KR20040000692A - Structure for electric heat the possibility laundry of a manufactured goods - Google Patents

Abstract

PURPOSE: An electrical structure of products capable of being washed and cleaned such as coat, trousers, footwear or waist band is provided, which improves health of user by applying coating electric wire with material made of biostone or loess or jade powders. CONSTITUTION: The electric structure comprises a double layer assembly having an inner and an outer layers and a panel receipt bag. The panel receipt bag has a control panel(30) comprising an operational switch(31), an indicator(32) to display residual amount of power, a temperature control switch(33), a connector jack(34) and a receipt portion(36) of an electric battery(35). The electric structure further includes an electric wire(40) having a coating material and a heating wire to supply the heat through the outer layer into the inner layer, thereby to improve warming performance of the products such as the trousers, the footwear, etc when wearing the products.

Description

Structure for electric heat the possibility laundry of a manufactured goods}

The present invention relates to the heat transfer structure of washable products (eg coats, pants, shoes, bags, etc.), in particular covering the hot wire with a covering material consisting of ganganite or loess soil or jade stone powder, etc., which is very beneficial for health promotion. After the heating wire is covered with the coating material made of the mixture, the heating wire is covered with an auxiliary lining coated with a heat loss preventing material, and the inner lining of the product is dyed with ocher, and the auxiliary lining wrapped with the heating wire is fixed to prevent movement. This ensures that the body temperature of the user who wears the product is always kept warm in places where the external temperature is low (e.g., in a cold store or in winter), as well as harmful waves such as electromagnetic waves generated from the heating action of the product when wearing the product. It prevents the penetration into the human body, and the effect of eliminating eczema and odor and sweat with far infrared rays emitted from ocher Improve the function and permeability section relates to the heat transfer structure of the products available for laundry so you can plan to promote human health.

In general, products worn by people in cold weather (e.g. coats, pants, shoes, bags, etc.) use thick fabrics, or double-coated skin and skin, followed by a separate winter coat. (Or cotton) was added to enhance the warming function.

In addition, conventionally, hair may be planted on the inner surface so that a certain degree of warming function can be given.

However, the product having a warming function as described above has a disadvantage in that the warming property is extremely low while the hair (or cotton) planted or inserted hair (or cotton) does not maintain the original shape every time the washing is made.

Therefore, in order to solve the above problems, there has been developed a built-in hot wire in the product, but when the product is dirty or various stains occur on the surface and the laundry is required, the washing is caused by the built-in hot wire in the product. It has an impossible disadvantage.

In other words, in the case of a product with a built-in hot wire, the external exposure of the hot wire must be completely blocked.In the past, when a product is washed without such blocking, a short-circuit of the hot wire is generated. It was.

Therefore, the present invention has been made to solve the above problems, an object of the present invention is to cover the heating wire with a coating material made of ganban rock or ocher soil or jade powder, etc., which is considerably beneficial for health promotion, or a coating material composed of a mixture thereof. When heating wires are covered with heating wires and inserted into the inner and outer shells of the product to sew (or glue) the heating wires, the inserted heating wires are first wrapped with auxiliary lining coated with a heat loss preventing material, and the heating wires are heated. After providing the flow width according to expansion, the secondary lining is coated with double-sided tape coated on both sides with materials beneficial for health promotion (e.g., ocher soil powder, barley stone powder, jade stone powder, charcoal powder, etc.). Wrapped on top of the double-sided tape, and the third backing lining is coated with a heat loss prevention material. In other words, the secondary lining and the outer shell between the secondary lining and the outer shell to wrap the high foaming sponge to improve the contact between the human body and each heating wire so as not to move between the inner and outer skin of the product, each laminated material Is secured by sewing (or adhesive) treatment, and the exposed parts of the heating wire are covered with a silicon insulator to prevent water from penetrating, and the control panel and power supply having an operation switch and a power remaining indicator. By allowing the supply battery to be detached from the product, it ensures that the user's body temperature is always kept warm in places where the external temperature is low (e.g. in a cold store or winter season) and when the product gets dirty. It is possible to wash laundry without removing the heating wire. To provide a heat transfer structure.

In addition, the present invention by dyeing the inner and outer skin of the product with natural ocher, prevents harmful waves, such as electromagnetic waves generated from the heating action of the hot wire when the product is worn, as well as far infrared rays emitted from the ocher In order to improve the effect of eczema and odor removal, sweat control function and breathability, it is to provide a heat transfer structure of a washable product that can promote human health.

1 is a perspective view showing a structure in which a heating wire is wired to a washable product (pants) in a first embodiment of the present invention.

Figure 2 is a perspective view showing the structure of a panel for controlling the heat generation of the heating wire applied to the washable product (pants) in a first embodiment of the present invention.

3 is a cross-sectional view taken along the line A-A of FIG. 1 as a first embodiment of the present invention.

Figure 4 is a perspective view showing a structure in which the heating wire is wired to the product (coat) washable in the second embodiment of the present invention.

5 is a cross-sectional view taken along line B-B in FIG. 4 as a second embodiment of the present invention;

6 is a perspective view showing a structure in which a heating wire is wired to a product (bottom surface of a shoe) that can be washed in a third embodiment of the present invention.

7 is a cross-sectional view taken along the line C-C of FIG. 6 as a third embodiment of the present invention.

8 is a perspective view showing a structure in which a heating wire is wired to a washable product (shoe insole) in a fourth embodiment of the present invention.

9 is a cross-sectional view taken along the line D-D of FIG. 8 as a fourth embodiment of the present invention;

10 is a state diagram of a structure in which a heating wire is wired to a product (bag) that can be washed in a fifth embodiment of the present invention.

11 is a sectional view taken along the line E-E of FIG. 10 as a fifth embodiment of the present invention;

* Description of the symbols for the main parts of the drawings *

One ; Endothelial 2; coat

20; Panel storage bag 30; Control panel

31; Actuation switch 32; Power remaining indicator

33; Temperature control switch 34; Connection jack

35; Battery 36; Storage

40; Heating wire 41; clothing material

42; Hot wire 43; wire

50; Insulating members 51,53; First and second auxiliary lining

52; Double-sided tape 54; Sponge

60; Insulator 70; Connection code

80; Sealing cover 100; Pants

100 '; Coat 200; string

300; Shoes 301; Insole

302; Magic tape 303; Fastening Fabric

400; band A; Flow prevention line

Hereinafter, a first embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing a structure in which a heating wire is wired to a washable product (pants) in a first embodiment of the present invention, Figure 2 is applied to a washable product (pants) in a first embodiment of the present invention 3 is a perspective view showing a structure of a panel for controlling heat generation of a heating wire, and FIG. 3 is a cross-sectional view taken along line AA of FIG. 1 as a first embodiment of the present invention.

As shown in Figures 1 to 3, in the pants 100 double-treated with the endothelial (1) and the outer shell (2),

The inner and outer shells 1 and 2 of the pants 100 are dyed with ocher (not shown) to emit far infrared rays when heat is generated from the heating wire 40 to be described later. (2) forms a panel storage bag 20 at one end,

The panel storage bag 20 has a control panel having an operation switch 31, a power remaining indicator (indicator) 32, a temperature control switch 33, a connecting jack 34 and a storage unit 36 of the battery 35. I store 30,

Between the inner skin 1 and the outer skin 2 of the pants 100, the wire 43 and the coating material 41 and the heating wire 42 made by mixing various materials (eg, ganban rock, loess soil, jade powder) are mixed. Wiring the heating wire 40 is configured,

The heating wire 40 is heat is not leaked to the outside through the outer shell (2), the heat transfer properties to the wearer's body through the endothelial (1) to enhance the thermal insulation according to the wearing of the pants 100 Wrapped in a plurality of insulation member 50 or more so that,

The connection portion between the heating wire 42 and the wire 43 covers the insulator 60 made of a silicon material so that water does not penetrate into the externally exposed heating wire 42 when washing the pants 100.

An end of the wire 43 fixed between the inner and outer sheaths 1 and 2 of the pants 100 is connected to the connection jack 34 of the control panel 30 to supply power to the battery 35 to each heating wire 40. Connect the connection cord 70 that is supplied to the outside exposed,

The connection cord 70 is characterized in that the sealing cover 80 connected by the string 200 so as not to seep the water to the connection cord 70 when the washing of the pants 100 is made.

Here, the operation switch 21 refers to being turned on / off by the user's operation to supply the power of the battery 35 to the heating wire 40,

The power remaining indicator 32 is displayed so that the wearer can easily check the charge and discharge state of the battery 35 for supplying power to the heating wire 40 from the outside, the operation switch 31 and the power remaining indicator ( 32 are all located on the outer surface of the control panel 30.

In addition, in the first embodiment of the present invention, although the storage unit 36 for accommodating the battery 35 is provided in the control panel 30, the control panel 30 and the battery 35 are designed to be separated from each other. You can, and are not necessarily limited to these.

In addition, the insulating member 50,

When the heating wire 40 generates heat and expands, it is wrapped with a first auxiliary lining 51 coated with a heat loss preventing material to provide a flow width according to the expansion.

The first auxiliary lining 51 is covered with a double-sided tape 52 coated on both sides of a material beneficial for health promotion (eg, loess soil, ganban stone powder, jade stone powder, charcoal powder, etc.),

The upper side of the double-sided tape 52 prevents the heat generated by the heating wire 40 from leaking to the outside through the outer shell 2 to improve the thermal insulation of the pants 100, as well as heating the heating wire 40. And by preventing the flow of the wire 43 to minimize the deformation of the structure while washing the second auxiliary lining (53) coated with a heat loss preventing agent coated so that the operation of the product after normal operation,

On the second auxiliary lining 53, that is, between the second auxiliary lining 53 and the outer shell 2 is wrapped with a highly foamed sponge 54 to improve the contact between the product and the human body,

Endothelial (1) is laminated around the heating wire 40 to minimize the deformation of the structure while preventing the flow of the heating wire 40 and the wire 43 when washing the pants 100 so that the operation of the product is normally operated after washing (1). Of course, both ends of the second auxiliary lining 53 and the sponge 54 is characterized by forming a flow preventing line (A) sewn with an adhesive or thread.

Referring to Figures 1 to 3 attached to the operation of the first embodiment of the present invention configured as described above are as follows.

First, in the pants 100 double-treated with the inner skin (1) and the outer skin (2), the inner skin (1) and the outer skin (2) is dyed with ocher to enable far-infrared radiation, and then the outer skin (2) One end of the panel storage bag 20 is formed.

Subsequently, as shown in FIGS. 1 and 3, the heating wire 40 including the covering material 41 and the heating wire 42 is cut to a predetermined length, and then the heating wire 42 is slightly disposed at both ends of the heating wire 40. The covering material 41 is peeled off to expose the outside.

In addition, the heating wire 40 does not leak to the outside through the heat generated by the heat of the outer shell (2) through the inner skin (1) to enhance its transmission characteristics to the wearer's body to keep the warmth according to the wearing of the pants 100 Wrap with a plurality of more than one insulating member 50 to improve the.

That is, as shown in FIG. 3, when the heating wire 40 generates heat and expands, the first auxiliary lining 51 coated with a heat loss preventing material on the surface of the heating wire 40 to provide a flow width according to the expansion. ) Wrapped first.

Subsequently, the first auxiliary lining 51 is covered with a double-sided tape 52 coated on both sides of a material beneficial for health promotion, that is, ocher soil powder, ganban stone powder, jade stone powder, and charcoal powder.

And, the upper side of the double-sided tape 52 to prevent the leakage of heat due to the heat generated by the heating wire 40 to the outside through the outer shell (2) to improve the warmth of the pants 100, as well as heating wire (when washing) 40) and the second auxiliary lining 53 is coated with a heat loss preventing agent coated so that the operation of the product after washing to minimize the deformation of the structure by preventing the flow of the wire 43 and the normal operation.

In addition, a high foaming sponge 54 is wrapped on the second auxiliary lining 53, that is, between the second auxiliary lining 53 and the outer shell 2 so as to improve contact between the product and the human body.

On the other hand, both ends of the second inner lining 53 and the sponge 54 as well as the inner skin 1 stacked around the heating wire 40 form a flow preventing line A sewn with adhesive or thread.

Then, while preventing the flow of the heating wire 40 and the wire 43 when washing the pants 100 from the flow prevention line (A), the deformation of the structure is minimized, of course, even after washing the pants 100 The heating operation of the heating wire 40 provided in the 100 can be normally operated.

Here, when the heating wire 40 forms a flow preventing line (A) sewn with thread in the inner shell (1) (2) in the state that the cutting is made to a predetermined length, each of the heating wire 40 is an electric wire (43) was used to make the connection in parallel.

That is, after the covering material 41 of both ends of the heating wire 40 having a predetermined length is peeled off so that the external heating of the heating wire 42 is made, the wire 43 is connected to the externally exposed heating wire 42. , Each heating wire 40 is connected in parallel.

Here, the wire 43 is also to be embedded between the inner and outer shell (1) of the pants (100).

Thereafter, the insulator 60 made of silicon is coated on the connection portion between the heating wire 42 and the wire 43 to completely waterproof the connection portion.

Then, the heating wire 42 exposed to the outside while the covering material 41 is peeled off can prevent the penetration of water even when the washing of the pants 100 is made, as well as the heating wire 40 and the wires when washing the pants 100. By preventing the flow of the 43 to minimize the structural deformation of the heating wire 40, the heating wire 40 in the wash pants 100 is capable of normal operation.

Here, the first and second auxiliary lining (51, 52) included in the thermal insulation member 50 is the endothelial (1) without heat from the heat generated by the heating wire 40 is leaked to the outside through the outer shell (2) The bar serves to immediately transfer to the wearer, thereby increasing the warmth of the pants 100.

In addition, the first auxiliary lining 51 to perform a complex function to provide an expansion flow width of the heating wire 40, when the expansion phenomenon occurs due to the heating of the heating wire 40, the heating wire 40 The deformation of each heating wire 40 due to the exothermic expansion of) is minimized.

In addition, the connection cord 70 is connected to the wire 43 fixed between the inner and outer sheaths 1 and 2 of the pants 100, while the connection cord 70 is washed with the pants 100. When connecting the sealing cover 80 is connected by the string 200 so that water does not seep into the connection cord (70).

Meanwhile, the panel storage bag 20 has an operation switch 31, a power remaining indicator (indicator) 32, a temperature control switch 33, a connecting jack 34 and a storage unit 36 of the battery 35. The control panel 30 is accommodated.

Thereafter, after plugging the connection cord 70 into the connection jack 34 of the control panel 30 accommodated in the panel storage bag 20, and turning on the operation switch 31 configured in the control panel 30, the Power of the battery 35 housed in the accommodating portion 36 from the on-switching of the operation switch 31 is connected to each heating wire 40 connected in parallel through a connecting jack 34 and a connecting cord 70 connected to each other. The supply is made,

The heating wire 40 is heated from the power of the supplied battery 35 to the user who wears the pants 100 outdoor (especially in winter) or other places that maintain the temperature below zero (eg refrigeration and freezing warehouse) Etc.) will always be able to maintain a warm body temperature.

At this time, since the inner skin (1) (2) of the pants 100 is dyed with ocher, when the exothermic action of the heating wire 40 occurs, the inner skin (1) (2) is beneficial for health promotion Radiating far-infrared radiation to improve the effects of eczema and odor removal and sweat control and pants 100.

Here, the control panel 30 has a power remaining indicator 32 is configured, the power remaining indicator 32 can be more easily identified by the wearer from the outside the charge and discharge of the battery 25 is charged and discharged. By displaying so that, the user wearing the pants 100 was able to perform the replacement more quickly while checking the discharge state of the battery (25).

On the other hand, the surface of the pants 100 from the long-term wearing of the pants 100 is dirty or stains due to foreign matter, such as when washing is required, first from the connecting jack 34 of the control panel 30 While the 70 is separated, the control panel 30 is separated from the panel storage bag 20.

Then, only the heating wire 40 and the connection cord 70 remain in the pants 100.

In this case, the sealing cord 80 is connected to the connection cord 70 by the string 200, and when the sealing cover 80 is fastened to the connection cord 70 to be completely sealed, the pants 100 ) Will be able to wash.

That is, when the pants 100 are washed in a washing machine or dry-cleaned, the heating wires 40 and the wires 43 embedded in the pants 100 may be wrinkled even if the pants 100 are wrinkled. Movement is prevented by the flow preventing line (A).

In addition, the connection portion between the heating wire 40 and the wire 43 is completely waterproofed by an insulator 60 made of a silicon material, and the connection cord 70 is completely sealed by a sealing cover 80. Bar,

When the pants 100 are washed, the laundry can be prevented from being buried in the heating wire 42 or the connection cord 70, and the washing of the pants 100 having the heating wire 40 is enabled.

Here, although not shown, the control panel 30 having the operation switch 31 and the power remaining indicator 32 is made to be operated by a direct touch of the user. It can also be manipulated.

To this end, although not shown in the control panel 30, it is preferable to have a separate wireless signal receiving unit for receiving a wireless signal of the remote control.

Here, in the first embodiment of the present invention is limited to the pants 100, the description is made, but the same can be applied to the coat 100 'as in the second embodiment of Figs. It is not limited to clothing (pants and coats).

6 and 7 illustrate a third embodiment of the present invention, in which the heating wire 40 is applied to the shoe 300.

That is, in the third embodiment of FIGS. 6 and 7, after cutting the heating wire 40 to a predetermined length and wiring the bottom surface of the shoe 300 on which the insole 301 is covered, each cut heating wire 40 is wired. ) Is connected in parallel with the wire 43, while the wire 43 is guided to the tightening fabric 303 along the side of the shoe (300).

Thereafter, the end of the electric wire 43 guided to the tightening fabric 303 is formed to expose the connection cord 70 to the outside.

Then, the control panel 30 is formed on the outer surface of the shoe 300 and has a magic tape 302 to form a panel storage bag 20 to accommodate the control panel 30, the control panel When the connection cord 70 is connected to the connection jack 34 of the 30, the user can feel the warming of the foot according to the heat generated by the heating wire 40 when the shoe 300 is worn.

In this case, when the shoe 300 is to be washed, the connection cord 70 is sealed with a sealing cover 80, and the control panel 30 is separated from the panel storage bag 20. Washing of 300 becomes possible.

In addition, the fabric of the shoe 300 may be dyed with ocher before its manufacture, but it is not necessary to dye the ocher.

Hereinafter, the same parts as in the first embodiment of the present invention will be denoted by the same reference numerals and redundant description thereof will be omitted.

Meanwhile, FIGS. 8 and 9 illustrate a fourth embodiment of the present invention, in which the heating wire 40 is applied to the insole 301 of the shoe 300.

That is, in the fourth embodiment of FIGS. 8 and 9, after the heating wire 40 is cut and wired to the insole 301 of the shoe 300 by a predetermined length, each cut heating wire 40 is wired. The wire 43 is guided to the tightening fabric 303 along the side of the shoe 300, while being connected in parallel.

Thereafter, the end of the electric wire 43 guided to the tightening fabric 303 is formed to expose the connection cord 70 to the outside.

In addition, after forming a panel storage bag 20 to allow the control panel 30 is accommodated in the tightening fabric 303 of the shoe 300, the connection cord (34) to the connecting jack 34 of the control panel 30 ( 70), the user can feel the warming of the foot according to the heat of the heating wire 40 when wearing the shoe 300.

Here, when the shoe 300 is to be washed, the insole 301 is separated into the shoe 300, while the control panel 30 is separated from the panel storage bag 20, and the shoe 300 is separated. ) Will be able to wash.

In addition, the fabric of the shoe 300 may be dyed with ocher before its manufacture, but it is not necessary to dye the ocher.

Hereinafter, the same parts as in the first and third embodiments of the present invention will be denoted by the same reference numerals and redundant description thereof will be omitted.

10 and 11 illustrate a fifth embodiment of the present invention, in which a heating wire 40 is applied to a bag 400 having a magic tape 302.

That is, in the fifth embodiment of FIGS. 10 and 11, after the heating wire 40 is wired in series in the bag 400, the connection cord 70 is formed to be exposed to the outside at the end of the heating wire 40. .

In addition, after the panel storage bag 20 is formed on one side of the bag 400 to accommodate the control panel 30, the heating wire 40 is connected to the connection jack 34 of the control panel 30. When the cord 70 is connected, the user may feel the abdomen warming according to the heat generated by the heating wire 40 when the abdomen 400 is worn.

Here, when the bag 400 is to be washed, the connecting cord 70 is sealed with a sealing cover 80, and the control panel 30 is separated from the panel storage bag 20, the bag It is possible to wash the 400.

In addition, the fabric of the bag 400 may be dyed with ocher before its production, it is not necessary to dye the ocher.

In addition, the heating wire 40 wired to the bag 400 may be cut in a predetermined length and then connected in parallel by connecting the plurality of cut heating wires 40 to the wires 43.

Hereinafter, the same parts as in the first, second, third, and fourth embodiments of the present invention will be denoted by the same reference numerals and redundant description thereof will be omitted.

On the other hand, in each embodiment of the present invention to apply a separate battery 35 to the heat generation of the heating wire 40 is made, the heat generation of the heating wire 40 by using the battery of the vehicle in the state of boarding the vehicle It can also be done.

Although not shown for this purpose, the connection cord 70 is connected to the inner shell (1) (2) of the product to protrude to the outside to change the shape that is plugged into the cigar jack located on the front panel in the vehicle.

Then, a passenger wearing a product having a heat transfer structure plugs the connection cord 70 into a cigar jack, thereby maintaining a warm body temperature at all times by the heat generated by the product as well as the heater heat of the vehicle during the vehicle boarding.

As described above, the heat-transfer structure of the washable product of the present invention covers the heating wire with a covering material composed of elvan, loess soil, jade powder, etc., which is considerably beneficial for health promotion, or makes a heating wire covering the heating wire with a coating material composed of a mixture thereof. When inserting and sewing (or bonding) between the inner and outer skins of a product, the inserted heating wire is first wrapped with an auxiliary lining coated with a heat loss prevention material to provide the flow width according to the expansion of the heating wire when heat is generated. After the auxiliary lining, the secondary lining is covered with a double-sided tape that is coated on both sides with materials beneficial for health promotion (e.g., clay soil, ganban stone powder, jade stone powder, charcoal powder, etc.). Above, it is wrapped in another secondary lining coated with heat loss prevention material, and the upper lining of the secondary lining, that is, Four layers of high-foaming sponges are wrapped between the skins to improve the contact between the product and the human body, and each layered material is sewn (or bonded) as well as the inner and outer skins of the product so that each heating wire does not move between the inner and outer skins. In addition to fixing it firmly, the exposed connection of the heating wire is covered with a silicon insulator to prevent water from penetrating, and separates the control panel and power supply battery with the operation switch and power level indicator from the product. This ensures that the body temperature of the user who wears the product is kept warm at low outside temperatures (e.g. in a cold store or in winter), and washing can be carried out without disconnecting the heating wire when the product is soiled. On the other hand, the inner and outer skin of the product is dyed with natural yellow soil, so that the heating effect of heating wire when wearing the product Prevented from penetrating into yuhaepa the human body of electromagnetic waves, such as arising from, and in addition to improve the effectiveness and sweat control and ventilation of eczema and deodorizing the far-infrared emitted from the yellow earth and provides an effect of promoting human health.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (5)

In the product which can be washed by double treatment with inner skin and outer skin, The inner skin is dyed with ocher to radiate far infrared rays when heat generation of the heating wire to be described later is formed, and one end of the outer skin of the product forms a panel storage bag, The panel storage bag accommodates a control panel having an operation switch, a power remaining indicator (indicator), a temperature control switch, a connecting jack and a battery compartment. Between the inner and outer skin of the product wires a heating wire composed of a coating material and a heating wire made by mixing a wire and various materials, The heating wire is wrapped in a plurality of heat insulating members or more so that the heat caused by the heat does not leak to the outside through the outer shell to enhance the heat transfer properties of the wearer's body by enhancing its transmission characteristics through the inner skin, In order to prevent water from penetrating into the externally exposed heating wire when washing the product, the connection part of the heating wire and the electric wire covers an insulator made of silicon material, The end of the wire fixed between the inner and outer skin of the pants is connected to the connection jack of the control panel to connect the connection cord for supplying the battery power to each heating wire to the outside exposed, The connection cord is a heat transfer structure of the washable product, characterized in that for connecting the sealing cover connected by a string so that water does not seep into the connection cord when washing of the product is made. The method of claim 1, wherein the heating wire, After cutting to a predetermined length, the coating material formed at both ends of the cut heating wire is peeled off so that the heating wire is exposed to the outside, and the wire is connected to the exposed heat wire to wire the product in parallel. Heat transfer structure of the product. The method of claim 1, wherein the heating wire, A wired structure of a washable product, in which a wire is connected to the product in a serial manner, and a connection cord is formed at the end of the serial heating wire to be connected to the connection jack of the control panel. The method of claim 1, wherein the insulating member, When the heating wire generates heat and expands, it is wrapped in a first auxiliary lining coated with a heat loss preventing material to provide a flow width according to the expansion. The first auxiliary lining is covered with a double-sided tape coated on both sides of a material beneficial for health promotion, The upper side of the double-sided tape prevents heat from being leaked to the outside through the heating of the heating wire to improve product warmth, and prevents the flow of the heating wire and electric wire during washing, thereby minimizing the deformation of the structure and after washing. Wrap the second auxiliary lining coated with a heat loss preventing agent so that the product works properly. Heat transfer structure of a washable product, characterized in that the second auxiliary lining, that is, between the second auxiliary lining and the outer shell is wrapped with a highly foamed sponge to improve the contact between the product and the human body. The method of claim 4, wherein both ends of the second auxiliary lining and the sponge, as well as the inner layer stacked around the heating wire, When the product is washed, it prevents the flow of heating wires and wires while minimizing the deformation of the structure, so that the flow prevention line is formed by selecting one of adhesive bonding or sewing of the thread so that the operation of the product works normally after washing. The heat transfer structure of the product which can be washed.