KR20100012528A

KR20100012528A - A snore free pillow

Info

Publication number: KR20100012528A
Application number: KR1020080073968A
Authority: KR
Inventors: 이상의; 이승진
Original assignee: 이승진
Priority date: 2008-07-29
Filing date: 2008-07-29
Publication date: 2010-02-08

Abstract

PURPOSE: A snoring prevention pillow which can adjust the height of a pillow is provided to keep the airway of users in relaxed state by adjusting the height of the pillow using discharge of a certain amount of air stored inside an air charge unit sensing a vibration or a sound of snoring, and to prevent snoring without interrupting a sound sleep. CONSTITUTION: A snoring prevention pillow comprises: an air charge unit(10); a space unit(11) capable of inserting water and silica gels; multiple functional pads(12); an inner skin with a voice sensor; an outer skin(200) covering an upper surface of the inner skin, in which a nano-silver is spread; a control unit(300) including a pressure sensor(310) in a central floor of the air charge unit; and a pump motor(400) including a first air outlet(410) in the front and a second air outlet located inside the air charge unit. The adjustment method of the height of the snoring prevention pillow comprises the steps of: sensing a sound or a vibration generated from snoring with the voice sensor; operating the pump motor by the process of the control unit; discharging a certain amount of air stored inside the air charge unit through the second air outlet to the exterior of the pillow.

Description

Snore Free Pillow {A Snore Free Pillow}

The present invention relates to a pillow for preventing snoring, by using a high-sensitivity voice recognition sensor to the snoring generated during sleep to send a signal to the control unit to detect the snoring sound generated by operating a built-in pump motor to adjust the height of the pillow during sleep The present invention relates to a pillow for preventing snoring in order to prevent snoring in a state of taking a good night's sleep by securing a narrowed airway to maintain a smooth flow of air.

In general, the number of people suffering from sleep disorders is gradually increasing due to complicated and irregular lifestyles, stress, and obesity due to an incorrect eating culture.

Sleep disorders often involve symptoms such as snoring and sleep apnea. Especially, if snoring continues during sleep, the incidence of hypertension is twice as high and the incidence of myocardial infarction is higher than that of a normal person who does not snoring.

This is because snoring is caused by the vibration of the pharynx, the part where the airway, the passage of air, and the digestive system, the passage of food, intersect when you inhale during sleep.

During sleep, muscles can relax and partially contract the pharyngeal passage. This contraction of the pharynx reduces the airway, the passage of air, causing the airway to vibrate, snoring when air passes through.

Such snoring can reduce the quality of sleep and lead to inadequate sleep in spite of sufficient sleep time, which can cause headaches when waking up, accompanied by fatigue from sleep deprivation and oxygenation of the brain. This lack may accompany symptoms such as memory loss and concentration.

This snoring occurs when the throat passes through the air before it enters the airway and becomes narrow when the air cannot easily enter. This causes snoring during sleep and disturbs sleep and sleep disorders such as sleep apnea. It is likely to progress.

Sleep apnea is choking for a while and then breathing out after a certain threshold. If you are drunk, your autoreflex nerve response may be blunted, causing your airway to become obstructed and choking.

This neglect of sleep apnea can lead to cardiopulmonary complications that can lead to high blood pressure, arrhythmia and even sudden death.

Conventionally, in order to prevent snoring, the device is used to bite and sleep between the molar teeth, but there is a disadvantage in that a person who uses the forcibly to create a passage of air feels a foreign body and feels uncomfortable.

Accordingly, the present invention is to solve the above-mentioned fundamental problems,

By detecting the sound or vibration generated when the user snores during sleep, the air is discharged to the outside to adjust the height of the pillow to keep the narrowed airways in a relaxed state, thereby preventing the user from snoring without disturbing the sound sleep. And it is an object of the present invention to prevent it.

Hereinafter, the specific solving means for the snoring pillow of the present invention,

"The inner bottom is provided with an air filling unit, and the upper side of the functional pad containing functional materials such as charcoal or jade, while the space is spaced above the space so that the injection and filling of silica gel in the partitioned state. It is combined with a plurality of longitudinal direction and is provided with an injection hole for injecting water and silica gel near one edge of the upper surface, the inner end of the endothelial and the voice recognition sensor is formed at the bottom of both sides relative to the other center It is provided to cover only the side, the through-hole corresponding to the injection hole is drilled on one side and the outer surface is made of a fabric capable of generating negative ions by applying silver nano paint, and a pressure sensor is provided on the center bottom surface of the air filling part of the endothelial. The control unit and the pump motor is coupled to the front of the pump motor 1 is provided with air outlet inlet so as not to be projected to the outside but through the endothelium, and has one side as the one having ever second air inlet outlet portion is positioned in the air filling,

The voice recognition sensor is capable of detecting not only sound but also vibration.

The snoring pillow of the present invention as described above detects the generated sound or vibration generated by the user when snoring in the voice recognition sensor, and the pump motor is operated by the operation of the control unit to the air filling unit at the second air outlet. By discharging a certain amount of filled air to the outside of the pillow through the second air outlet, the height of the pillow is adjusted to maintain the user's airway in a relaxed state, which can prevent snoring as it does not interfere with a good night's sleep. will be.

While specific embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments and the general knowledge in the art to which the present invention pertains does not fall within the spirit of the present invention. Various changes and modifications may be made by the person who owns them.

Hereinafter, the specific configuration and operation of the present invention snoring pillow will be described with drawings.

1 is a perspective view of a pillow for preventing snoring of the present invention, Figure 2 is an exploded perspective view of the pillow for preventing snoring, Figure 3 is a cross-sectional view of the pillow for preventing snoring of the present invention, Figure 4 is a pillow for preventing snoring of the present invention Some cutaway perspective view so that the inside can be seen, Figure 5 is an operational state diagram of the pillow for preventing snoring of the present invention.

Anti-snoring pillow of the present invention can be largely divided into the control unit 300 and the pump motor 400 which is configured to be combined with the endothelial 100 and the outer shell 200 and the endothelial 100,

Like most pillows, the shape is substantially rectangular and made of a flexible material.

Specifically,

First, in the case of the endothelium 100, an air filling part 10 is provided at an inner lower end thereof, and the space part 11 maintains an interval thereon so that water and silica gel can be injected and filled in a partitioned state at an upper side thereof. In one state, a plurality of functional pads 12 containing functional materials such as charcoal or jade are coupled in the longitudinal direction, and an injection hole 13 for injecting water and silica gel is provided near one corner of the upper surface and the other side. The voice recognition sensor 14 is formed at both lower ends of the center, respectively.

First, in the case of silica gel injected into the space part 11 through the inlet 13, it plays a role as a refrigerant as well as a known desiccant, and the head is cold and the foot must be warmed to take a good night's sleep. To make the most of it,

Next, the voice recognition sensor 14 is capable of detecting not only sound but also vibration, so when a user taking a good night starts snoring, of course, the snoring sound may be heard, but the vibration may be caused rather than sound depending on the characteristics of the user. The voice recognition sensor 14 is capable of detecting not only sound but also vibration.

Next, looking at the case of the functional pad 12,

It is widely known that silver nano paints can be used in combination with silver nano paints, charcoal, jade, and the like.

Charcoal also absorbs moisture such as humidity control, air purification and deodorization, antimicrobial effect, and oxygen supply, and absorbs moisture such as sweat during sleep. It is weakly alkaline and the cation makes the blood pathologically acid, and the anion plays a role in neutralizing the acidic blood and converting it into weakly alkaline blood. The charcoal plays the role of converting the acidic blood into weakly alkaline blood. It is good for the body.

The functional pad 12 is to contain a material such as charcoal or jade at a predetermined interval in the overall pad to help the user to sleep as much as possible.

On the other hand, the endothelial 100 is made of non-toxic PVC sheet, that is, flexible as a PVC fabric, but the internal air is not discharged to the outside.

Next, in the case of the outer shell 200 is also included in the present invention, of course, the shape surrounding the endothelial 100 as a whole,

Preferably,

As it is provided to wrap only the upper side of the inner skin 100, the through hole 20 corresponding to the injection hole 13 is drilled on one side, and the silver nano paint is applied to make the fabric capable of generating negative ions.

In the case of the outer shell 200 is made of a fabric coated with a silver nano paint to help generate negative ions to help a good night's sleep as mentioned above.

Next, looking at the components that are configured to be combined inside the endothelium 100,

The control unit 300 having the pressure sensor 310 and the pump motor 400 are coupled to the central bottom surface of the air filling unit 10 of the endothelium 100, and the front surface of the pump motor 400 is provided. The first air inlet 410 is provided so as not to protrude but penetrate the outside of the endothelial 100, the second air inlet 420 is provided to be positioned in the air filling section 10 on one side. .

Since other power supply is a known fact, it is not mentioned in the present invention and omitted from the drawings.

Hereinafter will be described the operation of the present invention snoring pillow.

First, the operation of the present invention after the injection of a predetermined amount of water and silica gel through the injection port (13) is possible after the power supply, which is known in the description of the present invention or in the drawings as described in the known art as described above When supplying power that is a technique,

The overall control of the components in the control unit 300 as the overall control of the air to the air filling unit 10 by the instruction of the control unit 300, the function for this is the pump motor 400 is operated to the first Intake air from the outside of the pillow through the air outlet 410 to enter the pump motor 400 and then discharged to the air filling unit 10 through the second air outlet 420, the air filling unit 10 When the air is filled in and the appropriate amount of filling is completed, the driving of the pump motor 400 is stopped by the control unit 300 by the operation of the pressure sensor 310 and no more air is introduced, and at the same time, In addition to blocking the inflow of air from the air filling unit 10 to the air discharge to the outside of the pillow is also blocked.

When the pillow of the present invention is completed as described above, while the user takes the sleep while cutting the present invention, when the user snores, the voice recognition sensor 14 detects this and, of course, also detects vibration and the above detection. When the control unit 300 instructs the driving of the pump motor 400 while being transmitted to the control unit 300, the air filling unit 10 is driven from the second air outlet inlet 420 by the driving of the pump motor 400. The air introduced in this way is discharged to the outside of the pillow through the first air outlet 410 via the pump motor 400. In this operation, when the user stops snoring noise or vibration stops, the voice recognition sensor 14 detects this, and the driving of the pump motor 400 is stopped by an instruction of the control unit 300 to discharge air to the outside. This is to stop.

While maintaining the state as described above, when there is insufficient air in the air filling unit 10, the pump motor 400 operates by the control unit 300 by the detection of the pressure sensor 310 to operate the first air outlet 410. It is to let a certain amount of external air through.

By repeating the above operation, the user can solve the health problems caused by the bad habit of snoring, and other functional pads 12 and other silver nano paints to further maintain the state of sleep by snoring which is a disturbance of sleep. To protect the user's sleep.

1 is a perspective view of the present invention pillow for preventing snoring,

Figure 2 is an exploded perspective view of the present inventors snoring pillow,

3 is a cross-sectional view of the present inventors snoring pillow,

Figure 4 is a partial cutaway perspective view to see the inside of the present invention snoring pillow,

Figure 5 is an operating state of the present invention snoring pillow.

10: air filling unit 11: space part

12: functional pad 13: injection hole

14: voice recognition sensor 20: through hole

100: inner 200: outer

300: control unit 310: pressure sensor

400: pump motor 410: first air inlet and outlet

420: second air inlet and outlet

Claims

An air filling part 10 is provided at the bottom of the inner part, and the space part 11 maintains an interval at an upper part thereof so that water and silica gel can be injected and filled in a partitioned state on the upper side thereof. A plurality of functional pads 12 containing the material are coupled in the longitudinal direction, and an injection hole 13 for injecting water and silica gel is provided near one corner of the upper surface, and each of the lower sides of the center is negative at the other center. Endothelial 100 and the recognition sensor 14 is formed,

The outer shell 200 which is provided to cover only the upper side of the inner shell 100 and has a through hole 20 coinciding with the injection hole 13 on one side and is made of a fabric capable of generating anions by applying silver nano paint. Wow,

The control unit 300 having the pressure sensor 310 and the pump motor 400 are coupled to the central bottom surface of the air filling unit 10 of the endothelium 100, and the front surface of the pump motor 400 is provided. The first air inlet 410 is provided so as not to penetrate through the outer side of the endothelial 100, but the second air outlet 420 is provided on one side so as to be located in the air filling section 10. Pillow to prevent snoring.

The method of claim 1,

The voice recognition sensor 14 is a pillow for preventing snoring, characterized in that it is possible to detect not only sound but also vibration.