CN215231611U - Device for treating obstructive sleep apnea syndrome by using composite wave - Google Patents

Abstract

The utility model discloses an use device of compound wave treatment obstructive sleep apnea syndrome belongs to sleep appearance technical field, including the display module, central intelligent integrated module, the clock module, human-computer interaction module, compound wave generation module includes compound wave production circuit and the output circuit that amplifies that is used for compounding the positive and negative two-way ripples of compound wave production circuit production back and amplifies the output, the display module, the clock module, human-computer interaction module, compound wave generation module are respectively with central intelligent integrated module communication connection, compound wave generation module compounds 6 different wave forms positive and negative two-way compound wave back and synthesizes biological compound wave with positive and negative two-way compound wave back and output; the positive complex wave and the negative complex wave are respectively output and act on the human body through the electrode paste, and the percutaneous conduction waveform is realized. The utility model discloses can treat and improve the heavy back of tongue root, the narrow scheduling problem in pharyngeal cavity that arouse blocking type sleep arc pause syndrome.

Description

Device for treating obstructive sleep apnea syndrome by using composite wave

Technical Field

The utility model belongs to the technical field of therapeutic instrument is improved in sleep, concretely relates to use device of compound wave treatment obstructive sleep apnea syndrome.

Background

The sleep apnea syndrome is one of four diseases causing human death, is also a cause for inducing various chronic diseases such as hypertension, heart disease and the like, increases obese people along with the improvement of living standard of people, obviously increases the incidence rate of the sleep apnea syndrome, and particularly accounts for a large proportion of the obstructive sleep apnea syndrome caused by the hypertrophy and tenesmus of the tongue root and the stenosis of the pharyngeal cavity.

At present, the medical field only adopts operation and wears a mask type positive pressure respirator, and the conservative treatment mode is basically adopted at present due to high operation cost, great pain and high recurrence rate. The mask type positive pressure respirator only blows open the pharyngeal cavity by positive pressure to achieve the purpose of assisting breathing, so that the wearing of the mask type positive pressure respirator can ensure normal breathing during sleeping, but cannot improve the symptoms of tongue root hypertrophy, tenesmus and pharyngeal cavity stenosis, has strong dependence and generally needs to be worn for life.

In recent years, with the development of medical level, instruments for treating obstructive sleep apnea syndrome by a percutaneous electrical stimulation technology also appear, but the instruments have the defects of low tolerance strength as a mask type breathing machine when worn for a long time at night, acupuncture feeling when the strength is increased, easy adaptability of a human body, difficult achievement of human tissue depth and the like.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an use device of compound wave treatment obstruction type sleep apnea syndrome can carry out the exercise and the fat elimination of muscle intensity under the complete waking state of human muscle or in the short time, strengthens the elasticity of tongue root, avoids the sleep state to be paralyzed soft back and weighs down and block up the respiratory track.

In order to achieve the above purpose, the utility model adopts the following technical scheme: a device for treating obstructive sleep apnea syndrome by using compound waves comprises a display module, a central intelligent integrated module, a clock module, a man-machine interaction module and a compound wave generation module, wherein the compound wave generation module comprises a compound wave generation circuit and an amplification output circuit for amplifying and outputting positive and negative bidirectional waves generated by the compound wave generation circuit after being compounded, the display module, the clock module, the man-machine interaction module and the compound wave generation module are respectively in communication connection with the central intelligent integrated module, the compound wave generation module compounds six different waveforms of a waveform a, a waveform b, a waveform c, a waveform d, a waveform e and a waveform f to form positive and negative bidirectional compound waves, and then synthesizes the positive and negative bidirectional compound waves into biological compound waves and outputs the biological compound waves; the waveform a generates a waveform g after passing through a phase inverter I, the waveform c generates a waveform h after passing through a phase inverter II, the waveform a and the waveform b generate a waveform i after passing through an AND gate I, the waveform g and the waveform b generate a waveform j after passing through an AND gate II, the waveform c and the waveform d generate a waveform k after passing through an AND gate III, the waveform h and the waveform f generate a waveform m after passing through an AND gate IV, the waveform k and the waveform m generate a waveform n after passing through an AND gate V, the waveform i and the waveform n generate a positive complex wave after passing through an AND gate VI, the waveform j and the waveform n generate a negative complex wave after passing through an AND gate VII, and the positive complex wave and the negative complex wave are respectively applied to a human body through electrodes.

Furthermore, the human-computer interaction module comprises a power-on/power-off key and a treatment parameter selection unit, the treatment mode selection unit comprises a sleep mode key, a waking mode key and an enhancement mode key, the signal output ends of the power-on/power-off key and the treatment parameter selection unit are connected with the signal input end of the central intelligent integrated module, and the signal output end of the central intelligent integrated module is connected with the signal input end of the display module.

Further, the frequency of the waveform a is 200-300 Hz.

Further, the frequency of the waveform b is 300-500 HZ.

Further, the frequency of the waveform c is 500-800 HZ.

Further, the frequency of the waveform d is 800-1000 Hz.

Further, the frequency of the waveform e is 0-60 HZ.

Further, the frequency of the waveform f is 60-200 HZ.

Compared with the prior art, the beneficial effects of the utility model are that: the utility model adopts the wave form composition of 6 frequencies and 4 medium frequency wave forms, thus effectively solving the problems of low tolerance strength and acupuncture feeling and being easier to reach the depth of human tissue; the low frequency wave form is 2, so that the tongue root muscle can generate the maximum muscle tension. In the awake mode: 2 kinds of medium frequency waveforms and 2 kinds of low frequency waveforms are adopted for treatment, so that the treatment intensity and treatment effect are ensured. 4 kinds of intermediate frequency waveforms are adopted for treatment in the sleep mode, and the combination of various waveforms improves the comfort level of treatment and achieves the effect of not influencing sleep. Adopt 6 kinds of treatment ripples to go on simultaneously under the enhancement mode to increase emission frequency through central intelligent integrated module, reach the effect of degree of depth exercise and fat removal.

Drawings

FIG. 1 is a schematic block diagram of the present invention;

fig. 2 is a schematic diagram illustrating the formation of positive and negative complexes according to the present invention;

fig. 3 is a waveform diagram of a waveform a, a waveform b, a waveform c, a waveform d, a waveform e, and a waveform f according to the present invention.

In the figure: the intelligent alarm system comprises a central intelligent integrated module 1, a clock module 2, a sleep mode key 3, an awake mode key 4, an enhanced mode key 5, a display module 6, a composite wave generation module 7, a startup and shutdown key 8, inverters I-9, II-10, I-11, II-12, III-13, IV-14, V-15, VI-16, VII-17 and VIII-18.

Detailed Description

For a better understanding of the present invention by those skilled in the art, the present invention will be further described with reference to the following detailed description:

as shown in fig. 1-3, a device for treating obstructive sleep apnea syndrome by using complex waves comprises a display module 6, a central intelligent integrated module 1, a clock module 2, a man-machine interaction module and a complex wave generating module 7, wherein the complex wave generating module 7 comprises a complex wave generating circuit and an amplifying output circuit for amplifying and outputting positive and negative bidirectional waves generated by the complex wave generating circuit after the positive and negative bidirectional waves are combined, the display module 6, the clock module 2, the man-machine interaction module and the complex wave generating module 7 are respectively in communication connection with the central intelligent integrated module 1, the man-machine interaction module comprises a switch button 8 and a treatment parameter selection unit, the treatment mode selection unit comprises a sleep mode button 3, a waking mode button 4 and an enhanced mode button 5, the signal output ends of the switch button 8, the sleep mode button 3, the waking mode button 4 and the enhanced mode button 5 are connected with the signal input end of the central intelligent integrated module 1, the signal output end of the central intelligent integrated module 1 is connected with the signal input of the display module 6, and the display module 6 comprises a liquid crystal display screen for displaying the working state of the current instrument.

In a preferred embodiment of the present invention, the complex wave generation module 7 compounds six different waveforms, namely, a waveform a, a waveform b, a waveform c, a waveform d, a waveform e, and a waveform f to form a positive-negative bidirectional complex wave, and then synthesizes the positive-negative bidirectional complex wave into a biological complex wave, which is amplified and output.

The six waveforms are: the wave form is a wave form b, a wave form c and a wave form d, and the wave form is e and a wave form f. The medium frequency waves can be used for muscle tension, the skin does not have strong stimulation on the cutaneous nerve and a receptor, and when strong medium frequency electric stimulation is acted on a patient to cause muscle contraction, the patient does not have pain, so that the medium frequency electrotherapy patient can tolerate higher strength. The frequency of the intermediate frequency power is 200-1000 Hz, wherein the frequency of the waveform a is 200-300HZ, the frequency of the waveform b is 300-500HZ, the frequency of the waveform c is 500-800HZ, the frequency of the waveform d is 800-1000HZ, the frequency of the waveform e is 0-60HZ, and the frequency of the waveform f is 60-200 HZ. The low-frequency wave has the function of exciting the nerve and muscle tissues, so that the tongue root muscle of the tenesmus can be excited and pulled, and the aim of expanding the air passage is fulfilled, but the acupuncture feeling is not obvious under the condition of controlling the low frequency.

As a preferred embodiment of this embodiment, as shown in FIG. 2, waveform a passes through inverter I-9 to generate waveform g, waveform c passes through inverter II-10 to generate waveform h, waveforms a and b pass through AND gate I-11 to generate waveform i, waveforms g and b pass through AND gate II-12 to generate waveform j, waveforms c and d pass through AND gate III-13 to generate waveform k, waveforms h and f pass through AND gate IV-14 to generate waveform m, waveforms k and m pass through AND gate V-15 to generate waveform n, waveforms i and n pass through AND gate VI-16 to generate positive complex wave o, waveforms j and n pass through AND gate VII-17 to generate negative complex wave p, the positive complex wave and negative complex wave output are respectively applied to human body through electrodes with a gap of 2 mm, a transcutaneous conduction waveform q is achieved.

This embodiment adopts, the complex takes place the module and can compound 2 low frequency channel wave forms, 4 mid-frequency channel wave forms, generate positive and negative two-way biological complex waves such as sawtooth wave, square wave, utilize the time window that human muscle of degree of depth sleep time relaxes, adopt the biological complex wave of the wave production of 6 different frequencies to take exercise the treatment degree of depth of tongue root muscle, its treatment degree of depth can reach the muscle tissue around the tongue root, carry out the degree of depth exercise to muscle function around the tongue root, can effectually solve the treatment degree of depth problem of biological wave to tongue root muscle.

Since the sleep pause is 10 seconds or more in polysomnography, the rest time is 10 seconds or less at most, and the treatment time is 10 seconds or more, the frequency of the waveform f is lower than 0.05Hz at least.

Within 30S of treatment, a plurality of 40ms waveforms are made up, including a 20ms positive going portion and a 20ms negative going portion, with an interval of 250us between every five adjacent pulses in the 20ms positive going portion, and a pulse duration of 50us each.

Adopt the utility model discloses the problem that long-time use muscle to produce tired sense has still been solved to compound biological ripples that technical scheme generated, and the longest effect does not produce muscle fatigue and sour bloated sense in 10 hours.

The electric ions jointly released by the biological compound biological waves with various frequencies have a nerve regulation effect on muscles at the lower jaw part of a human body, and the neurons of the control muscles are repeatedly exercised through the polarization, the reverse polarization and the repolarization phenomena of the nerve cells after stimulation, so that the aim of effectively controlling the muscle state is fulfilled.

The biological compound biological waves with various frequencies perform multi-angle strength training on I-type fibers and II-type fibers in the muscles of the lower jaw, the muscles of the tongue root, masticatory muscles and the like, so that the biological compound biological waves decompose and ablate redundant fat in the muscle tissues around the chin and the pharyngeal cavity, and the redundant fat is ablated and discharged through muscle movement or is discharged to other parts of the body through ionization.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the invention, and any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention should be included in the scope of the present invention.

Claims (8)

1. The utility model provides an use device of compound wave treatment obstructive sleep apnea syndrome, including display module (6), central authorities 'intelligence integrated module (1), clock module (2), man-machine interaction module, compound wave generation module (7) include compound wave generating circuit and be used for carrying out the amplification output circuit of compound back amplification output with the positive and negative bidirectional wave that compound wave generating circuit produced, display module (6), clock module (2), man-machine interaction module, compound wave generation module (7) respectively with central authorities' intelligence integrated module (1) communication connection, its characterized in that: the compound wave generation module (7) compounds six different waveforms of a waveform a, a waveform b, a waveform c, a waveform d, a waveform e and a waveform f to form a positive and negative bidirectional compound wave, and then synthesizes the positive and negative bidirectional compound wave into a biological compound wave and outputs the biological compound wave; the waveform a generates a waveform g after passing through a phase inverter I (9), the waveform c generates a waveform h after passing through a phase inverter II (10), the waveform a and the waveform b generate a waveform i after passing through an AND gate I (11), the waveform g and the waveform b generate a waveform j after passing through an AND gate II (12), the waveform c and the waveform d generate a waveform k after passing through an AND gate III (13), the waveform h and the waveform f generate a waveform m after passing through an AND gate IV (14), the waveform k and the waveform m generate a waveform n after passing through an AND gate V (15), the waveform i and the waveform n generate a positive complex wave after passing through an AND gate VI (16), the waveform j and the waveform n generate a negative complex wave after passing through an AND gate VII (17), and the outputs of the positive complex wave and the negative complex wave are respectively pasted on a human body through electrodes.

2. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 1, wherein: the man-machine interaction module comprises a startup and shutdown key (8) and a treatment parameter selection unit, the treatment mode selection unit comprises a sleep mode key (3), a waking mode key (4) and an enhancement mode key (5), the startup and shutdown key (8) and the signal output end of the treatment parameter selection unit are connected with the signal input end of the central intelligent integrated module (1), and the signal output end of the central intelligent integrated module (1) is connected with the signal input end of the display module (6).

3. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 2, wherein: the frequency of the waveform a is 200-300 HZ.

4. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 3, wherein: the frequency of the waveform b is 300-500 HZ.

5. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 4, wherein: the frequency of the waveform c is 500-800 HZ.

6. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 5, wherein: the frequency of the waveform d is 800-1000 HZ.

7. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 6, wherein: the frequency of the waveform e is 0-60 HZ.

8. The apparatus for treating obstructive sleep apnea syndrome using a complex according to claim 7, wherein: the frequency of the waveform f is 60-200 HZ.

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