KR101902707B1 - Top and bottom separated style heating and cooling mat with efficient body’s heat circulation by lung’s cooling - Google Patents

Abstract

The present invention relates to a top and bottom separated heating and cooling mat, and more specifically, to a top and bottom separated heating and cooling mat capable of sufficiently cooling the lung since heat of the lung is efficiently diffused through a cooled refrigerant and discharged to the outside, so that body temperature circulation of human and heat circulation can be facilitated. Therefore, a top and bottom separated mat can substantially interact with each other.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a heating / cooling type mat heating / cooling system,

More particularly, the present invention relates to a top and bottom detachable cooling / heating mat, and more particularly, to a cooling / heating mat having a top and bottom separation type cooling / heating mat, wherein the heat of the lung is efficiently diverged through the cooled refrigerant and discharged to the outside, And the human body and the upper and lower separate mats can be substantially interacted with each other.

Generally, the mat is heated by a method in which a heating wire or a hose is disposed inside, and the heat is transmitted to the surface of the mat by electricity or hot water supplied from the outside. There is a method of cooling the water by utilizing the characteristics of the semiconductor such as an electric mat for placing the heating wire directly in the mat, a hot water mat in which the water is heated and circulated by a heating coil, and a Peltier element. In addition, , Refrigerant, etc. are also used.

These mats have separate left and right mats that are used by two people to separate left and right, and there are also separate upper and lower mats that divide the mat up and down.

When the top and bottom of the mat are heated separately, the upper and lower portions of the mat are distinguished from each other. Or a part of the mat is divided and partially heated, so that there is no consideration for cooling.

In addition, there is no specific study on the circulation of body temperature or circulation of heat according to the function of the specific book of the human body and the characteristic of the book.

The heat transmitted to the human body from the mat is directly transmitted to the human body, taking into account the relationship between the specific carcass of the human body and the mat, so that the heat transferred to the skin can be efficiently circulated through the body, The cooling and heating mat of the upper and lower separation type which can facilitate the heat circulation of the human body through cooling of the harmonic progressive lung has been proposed.

Korea Patent Office Application No. 10-2014-0099694 Korea Patent Office Application No. 20-2013-0020590 Korea Patent Office Application No. 10-2012-0063315 Korea Patent Office Application No. 20-2004-0007782

SUMMARY OF THE INVENTION An object of the present invention is to provide a point of top and bottom separation of a mat so as to facilitate cooling of lungs which are to be cooled so that circulation of body temperature and circulation of heat between human bodies can be made more efficient than before, And the heating can be efficiently transmitted according to the functions of the human body, thereby preventing the side effects that may occur in the human body due to simple heating or cooling and making it possible to efficiently perform the circulation of the body temperature and the circulation of heat. The present invention is to provide a cooling / heating mat having a top and bottom separation type in which the human body can be thermally circulated through cooling.

The above-described object is attained by a position detecting apparatus for detecting a position of a lung of a human body, An upper cooling unit disposed on one side of the mat main body and capable of cooling down to a lower end of a body part of the human body; A lower cooling portion disposed adjacent to the upper cooling portion and capable of heating a foot to a foot from a lower end of a closed portion of the human body; A lower heating hose through which hot water for heating can move within the lower heating part; A portion where the upper cooling portion and the lower heating portion are in contact with each other, the crossing portion being arranged so that circulation of body temperature and heat of the human body can be efficiently performed; An upper connection line and a lower connection line which are connected to one end of the upper cooling hose part and the lower heating hose part and a semiconductor element such as a peltier element for cooling the upper cooling part, A cooling temperature regulating unit for regulating the cooling temperature with the cooled refrigerant or the like; And a lower heating temperature adjusting unit for adjusting the heating temperature by heating coils or the like for heating the lower heating unit by heating the lower heating unit by being connected to the other end of the lower connection line. This is accomplished by one up / down separate cooling / heating mat.

The intersection may be a portion of the upper cooling hose portion and the lower heating hose portion that are adjacent to each other and may form an inverted V-shape at the center portion for efficient heat transfer in the mat depending on the shape of the lung.

The upper cooling portion may extend obliquely to a position where the arm portion is placed.

The crossing portion may be formed in an inverted V shape or a wavy shape so as to increase the length of an adjacent surface between the upper cooling hose portion and the lower heating hose portion so that the upper cooling portion and the lower heating portion can be thermally circulated more efficiently. , And Taegeuk shape.

The mat may be distinguished from the mat by a variety of patterns or marks so that the upper cooling part and the lower heating part can be easily distinguished from each other.

According to the present invention, it is possible to efficiently cool the heat of the lungs inside the human body, which has not been studied in the prior art, so that the temperature of the skin contacting the mat as well as the skin of the human body, Circulation can be easily performed so that the user can comfortably sleep without feeling the warmth of the lungs and the lungs can sufficiently radiate heat from the inside of the human body even during sleeping so that the body can be effectively and efficiently circulated between the bodies of the body and circulation of heat This can be done.

The user is able to take a good sleep without insomnia for a long time by inducing hypothermia similar to the hypothermia treatment because the heat is radiated to the outside through the lungs in the process of taking a sleep and on the other hand the circulation of the body temperature The circulation of heat is done well, and the sweat discharged from the skin is discharged together with the waste matter and inflammation accumulated inside the human body. This can alleviate the symptoms of various diseases in the body of the human body and skin.

This cooling of the lungs not only provides a comfortable sleep, but also effects various effects due to efficient circulation of body temperature and heat inside the body.

1 is a human anatomy position map showing the position of a lung in a human body.
FIG. 2 is a cross-sectional view showing the relationship between the human body and the upper and lower separation type cooling / heating mats, which corresponds to the length of the human body based on the position of the lungs and the distance from the mat to the point where the upper and lower portions are separated.
Fig. 3 is a top and bottom separation type cooling / heating mat implemented by the mutual proportional diagram of Fig.
Fig. 4 is a flowchart of the thermocycling of the human body performed by Fig.
5 is a top and bottom separation type cooling / heating mat manufactured by arranging the upper cooling hose portion and the lower heating lake portion in an inverted V shape.
6 is a top and bottom separation type cooling / heating mat manufactured by arranging the upper cooling hose portion and the lower heating lake portion in a wave form.
FIG. 7 is a top view and a bottom view of the cooling / heating mat manufactured by arranging the upper cooling hose portion and the lower heating lake portion in the form of a taekpo.
8 is a top and bottom separation type cooling / heating mat separated into a sound type and a sentence by extending the upper mat portion to the length of the arm.
9 is a top view and a bottom view of the heating / cooling mat showing dividing lines on the outer surface of the mat shown in FIG.
10 is a top and bottom separation type cooling / heating mat indicated on the outer surface of the mat shown in Fig.
11 is a top view and a bottom view of the cooling / heating mat shown in Fig.
Fig. 12 is a top view and a bottom view of the heating / cooling mat showing the dividing line using the Velcro tape on the outer surface of the mat shown in Fig.
Fig. 13 is a representation of the proportions of the human body as a golden ratio molding of Venus in Millo.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The reference numerals shown in the drawings denote the same members.

Fig. 1 is a human anatomy showing the position of the lung 110 in the human body, and the enlarged portion shows that the position of the lung 110 is located in the upper part of the navel 130. Fig. In general, when looking at the ratio of human body (FIG. 13), the ratio from head to navel and belly to foot is 1 to 1.618. The position 110 of the lung shown in FIG. 1 is located at the upper portion of (130) of 1.618.

The heat generated in the heart 150 and the liver 151 moves to the inside of the lungs (Fig. 4, 960). If the lungs do not function enough to cool, heart and liver heat will rise to the eyes and brain, causing various problems. The lung is a shape (140) that is wrapped around the heart and the liver.

As the body enters the water, the body temperature is lowered. In the process, the high heat of the heart and liver moves to the inside of the lung, which is a relatively low body temperature. As such, the human body functions by mutual circulation such as thermocycling of each book. However, since the floor of a modern bedroom is set at a uniform temperature, a constant temperature is transmitted to the whole body regardless of the function of the human body. This makes it difficult to take a good night's sleep because the lungs can not function enough to cool other chairs, so sleeping is repeated.

On the other hand, the digestive tract 152 or the urinary tract 153, which is the abdomen located on the abdomen, should be kept warm. If the abdomen is cooled while the abdomen is in the cold state, it may become stabbed or diarrhea. Thus, the body of the human body should be cooled and heated to suit the function.

However, the conventional techniques do not consider the characteristics of the human body, and only the overall heating can be performed through the heat generating part such as the nichrome wire. Even if the mat is divided into upper and lower parts, there is no consideration of the human body, and the mattress is simply divided into upper and lower halves. In this case, the part where the upper and lower parts are divided is located at the hip part of the human body. In this case, the lungs and abdomen are heated up equally, which makes it difficult to achieve body temperature circulation or thermocycling in the body.

FIG. 1 is a view for understanding the position (110) of a lung functioning as a cooling function and the shape of a lung, and various applications are possible based on the shape of a lung.

2 is a top view and a bottom view of a cooling / heating mat proportional to the upper cooling part 211 and the lower heating part 212 of the mat, taking into consideration the position and the proportion of the lungs in the human body. And an upper cooling hose 310 and a lower heating hose 311 disposed inside the lower heating part 212. [ The length 820 of the upper cooling part in the upper and lower separation type cooling and heating mat is set to be the length 820 of the upper cooling part 820 to the lower end of the lung part of the human body and the length 830 from the lower end of the lung to the foot, And a length 840 of the lower heating portion. Generally, the proportions of the human body can be regarded as the golden ratio of 1: 1.618 when viewed from the navel (Fig. 13). Since the lower end portion of the lung is located at the upper end of the navel (FIG. 1 is an enlarged view), the upper and lower separation points 230 of the mat shown in FIG. 2 have a ratio of the lengths of the upper cooling portion and the lower heating portion, 820), and the ratio of the length of the lower heating part may be referred to as a point 840 which is 1.618 or more. When the mat is manufactured, a clearance may be left between the upper end 211a of the upper cooling part and the lower end 212a of the lower heating part, and the upper and lower separation points 230 of the mat may be variously Can be produced.

The upper cooling hose 310 is attached to the upper cooling temperature regulator 410. The upper cooling hose 310 may be directly connected to the upper cooling temperature regulator 410 or the lower cooling hose 310 may be connected to the upper connection line 1015 ). The upper cooling temperature regulator 410 includes a cooler for cooling the lung 110, which is important in the present invention. The cooler is available in a variety of ways, first using the Peltier effect, where the temperature on one side is lowered and the temperature on the other side is raised as the current flows through the semiconductor effect. Such a semiconductor element is called a Peltier element. In addition, ice or cold refrigerant can be used. This type of cooling is currently in use and the chiller will be capable of cooling in a variety of ways.

The lower heating hose 311 is connected to the lower heating temperature regulator 420. The lower heating hose unit 311 may be directly connected to the lower heating temperature regulator 420 or may be connected to the lower connection line 1025 ). The lower heating temperature regulator 420 may utilize a heating coil for heating, a heat coil whose temperature rises when a current such as a heating coil flows, or the like. In addition, various methods may be used. In addition to this method of using refrigerant, cold or hot air may be used.

3 is an embodiment in which the upper cooling unit 211 and the lower heating unit 212 are separately heated according to the ratios 810 and 830 of the human body in FIG. 3 is a cross-sectional view of the upper cooling hose part 310 and the lower heating hose part 311. As shown in FIG. The mat unit 210 is a place where the user takes a sleeping surface, and typically synthetic resin or wool of various properties can be used. The inside of the upper cooling hose part 310 and the lower heating hose part 311 can be cooled or heated by using water (900, 910) or the like. In order to facilitate cushioning, work convenience, temperature transfer, and the like, various layers of the inner layer may be laminated inside the mat portion 210.

3, the mat portion 210, the upper cooling hose portion 310 and the lower heating hose portion 311 are formed in the upper cooling portion 211 and the lower heating portion 212, And a passage through which water or the like can flow without a hose can be formed in the mat portion by using a high frequency pressing. That is, the mat portion 210, the upper cooling hose portion 310, and the lower heating hose portion 311 can form a channel by using a high-frequency bonding method in addition to a method using a hose.

Fig. 4 is a flow chart of heat performed by the present invention showing circulation of body temperature and circulation of heat in the human body. Fig. The water 910 heated by the lower heating temperature regulator 420 moves to the lower heating hose 311 and transfers heat to the lower heating part 212. This heat is transferred to the lower heating hose part 311, (950) to the organ (152), the urinary organ (153), and the like. In addition, since the blood circulates in the heart 150 and the liver 151, the blood maintains a high temperature at all times. The heat 950 supplied by the lower heating part 212 heats the digestive organs 152, the urinary organs 153, the heart 150, the liver 151, and the like of the human body. The heated body emits heat, and some of it is transferred to the skin and discharged as sweat 170, and most of the heat is transferred to the inside of the lungs of the human body (960). Thus, the lower legs of the lungs carry heat (960) in a manner that transfers heat to the interior of the lungs.

Inside the lungs are oxygen-like air that the body has received through breathing. The heat transferred to the lungs causes heat to be radiated to the outside through some respiration 160, and the remaining heat that is not radiated remains in the inside of the lung 110. If the heat remaining inside the lungs can not be radiated to the outside, the heat will be transferred to other parts such as the eyes, brain, and skin on the upper part of the lungs, and the radiation will be harmful to the human body.

The refrigerant 900 cooled by the upper cooling temperature regulator 410 is supplied to the inside of the cooling hose unit 310 in order to dissipate 970 the heat inside the lung to the outside. It is circulating inside.

As shown in FIG. 4, the heat inside the lungs is transferred to the upper cooling hose portion 970, and is discharged (990) to the outside by the refrigerant 900. As a result, the heat heated in the lower heating part 950 is sufficiently transferred to the outside through the lung 110 to be discharged 990.

Not only the human body but also various machines use various methods to cool internal heat. For example, in the case of a computer, heat is cooled by circulating air using a fan to cool the CPU and the like. In the case of the air-cooling type, efficiency is not high because there is no direct contact with the heating element. As a more efficient method, there is a method in which water is cooled in a direct contact with a heating element, and there is a device in which a device such as a water block is brought into direct contact with a heating element to absorb heat and circulate. The circulated heat is discharged by the external cooling device, cooled and recirculated.

4 is a schematic view showing a state in which the upper cooling part 211 is in direct contact with a lung part of a human body in order to circulate heat heated by a human body, rather than merely dissipating heat by skin or breathing, The heat of the lung can be sufficiently cooled by diverging (970) and discharging (990) the heat of the lung. Therefore, it can be seen that circulation of body temperature and circulation of heat are performed efficiently.

Fig. 5 is a form of application of the embodiment implemented by Fig. As shown in FIG. 1, the lungs of the human body are divided into right and left (110), and the left and right divided portions (140) are not the lungs. Since the upper cooling portion 211 functions to cool the lungs of the human body, in order to efficiently cool only the lungs in the embodiment of FIG. 3, it is appropriate that the cracked portions 140 of the lungs do not cool when the user lies down. will be. FIG. 5 is a cross-sectional view of the upper cooling hose 320 and the lower heating hose 321 formed at an upper center portion of the upper cooling hose 320 in an inverted V shape in order to cool the lung 110 of the human body more efficiently will be.

6 is an application form of the upper cooling hose part and the lower heating hose part which are located inside the upper cooling part 211 and the lower heating part 212. FIG. The lower end of the upper cooling hose part 330 is disposed in a wave form at a position where the cooling and heating of the upper cooling part and the lower heating part are separated and the upper end of the lower heating hose part 331 is arranged in a corrugated shape 323 . This increases the length of the contact area of the skin at the point where the upper and lower cooling and heating are separated.

From the thermodynamic point of view, the thermocycles of liquids and gases with temperature move from higher to lower temperature. When the temperatures are different from each other, the larger the area of the portions contacting with each other, the more mutually thermal cycling can be performed. As shown in FIG. 6, when the lower end of the upper cooling hose part and the upper end of the lower heating hose part are arranged in a wave form (323), the contact area of the cooling and heating separation points becomes wider when the user takes a sleep, The human body can more effectively circulate heat inside the human body.

FIG. 7 is a perspective view of the lower cooling hose unit 340 and the lower heating hose unit 341, which are separated from each other. When the cooling of the upper cooling hose part 340 and the heat of the lower heating hose part 341 are transmitted to the human body, cooling, heating, heating and cooling are arranged to cross each other several times.

From the standpoint of the user, cooling and heating can be transmitted to the human body more stereoscopically at the point of separation between cooling and heating. In this way, the heat transferred to the human body must circulate in order to achieve thermal balance within the human body. The body of the human body is more stereoscopically and efficiently circulated or thermally circulated in the interior of each book as well as between the respective holders .

8 shows a state in which the upper cooling hose portion 350 is extended to the arm portion 120 of the human body so as to cool not only the lungs of the human body 110 but also the arms 120 included in the upper body of the human body Respectively.

In this way, the upper cooling part and the lower heating part are arranged in a form (352) in which they are combined in the form of a sound and a sentence, so that the lower part of the lower part of the lung of the human body is heated, The portion is cooled, the cooling and heating of the human body are efficiently performed, and the heat circulation among the human body can be more effectively achieved.

FIG. 9 shows a dividing line between the upper cooling unit 211 and the lower heating unit 212, which is shown in FIG. 3, on the outside of the mat 610, so that the user can easily identify the upper cooling unit and the lower heating unit. Help. Although the dividing line in FIG. 8 is displayed in the form of a straight line, the dividing line in FIG. 8 can be expressed in various forms using the difference in color or design difference between the upper cooling part and the lower heating part.

As shown in FIG. 7, when the upper cooling hose unit is disposed as shown in FIG. 10, the upper cooling unit 211 and the upper cooling unit 211 can be expressed by the shape of a Korean national flag 620, Various patterns may be possible so that the user can easily distinguish the lower heating part 212.

FIG. 11 is a view (630) showing the separation point between the upper cooling unit and the lower heating unit in a case where the upper cooling hose unit extends to the arm as shown in FIG. 8 (FIG. 8). The display form can be a straight line, a curve, a color difference, etc., and various other methods can be applied.

12 may be in the form of velcro tapes 710 and 720 of a belt type 700, as shown in an enlarged view of FIG. 12, in addition to a method of utilizing the lines, colors, and the like. Since the Velcro tape can be repeatedly attached and exposed to the outside, the user can easily grasp the separation point between the upper cooling part 211 and the lower heating part 212 during sleep.

Fig. 13 is an ancient Greek marble sculpture found on the island of Milo in the Aegean Sea, and is a work that shows the golden ratio of the human body. When the length from the head to the navel is 1, the length from the navel to the foot is 1.618. Although the ratio of the length may vary slightly depending on the person, it is generally said that it is within a slight error range of the golden ratio.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Accordingly, such modifications or variations are intended to fall within the scope of the appended claims.

110: Lung
120: arm
130: belly button
820: Length of the upper cooling part
840: Length of lower heating part
210: Matt
211: upper cooling part
212: Lower heating part
310: upper cooling hose part
311: Lower Heating Hose
410: upper cooling temperature regulator
420: lower heating temperature regulator

Claims (3)

A mat 210 on which a person can lie;
The mat is divided into a length 820 of the upper cooling part and a length 840 of the lower heating part corresponding to the ratio of the length 810 from the head to the lower end of the person and the length 830 from the lower end of the human lung to the foot Being; An upper cooling hose part 310 is disposed inside the upper cooling part 211. Circulation of cooling water cooled by using a Peltier element, ice or refrigerant and heat 970 emitted from the lung are formed at one end of the cooling hose part An upper cooling temperature regulator 410 is configured to be the exhaust 990;
A lower heating hose portion 311 is disposed in the lower heating portion 212 and a lower heating temperature control portion 420 capable of supplying hot water to the heating hose portion at one end of the lower heating hose portion. / RTI >
(Fig. 4) which is easy to heat circulate the human body through the cooling of the lungs.
The method according to claim 1,
The lower end of the upper cooling hose portion and the upper end of the lower heating hose are arranged corresponding to each other in an inverted V shape (FIG. 5), a wave shape (FIG. 6) ;
(Fig. 4) which is easy to heat circulate the human body through the cooling of the lungs.
The method according to claim 1,
A dividing line 610 and 630 for separating the upper cooling unit 211 and the lower cooling unit 212 from each other and a velcro tape 710 and 720 of a strip type 700 or a band pattern 700)
(Fig. 4) which is easy to heat circulate the human body through the cooling of the lungs.

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