TWI453046B - Diabetes system of hyperglycemia - Google Patents

Description

Soothing system for diabetic hyperglycemic factors

The invention relates to a soothing system for diabetic hyperglycemic factors, in particular to an electric energy wave formulating technique using a modulated frequency band as a therapeutic high blood sugar factor for diabetes.

Diabetes is a serious metabolic disease. When the insulin secretion in the human body is insufficient, glucose can not be used into the cells, resulting in an increase in the amount of glucose in the blood, resulting in endocrine metabolic disorders. Diabetes can be diagnosed according to the following criteria of the American Diabetes Association: 1. Fasting plasma glucose is 7.0 mmol/L (126 mg/dl) or above; 2. In the oral glucose tolerance test, After 2 hours of oral administration of 75 grams of glucose, plasma blood glucose was 11.1 mmol/L (200 mg/dl) or more; 3. Hyperglycemia was present, and random plasma glucose was 11.1 mmol/L (200 mg/dl) Or above; and 4. Glycated hemoglobin (HbA1C) is 6.5 or above. If the body's blood sugar is too high, glucose can not be completely absorbed by the kidneys, so that glucose will be discharged with the urine. When the urine contains a lot of sugar, it is called diabetes. At present, there are two methods for Western medicine to treat diabetes. The first one is to supplement insulin by injection. The second is to control blood sugar by means of oral medication. Although the above treatment methods can promote the secretion of insulin or reduce the resistance of insulin, thereby controlling the hyperglycemic factor of diabetes in patients, the above treatment can only control the blood sugar of diabetes and cannot cure, if the injection of insulin or oral administration is stopped. In the case of drug treatment, many complications will occur. Not only that, but the above treatment method is an invasive anti-therapeutic treatment. Therefore, under long-term treatment, it is more likely to cause damage to the kidneys, resulting in regrets of dialysis.

As for the treatment of diabetes by Chinese medicine, as shown in the patent of the Republic of China Invention No. I356706 "Controllable metabolic syndrome Chinese herbal medicine composition", it is composed of Xianfeng grass and human mites, which has the effect of promoting insulin secretion and reducing insulin resistance, although The conventional treatment method can regulate the blood sugar level of the human body, but it is still a kind of oral drug treatment, so it can be regarded as a generalized indirect invasive treatment because the drug exerted by it still has a constraint on the human body (Chemical Restraint), therefore, it is also easy to damage kidney organs under long-term treatment.

Furthermore, according to the theory of quantum medicine, all living organisms and living organisms have their own physiological frequencies (ie, biological resonance waves). When the human body is healthy, the body will exhibit a coordinated and uniform fluctuation frequency. Conversely, when the human body exhibits a wave frequency misalignment, it indicates that the organism is pathologically affected by functional deterioration, disease, or virus harmonic interference. In the 1930s, American physicist Royal Rife discovered that every object contains bacteria and viruses that have their own natural frequencies. The findings were tested in 1934 by physicians at the University of Southern California with examples and achieved satisfactory results. The Royal Rife study found that different resonant wave frequencies have different physiological responses to the human body. According to this, the Canadian Resonance Light Company has developed a resonant wave human health instrument for human physiological frequency. The energy wave emitted by the instrument has a wavelength of 4 to 20 micrometers (um), which is close to the wavelength of human biological waves of 3 to 45 micrometers (um), and has a human health function. There are many studies that use electromagnetic waves to treat cancer. Although it is known in the prior art that electrical energy waves can be introduced into the human body to resonate with the physiological frequency of the human body to achieve a therapeutic function. However, for the treatment of diabetes, the current techniques or research have not yet utilized the energy wave technology to completely construct a therapeutic formula that can effectively reduce the modulation frequency band of diabetic hyperglycemic factors.

Since the bioresonance wave has a great potential therapeutic effect on the treatment of human diseases, and the conventional technology does not have a set of electric energy wave formulas for reducing diabetes high blood sugar factor, the inventors actively work hard to develop, and practice Experiments have led to the development of an energy wave formula that can improve diabetes. The effects achieved by the present invention cannot be effectively and specifically achieved in the above-mentioned conventional structures. To ensure the legal rights and interests of the present invention, a patent application is filed according to law.

The main object of the present invention is to provide a soothing system for diabetic hyperglycemic factors, which is mainly characterized by a power wave modulated by a frequency band as a formula for reducing diabetes high blood glucose factor, which is controlled by clinical experiments and controlled according to frequency band modulation. The electric energy wave can effectively reduce the high blood sugar factor of diabetes, and can reduce the hemoglobin, thereby promoting insulin secretion and reducing the resistance of insulin. A technical means for achieving the object of the present invention is to design a system including an energy wave generator for setting a frequency control period control recipe useful for controlling the generation of electric energy waves. The frequency action period control recipe includes control of at least one single frequency action period and control of at least one multi-frequency modulation period. The power wave generator controls the formula in a time course of the action according to the designed frequency action period to control the emission of a single frequency energy wave in a single frequency action period and control the emission in the multi-frequency modulation period during a single frequency action period The energy wave of the frequency band is used to reduce the high blood sugar factor (such as blood sugar and glycated hemoglobin) of the human body by the electric energy wave.

壹. Basic technical features of the present invention

Referring to FIGS. 1 to 3, the basic technical features of the object of the present invention are to design a system including an energy wave generator, and set a frequency action period control formula useful for controlling the generation of the energy wave in the energy wave generator. The power wave generator 10 emits an electric energy wave to a human body suffering from diabetes in a time course of action. The frequency action period control recipe includes control of at least one single frequency action period and control of at least one multi-frequency modulation period. The power wave generator controls the formula in a time course of the action according to the designed frequency action period to control the emission of a single frequency energy wave in a single frequency action period and control the emission in the multi-frequency modulation period during a single frequency action period The energy wave of the frequency band is used to reduce the high blood sugar factor (such as blood sugar and glycated hemoglobin) of the human body by the electric energy wave.

贰. The present invention controls a specific embodiment of transmitting a power wave

In order to be able to set the frequency action period control formula of the electric energy wave, and according to the designed frequency action period control formula, the control unit can control the emission of a single frequency energy wave in a single frequency action period in a multi-frequency modulation period Controls the transmission of energy waves in multiple frequency bands. As shown in FIG. 1 and FIG. 3, the power wave generator 10 of the system of the present invention comprises an operation interface 11, a control driving unit 12, a data library 13 for storing spectral data of electric energy waves, and an energy wave transmitting unit 14. . The operation interface 11 is operable by a user to activate or deactivate the power wave generator 10. The control driving unit 12 can read the spectrum data in the data library 13 by the trigger of the operation interface 11, and output a driving command signal for controlling the power wave transmitting unit 14 to be turned on and off, so that the energy wave transmitting unit 14 emits The spectral data corresponds to the energy wave. The power wave transmitting unit 14 can emit an electric energy wave to the human body according to the driving command signal during the period. Figure 1 shows The power wave transmitting unit 14 is a transmitter that can emit electromagnetic waves of a specific frequency, and the electromagnetic waves can be emitted outward. In addition, the power wave emitting unit 14 may be a light wave transmitter that emits light waves of a specific frequency; or a combination of an audio amplifier and a speaker that can emit sound waves of a specific frequency. Furthermore, it must be noted that the present invention can also adopt a commercially available electric energy wave generator, which only needs to control the emission time of the electric energy wave, and adjusts the frequency band in each time period, and can also be used as an improvement for diabetic hyperglycemic factors. formula.

Reference example of the present invention

3.1 The frequency action period control formula of the electric energy wave of the invention

In the experimental example of the present invention, the waveform of the electric energy wave is rectangular, and the emissivity of the electric energy wave in each duty cycle is 70%, that is, 70% is a square wave output of a positive potential, and another 30% is part. It is the zero potential of the off state. The time ratios of the single-frequency action period and the multi-frequency modulation period to the entire duration of the action are approximately 42.39% and 57.61%, respectively. The control of at least one single frequency action period is a plurality of, and the frequency of each controlled power wave is different. The frequency action period control formula of the electric energy wave of the invention, under the principle of the basic frequency conversion mechanism, the frequency can be gradually reduced from the beginning to the end of the whole action time course (as shown in FIG. 4), and can also be gradually increased ( As shown in FIG. 5, and in the present experimental example, the frequency is gradually decreased from the beginning to the end of the action time course. The control of the at least one multi-frequency modulation period is plural, and is selected from the control of the decreasing modulation period, the control of the increasing modulation period, and the control of increasing or decreasing the interleaving period, and controlling the decreasing period Controlling the distribution of the power wave in a decreasing frequency during a decreasing modulation period, and gradually controlling the frequency of the modulation period The system controls the distribution of the power wave in a predetermined frequency width in an increasing frequency modulation period, and the control of increasing or decreasing the interleaving modulation period controls the power wave at a predetermined frequency in the increasing and decreasing interleaving modulation period. The width of the increasing frequency and the decreasing frequency are increased and decreased. During the multi-frequency modulation period, the decreasing proportion of the modulation period, the increasing modulation period, and the increasing or decreasing interleaving period accounted for about 30.23%, 43.91% and 25.86%, respectively. The difference between each two adjacent frequency values controlled in the decreasing modulation period is 1 Hz. The difference between each two adjacent frequency values controlled in the increasing modulation period is 1 Hz. Each of the two adjacent increasing frequency values and each two adjacent decreasing frequency values controlled in the increasing or decreasing interleaving modulation period are respectively different by 1 Hz. The predetermined bandwidth in the control of the decreasing modulation period is 3 Hz. The predetermined bandwidth in the control of the increasing modulation period is 9 Hz. The predetermined bandwidth in the control of increasing or decreasing the interleaving modulation period is 9 Hz.

As shown in FIG. 4 to FIG. 6 and the attached diagram, the control of the single-frequency action period of the present invention is shown as “Single Frequency” in the table, and the control of the decreasing and decreasing modulation period is displayed as “Sweep Decreasing” in the table, and the modulation period is gradually increased. The control is shown in the table as "Sweep Increasing", and the control of increasing or decreasing the interleaving modulation period is shown as "Spread Contract" in the table.

In the control of the decreasing modulation period, the first frequency range value is set with different basic frequency (Base) and bandwidth (Width) in each period (Level), and the first frequency range value is the first output frequency is the frequency The width is added to the fundamental frequency, and the second output frequency is the first output frequency minus a modulation variable (such as 1 Hz). When the next output frequency is equal to the basic frequency, the next frequency is the last one. Output frequency. For example, assume that the fundamental frequency is 100 Hz and the bandwidth is 3 Hz. The transmission time of each frequency is 3 seconds. According to the above formula, the number of frequencies (freqs) can be determined as 4, and the order of frequency output is 103Hz, 102Hz, 101Hz and 100Hz respectively. The total transmission time of this period is 3*. (3+1) = 12 seconds.

In the control of the increasing modulation period, the second frequency range value is set with different basic frequency (Base) and bandwidth (Width) in each period (Level), and the first output frequency of the second frequency range value is The basic frequency, the second output frequency is the first output frequency plus a modulation variable (such as 1 Hz), when the next output frequency is equal to the sum of the fundamental frequency and the bandwidth, the next frequency is the last An output frequency. For example, suppose the basic frequency is 100 Hz, the bandwidth is 3 Hz, and the transmission time of each frequency in this period is 3 seconds. According to the above formula, the number of frequencies can be determined as four, and the order of frequency output is 100 Hz, 101 Hz, and 102 Hz, respectively. And 103 Hz, the total transmission time of this period is accumulated to be 3*(3+1)=12 seconds.

In the control of increasing or decreasing the interleaving modulation period, the third frequency range value is set with different basic frequency (Base) and bandwidth (Width) in each period (Level), and the first output frequency of the third frequency range value is The sum of the bandwidth and the fundamental frequency, the second output frequency is the subtraction of the bandwidth from the fundamental frequency, and then the first frequency is decremented by a variable (eg, 1 Hz) to become the third output frequency. The second frequency is further subtracted from the modulation variable to become the fourth output frequency. When the next frequency is equal to the fundamental frequency, the next frequency is the last output frequency. For example, suppose the basic frequency is 100 Hz and the bandwidth is 3 Hz. The transmission time of each frequency in this period is 3 seconds. According to the above formula, the number of frequencies can be determined as 7 and the order of frequency output is 103 Hz, 97 Hz, and 102 Hz, respectively. , 98Hz, 101Hz, 99Hz and 100Hz, the total transmission time accumulated in this period It is 3*(2*3+1)=21 seconds.

In addition, as shown in the attached chart, the control of the decreasing modulation period is between 1 and 3 Hz, and the output frequency is between 2 and 4. The bandwidth of the control of the increasing modulation period is between 2 and 9 Hz, and the frequency of the output is between 3 and 10. The bandwidth of the control of increasing or decreasing the interleaving modulation period is between 5 and 9 Hz, and the frequency of the output is between 11 and 19.

3.2. Experimental operation of the present invention

It is known from clinical trials that the present invention is a preferred time to treat diabetes at 60 minutes after the last meal of the day. Each action time (ie, treatment time) is about 44 minutes and 21 seconds, divided into 50 time periods, and in 50 time periods, the waveforms of the energy waves are positive square waves, each duty cycle (Duty The positive-potential square wave emissivity of cycle is about 70%. In other words, in the period of the frequency of the base frequency, there is 70% of the high voltage, and the remaining 30% is the negative energy (0 Voltage ), or can be defined, in a pulse rate cycle (ON/OFF cycle of the transmission frequency) (Pulse Rate shown in the attached chart is 1Hz), 70% of the time has a transmission frequency (ON), 30% of the time is not Send frequency (OFF). A course of treatment lasts for about 20 to 40 days, and a preliminary improvement can be obtained. As shown in FIG. 1 , when the energy treatment of the electric energy wave is to be performed on the diabetic patient, the electric energy wave generator 10 is activated, and the electric energy wave transmitting unit 14 is driven by the driving command signal to control the formula to emit electric energy according to the frequency action period of the electric energy wave. wave.

As shown in Fig. 4 and the attached graph, in the experimental time course of the experimental example of the present invention, the initial frequency was 18122 Hz, and gradually decreased to the final 1.2 Hz. As seen in the attached chart, There are six single-frequency action periods at the beginning, that is, the frequency form of the energy wave in the first to sixth periods (Level) is the single frequency action period control (Single Frequency), the frequency of each time period is different and gradually decreases, and the graph shows From 18122Hz to 1872Hz, the timing of the single-frequency action period is 7 seconds, 15 seconds, 19 seconds, 24 seconds, 26 seconds and 28 seconds, respectively. The frequency form of the electric energy wave in the seventh period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency value is 3175 Hz, the bandwidth value is 2 Hz, the frequency number is 3, and the treatment time is 10 seconds * 3 = 30 seconds. The frequency form of the electric energy wave in the eighth period is the single frequency action period (Single Frequency), the frequency is 300 Hz, and the treatment time is 31 seconds. The frequency form of the energy wave in the ninth time period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency value is 2127 Hz, the bandwidth value is 1 Hz, the frequency number is 2, and the treatment time is 18 seconds*2=36 seconds respectively. . The frequency form of the electric energy wave in the 10th time period is a single frequency action period (Single Frequency), the frequency is 2112 Hz, and the treatment time is 35 seconds. The energy wave is in the 11th frequency form period as the control of the increase and decrease interleaving modulation period (Spread Contract), the basic frequency is 2007Hz, the bandwidth is 7Hz, the frequency is 15, and the treatment time is 2 seconds*15=30 seconds. The frequency of the energy wave in the period of the 12th to 17th is the single frequency action period (Single Frequency), the frequency is gradually reduced from 1865Hz to 1000Hz, and the treatment time is 37 seconds, 37 seconds, 39 seconds, 42 seconds, 44 seconds respectively. And 45 seconds. The frequency form of the energy wave in the 18th period is the control of the increasing modulation period (Sweep Increasing), the basic frequency is 921 Hz, the bandwidth is 2 Hz, the frequency is 3, and the treatment time is 15 seconds * 3 = 45 seconds, respectively. The frequency form of the electric energy wave in the 19th period is the single frequency action period (Single Frequency), and the frequency is 880 Hz. The treatment time is 47 seconds. The frequency form of the electric energy wave in the 20th period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency is 867 Hz, the bandwidth is 1 Hz, the frequency is 2, and the treatment time is 23 seconds*2=46 seconds, respectively. The frequency form of the energy wave in the 21st period is the control of the increase and decrease of the interleaving modulation period. The basic frequency is 807 Hz, the bandwidth is 7 Hz, the frequency is 15, and the treatment time is 3 seconds*15=45 seconds. The frequency form of the energy wave in the 22nd period is the control of the increase and decrease of the interleaving modulation period (Spread Contract), the basic frequency is 778Hz, the bandwidth is 9Hz, the frequency is 19, and the treatment time is 3 seconds*19=57 seconds respectively. . The frequency form of the electric energy wave in the 23rd period is the single frequency action period (Single Frequency), the frequency is 751 Hz, and the treatment time is 49 seconds. The frequency form of the electric energy wave in the 24th period is the control of the increase and decrease interleaving modulation period (Spread Contract), the basic frequency is 730 Hz, the bandwidth is 7 Hz, the frequency is 15, and the treatment time is 3 seconds*15=45 seconds respectively. The frequency form of the energy wave in the 25th period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency is 705 Hz, the bandwidth is 3 Hz, the frequency is 4, and the treatment time is 12 seconds * 4 = 48 seconds, respectively. The frequency form of the energy wave in the 26th period is the control of the increasing modulation period (Sweep Increasing), the basic frequency is 7668 Hz, the bandwidth is 8 Hz, the frequency is 9, and the treatment time is 6 seconds * 9 = 54 seconds, respectively. The frequency form of the energy wave in the 27th period is the control of the increase and decrease of the interleaving modulation period (Spread Contract), the basic frequency is 652Hz, the bandwidth is 5Hz, the frequency is 11, and the treatment time is 5 seconds*11=55 seconds respectively. The frequency form of the electric energy wave in the 28th period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency value is 625 Hz, the bandwidth is 5 Hz, and the frequency number is 6 treatment time is 9 seconds and 54 seconds, respectively. The frequency form of the 29th period is the single-frequency period Single Frequency, the frequency is 612 Hz, and the treatment time is 51 seconds. The frequency form of the energy wave in the 30th period is the control of the increasing modulation period (Sweep Increasing), the basic frequency is 595 Hz, the bandwidth is 5 Hz, the frequency is 6, and the treatment time is 9 seconds * 6 = 54 seconds, respectively. The frequency form of the energy wave in the 31st period is the control of the increase and decrease of the interleaving modulation period (Spread Contract), the basic frequency value is 542Hz, the bandwidth is 9Hz, the frequency is 19, and the treatment time is 3*19 seconds=57 seconds respectively. . The frequency form of the power wave in the 32nd period is the single frequency action period (Single Frequency), the frequency is 522 Hz, and the treatment time is 53 seconds. The frequency form of the energy wave in the 33rd period is the control of the increasing modulation period (Sweep Increasing), the basic frequency is 484 Hz, the bandwidth is 4 Hz, the frequency is 5, and the treatment time is 11 seconds * 5 = 55 seconds, respectively. The frequency form of the electric energy wave in the 34th period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency is 462 Hz, the bandwidth is 3 Hz, the frequency number is 4, and the treatment time is 14 seconds * 4 = 56 seconds, respectively. The frequency form of the energy wave during the 35th period is the control of the increasing modulation period (Sweep Increasing), the fundamental frequency is 435 Hz, the bandwidth is 9 Hz, the frequency is 10, and the treatment time is 6 seconds * 10 = 60 seconds, respectively. The frequency of the energy wave in the 36th period is the Sweep Decreasing, the basic frequency is 421 Hz, the bandwidth is 3 Hz, the frequency is 4, and the treatment time is 14 seconds*4=56 seconds. The frequency form of the energy wave in the 37th period is the control of the increasing modulation period (Sweep Increasing), the basic frequency is 380 Hz, the bandwidth is 4 Hz, the sequence value is 5, and the treatment time is 12 seconds * 5 = 60 seconds, respectively. The frequency form of the energy wave in the 38th period is the control of the increase and decrease of the interleaving modulation period (Spread Contract), the basic frequency is 348Hz, the bandwidth is 5Hz, the frequency is 11, the treatment The time is 5 seconds * 11 = 55 seconds. The energy wave is controlled by the Sweep Decreasing period in the 39th period. The basic frequency is 302 Hz, the bandwidth is 2 Hz, the frequency is 3, and the treatment time is 20 seconds*3=60 seconds. The frequency form of the energy wave in the 40th period is the control of the increasing modulation period (Sweep Increasing), the fundamental frequency is 160 Hz, the bandwidth is 2 Hz, the frequency is 3, and the treatment time is 23 seconds*3=69 seconds, respectively. In the 41st period, the power wave is controlled by the increase and decrease of the interleaving modulation period. The basic frequency is 141 Hz, the bandwidth is 6 Hz, the frequency is 13, and the treatment time is 5 seconds*13=65 seconds. The frequency form of the energy wave in the 42~43 period is the single frequency action period (Single Frequency), the frequency is gradually reduced from 125Hz to 95Hz, and the treatment time is 72 seconds and 76 seconds respectively. The frequency form of the energy wave in the 44th period is the control of the decreasing modulation period (Sweep Decreasing), the basic frequency is 80 Hz, the bandwidth is 1 Hz, the frequency is 2, and the treatment time is 39 seconds * 2 = 78 seconds, respectively. The frequency form of the energy wave in the 45th period is the control of the increase and decrease of the interleaving modulation period (Spread Contract), the basic frequency is 66 Hz, the bandwidth is 7 Hz, the frequency is 15, and the treatment time is 5 seconds * 15 = 75 seconds. The frequency form of the energy wave in the 46th period is the control of the increase and decrease of the interleaving modulation period. The basic frequency is 40z, the bandwidth is 8Hz, the frequency is 17, and the treatment time is 5 seconds*17=85 seconds. In the 47th period, the power wave is controlled by the increase and decrease of the interleaving modulation period. The basic frequency is 13 Hz, the bandwidth is 7 Hz, the frequency is 15, and the treatment time is 7 seconds*15=105 seconds. The frequency form of the energy wave in the 48th to 50th periods is the single frequency action period (Single Frequency), and the frequency is gradually reduced from 9Hz to 1.2Hz, and the treatment time is 106 seconds, 110 seconds and 133 seconds respectively.

3.3. Experimental results of the present invention

The experimental example shown in Fig. 7 is a clinical experiment of early fasting in a 40-year-old male diabetic patient. It is known from Fig. 7 that the curve within two weeks is not the blood glucose level of the treatment of the electric wave of the present invention, and the blood glucose level is There was a violent undulation between 250 and 310, but after a power wave treatment lasting about 1.2 months, the blood glucose level became stable in January, and the blood sugar level no longer soared, and then the blood sugar level began to drop rapidly. From this, it is known that the present invention can effectively reduce the blood glucose factor of diabetes. In addition, the experimental example shown in Fig. 8 is a clinical experiment of glycogen in a 40-year-old male diabetic patient. It is known from Fig. 8 that after the intervention of the electric energy wave, the glycymoglobin slowly decreases because the glycated hemoglobin is in three. There was a significant change in chance after the month, mainly because the life cycle of the red blood cells was 3 months. From the above examples, it was found that the present invention can indeed reduce the hemoglobin.

In addition, as shown in FIGS. 9 and 10, in addition to having a blood sugar lowering value and glycohemoglobin (HbA1C), the right hand 5 finger pulse capture ratio is used after one month of using the electric energy wave formula of the present invention. The values of small arterial quality (DEI) tend to be standard. There was no difference in arteriolar quality (DEI) and blood stasis (AI), but the actual values in Figure 9 showed a significant improvement in blood stasis. Aortic mass (EEI), aortic elasticity (DDI), and small arterial elasticity (RI) were significantly improved.

Conclusion

Therefore, with the above technical features, the present invention can indeed use the energy wave modulated by the frequency band as a formula for treating diabetes. According to clinical experiments, the energy wave generated by the frequency band modulation can indeed be Effectively reduce the high blood sugar factor of diabetes, and can reduce blood sugar levels and glycogen, thereby promoting insulin secretion and lowering Low insulin resistance. Moreover, it also enhances the elasticity of the arteries and enhances the health of the affected.

The above is only one of the possible embodiments of the present invention, and is not intended to limit the scope of the patents of the present invention, and the equivalent implementations of other changes according to the contents, features and spirits of the following claims are It should be included in the scope of the patent of the present invention. The invention is specifically defined in the structural features of the request item, is not found in the same kind of articles, and has practicality and progress, has met the requirements of the invention patent, and has filed an application according to law, and invites the bureau to approve the patent according to law to maintain the present invention. The legal rights of the applicant.

10‧‧‧Power Wave Generator

11‧‧‧Operation interface

12‧‧‧Control drive unit

13‧‧‧Database

14‧‧‧Power wave launching unit

1 is a schematic view showing the implementation of the electric energy wave of the present invention as a light wave energy type.

2 is a schematic diagram showing the structure of a control recipe for the frequency action period of the present invention.

Figure 3 is a block diagram showing the architecture of the system of the present invention.

Fig. 4 is a schematic view showing the trend curve of the frequency modulation of the electric energy wave of the present invention.

FIG. 5 is a schematic diagram of another trend curve of the power wave frequency modulation of the present invention.

Fig. 6 is a schematic view showing the proportion of each frequency action period of the present invention.

Figure 7 is a schematic diagram of data for a clinical trial of blood glucose according to the present invention.

Fig. 8 is a schematic diagram showing the data of a clinical experiment conducted by the present invention for glycated hemoglobin.

Figure 9 is a statistical diagram of the results of the pulse measurement of the present invention.

Figure 10 is a graph showing the difference in numerical values before and after the use of electric energy waves in the simple grading comparison of the present invention (optimal: 6, worst: 1).

Attachment: The chart is a schematic representation of the energy wave frequency data of the present invention at each time period.

10‧‧‧Power Wave Generator

11‧‧‧Operation interface

12‧‧‧Control drive unit

14‧‧‧Power wave launching unit

Claims (7)

A soothing system for diabetic hyperglycemia, comprising an energy wave generator, and setting a frequency action period control recipe useful for controlling the generation of an electric energy wave, the frequency action period control recipe comprising at least one single frequency action period control and at least Controlling a multi-frequency modulation period, wherein the energy wave generator controls the formula to control the emission of a single frequency of energy in a single-frequency period during a single-frequency period of time according to the frequency-action period control formula The multi-frequency modulation period controls the power wave of the plurality of frequency bands, and the energy wave reduces the hyperglycemic factor of the diabetes of the human body, wherein the control of the single-frequency action period is plural, and the power of each control The frequencies of the waves are different, and the frequency gradually decreases from the beginning to the end of the active period; the control of the multi-frequency modulation period is plural, and is selected from the control of the decreasing modulation period, increasing and adjusting At least one of the control of the variable period and the control of the increase and decrease of the interleaving modulation period, wherein the control of the decreasing modulation period is during the decreasing modulation Controlling the power wave to perform a frequency decreasing distribution within a predetermined bandwidth; controlling the increasing modulation period in the increasing modulation period to control the power wave to be frequency-increasingly distributed within a predetermined bandwidth The control of the increase/decrease interleave modulation period is to control the energy wave to increase and decrease the staggered distribution of the increasing frequency and the decreasing frequency in a predetermined frequency band during the increasing or decreasing interleaving modulation period. The soothing system for diabetic hyperglycemia according to claim 1, wherein the electric energy wave generator comprises an operation interface, a control driving unit, a database for storing spectral data of the electric energy wave, and an electric energy wave transmitting unit. The operation interface is used by a user to activate or deactivate the energy wave generator, and the control driving unit is subjected to the operation boundary The triggering of the surface reads the spectral data in the database, and outputs a driving command signal for controlling the power wave transmitting unit to be turned on and off, so that the energy wave transmitting unit transmits the energy wave corresponding to the spectrum data. The soothing system of the diabetic hyperglycemic factor according to claim 1, wherein the waveform of the electric energy wave is a rectangle, and the emissivity of the electric energy wave is 70% in each cycle. The soothing system of the diabetic hyperglycemic factor according to claim 1, wherein the time ratio of the single frequency action period and the time of the multi-frequency modulation action period to the entire time duration is about 42.39% and 57.61%, respectively. . The soothing system of the diabetic hyperglycemic factor according to claim 1, wherein the decreasing modulation period, the increasing modulation period, and the increasing or decreasing interleaving period account for the multi-frequency modulation period The time ratios of the frequency modulation period are approximately 30.23%, 43.91% and 25.86%, respectively. The soothing system for diabetes hyperglycemic factors according to claim 1, wherein each two adjacent frequency values controlled in the decreasing modulation period is different by 1 Hz, and each two adjacent frequencies controlled in the increasing modulation period The value difference is 1 Hz, and each two adjacent increasing frequency values and each two adjacent decreasing frequency values controlled in the increasing and decreasing interleaving modulation period are respectively 1 Hz; the predetermined bandwidth in the control of the decreasing modulation period is between 1~3HzHz, the predetermined bandwidth in the control of the increasing modulation period is between 2 and 9 Hz, and the predetermined bandwidth in the control of the increasing or decreasing interleaving modulation period is between 5 and 9 Hz. The soothing system of the diabetic high blood glucose factor according to claim 6, wherein the frequency of the output of the control of the decreasing modulation period is between 2 and 4; the frequency of the output of the control of the increasing modulation period is 3 to 10; the increase and decrease of the interleaving period The number of controlled outputs is between 11 and 19.