KR20170072173A

KR20170072173A - Snoring healer

Info

Publication number: KR20170072173A
Application number: KR1020170068518A
Authority: KR
Inventors: 백승익
Original assignee: 백승익
Priority date: 2017-05-31
Filing date: 2017-05-31
Publication date: 2017-06-26

Abstract

The present invention relates to a device for treating snoring that adversely affects snoring due to sleep apnea due to snoring during sleep and monitors the respiration of the human body in real time to analyze the frequency when the snoring starts to occur, And the cycle time of the discharge is precisely analyzed to generate the opposite wavelength of the oscillation type generated during the next inhalation through the signal generator to cancel the size of the oscillation so as to block the snoring, , Cycle cycle analysis, and the opposite signal generation.
A frequency analysis sensor and a signal generator are mounted lightly on the right and left sides of the neck of a human body to analyze the frequency of the vibration detected by the frequency analysis sensor and to control the cycle time and the generation of the reverse signal. And a vibrator for generating a signal by the signal generator receiving the opposite signal.
[Index]
Snoring prevention, frequency analysis, signal generation, vibration sensor, sleep apnea

Description

Snoring healer

The present invention relates to a device for treating snoring which adversely affects the human body due to sleep apnea due to snoring during sleep, and snoring is caused by various causes of the human body, and in particular, is caused by obesity or a congenital body structure Or snoring due to aging or diseases such as colds, rhinitis, sinusitis and tonsillitis. One of the common characteristics of these is that the space inside the neck is narrowed, Airways) can be seen as a tremor of relaxed tissue during respiration due to relaxation of the skin tissue. In order to prevent this phenomenon, when breathing is monitored in real time, when the snoring starts to occur, the frequency is analyzed and the time of one cycle of suction and discharge is analyzed precisely, The cycle of the snore is analyzed in real time during the sleep, and the counter signal is generated by the signal generator.

Recent research to prevent snoring has been limited to the effects of CACP, which stimulates the upper airway. In a recent study of 126 participants, a pulsed sensing lead was inserted into the thorax and lower neck to surgically induce a respiratory signal in the lungs to provide electrical stimulation pulses to the sublingual nerve to expose the tongue The authors concluded that the results of the present study were similar to those of the upper gastrointestinal pressures, but the results were reported to be similar to those of the upper gastrointestinal pressures. (The New England Journal of Medicine Downloaded from nejm.org at SEOUL NATIONAL UNIVERSITY on January 15, 2014. Copyright © 2014 Massachusetts Medical Society. All rights reserved.)

The study included 54.5-year-old men, 105 men and 21 women, who were diagnosed with hypertension, diabetes, and congestive heart failure.

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In order to obtain the result of preventing the tremor of the relaxed tissue in the airway of the desired human body, there has been conventionally used a physical method for returning to a method of injecting air by sensing the cause of noise, And continuous positive airway pressure (CPAP). Among these methods, surgery has the problem that the patient entails pain and can not eat during the recovery period. The other physical methods are the problem of inconvenience which is hindered by wearing a vest or wearing a respirator .

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above problems, and it is an object of the present invention to provide a frequency analyzing sensor, which is lightly attached to the right and left sides of the neck center of a human body, , The cycle time of the sensed vibration and respiration is transmitted to the wireless control box. The control box analyzes the frequency of the transmitted information, and a cycle of one cycle of breathing By analyzing the time, it is possible to generate the opposite wavelength of the oscillation type generated by the next suction through the signal generator, thereby canceling the size of the oscillation, thereby blocking the snoring. Frequency analysis, cycle analysis, A vibrator and a signal generator and a control panel which are lightly attached to the right and left sides of the center of the neck and the neck of the human body, Has the approximate configuration is needed.

According to the present invention configured as described above, snoring is generated in a frequency region different from person to person and sizes of amplitudes are different from each other. Therefore, a frequency region corresponding to a patient's characteristic is detected in real time, The snoring can be applied to patients with various causes. It can be applied to the patients and it is lightly attached to the right and middle of the neck of the external part of the body of the human body, The worsening of nighttime urinary frequency, concentration loss, sleepwalking, sweating and severe sleepiness, fatigue and headache, facial deformity due to respiration to the mouth, inhibition of the growth of children, erectile dysfunction, hypertension, diabetes, pulmonary disease, arrhythmia and heart disease Can be prevented.

FIG. 1 is a snoring waveform showing a waveform of a general snoring. FIG.
2 is a signal generating principle diagram of the present invention.
3 is a block diagram of the present invention.
DESCRIPTION OF THE REFERENCE NUMERALS
5: Snoring start wave 10: Maximum amplitude
15: breathing discharge 20: snoring pulse
25: Snoring starts at 30:
35: Continuous reverse wave 40: Frequency analysis sensor
45: Signal generator 58: Wire
59: Wireless 60: Control Box

The present invention relates to a device for treating snoring that adversely affects sleep apnea and the human body due to snoring during sleep, and when the snoring starts to occur (5) by monitoring the breath of the human body in real time, And the time of one cycle of the suction and the discharge is finely analyzed to generate the opposite wavelength 30 of the oscillatory type generated during the next suction through the signal generator 45 to cancel the magnitude of the vibration, It is characterized by continuous frequency analysis, cycle period analysis and counter signal generation during the sleep.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 shows a general snoring waveform. FIG. 2 shows a signal generating principle of the present invention. FIG. 3 shows a block diagram of the present invention. As shown in FIG. 3, In respiration, the snoring cycle (5), which is close to the first sleep stage, passes through the greatest amplitude (10) and circulates through the process of breathing discharge (15) When the frequency data having been read through the frequency analysis sensor 40 is transmitted to the control box 60, the control box 60 analyzes the frequency analysis, the vibration analysis, and the cycle time And a structure capable of transmitting a reverse vibration wave to the signal generator 45.

At this time, the received reverse oscillation wave is generated at a given time in the signal generator 45 to generate a reverse wave 30 at the snoring start point 25, and at the same time, the frequency analysis sensor 40 measures the current state and the cycle time And transmits the data to the control box 60. The process is repeated cyclically.

Accordingly, the control box 60 analyzes frequency analysis, oscillatory analysis, and cycle time, and sends the received data to the signal generator 45 again to generate the continuous oscillation wave 35, It is possible to maintain an even breath.

3, the frequency analysis sensor 40 is located in a specific part of the human body, and the epidermal blistering phenomenon occurring in the airway is three-dimensionally analyzed. A signal generator 45 is attached to the vicinity of the frequency analysis sensor 40, By generating a signal through the signal generator 45 at a position closest to the data obtained from the sensor 40, the distortion of the reverse vibration wave is prevented so that the vibration can be canceled. The frequency analysis sensor 40 and the signal generator 45 are attached to the control box 60 and the wired wire 58 or wirelessly connected to the center of the neck of the human body, The present invention is not limited thereto.

Claims

The frequency analysis sensor 40 and the signal generator 45 are mounted lightly on the right and left sides of the center and the neck of the outer surface of the neck of the human body and devices capable of wireless communication with the control box 60 are mounted, Is configured to transmit the signal processed in the control box (60) to the signal generator.

The method according to claim 1,
The control box 60 analyzes the frequency analysis, the oscillation analysis, and the cycle time, and transmits the frequency data to the control box 60. The control box 60 receives the frequency data, And the generator (45) is capable of transmitting a reverse vibration wave.

The method according to claim 1,
The frequency analysis sensor 40 reads the current state signal and the cycle time while reading the reverse oscillation wave to generate the reverse wave 30 at the snoring start point 25 at the given time in the signal generator 45 And transmits the data to the control box (60).