deficiency and excess of meridian qi, stagnation of meridian qi, disorder of meridian qi, and failure of meridian qi. Research shows that the electric conductivity is a biophysical index capable of explaining the objective existence of meridians, and the measurement of the electric conductivity of human body meridians and acupoints is an important method for detecting the health condition. The physiological conditions of the meridians and collaterals are analyzed and judged by injecting biological current into the twelve meridian points and observing the corresponding voltage changes, as shown in fig. 11 and 12; and then, the physiological state and the internal lesion of the human body are judged according to the acquired integral business data of the volt-ampere characteristic curve, and the characteristics and the analyzability of the channels and collaterals can be identified by applying a volt-ampere characteristic curve data processing model, so that the normal range and the abnormal range of the channel and collateral measurement value are established.
By measuring the characteristics of the meridians, the health condition of the patient can be quantitatively obtained. According to the measurement result, an electrical stimulation treatment scheme is given, which comprises the following steps: (1) the specific points to be stimulated are compatible and combined; (2) the magnitude I, frequency f, waveform S, etc. of the current required to be used; (3) the length of time T that a single treatment requires stimulation; (4) recommending a length of time t to wait between treatments; (5) the total number of times n that electrical stimulation therapy is required.
Further, one or more parameters of alternating current waveform, frequency, current and electric stimulation time for stimulating the acupuncture points of the human body can be set.
The treatment scheme is more flexible, and can be adjusted in real time according to the treatment condition.
Further, the alternating current for stimulating the acupuncture points of the human body is one or more of triangular wave, trapezoidal wave, square wave or sine wave.
The waveform S, the frequency f and the size I of the current in the treatment scheme, the time length T of the electrical stimulation treatment, the time length T of the interval required by the electrical stimulation treatment and the number n of times required by the electrical stimulation treatment are generated as follows:
the waveform S of the current is a discrete function, and a specific current waveform is selected according to the interval of the health index, and the form is as follows:
wherein
、
、
The characteristic value is converted for the waveform determined according to the statistical data. Value range
,
,
In general, in
,
,
。
And selecting proper waveforms for treatment according to the physical condition of the user.
Further, each time of electrical stimulation data of each user is stored, effect comparison and conclusion are automatically given according to the electrical stimulation period, and electrical stimulation parameter suggestion of the next period is given.
Provides reference for seeking better treatment scheme.
As shown in fig. 1, a structural block diagram of an acupoint stimulation apparatus further includes a control module, and the control module is connected with a treatment module. The control module is respectively connected with the treatment module, the meridian detection module, the safety protection module and the storage module. The control module further comprises a setting unit, the meridian detection module further comprises an acupuncture point detection circuit unit. An acupuncture point stimulation instrument can be a module structure formed by various hardware in fig. 1, and can also be realized by software; or is not limited to the specific structure of the drawings as long as the functions in the drawings can be realized.
EXAMPLE III
An acupoint stimulation system comprises the acupoint stimulation instrument described in the first embodiment and/or the second embodiment, as shown in fig. 10.
Further, the system further comprises a cloud end for storing the case and the corresponding electric stimulation scheme, and/or the cloud end comprises a control unit for controlling the implementation of the electric stimulation.
So that the doctor can remotely perform the electrical stimulation treatment and guidance for the user.
The invention combines the traditional Chinese medicine meridian knowledge to stimulate the specific acupuncture point compatibility and combination mode, and can achieve better effect of treating diseases.
The acupoint stimulation instrument and the acupoint stimulation system are suitable for industrial production.
The invention enables the user to receive treatment specifically directed to his/her maximum safe current (i.e. personalized most effective). First, whether the user is suitable for the electrical stimulation treatment method is judged, and then the maximum safe current suitable for the patient is searched. The invention can treat all the diseases which are effectively treated by acupuncture and moxibustion more quickly and better, and can treat certain diseases which do not have any effective method (including western medicine) at present, such as severe ankylosing spondylitis, severe arthritis, paralysis and the like. In addition, the acupuncture instrument adopts the optimal frequency suitable for human body treatment, thereby avoiding the discomfort of nerve injury, low-frequency electrical stimulation, pain and the like caused by the traditional acupuncture method.
The present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof, and it should be understood that various changes and modifications can be effected therein by one skilled in the art without departing from the spirit and scope of the invention as defined in the appended claims.