Method of correction of arterial dysfunction and device for its implementation
(57) Abstract:The invention relates to medicine, therapy. In the way that make the assessment of acupuncture channels test AKABANE. Determine the channels with the greatest impact on the normalization of blood pressure. Perform impact on the point of entry and exit of the identified channels. Impact pulses of infrared radiation wavelength 780 - 2500 nm. The power density of 100 to 150 mW/cm2. Frequency 15 - 35 Hz, a duty cycle of 0.5 - 0.7. Mode: 20 - 30 - impact, 180 - 300 - break. The device includes a housing, inside of which is a blood pressure sensor, a control unit, switching unit, generator, infrared radiation and the IR emitter. Blood pressure sensor is made in the form of a plate and install it on your finger. The IR emitter is situated above the point of entry and exit of the corresponding channel. The output of the pressure sensor through the block registration information is connected to the input of the control unit. The output of the control unit and the generator output of the IR radiation through the switch connected to the IR emitter. The method and apparatus allow for the correction of various syndromes of abnormal blood pressure that is not associated with organic betrayal of biologically active points (BAP) channels modulated electromagnetic radiation in the infrared range with a wavelength of 780-2500 nm (modulated IR radiation). Through reflexology modulated IR radiation is correction of various pathologies not related to organic changes in the body.The proposed method can be used to correct various arterial dysfunction Hyper - and hypotension essential dysfunction not related to organic changes.The invention is also a device that allows using reflexology uses influence on biologically active points (BAP) channels modulated by pulses of electromagnetic radiation in the infrared range (IR radiation) to adjust various arterial dysfunction not related to organic changes in the body.Ways reflex treatment of various pathologies not related to organic changes in the body, which can perform correction of the physiological parameter, is known.Thus, the known correction of arterial pressure the influence of needles on corporal acupuncture points for 20 to 60 minutes (AV. St-in the USSR N 1827246, class A 61 H 39/00, 1993 ). For the impact of the chosen channels (meridians) in which thermal coeff is above two, moreover, the impact of exercise on paired painful point of the selected meridians, having a large thermal coefficient to their normalization.It is also known (RF application N 92016109/14, A class A 61 H 39/06, 1995, "Inventions", N 21) the device is in the form of a clip on the ear, block diagram, which includes blocks of the sensor pulse, control switching, two generators at a fixed frequency, a timer and two IR emitter installed in front of the selected auricular points. The sensor unit is made in the form mounted on the ear pair of photosensor-photodetector pulse blood for registering the number of heart rate (HR), connected to the input of the control unit, with the input of the switching unit is connected to the outputs of the control unit, pulse generator and timer, and the output of the switching unit is connected to the IR emitters. The device performs the operation mode "on demand" and can be programmed for certain modes of operation. The device operates in automatic mode on the basis of feedback from the sensor heart rate by the pulse blood filling the ear lobe and the IR emitters mounted opposite the auricular points.The task of the invention is to develop a method is receiving correct the syndrome of pathological blood pressure, not associated with organic changes in the physiological systems that affect the regulation of blood pressure.The objective of the proposed device is also developing tools to implement the proposed method.The problem is solved in that a method of arterial dysfunction not related to organic disorders, including evaluation of the state acupuncture channels test AKABANE and the subsequent impact on corporal acupuncture points, the test AKABANE carried out in the dynamics of observations at different values of blood pressure, according to a mathematical analysis to determine the channels with the greatest impact on the normalization of blood pressure and then carry out the impact on point "input-output" of the identified channels modulated by rectangular pulses of radiation of the infrared range with a wavelength of 780 to 2500 nm at a power density of 100 to 150 mW/cm2with a constant frequency of 15 Hz to 3 Hz and a duty cycle of 0.5 - 0.7 to normalize blood pressure in mode 20 - 30 seconds impact and 180 - 300 s - break.It is known that the level of normal systolic and diastolic ar the t of these regulations as in the direction of its increase (we are talking about hypertension), and in the direction of reducing it (we are talking about arterial hypotension). Hypertension can be caused by organic changes in the system of the kidney-adrenal axis. In this case we are talking about renovascular hypertension. A large part of the hypertension causes hypertension (GB), the Genesis of which is not clear, therefore, this disease till now it is considered essential (of unknown origin). Similarly unclear is the Genesis of the syndrome low blood pressure, which is usually classified as vegetative vascular dystonia of hypotonic type. Treatment of these types of pathology and dedicated to this application.There is a method of treatment of hypertension (A. S. N 1827246, class A 61 H 39/00), including the effects of needles on corporal acupuncture points for 20-60 min, while for the impact you choose the meridians in which thermal coefficient (coefficient of asymmetry between the left and right of the same channels) test AKABANE more than 2, and the impact of exercise on paired painful point of the selected meridians, having a large thermal coefficient to its normalization.The task of the invention is to develop Schelkovo blood pressure, not associated with organic changes in the physiological systems that affect the regulation of blood pressure.This objective is achieved in that the method of correction of pathological syndrome blood pressure that is not associated with organic changes by assessing the condition of acupuncture channels test AKABANE and the subsequent impact on corporal acupuncture points, characterized in that the test AKABANE spend in the dynamics of observations at different values of blood pressure, according to the regression analysis determines the channel (channels) with the greatest impact on the normalization of blood pressure and then carry out the impact on point of entry and exit of these channels electromagnetic modulated by rectangular pulses, the radiation of the infrared range with a wavelength of 780 to 2500 nm at a power density of 100 to 150 mW/cm, with a constant frequency of 15 to 30 Hz and a duty cycle of 0.5 - 0.7 to normalize blood pressure in mode 20 - 30 sec - impact and 180 - 300 s - break.The General principle of the specified treatment is based on the results data channel testing (test AKABANE) more than 200 patients with different types of pathologies the data the level of systolic and diastolic blood pressure, especially when these types of disorders susceptible to reliably significant regulatory influences on the part of certain acupuncture energy channels. So in Fig. 1 shows the matrix of inter-regulatory influences in the norm, and Fig. 2 with hypertension with systolic blood pressure over 160 mm RT.article From the presented data shows that GB is completely different from the usual mechanism interchannel interactions.So sharp increase in intensity and increase in number, some of interchannel correlation associated with pathological blood pressure, which reliably indicates the participation of certain channels in the formation of this disease. Thereby affecting the channels as a function of the identified individual and group interchannel dependencies on the AD, you can have a normalizing effect on self blood pressure.In contrast to known solutions, the impact is at the point of entry and exit are interested in the regulation of blood pressure acupuncture channels that are not selected randomly. Syrienne the effect of the procedure. In this regard, the entry point of the exit channel has a maximum therapeutic effect, however, in traditional acupuncture, these points are not used, because the introduction of a needle into the area of the nail root is extremely painful.In the proposed method, the effect on the point of input-output energy channels provide non-invasive, painless method using modulated rectangular pulses of electromagnetic radiation in the infrared range with a wavelength of 780 to 2500 nm /IR/. This effect gives a pronounced effect greater than the effect of the insertion of the needle.The strategy of channel selection and effects on it is solved with regard to its contribution to the overall model of the regulation of blood pressure, as well as the specific energy value of the channel at the moment of impact. Certain channels for influence through points of entry and exit are selected individually on the basis of test results, for example, on the test AKABANE /see F. G. Portnov Electro reflexology. Riga, "Sinatra", 1983, S. 103/. Its essence lies in the fact that at certain points of each channel is affected by a point heat source, which sends heat pulses, for example, in accordance with the number of ser is to first occurrence of pain depends on the thresholds of perception BAHT this channel and is representative of the energy and functional status of each channel. In the proposed method, the test AKABANE is carried out with infrared radiation in rhythm with the pulse circulation frequency of 1 to 2 Hz.In patients with the syndrome of pathological blood pressure testing in the dynamics of observations with simultaneous recording of systolic (SBP) and diastolic (ADD) blood pressure. If you have a dynamic number of simultaneous changes in indicators such as BPA and test AKABANE by regression analysis to construct a model of regulation in the form of formula identifies channels /channel/ having the greatest specific contribution to model individual regulation of the BPA with different signs /conducive to growth or decline in the BPA/. Then on those channels that formula regulation have a normalizing effect on the BPA is the impact of IR radiation through their point of entry and exit to the normalization of the BPA. A method of constructing formulas for the model of regulation of BPA in detail in the example.The test AKABANE and correction of HELL, through the impact on the estimated point of modulated IR radiation can be performed using specially developed for these purposes device "Reflectometer".The proposed method of correction centerpie, which contains an element of influence on the BAHT in the form of the IR emitter, the sensor of a physiological parameter, via a control unit connected with the switching unit, the pulse generator, through a switching unit connected with the item impact on the BAHT. The physiological parameter sensor is a sensor of blood pressure, mounted on the plate located in the housing made in the form of a thimble worn on the finger phalanx, while the blood pressure sensor is installed from the side of the finger pad, and the IR emitter is installed in the housing in such a way as to have an impact in the angle of the nail root, and the control unit includes a threshold device that monitors changes in blood pressure for a given boundary.The principal difference of the device from the well-known is that it allows to implement the proposed method, which uses the effects of stimulating action (26 Hz) and excludes the impact brake type (7 Hz). Another significant difference between the proposed device is known is that the sensor is located on the side of the finger pad, and the IR emitter in the angle of Corralejo pressure, state-dependent channel.As the blood pressure sensor can be used a number of devices that can determine the level of blood pressure being placed on the finger, for example, "Apparatus and method for monitoring blood pressure, application France (FR) N 2587610, A 61 B 5/02.So when hypertension in case of exceeding a certain preset threshold, the BPA can be monitored using a pressure sensor /for example, 160 mm RT.V./, the device produces effects associated with a decrease in SBP. When the IR emitter is installed above the point of entry and exit of the channel, the stimulation of which individual model has a downward BPA action.Arterial hypotension device reprogrammed to lower the threshold set above the point of entry and exit of the channel, the stimulation of which leads to the growth of the Association and included in the exposure regime for example, when the BPA is below 110 mm RT.article.The impact on point of entry and exit in both cases may be the same type, by exposure to modulated infrared radiation at a fixed frequency and power. The main significance of the impact is properly the STV operates in automatic mode on the basis of feedback, through mode "on demand", i.e. only when the violations /deviations/ from a given level of blood pressure, when necessary correction. The latter is due to the fact that the control unit of the device signals the level of blood pressure with the pressure sensor continuously analyzed and only if their deviations from the predetermined limit, the control unit switches the device into operation for normalizing blood pressure.In Fig. 3 shows a schematic block diagram of the proposed device. The device includes a housing /1/ sensor physiological parameters (blood pressure) /2/ control unit /3/, the switching unit /4/, the pulse generator /5/, the item impact on BAT /6/ in the form of the IR emitter. The case can be worn on the finger thimble or ring. The physiological parameter sensor /2/ taken as described in the application, contains a plate with a blood pressure sensor, mounted on the finger pad.The device operates as follows. At the end phalanx of the finger, where there is a point of entry and exit into the corresponding energy channel is applied to the entire device, made for example in the form of a thimble, Yes-exit channel, which is the impact in the angle of the nail root. Information about the level of arterial pressure with a pressure sensor (2) is fed to the control unit /3/ where analyzed and only if deviations from the specified limit of normal when appropriate deviation HELL, the control unit /3/ includes the device in the active mode of exposure. The control unit /3/ in General is a programmable threshold device that monitors changes in blood pressure. It can be done in several ways, for example in the form of a threshold comparator or microprocessor, such as processor Z-80 or 81S51JB or their analogues. The control unit /3/ implements the tracking signal in a certain range, the specific operation mode and the switching point of the device depending on the level of BPA is stored. At some point, when the BPA is beyond defined boundaries, the control unit switches from the monitoring mode to the exposure mode with the inclusion of the IR emitter /6/ in the load generator /5/.So for example in a patient with hypertension may be set threshold, the boundary of the operation of the device at the level of SBP 160 mm RT.article In case it is exceeded in C. In this case, the pulse generator /5/, operating at a frequency of 15 to 30 Hz through the switch /4/, is connected to the IR emitter /6/, and for a certain period of time, which can be programmed in the control unit /3/ individually, for example 15 to 30 seconds, made an impact on this BAT. During the break after exposure reconnected the sensor unit of the Association and, if the BPA is not normalized, the control unit /3/ gives a sanction for repeated exposure, which may be repeated until the normalization of the Association, after which the device is again in monitoring mode.Syndrome arterial hypotension similarly tracked the lower boundary of the BPA. The device may be mikrorayony for reprogramming to other modes. To track along the upper and lower limit of the normal range, for example with labile blood pressure, which occurs during the syndrome of vegetative-vascular dystonia of mixed type can be used two or more devices, each of which is on different channels depending on their sign and level of participation in the regulation of the BPA and controls the part of the band. The following examples illustrates the invention.
< trouble 2 tbsp. Complaints for any rise in blood pressure up to 180 - 190 mm RT.article with the presence of pronounced headaches. The level of the working blood pressure = 140 - 150 mm RT. Art. the results of clinical and instrumental examinations (isotope renography, ultrasound, and so on) data for renovascular hypertension is not.In the dynamics of monitoring patients received 30 tests Relatives with simultaneous recording of systolic blood pressure. Data regression analysis with the construction of the model are presented in table. 1.The model has 45% coefficient of reliability predictions (Rsq = 0,45), and its main components, in particular Pd (right channel of the lung) and TRd (right channel triple heater), are significant (t > 3,0) the effect on regulation of the Association, but with different signs of the impact. Fig 4. shows a General model of regulatory influences, which displays the observed values and 95% corridor of the predicted values using this formula. In Fig. 5 and 6 shows the components of the influences on the level of DSA channels triple heater and light, which have good correlation with the observed values. According to the model the General formula channel level control the BPA in the patient named the meter have a right lateralization.In the specified model to improve the accuracy and reliability of the model by comparing data from tests conducted under different conditions, we used the principle of analysis mashtabirovanie performance test data, which resulted from dividing the actual values of the performance test and the arithmetic average of the 24 indicators. Thus the increase in the level of hypofunction Pd due to increased smartautoblog values more than 1.0 leads to the growth of the Association, and the translation of this channel in a state of hyperthyroidism when the level smartautoblog values smaller 1,0, leads to a proportional decrease of the BPA. Conversely, growth hypofunction TRd and to a lesser extent VBd Rd and leads to a decrease of the Association, and translation of data channels in hyperfunction with a decline of less than 1.0 weakens their hypotensive effect. Thus, these channels are a kind of leverage on the level of BPA in the range of the investigated values.During one of the observations in this patient reported increases in HELL to 190/120 mm RT.article at an average heart rate of 71 beats/min at the same time noted a pain in the neck, nausea and dizziness. The state regarded as hypertensive cu is e heat source, affecting the entry point of departure of the channels used IR emitter operating in the pulse mode synchronized with the heart rate. As a quantitative measure of the energy activity of channels recorded the number of energy pulses to the occurrence of pain, this was a test AKABANE (N 1) (see tab. 2).As mentioned previously, as a General threshold of pain sensitivity during different observations may vary, for example depending on temperature and other factors, to compare different observations arises the necessity of bringing them to the same denominator by scaling, by dividing the values of each of the channels on the arithmetic average of each test.During initial testing total 24 channels was 180, and arithmetic index = 7,5. After dividing his performance of all the interested channels according to the formula we get:
The BPA= 165 + 48 - 8,4 - 8,5 - 10,6 = 186 mm RT.article.Thus calculated according to a formula based on testing the BPA did not significantly differ from the observed.For edema and hypertension which test is hypofunction, and at its maximum rate with a + this channel plays a crucial role in the rise in blood pressure. Therefore, moving this channel is more active energy state with a value close to 1.0, we thus need to reduce the BPA.The impact has been modulated by rectangular pulses of infrared radiation with a wavelength of 780 to 2500 nm at a power density of 150 mW/cm with a constant frequency of 29 Hz and a duty cycle of 0.5 - 0.7-mode 20 sec - impact and 180 sec break.After triple action for 20 seconds at a power density of 150 mW/cm, with breaks between the influences 180 sec has been a decrease in SBP of 140 mm RT.art., by increasing the energy channel of the right lung from 14 to 7 units (see data test after exposure). The total value of all channels amounted to 183, and the arithmetic average growth rate conditional 1,0, amounted to 7.6 units according to the performance test. Thus, after division by naked indicators all interested channels when scaling values we get:
The BPA= 165 + 24 - 13 - 9,5 - 18,4 = 148 mm RT.article.The result is that the estimated value of the BPA at that coincide with the data of the clinic. When the analysis is the contribution from the channel of the right lung from 48 to 24 units, and that led to the main anti-hypertensive effect. These values are ADS that were kept for more than 6 hours. When conducting the periodic effects such as with the use of the claimed device so you can support the Association within the specified limits.In the absence of the effect of exposure should be re-checked and if by Pd no severe hypofunction, its stimulation of nothing. Therefore you need to change the tactics of treatment and to transfer to the hypofunction of the first channels TRd or less effect according to the obtained model VBd or Rd. Because this impact refers to the effects of stimulus type and when this is the grant of power to the channel with low energy that such an effect can be obtained using destructive communication, widely used for indirect effects on the channel in the practice of reflexology.So reducing the energy TRd can be obtained by increasing energy Vs VBd through the stimulation of Ps and Rd through the stimulation of Es. Individual inter-channel correlation is based on correlation analysis (a similar analysis is shown in Fig. 1 and 2) for the 1 time a day) should be continued during treatment. Using the newly obtained data, we must periodically check and adjust the previously obtained formulas channel effects on blood pressure and inter-channel correlation matrix. To such conclusions we reached in the course of numerous observations, because therapeutic effect on this system, aimed at the harmonization leads to a change in channel relationships and principles of regulation of physiological parameters. Thus constantly replenishing observations we can modify the model regulation with regard to what is happening in the body changes.Example 2.Patient K. N. S., 27 years. Diagnosis: vegetative-vascular dystonia of hypotonic type.Complaints of recurrent low blood pressure to 90/70 mm RT.the article, accompanied by weakness, dizziness. Normal operating pressure is 115/75 mm RT.article The patient in the dynamics of observations conducted 26 tests with simultaneous recording of blood pressure. Data regression analysis with the construction of the model are presented in table. 2. The model has 40% reliability predictions (Rsq = 0,4).A General model of the observed and predicted with 95% corridor reliability values presented in the form of channels of large and small intestines left (GIs, IGs). Thus, the increase hypofunction GIs and to a lesser extent Vs leads to an increase in the BPA, and the growth of hypofunction Rs and to a lesser extent Vs Vice versa, DT decreases. On the model it should be noted that women, unlike men primary importance in regulating the BPA have left channels. The formula is:
DT = 110 + 22Gls + 5Vs - 181Gs - 7Rs
In one of the observations HELL was 90/70 mm RT.article Hypotonic condition was accompanied by weakness and dizziness. The data of measurements of the energy state 24 main channels in absolute values using the test AKABANE according to the method described in the first example had the form N 2 (see tab. 3).When scaling the data of the primary testing the total 24 channels 292, thus the arithmetic mean value of smartautoblog unit amounted to 12.1 the absolute values of the primary test. This simaltaniously indicator GIs was equal to 0.4; Rs = 3,47; Vs = 1,92; IGs = 0,66. Substituting these values in the previously obtained formula and multiplying these values by the corresponding coefficients, we obtain the estimated value of the BPA:
The BPA= 110 + 9 - 24 + 9 - 12 = 92 mm RT.article
Thus the calculated data match the observed.In this case, we assumed that GIs with the growth of its hypofunction has the maximum contribution to the increase in the BPA. For transfer channel in the specified state, we used the destructive inter-connection (Year luvsan Essays methods of Oriental reflexology. Novosibirsk, Nauka, 1991, S. 12-14), when by strengthening the energy channels of the element "FIRE", we strive to reduce energy channels of the METAL. Taking into account the individual matrix interchannel correlations obtained from the results of preliminary tests, in this case, the most pronounced destructive communication took place between TRd and GIs. And the reason for such effects was that TRd according to initial testing was in a state of greater hypoenergetic with asymmetry between the left and right sides (D > S), and such exposure by all the canons of reflexology it would also be appropriate.The exposure was carried out simultaneously in both channels in accordance with the stated methodology modulated IR radiation at the frequency moldoveichisinau 90 sec at a density of radiation power of 100 mW/cm, blood pressure increased to 115/75 mm RT.art., mainly due to the reduction of hypotensive contribution of Rs and GIs, (see test after exposure). During the control test calculated the sum of the 24 channels amounted to 275, the arithmetic mean value test = 11,4. Thus substituting mashtabirovanie values on channels involved in the regulation of DT, we obtain its estimated value:
The BPA= 110 + 21 - 15 + 10 - 9 = 117 mm RT.article.Estimated value of the BPA coincided with its real values. The effect lasted for 4 hours.For maintenance of this system we use a computer program support, which is based on the data analysis of the current tests, taking into account all rules reflexology gives the patient a specific recommendation with the indication of the channel to which you want to perform this effect. In the case of this claimed device, the patient need only to move it from one finger to another, where there is a point of entry and exit of the channel. Additionally, in the last example, it is advisable to use two of the claimed device. One of them is on the fourth finger of the left leg, and PU, when blood pressure varies widely from hypotonic to hypertonic crises is advisable to use two of the claimed device. However, one of the devices configured to actuate in the event of a pressure reduction below certain limits, will monitor and grading of hypertensive crises; and the other configured to discharge the high pressure - hypertension.Thus the claimed device and the method itself, working on the principle described above can provide both stimulating and brake effects on any of the channels involved in the regulation of various physiological parameters and can be more versatile, widely used in all cases where there are indications for acupuncture. 1. Method of correction of arterial dysfunction not related to organic disorders, including evaluation of the state acupuncture channels test AKABANE and the subsequent impact on corporal acupuncture points, characterized in that the test AKABANE carried out in the dynamics of observations at different values of blood pressure, according to a mathematical analysis to determine the channels with the greatest effects of the x channels modulated by rectangular pulses of radiation of the infrared range with a wavelength of 780 - 2500 nm at a power density of 100 to 150 mW/cm2with a constant frequency of 15 - 35 Hz and a duty cycle of 0.5 - 0.7 to normalize blood pressure in mode 20 - 30 - impact and 180 - 300 - break.2. Device for reflexology containing element impact on the BAHT in the form of the IR emitter, the sensor of a physiological parameter, via a control unit connected with the switching unit, the pulse generator, through a switching unit connected with the item impact on the BAHT, wherein the physiological parameter sensor is a sensor of blood pressure, mounted on the plate located in the housing made in the form of a thimble worn on the finger phalanx, while the blood pressure sensor is installed from the side of the finger pad, and the IR emitter is installed in the housing so to have an impact in the angle of the nail root, and the control unit includes a threshold device that monitors changes in blood pressure for a given boundary.