KR200491794Y1 - Heating mat for four season with ventilating function - Google Patents

Abstract

The present invention relates to a thermal mat for all seasons having a ventilation function to enable use in all seasons by having a ventilation function as well as a warming function.
The present invention has the effect that the outside air can easily enter and exit the space between the elastic wires of the cushion layer, so that the user's back does not sweat in the hot season, such as in summer, and provides comfortable rest and bedtime. . In addition, since the straight heating wire is firmly coupled between the pair of interior sheets, even if a user's load or impact is applied, warping or overlapping does not occur, which significantly reduces the risk of electrical safety accidents. It works.

Description

Heat mat for four seasons with ventilation function{HEATING MAT FOR FOUR SEASON WITH VENTILATING FUNCTION}

The present invention relates to a heat mat for all seasons having a ventilation function, and more particularly, to a heat mat for all seasons having a ventilation function to enable use in all four seasons by having a ventilation function as well as a warming function.

In general, a heating mat is used to locally heat an indoor floor without a heating device, or to be used as an auxiliary heating device for a change of season, and is configured to exert a heat insulating function by converting electric energy into thermal energy by installing an electric heating wire inside. These heating mats are divided into electric floors, electric blankets, electric cushions, electric blankets, etc. When commercial power is applied, the temperature controller controls the temperature of the heating wire to maintain the set temperature, so that the person sitting or lying on the heating mat is warm. Try to relax in the state.

Despite the high price of such a thermal mat, it is configured to be used only in winter, and should be stored in a separate place in summer. However, due to the size of the thermal mat, storage is inconvenient. To solve this, the mat is installed on the heating mat in the summer to utilize the heating mat. However, the heating mat does not have a ventilation structure inside, so even if the mat is installed, sweat is not easily discharged and the user's back is sweaty. , Therefore, there is a problem in that the heat must be cooled using a fan or an air conditioner.

In addition, the heating wire built into the inside of the heating mat is not well fixed, resulting in a warping or overlapping phenomenon due to a user's load or impact, which may cause an electric safety accident by damaging the heating wire. have.

Domestic Registration Utility Model Publication No. 20-0387026

The purpose of the present invention for solving the problems of the prior art as described above is to provide heat in the winter using an electric heating wire, as well as to allow ventilation, so that it can be used coolly in the summer, ventilation function to enable use in all seasons It is to provide a thermal mat for the four seasons having a.

In order to achieve the above object, the present invention is an upper fabric layer in which a plurality of upper ventilation holes are arranged in a lattice structure on one surface; A lower fabric layer positioned at a lower portion of the upper fabric layer and having a plurality of lower ventilation holes arranged on one surface in a lattice structure; And an electric heating member having a pair of interior sheets provided between the upper fabric layer and the lower fabric layer, a heating wire arranged between the pair of interior sheets, and a coupling line so that the heating wire is fixed to the interior sheet. Including, the heating wire is arranged in a zigzag shape between the inside of the interior sheet, the coupling line is a ventilation function, characterized in that formed to be coupled to the outside of the pair of interior sheets to maintain the arrangement form of the heating wire It provides a heat mat for the four seasons having a.

In addition, the heating wire, a plurality of straight heating wires arranged in parallel with each other between the inner side of the pair of the interior sheet, a plurality of the straight heating wires such that the one or the other end of the plurality of straight heating wires are connected to each other It includes a connecting heating wire alternately connecting the opposite ends, the coupling line is formed by sewing or formed by high-frequency adhesion, the coupling line, a plurality of coupled to each other in parallel to the outside of the pair of the interior sheet It includes a plurality of the straight line and the connecting line connecting the mutually alternate ends of one end or the other end of the plurality of the straight line so that the plurality of the straight line is connected integrally, each other of the plurality of the straight line It provides a heat mat for four seasons having a ventilation function, characterized in that the linear heating wire is positioned between the pair of opposing straight coupling lines.

In addition, there is provided a heat mat for all seasons having a ventilation function, characterized in that a cushion layer is provided between the upper fabric layer and the interior sheet and between the lower fabric layer and the interior sheet, respectively.

In addition, the interior sheet is configured such that a plurality of seat ventilation holes are arranged in a lattice structure on one surface, and the cushion layer comprises: an upper mesh sheet formed in a mesh shape; It is formed in a mesh shape and is provided to fill a space between the lower mesh sheet and the upper mesh sheet and the lower mesh sheet spaced downward from the upper mesh sheet, and is characterized by comprising a plurality of elastic elastic wires. It provides a heat mat for all seasons having a ventilation function.

In addition, each of the elastic wires is formed in a long shape, one side is connected to the upper mesh sheet, the other side is connected to the lower mesh sheet and has a ventilation function, characterized in that it is formed to bend in an arc shape by external pressure. Provides a warm mat for all seasons.

In addition, the upper mesh sheet, the lower mesh sheet and the elastic wire rod, the first upper mesh sheet, the first lower mesh sheet and the first elastic wire positioned on the upper portion of the interior sheet, and the lower portion of the interior sheet Divided into a second upper mesh sheet, a second lower mesh sheet and a second elastic wire, wherein the upper fabric layer is configured to cover the top surface of the first upper mesh sheet, and the lower fabric layer is the second lower Is configured to cover the lower surface of the mesh sheet, the upper fabric layer, the first upper mesh sheet, the first elastic wire and the first lower mesh sheet is formed to cover the first cover portion integrally, the first The first cover portion is coupled to the upper fabric layer, the first upper mesh sheet, the first elastic wire and the first lower mesh sheet by a first cover coupling line, and the second upper mesh sheet and the second elastic The second cover portion is formed to integrally cover the borders of the wire rod, the second lower mesh sheet, and the lower fabric layer, and the second cover portion is formed by the second cover coupling line to form the second upper mesh sheet and the second elastic wire. , Combined with the rim of the second lower mesh sheet and the lower fabric layer, is formed to integrally cover the first cover portion, the rim of the interior sheet and the second cover portion with the third cover portion, the third cover The upper fabric layer, the first upper mesh sheet, the first elastic wire, the first lower mesh sheet, the interior sheet, the second upper mesh sheet, the second elastic wire, and the second by the third cover bonding line It provides a warm mat for all seasons having a ventilation function, characterized in that it is combined with the second lower mesh sheet and the rim of the lower fabric layer.

In the present invention, the air between the first and second upper mesh sheets and the first and second lower mesh sheets is easily vented to the upper ventilation hole and the lower ventilation hole in the process of the user lying on the upper fabric layer, and the external air is upper ventilation. It is easily ventilated into the space between the first and second upper mesh seats and the first and second lower mesh seats through the holes and the lower ventilation holes, so that sweat does not take place on the user's back in hot seasons such as summer, and comfortable rest and sleep There is an effect that can provide. In addition, since ventilation is easy, it is possible to lower the strength of the electric fan in the summer or lower the temperature of the air conditioner, thereby saving electricity.

In addition, when washing, the water flowing into the interior through the upper ventilation hole, the lower ventilation hole, the seat ventilation hole, and the mesh structure is quickly discharged to the outside, thereby facilitating washing.

In addition, since the first and second elastic wires having elasticity are provided in the first and second cushion layers, when the user lies on the upper fabric layer, each of the first and second elastic wires bends independently due to pressure by the user. As the pressure decreases and the pressure disappears, the first and second elastic wires are restored to their original state, so the first and second cushion layers provide excellent cushioning and resilience as well as the user's flexure. The effect is to evenly support the body.

In addition, since a pair of linear coupling lines are fixed along both sides in the longitudinal direction of the straight heating wire, the straight heating wire is firmly coupled between the pair of interior sheets, so that even if a user's load or impact is applied, warping or overlapping occurs. Since the phenomenon does not occur, there is an effect that can significantly reduce the risk of the occurrence of electrical safety accidents.

In addition, the rim of the warm mat has an effect of being firmly combined in triple by the first, second, and third cover portions.

1 is a plan view schematically showing a heating mat for all seasons having a ventilation function according to a preferred embodiment of the present invention.
2 is a view showing an exploded heat mat for all seasons having a ventilation function according to a preferred embodiment of the present invention.
3 is a view schematically illustrating a heat transfer member of a four season warming mat having a ventilation function according to a preferred embodiment of the present invention.
4 is a view schematically illustrating first and second cushion layers of a four season warm mat having ventilation function according to a preferred embodiment of the present invention.
5 is a cross-sectional view illustrating the first and second cushion layers of the four-season warming mat having a ventilation function according to a preferred embodiment of the present invention.
6 is a view schematically illustrating a cover portion of a four season warming mat having a ventilation function according to a preferred embodiment of the present invention.

Hereinafter, a heating mat for all seasons having a ventilation function according to a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

1 is a plan view schematically showing a heat mat for four seasons having a ventilation function according to a preferred embodiment of the present invention, and FIG. 2 is an exploded view of a heat mat for four seasons having a ventilation function according to a preferred embodiment of the present invention It is one drawing.

1 and 2, the four seasons warm mat 10 having a ventilation function according to a preferred embodiment of the present invention is the upper fabric layer 100, the lower fabric layer 200, the heat transfer member 300, the first It includes a first cushion layer 400 and the second cushion layer 450.

The upper fabric layer 100 is formed of a substantially rectangular fabric, and is formed to have an area that allows a user to sit or lie down. A plurality of upper ventilation holes 110 are formed through one surface of the upper fabric layer 100, and the upper ventilation holes 110 are repeatedly arranged in a lattice structure on one surface of the upper fabric layer 100. The lower fabric layer 200 is positioned below the upper fabric layer 100 and is formed of the same size and material as the upper fabric layer 100, and a plurality of lower ventilation holes 210 are formed in a grid structure on one surface thereof. It is arranged repeatedly. As such, the upper fabric layer 100 and the lower fabric layer 200 are provided with an upper ventilation hole 110 and a lower ventilation hole 210 for air to flow, so that external air flows in the direction of the heat transfer member 300 or Alternatively, the air inside the heat transfer member 300 may be discharged to the outside of the upper fabric layer 100 and the lower fabric layer 200. In addition, various fine letters or pictures may be provided on the upper fabric layer 100 and the lower fabric layer 200 for beautifulness.

The heat transfer member 300 includes a pair of interior sheets 310 provided between the upper fabric layer 100 and the lower fabric layer 200, and a heating wire 320 arranged between the pair of interior sheets 310. 3), and the heating wire 320 is formed by sewing to be fixed to the interior sheet 310, or a coupling line 330 (shown in FIG. 3) formed by high-frequency adhesion. The interior sheet 310 is formed in a thin sheet shape, and is formed to have the same area as the upper fabric layer 100, and a plurality of sheet ventilation holes 312 are repeatedly arranged in a grid structure on one surface thereof. The heating wire 320 is composed of a general heating wire that generates heat by receiving commercial power in a cold season such as winter. The detailed structure of the heating wire 320 and the detailed structure of the coupling line 330 will be described with reference to FIG. 3.

The first cushion layer 400 is provided to have a cushion function between the upper fabric layer 100 and the interior sheet 310, and the first upper mesh sheet 410, which is formed in a mesh form, is formed in a mesh form. 1 It is provided to fill the space between the first lower mesh sheet 420 and the first upper mesh sheet 410 and the second lower mesh sheet 470 spaced downward from the upper mesh sheet 410, and has a plurality of elasticity It includes one first elastic wire 430.

The second cushion layer 450 is provided to have a cushion function between the lower fabric layer 200 and the interior sheet 310, and the second upper mesh sheet 460, which is formed in a mesh form, is formed in a mesh form. 2 It is provided to fill the space between the second lower mesh sheet 470 and the second upper mesh sheet 460 and the second lower mesh sheet 470 spaced downward from the upper mesh sheet 460, and has a plurality of elasticity It includes two second elastic wire 480. Here, the upper fabric layer 100 is configured to cover the upper surface of the first upper mesh sheet 410, and the lower fabric layer 200 is configured to cover the lower surface of the second lower mesh sheet 470. Since the first and second cushion layers 400 and 450 are provided with the first and second elastic wires 430 and 480, the first and second cushion layers 400 and 450 are configured to perform a soft and soft cushioning action.

3 is a view schematically illustrating a heat transfer member of a four season warming mat having a ventilation function according to a preferred embodiment of the present invention.

Referring to FIG. 3, the heating wire 320 is formed, for example, in a zigzag shape, and a plurality of straight heating wires 322 arranged in parallel between the insides of the pair of interior sheets 310 facing each other, It includes a connecting hot wire 324 that alternately connects one end or the other end of the plurality of straight hot wires 322 to each other, so that the plurality of the straight hot wires 322 are integrally connected. The coupling line 330 is formed in a zigzag shape to correspond to the structure of the heating wire 320, and a plurality of linear coupling lines 332 sewn in parallel to each other on the outside of the pair of interior sheets 310, and the plurality of It includes a connecting coupling line 334 that alternately connects one end or the other end of the plurality of linear coupling lines 332 alternately so that the straight coupling lines 332 are integrally connected. Here, among the plurality of linear coupling lines 332, the linear heating line 322 is positioned between a pair of linear coupling lines 332 facing each other, and the linear heating line 322 is formed by a pair of linear coupling lines 332. It is firmly fixed. As a pair of straight coupling lines 332 are fixed along both sides of the lengthwise direction of the straight heating wire 322, the straight heating wire 322 does not generate a warping or overlapping phenomenon even when a user's load or impact is applied. , It has the effect of significantly reducing the risk of occurrence of electrical safety accidents. On the other hand, the configuration of the coupling line 330 is formed through a sewing process such as a sewing machine or a configuration formed through a high-frequency bonding process is a typical content, and a detailed description thereof will be omitted.

4 is a view schematically illustrating first and second cushion layers of a four season warm mat having a ventilation function according to a preferred embodiment of the present invention, and FIG. 5 is a ventilation function according to a preferred embodiment of the present invention It is a view showing in cross section to explain the first and second cushion layers of the four seasons warm mat having a.

4 and 5, the first and second cushion layers 400 and 450 include first and second upper mesh sheets 410 and 460 composed of synthetic fibers and first and second lower mesh sheets 420 and 470. ). In addition, a plurality of first and second elastic wires 430 and 480 having elasticity are provided between the first and second upper mesh sheets 410 and 460 and the first and second lower mesh sheets 420 and 470.

The first and second upper mesh sheets 410 and 460 and the first and second lower mesh sheets 420 and 470 are formed in a mesh form, respectively, so that ventilation is good and air circulation is smooth.

The first and second elastic wires 430 and 480 are formed in a long shape along the longitudinal direction, and one side of the first elastic wire 430 is connected to the first upper mesh sheet 410, and the other side is the first lower portion. It is connected to the mesh sheet 420. One side of the second elastic wire 480 is connected to the second upper mesh sheet 460, and the other side is connected to the second lower mesh sheet 470. The first and second elastic wires 430 and 480 are formed of plastic having elasticity, and are formed to bend in an arc shape by external pressure. Therefore, when the user lies on the upper fabric layer 100, the respective first and second elastic wires 430 and 480 are independently bent due to pressure by the user, absorbing the pressure, and when the pressure disappears, the first Since the first and second elastic wires 430 and 480 are restored to their original state, the first and second cushion layers 400 and 450 provide excellent cushioning and resilience, and evenly balance the user's body to fit the user's flexion. It has the effect of being supported.

In addition, the first and second upper mesh sheets 410 and 460 and the first and second lower mesh sheets 420 and 470 have a plurality of first and second elastic wires 430 and 480 formed long along the longitudinal direction. Since it serves to support each other to be spaced apart, a space serving as an air layer is formed between the plurality of first and second elastic wires 430 and 480. Therefore, in the process of the user lying on the upper fabric layer 100, the first , 2 Air between the upper mesh sheets 410, 460 and the first and second lower mesh sheets 420, 470 is a space between the first and second elastic wires 430, 480, the first, second upper mesh sheets ( 410, 460) and the first and second lower mesh sheets 420 and 470 are easily ventilated to the upper ventilation hole 110 and the lower ventilation hole 210, so sweat is occupied by the user's back in the hot season, such as in summer. There is an effect that can provide a comfortable rest and bedtime.

6 is a view schematically illustrating a cover portion of a four season warming mat having a ventilation function according to a preferred embodiment of the present invention.

2 and 6, the four seasons warm mat 10 having a ventilation function of the present invention includes a first cover portion 500, a second cover portion 510 and a third cover portion 520 .

The first cover part 500 is integrally along the rim of the upper fabric layer 100, the first upper mesh sheet 410, the first elastic wire 430, and the first lower mesh sheet 420. It is formed to cover. The second cover portion 510 is integrally along the borders of the second upper mesh sheet 460, the second elastic wire 480, the second lower mesh sheet 470, and the lower fabric layer 200. It is formed to cover. Here, the first cover portion 500 is the upper fabric layer 100, the first upper mesh sheet 410 by the first cover coupling line 502 formed by sewing or high frequency coupling along its longitudinal direction. , The first elastic wire 430 and the first lower mesh sheet 420 is firmly coupled to the rim. And the second cover portion 510 is the second upper mesh sheet 460, the second elastic wire 480 by the second cover coupling line 512 formed by sewing or high-frequency coupling along its longitudinal direction, The second lower mesh sheet 470 and the lower fabric layer 200 are tightly coupled to the rim. As such, the upper fabric layer 100 and the first cushion layer 400 are independently and firmly coupled by the first cover portion 500, and the lower fabric layer 200 and the second cushion layer 450 are the second cover. Since the unit 510 is independently and firmly coupled, the upper fabric layer 100 and the lower fabric layer 200 are separately firmly coupled to the first cushion layer 400 and the second cushion layer 450, respectively. There is.

The third cover part 520 is formed to integrally cover the first cover part 500, the rim of the interior sheet 310 and the second cover part 510. Here, the third cover portion 520 is the upper fabric layer 100, the first upper mesh sheet 410, the third by the third cover coupling line 522 formed by sewing or high-frequency adhesion along its longitudinal direction The first elastic wire 430, the first lower mesh sheet 420, the interior sheet 310, the second upper mesh sheet 460, the second elastic wire 480, the second lower mesh sheet 470 and the lower fabric layer 200 is tightly coupled to the rim. Here, the upper fabric layer 100 and the first cushion layer 400 are already coupled by the first cover portion 500, and the lower fabric layer 200 and the second cushion layer 450 are the second cover portion. Since it is already combined by (510), the rim of the heating mat 10 has the effect of being firmly combined in triple by the first, second, and third cover parts 500, 510, and 530.

Although the present invention has been described in detail in the above embodiments, it is obvious that the present invention is not limited to this, and it is apparent to those skilled in the art that various modifications and modifications are possible within the technical scope of the present invention, and such modifications and modifications are attached. If it falls within the scope of the claims, the technical idea should also be regarded as belonging to the present invention.

10: heat mat for all seasons with ventilation function
100: upper fabric layer 110: upper ventilation hole
200: lower fabric layer 210: lower ventilation hole
300: heat transfer member 310: interior sheet
312: seat ventilation hole 320: heating wire
322: straight heating wire 324: connecting heating wire
330: coupling line 332: straight coupling line
334: connecting line 400: first cushion layer
410: first upper mesh sheet 420: first lower mesh sheet
430: first elastic wire 450: second cushion layer
460: Second upper mesh sheet 470: Second lower mesh sheet
480: 2nd elastic wire 500: 1st cover part
502: first cover connecting line 510: second cover
512: 2nd cover coupling line 520: 3rd cover part
522: third cover coupling line

Claims (6)

An upper fabric layer having a plurality of upper ventilation holes arranged on one surface in a lattice structure;
A lower fabric layer positioned at a lower portion of the upper fabric layer and having a plurality of lower ventilation holes on one surface arranged in a lattice structure; And
A heat transfer member having a pair of interior sheets provided between the upper fabric layer and the lower fabric layer, a heating wire arranged between the pair of interior sheets, and a coupling line coupled to fix the heating wire to the interior sheet. Including,
The heating wire is arranged in a zigzag shape between the inside of the interior sheet, the coupling line is formed by being coupled to the outside of the pair of interior sheets to maintain the arrangement of the heating wire,
A cushion layer is provided between the upper fabric layer and the interior sheet and between the lower fabric layer and the interior sheet,
The interior sheet is configured such that a plurality of sheet ventilation holes are arranged in a grid structure on one surface,
The cushion layer:
An upper mesh sheet formed in a mesh form;
A lower mesh sheet formed in a mesh form and spaced downward from the upper mesh sheet, and
It is provided to fill the space between the upper mesh sheet and the lower mesh sheet and includes a plurality of elastic wire having elasticity,
Each of the elastic wires is formed in an elongate shape so that one side is connected to the upper mesh sheet and the other side is connected to the lower mesh sheet and is formed to bend in an arc shape by external pressure,
A heat mat for all seasons having a ventilation function, characterized in that a space serving as an air layer is formed between the plurality of elastic wires.
According to claim 1,
The heating wire, a plurality of straight heating wires arranged in parallel with each other between the inner side of the pair of the interior sheet, and a plurality of the straight heating wires facing one another of the one end or the other end of the plurality of the straight heating wires facing each other It includes a connecting heating wire that alternates the ends alternately,
The coupling line is formed by sewing or by high-frequency adhesion,
The coupling line, a plurality of linear coupling lines that are coupled in parallel to each other on the outside of the pair of the interior sheet, a plurality of the linear coupling line so as to be integrally connected to one end or the other end of the plurality of linear coupling lines facing each other A heating mat for four seasons having a ventilation function, characterized in that it comprises a connecting line connecting each other alternately, the linear heating element is positioned between a pair of linear coupling lines facing each other among the plurality of linear coupling lines.
delete delete delete According to claim 1,
The upper mesh sheet, the lower mesh sheet, and the elastic wire rod include: a first upper mesh sheet, a first lower mesh sheet, and a first elastic wire rod positioned on an upper portion of the interior sheet; 2 Upper mesh sheet, second lower mesh sheet and the second elastic wire, respectively,
The upper fabric layer is configured to cover the upper surface of the first upper mesh sheet,
The lower fabric layer is configured to cover the lower surface of the second lower mesh sheet,
The upper fabric layer, the first upper mesh sheet, the first elastic wire, and the first cover portion is formed to cover the rim of the first lower mesh sheet integrally, and the first cover portion is formed by the first cover coupling line. Upper fabric layer, the first upper mesh sheet, the first elastic wire and the first lower mesh sheet is combined with the rim,
The second upper mesh sheet, the second elastic wire, the second lower mesh sheet and the lower fabric layer is formed to cover the second cover portion integrally, the second cover portion by the second cover coupling line A second upper mesh sheet, the second elastic wire, the second lower mesh sheet, and the lower fabric layer,
The first cover portion, the rim of the interior sheet and the second cover portion are formed to integrally cover the third cover portion, and the third cover portion is formed by the third cover connecting line to the upper fabric layer and the first upper mesh sheet. , Wherein the first elastic wire, the first lower mesh sheet, the interior sheet, the second upper mesh sheet, the second elastic wire, the second lower mesh sheet, and the lower fabric layer are combined with edges. Heat mat for all seasons with ventilation function.

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