WO2014208946A1

WO2014208946A1 - Hot water heating mat

Info

Publication number: WO2014208946A1
Application number: PCT/KR2014/005502
Authority: WO
Inventors: 황순남
Original assignee: Hwang Soon Nam
Priority date: 2013-06-26
Filing date: 2014-06-23
Publication date: 2014-12-31
Also published as: KR101379326B1; CN105377081A

Abstract

The purpose of the present invention is to provide a hot water heating mat. The present invention comprises: a mat body (10) formed into a sheet of a predetermined area on both sides; and a plurality of heating sectors (12) which are rectangularly (net shape) placed on at least one side of the mat body (10) and through the inside of which heating liquid passes for enabling heat conduction, wherein a plurality of heating sector forming portions (14) are longitudinally and transversely provided on at least one side of the mat body (10), the plurality of heating sectors (12) are provided in a net shape to the mat body (10) by the heating sector forming portions (14), the heating sector forming portions (14) of the mat body (10) are formed by joining at least two sheets of a mat sheet (11), and hot water passes through a heating space inside the heating sectors (12) formed around the heating sector forming portions (14), thereby allowing heat to be conducted to the surface of the heating sectors (12).

Description

Hot water heating mat

The present invention relates to a hot water heating mat, and more particularly, to a hot water heating mat that can adjust the temperature of the mat by heating hot water. The present invention relates to a heated hot water mat that can be used as a heated hot water heating mat or used as a heated hot water cushion by adjusting the temperature by heating hot water.

In general, there are many mats, and the basic purpose of the mat design is to make them all comfortable and have good usability. In winter, the weather is so cold that many people heat up with electric mats. At this time, most of the electric mats are directly heated by connecting the electric wire, and if you use these products for a long time, it is not good in many ways, such as thirsty and knife.

Recently, a study has been conducted on a cold mat, in which a cold liquid is injected into the inside of the cold mat to transmit the temperature on the surface of the mat using the temperature of the liquid circulating inside the cold mat to provide the user with the required temperature. .

However, since all of the cold mat is a liquid circulates through the pipe installed inside the cold mat, there is a problem in that it is complicated in structure and heat conduction is also effective. That is, the problem is that the cold mat built-in pipe is low thermal efficiency.

In addition, both the lower and upper materials are heat-sealed using vinyl-shaped materials so that inlets and outlets are formed inside, and the inlets and outlets are symmetrical with each other and the inlet and outlet pipes are installed. Is also developed.

By the way, the mat has a narrow sealing pipe on the mat, so the acquisition speed is slow and the mat is separated into the inlet and the outlet. There are problems such as difficult to achieve.

The present invention was developed to solve the problems as described above, an object of the present invention is to provide a heated hot water heating mat to control the temperature of the mat and cushion by heating the liquid. The present invention is to provide a new hot water heating mat that can not only solve the thirsty and sharp problem of the mat currently used, but also comfortable to use and easily temperature control.

According to the present invention for solving the above problems, the mat body consisting of a sheet shape of a predetermined area having both sides; Hot water heating mat is provided on the at least one surface of the mat body is arranged in a vertical (left and right) in the form of a plurality of heating sectors to allow the heat conduction while the heating liquid passes through.

The present invention, unlike the electric mat for heating by connecting the electric wire, even if the product is used for a long time, there is no thirsty and sharp feeling, the mat (matte body portion) has the advantage that the user feels more comfortable. In addition, in summer, the water pump 26 may be used as a coolant (circulation water), so the temperature control has a wide range of advantages. In addition, there is an advantage that the structure is relatively simple and heat conduction is also effective compared to the liquid circulating through the pipes installed in the existing cold mat all. In addition, the lower material and the upper material are both heat-sealed using a vinyl-shaped material so that the inlet and the outlet are formed inside, and the left and right sides of the inlet and the outlet are symmetrical with each other and the inlet and outlet pipes are installed. As the sealed pipeline on the mat is thin, the inlet speed is slow and the mat is separated into the inlet and outlet, so in this way, the right and left temperature balance is slow and the time to reach the same temperature of the left and right inlet and outlet is difficult to achieve even heat distribution. However, in the present invention, by installing a plurality of heating lines spread in a mesh shape on the mat body and the heating line has a structure connected to a plurality of heating sectors, if the acquisition speed is fast and the left and right temperature balance is fast, the left and right inlet and outlet To achieve even heat distribution by shortening the time to reach the same temperature There is one advantage.

In addition, the present invention has a plurality of heat generating sectors that are spread in the form of a mesh on the mat body and a plurality of heat generating lines connected to the heat generating sectors, so that the hot water passes relatively quickly when passing through the heat generating lines and relatively hot water in the heat generating sectors. Has a relatively slow passing action, which makes it possible to more evenly distribute the heat distribution due to the interaction in the heating sector and the heating line.

1 is a plan view showing the structure of a hot water heating sheet according to the present invention

2 is a longitudinal cross-sectional view taken along the line A-A of FIG.

3 and 4 is a plan view conceptually showing the structure of the hot water heating sheet and the heating operation state according to the present invention.

Figure 5 and Figure 6 is an enlarged perspective view showing the connection of the inlet conduit and the inlet conduit which is the main part of the present invention

Hot water heating mat according to the present invention comprises a mat body 10 consisting of a sheet shape of a predetermined area having both sides; A plurality of heat generating sectors 12 are arranged in a rectangular shape on at least one surface of the mat body 10 to allow heat conduction while the heating liquid passes thereinto.

The hot water heating mat of the present invention has a mat body 10 having a sheet shape having a predetermined area having both sides, and a rectangle on at least one surface of the mat body 10 (up and down and left and right directions when viewed from the top surface of the mat body 10). Net) and a plurality of heat generating sectors 12 to allow heat conduction while the heating liquid passes therein.

The mat body 10 is formed by combining two upper mats and a lower mat. By mating the two upper mats and the lower mats with each other and forming a plurality of heat generating sector forming parts 14 at regular intervals in the left and right directions and the up and down directions, the mat body 10 is combined with the two upper mats and the lower mats at the same time. By forming the forming unit 14 by heat fusion, the heating sector 12 is formed on the upper surface of the mat body 10 at regular intervals in the longitudinal direction and the transverse direction. In a state where the upper mat sheet 11 and the lower mat sheet 11 are disposed to face each other, the heat is fixed in the longitudinal and transverse directions of the upper mat sheet 11 and the lower mat sheet 11 using a heat welding machine or the like. The heat-sealing portion forming portion 14 is formed at intervals, and the heat-sealing portion joins the two upper mat sheets 11 and the lower mat sheet 11 and forms the heat-generating sectors 12 around them. do. Inside the heat generating sector 12, a heat generating space communicating with each other in a net form is formed on one surface (upper surface) of the mat body 10. That is, the heat generating sector forming part 14 of the mat body 10 is formed by bonding at least two mat sheets 11 to each other, and the inside of the heat generating sector 12 formed around the heat generating sector forming part 14. As the hot water passes through the heat generating space, heat conduction occurs on the surface of the heat generating sector 12, and a heating action occurs by heat generated from the heat generating sector 12. At this time, the upper mat sheet 11 and the lower mat sheet 11 are provided with a resin sheet layer 13 on the inner side. The resin sheet layer 13 is bonded to the inner side of the upper mat sheet 11 and the inner side of the lower mat sheet 11 by means of bonding means such as adhesive, respectively, so that the inner side of the two mat sheets 11 is formed. By the resin sheet layer 13 being mutually fused (thermally fused), the plurality of heat generating sector forming portions 14 are formed at regular intervals in the transverse and longitudinal directions of the mat body 10. The heat generating sector forming unit 14 provides the mat body 10 with a plurality of heat generating sectors 12 in a net form (vertical and transverse directions). In addition, the heat generating sector forming part 14 is formed of a plate-shaped joint of a predetermined area having a plurality of corner parts, and the corner part of the heat generating sector forming part 14 is formed of a curved part. On the other hand, the heat generating sector forming unit 14 may be formed in a variety of forms, when the heat sealing is a heat sealing portion forming a heat generating sector 12 and the heat generating space around. The two sheets of mat 11 is foamed to a microfiber 1mm thick to have a soft effect on the top layer and is reinforced structure for safety in preparation for tearing. The inside of the heat generating sector 10 is a portion through which water (hot water) passes, and the resin sheet layer 13 on the inner side of the mat sheet 11 is used non-toxicly and has a good tensile strength because the resin sheet layer 13 is soft. It is constructed so that it does not stick and burst by water pressure. The mat sheet 11 itself may use a heat resistant nonwoven fabric. In order to prevent a part drooping by hot water, the outer surface layer of the mat sheet 11 can be comprised using the nonwoven fabric strong against heat. In addition, the lower mat sheet 11 of the upper and lower mat sheets 11 may use a charcoal layer having a thickness for protecting the lower layer. In addition, the mat sheet 11 itself may adopt a waterproof structure in order to prevent the spilled water or foreign matter from penetrating. In addition, in the present invention, the heating sector forming unit 14 may have a structure that is compressed at a high frequency. Then, when forming the mat body 10 by joining the upper and lower mat sheets 11, the hot melt is sprinkled between the mat sheets 11 for forming the heat generating sector forming part 14, and then the hot melt sprinkled portion is removed. By bonding in a manner of pressing and fusion by high frequency, the mat body 10 may have a structure in which a plurality of heat generating sector forming parts 14 are formed, and the finishing operation of the outer periphery of the mat body 10 is performed by webbing. As a result, it is possible to take a structure finished with a sewing machine.

In addition, a plurality of heat generating lines 16 having a relatively smaller cross-sectional area is provided at the periphery of the heat generating sectors 12 by the heat generating sector forming unit 14, and the heat generating sectors 12 have a heat generating line 16. It is preferable to include a first heat generating sector 12A having a second heat generating sector 12B having a larger volume than that of the first heat generating sector 12A. The heat generating sectors 12 are provided with the heat generating sector forming parts 14 of the plurality of thermal bonding structures in the radially circumferential portion of the heat generating sectors 12 when viewed from the top surface of the mat body 10. ), A plurality of heat generating lines 16 are provided in the radial direction (up-down direction and left-right direction when viewed from the upper surface of the mat body 10). In addition, the first heat generating sector 12A and the second heat generating sector 12B have a heat generating space communicating with the heat generating line 16 therein, and the first heat generating sector 12A and the second heat generating sector 12B are provided. The upper surface of the is provided with a flat surface 15 of a predetermined area.

The mat body 10 includes an inlet heating region 10A in which the heating sector 12 is provided in a rectangular shape and generates heat while the hot water is introduced and spreads therein, and the heating sector 12 in communication with the inlet heating region 10A. ) Is provided in a rectangular shape and is provided with a water extraction heat generation region 10B in which hot water spreads out from the water acquisition heating region 10A. When viewed from the top surface of the mat body 10, a pair of longitudinal joints 10av (vertical joints 10av) extending in the longitudinal direction at both ends of the horizontal joint 10ah (horizontal heat fusion joint) extending in the width direction are provided. The provided area partition fusion unit is provided, and the other end opposite to one end connected to the horizontal joint 10ah among the both ends of the vertical joint 10av is fixed at the edge joint 10ap provided at the periphery of the mat body 10. Spaced apart, the heat generating space distribution connection path spaced between the other end of the longitudinal junction 10av and the edge junction 10ap is secured. The edge bonding part 10ap can take the structure which heat-sealed the periphery of the upper and lower two mat sheets 11, and was. In this case, a plurality of heat generating lines 16 having a relatively smaller cross-sectional area is provided at the periphery of the heat generating sectors 12 by the heat generating sector forming unit 14, and the heat generating sectors 12 may include the heat generating lines 16. It is preferable to include a first heat generating sector 12A having a second heat generating sector 12B having a larger volume than the volume of the first heat generating sector 12A.

The heat generating sectors 12 of the intake heating area 10A and the heat generating sectors 12 of the water emitting heating area 10B are configured to communicate with each other in a mesh form to the mat body 10, and the heat generation of the intake heating area 10A. A water inlet conduit 22 is connected to the sector 12, and a water outlet conduit 24 is connected to the heat generating sector 12 of the water outlet heating region 10B. The water supply conduit 22 and the water supply conduit 24 are provided at one end in the horizontal direction of the mat body 10 so that the heat generation sector 12 of the water supply heat generation region 10A and the heat generation sector 12 of the water output heating region 10B are respectively. ), The inlet conduit 22 and the outlet conduit 24 are connected. More specifically, the heat generating sector forming part 14 of the mat body 10 is formed by bonding at least two mat sheets 11 to each other, and the mat sheet 11 is formed on the inner surface of the resin sheet layer 13. Is provided, and the resin sheet layers 13 on the inner surfaces of the two mat sheets 11 are fused to each other to form a heat generating sector forming part 14, wherein the water inlet conduit 22 and the water outlet conduit 24 are mated. Interposed between the sheet 11 and the resin sheet layer 13, the heat generating sector 12 provided in the water receiving heating region 10A and the heat generating sector 12 provided in the water emitting heating region 10B are connected to each other. In addition, the water inlet conduit 22 and the water outlet conduit 24 may be connected to the water pump 26, the water pump 26 is provided with a heater in the inside and a temperature control switch in the outside to adjust the hot water temperature Can be configured.

In addition, the mat body 10 is provided with a finish joint 10fp at an outer position of the edge joint 10ap, so that the area between the finish joint 10fp and the edge joint 10ap is composed of a cushion sector 10cs. can do. The cushion sector 10cs may be filled with air to function as a cushion.

When the structure of the heated hot water heating mat of the present invention is rearranged below, the present invention provides a temperature controlled water pump 26, an inlet conduit 22, an outlet conduit 24, a heat-sealed upper mat sheet 11 and a lower layer. The mat sheet 11 is included. The lower mat sheet 11 and the upper mat sheet 11 are heat-sealed to constitute the mat body 10. The heat sealing portion is a plurality of heat generating sector forming portions 14 in which the lower mat sheet 11 and the upper mat sheet 11 are bonded at regular intervals along the horizontal direction and the vertical direction.

The water supply conduit 22 is connected to one end side in the horizontal direction of the mat body 10, and the water supply conduit 22 is a net-shaped heat generating sector 12 provided in the mat body 10, respectively. And a heat generating space). In addition, the water outlet conduit 24 is connected to one end side in the horizontal direction of the mat body 10 and is disposed next to the water inlet conduit 22. In the present invention, the mat body 10 may have a structure in which an inlet heating region 10A is provided at an intermediate position and two outlet water heating regions 10B are respectively provided at both positions of the inlet heating region 10A. The region 10B may be provided at an intermediate position, and two inflow heating regions 10A may be provided at both positions of the water extraction heating region 10B.

The inlet conduit 22 is connected to the inlet heating region 10A of the main body and the outlet conduit 24 is connected to the outlet water heating region 10B, so that the hot water is inlet and outlet heating region 10A through the inlet conduit 22 ( Precisely, it flows into each of the mesh-like heat generating sectors 12 of the water receiving heating region 10A and spreads out to each of the mesh-like heat generating sectors 12 of the water extracting heating region 10B. The heat generating sector forming part 14 heat-sealed in the middle of the mesh-shaped heat generating sector 12 is provided, so that the heat generating line 16 and the heat generating sector except the heat generating sector forming part 14 of the obtained heat generating region 10A. Hot water is generated in the heat generating sector 12 while hot water passes through the heat generating line 16 and the heat generating sector 12 except for the heat generating sector forming part 14 of the water emitting region 10B. In addition, the inlet conduit 22 and the outlet conduit 24 are connected to a water pump 26. The inlet conduit 22 and the outlet conduit 24 may be connected to the water pump 26 via a connecting means such as a socket or a coupler. The water pump 26 is preferably composed of a temperature control water pump having a temperature control lever.

In one embodiment of the present invention, when used as a mat, the upper and lower layers are selected (upper mat sheet 11 and lower mat sheet 11) in two or one person size as needed and the material is generally vinyl materials It is a heat sealable material. That is, the upper mat sheet 11 and the lower mat sheet 11 include a resin sheet layer 13 made of a vinyl material therein, and each resin sheet layer inside the upper mat sheet 11 and the lower mat sheet 11. By forming the heat sealing type heat generating sector forming part 14, the two upper mat sheets 11 and the lower mat sheets 11 can form a mat body 10 having a heat sealed structure. do.

In addition, the water pump 26, inlet conduit 22 and the outlet conduit 24 are in communication with the net heating sector 12 of the mat body 10, such inlet conduit 22 and the outlet conduit 24 ) Is formed by pressing with a mold and suture. That is, the resin sheet layer inside the upper mat sheet 11 and the lower mat sheet 11 is interposed between the water inlet conduit 22 and the water outlet conduit 24 between the upper mat sheet 11 and the lower mat sheet 11. 13) is formed by sewing using a mold. The upper mat sheet 11 and the lower mat sheet 11 is heat-sealed, but the upper mat sheet 11 and the lower mat sheet 11 should be at least one layer. An inlet conduit 22 is connected to each of the heating sectors 12 provided in the inlet heating region 10A of the mat body 10 and the outlet conduit 24 is provided in the outlet heating region 10B of the mat body 10. Is communicated with each of the generated heat generating sectors 12. And the inlet conduit and the outlet conduit 24 are connected to the water pump 26. The inlet conduit 22 and the outlet conduit 24 are connected to the water pump 26 through a soke, etc. The water pump 26 is made of a temperature control water pump to adjust the temperature of the liquid and the most economical if water is selected. The temperature control dial can be used to adjust the water circulation rate.

According to the present invention having the above configuration, when hot water enters the inlet heating area 10A through the inlet conduit 22 provided in the mat body 10, the inlet heating area 10A is provided in a mesh form. Hot water spreads through the heat generating line 16 and the heat generating sector 12 while the hot water spreads into the heat generating space of each of the heat generating lines 16 and the heat generating sectors 12. The hot water introduced into the heat generating sector 12 and the heat generating sector 12 are spread out to the heat generating lines 16 and the internal heat generating spaces of the heat generating sector 12 provided in the mesh form in the water output heat generating region 10B. The hot water, which is exothermic, is discharged through the water outlet conduit 24, and the hot water circulates between the water inlet conduit 22, the water inlet heating region 10A, the water outlet heating region 10B, and the water outlet conduit 24. Through the process, the hot water heating function can be performed. In the present invention, the inlet heating area 10A is distributed in the middle of the mat body 10, and the two outlet water heating areas 10B are disposed at both positions of the inlet body area 10A. 10B is provided in the middle of the mat body 10, and the two inlet heating area 10A is disposed at both positions of the outlet water heating area 10B, so that the heating liquid ( Naturally, hot water) may be taken in and circulated through the water output heating region 10B.

Therefore, the present invention, unlike the electric mat for heating by connecting the electric wire, there is no thirsty and sharp feeling even in the long-term use of the product, the mat (part of the mat body 10) has the advantage that the user feels more comfortable . In addition, in summer, the water pump 26 may be used as a coolant (circulation water), so the temperature control has a wide range of advantages. In addition, there is an advantage that the structure is relatively simple and heat conduction is also effective compared to the liquid circulating through the pipes installed in the existing cold mat all. In addition, the inlet and outlet are formed inside the method by sealing the lower material and the upper material using vinyl material, and the inlet and outlet are symmetrical with each other and the inlet and outlet pipes are installed. As the sealed pipeline on the mat is thin, the inlet speed is slow and the mat is separated into the inlet and outlet, so in this way, the right and left temperature balance is slow and the time to reach the same temperature of the left and right inlet and outlet is difficult to achieve even heat distribution. However, in the present invention, the mat body 10 has a structure in which a plurality of heat generating lines 16 are spread in a net shape and the heat generating lines 16 are connected to the plurality of heat generating sectors 12, thereby obtaining them. When the speed is fast and the left and right temperature balance is fast, the time to reach the same temperature of the left and right inlet and the outlet is shortened to give even heat distribution. To have easy advantage.

In addition, the present invention provides a heat generating line 16 by providing a plurality of heat generating sectors 12 spread in a mesh form on the mat body 10 and a plurality of heat generating lines 16 communicating with the heat generating sectors 12. When passing the hot water passes relatively quickly and in the heating sector 12, the hot water is relatively slow to pass the action of the heating sector 12 and the heating line 16 due to the interaction of the heating distribution more evenly. There is an advantage.

In addition, according to the present invention, the first heat generating sector 12A and the second heat generating sector 12B of the mat body 10 are provided with a heat generating space communicating with the heat generating line 16 therein, and a flat surface on the top surface. By providing 15, when the user is lying on the mat body 10, the user is not partially pressed by the flat surface 15 of a predetermined area of the first heat generating sector 12A and the second heat generating sector 12B. Since the weight load in the lying state is more widely distributed, the first heat generating sector 12A and the second heat generating sector 12B can be partially pressed to prevent the condensation of hot water. There is an advantage to more certainly prevent the case that is not made. The heat generating sector 12 includes a first heat generating sector 12A having a heat generating line 16 and a second heat generating sector 12B having a larger volume than the volume of the first heat generating sector 12A. ), The amount of hot water passing through the heat generating space inside the second heat generating sector 12B becomes smaller than the amount of hot water passing through the heat generating space inside the first heat generating sector 12A. It is more effective in performing the uniform heating function.

The heat generating sector forming part 14 formed in the mat body 10 in a heat-sealing manner to form the heat generating sector 12 and the heat generating line 16 includes a plate-shaped joint having a predetermined area having a corner part. The corner portion of the forming portion 14 is treated with a curved portion, whereby the corner portion of the heat generating sector forming portion 14 is more reliably prevented from being released from heat sealing due to the pressure of hot water passing through the heat generating sector 12 and the heat generating line 16. This can increase the robustness and reliability of the product.

The terms "comprise", "comprise" or "have" described above mean that the corresponding component may be included unless specifically stated otherwise, and thus, other components are not excluded. It should be construed that it may further include other components. All terms, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art unless otherwise defined. Terms used generally, such as terms defined in a dictionary, should be interpreted to coincide with the contextual meaning of the related art, and shall not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present invention.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

Hot water heating mat of the present invention is not only to solve the thirsty and sharp problem of the mat currently in use, there is a possibility of industrial use as a new hot water heating mat that can be used comfortably and easily temperature control.

Claims

A mat body 10 formed of a sheet shape having a predetermined area having both sides;

And a plurality of heat generating sectors 12 disposed on at least one surface of the mat body 10 to allow heat conduction while the heating liquid passes therein. 12.
The method of claim 1,

At least one surface of the mat body 10 includes a plurality of heat generating sector forming parts 14 in a longitudinal direction and a horizontal direction, and the heat generating sector forming part 14 causes the plurality of heat generating parts to the mat body 10. Hot water heating mat, characterized in that the sector 12 is provided in a net form.
The method of claim 2,

The heat generating sector forming part 14 of the mat body 10 is formed by bonding at least two mat sheets 11 to each other, and the inside of the heat generating sector 12 formed around the heat generating sector forming part 14. Hot water heating mat, characterized in that the heat conduction is made to the surface of the heat generating sector 12 as the hot water passes through the heat generating space.
The method of claim 3,

The mat sheet 11 is provided with a resin sheet layer 13 on the inner side, and the resin sheet layer 13 on the inner side of the two mat sheets 11 is fused to each other to form the heat generating sector forming unit 14. Hot water heating mat, characterized in that to form a.
The method of claim 3,

A plurality of heat generating lines 16 having a relatively smaller cross-sectional area is provided at the periphery of the heat generating sector 12 by the heat generating sector forming unit 14, and the heat generating sector 12 includes the heat generating line 16. And a first heat generating sector (12A) having a second heat generating sector (12B) having a relatively larger volume than the volume of the first heat generating sector (12A).
The method of claim 5,

The first heat generating sector 12A and the second heat generating sector 12B are provided with a heat generating space communicating with the heat generating line 16 therein and at the same time the top surface is provided with a flat surface 15. Fever mat.
The method of claim 3,

The heat generating sector forming unit (14) is composed of a plate-shaped joint of a predetermined area having a plurality of corner portions, wherein the corner portion of the heat generating sector forming portion (14) is a hot water heating mat, characterized in that the treated surface.
The method of claim 1,

The mat body 10 includes an inlet heating region 10A having a heating sector 12 having a rectangular shape and generating heat by introducing hot water thereinto and spreading therein, and a heating sector 12 in communication with the inlet heating region 10A. ) Is provided in a rectangular hot water heating mat, characterized in that the hot water is discharged from the water inlet heating area 10A is provided with a water outlet heating area (10B) is generated.
The method of claim 8,

The heat generating sectors 12 of the water obtaining and heating regions 10A and the heat generating sectors 12 of the water emitting heating regions 10B are configured to communicate with the mat body 10 in a mesh form. And a water supply conduit (22) connected to the heat generating sector (12) of 10A, and a water supply conduit (24) connected to the heat generating sector (12) of the water output heating region (10B).

The inlet conduit 22 and the outlet conduit 24 is characterized in that the water pump 26 is connected
The method of claim 9,

The heating sector forming part 14 of the mat body 10 is formed by bonding at least two mat sheets 11 to each other, and the mat sheet 11 is provided with a resin sheet layer 13 on an inner side thereof. And the resin sheet layer 13 on the inner surfaces of the two mat sheets 11 are fused to each other to form the heat generating sector forming part 14, and the water inlet conduit 22 and the water outlet conduit 24 are The heat generating sectors 12 provided between the mat sheet 11 and the resin sheet layer 13 and provided to the heat generating sectors 12A and the water output heat generating regions 10B. Hot water heating mat, characterized in that communicating with.