KR101972910B1 - Mat for de­icing use the carbon fiber heating line - Google Patents

Abstract

The present invention relates to a mat for preventing freezing using a carbon fiber heating line, which allows a heat conduction reinforcement plate (81) to conduct the heat of a carbon fiber heating line (T) that receives power from a power cable (P) fitted to a cable groove (74) through a connector (C) fitted to a connection groove (75) and emits heat and is fitted to a heating groove (73) and to protect the power cable (P), the connector (C), and the carbon fiber heating line (T), thereby easily preventing snow or freezing, minimizing an influence due to an external impact such that the life can be ensured, allows the heat conduction reinforcement plate (81) made of, for example, stainless steel to be leveled with an edge-protruded border (71) while being bonded to a lower portion (72) with an adhesive sheet (82), thereby maximizing mutual fixing force and ease of assembly, and allows a non-slip mat (90) to cover the heat conduction reinforcement plate (81) and the edge-protruded border (71) at one time, thereby maximizing ease of assembly.

Description

MAT FOR DE­ICING USE THE CARBON FIBER HEATING LINE}

The present invention relates to an anti-icing mat using a carbon fiber heating wire, and more particularly, the heat of a carbon fiber heating wire inserted in a heat generating groove for dissipating heat by supplying power through a connector inserted into a connecting groove from a power cable inserted into a cable groove. As a heat conduction & reinforcing plate, it conducts heat conduction and heat diffusion and also protects power cables, connectors and carbon fiber heating wires, ensuring easy life elimination of snow and freezing, and minimizing the effects of external shocks to ensure longevity. Furthermore, the heat conduction & reinforcement plate is adhered to the lower part by adhesive sheet so that it can be leveled with the edge protruding edges to maximize the mutual fixability and assemblability. Carbon that can be assembled to maximize assembly It relates to icing mat caused by the heat rays.

In general, when snow piles up on stairs, porches or sidewalks in winter, it is easily frozen and poses a lot of danger to pedestrians.

As an alternative to this, various freezing means have been proposed as prior art documents, and as an example, Korean Patent Publication No. 1101624 (Anti-melting snow melting mat) can be referred to as a prior art document.

Figure 1a is a perspective view of the anti-freezing snow melt mat according to the prior art document, Figure 1b is a cross-sectional view of the anti-freeze snow melting mat according to the prior art document, Figure 1c is a state diagram installed a plurality of anti-freeze snow melting mat according to the prior art document. 1D is a state diagram in which a waterproof cable and a multi-waterproof connector are installed according to the prior art document.

The snow melting mat for preventing frost according to the prior art document is melted to snow or frozen by being seated on a floor or a wall and a roof, as shown in FIGS. 1A to 1D, and a rectangular fixing pad 10 seated on a floor or a ceiling. The double layer of waterproof pad 20 seated on the upper surface of the fixing pad 10, the carbon heating sheet 30, which is internal to the inside of the waterproof pad 20 to generate heat, and the carbon heating sheet 30 Waterproof controller 40 that supplies power and has a resistance to the fluid, and is connected to the carbon heating sheet 30 from one side of the fixing pad 10 to control the temperature and to the controller 50 which is waterproof to have a resistance to the fluid The carbon heating sheet 30 is formed of a carbon material which is connected to the waterproof cable 40 and is connected to the pair of conductor wires 31 to which power is supplied and the conductor wires 31 to generate heat to generate heat. Even if the heat generating portion 32, the conductor wire 31 and the carbon heating portion 32 are embedded Consists of a sealing sheet 33 for sealing, the water blocking pad 21 is blocked on the top surface of the waterproof pad 20, the car pat 22 to prevent slipping on the top surface of the water blocking pad 21. It is seated, the upper and lower surfaces of the waterproof pad 20 is blocked moisture and moisture, the adhesive 23 is applied so that the moisture blocking pad 21 and the fixed pad 10 is in close contact, the melting snow mat (1) is wide It is provided with a plurality of seats to be seated in the space or stairs, the plurality of snow melt mat (1) is formed in a number of spheres to be connected and is connected to the multi-hole waterproof connector 60 is blocked moisture or moisture.

And, both sides of the fixing pad 10 is connected to the waterproof cable 40 is characterized in that it is provided with a plurality of LEDs 11 irradiated at night.

By the way, the melt-resistant mat for preventing frost according to the prior art literature is complicated in composition and the productivity is low, LED 11 also has a disadvantage of short life is easily broken by an external impact.

Republic of Korea Patent No. 1101624-Snow Melting Mat

An object of the present invention is the heat conduction & reinforcement of the carbon fiber heating wire inserted in the heat generating groove for dissipating heat by receiving power from the connector inserted into the connecting groove from the power cable inserted into the cable groove, heat conduction and heat diffusion and power cable, It also protects the connector and carbon fiber heating wires, making it easy to eliminate snow and freezing, minimizing the effects of external shocks, and guaranteeing longevity. By aligning the edge protrusion edges with each other, it is possible to maximize the mutual fixability and assemblability, and furthermore, the carbon fiber heating wire that maximizes the assemblability by covering the heat conduction & reinforcement plate as well as the edge protrusion edge with a non-slip mat. It is to provide an anti-icing mat used.

The purpose of the present invention is to maximize the thermal efficiency by conducting and diffusing the heat of the carbon fiber heating wire to the heat conduction & reinforcing plate through the heat conduction mesh made of a wire such as nickel, for example, the adhesive sheet is not made of only an adhesive but has excellent thermal conductivity. Another object is to provide an anti-icing mat using a carbon fiber heating wire that can melt the ice more quickly.

An object of the present invention is to provide a freeze-resistant mat using a carbon fiber heating wire that can be used for advertising and propaganda by expressing the phrase of the display film through a transparent non-slip mat.

An object of the present invention is to provide an anti-icing mat using a carbon fiber heating wire that can ensure stability at night as well as stability.

An object of the present invention is to provide an anti-icing mat using a carbon fiber heating wire that can easily melt snow or freezing, while being free from the risk of burns and fire.

An object of the present invention is to wrap the heat conduction & stiffening plate with a top mat while the carbon fiber heating wire that can ensure the assembly properties by wrapping the upper side and the lower surface of the longitudinal edge of the base mat together with the longitudinal fixing jaw It is to provide an anti-icing mat used.

An object of the present invention is to provide an anti-icing mat using a carbon fiber heating wire that can maximize the fixing force and assembling properties by allowing the longitudinal fixing jaw is fitted into the longitudinal fixing groove.

An object of the present invention is to maximize the holding force by the combination of the longitudinal fixing groove by the longitudinal fixing jaw, while protecting the heat conduction & reinforcing plate and the non-slip mat as the width supporting jaw surrounding the upper and side surfaces of the widthwise edge of the base mat. It is to provide an anti-icing mat using a carbon fiber heating wire to ensure ease of disassembly to enable ease of A / S and the like.

An object of the present invention is to provide an anti-icing mat using a carbon fiber heating wire that can be easily pulled out the power cable in any direction when it is to be installed on the stairs or the like.

Anti-icing mat using the carbon fiber heating wire according to the present invention for achieving the above object,

A heating groove which is attached to the ground and is formed in a zigzag shape between the edge protruding edges and is inserted into the carbon fiber heating wire, the cable groove which is drilled to the edge protruding edge continuously at the beginning and the end of the heating groove, and into which the power cable is fitted; A base mat having a lower portion having a connecting groove interposed between the groove and the cable groove and into which the connector for connecting the power cable and the carbon fiber heating wire is inserted;

A heat conduction & reinforcement plate bonded to the lower part by an adhesive sheet to enhance strength while diffusing heat of the carbon fiber heating wire,

The technical features include a non-slip mat covering the edge protruding edge while being covered over the heat conduction & reinforcement plate.

The present invention is a heat conduction & reinforcement plate heat transfer and heat diffusion of the carbon fiber heating wire inserted in the heat generating groove for dissipating heat by receiving power from the connector inserted into the connecting groove from the power cable inserted into the cable groove and the power cable, connector and It also protects carbon fiber heating wires, making it easy to eliminate snow and freezing, minimizing the effects of external shocks, and guaranteeing longevity. It has the effect of maximizing the fixing force and assemblability of each other by leveling with the protruding edges, and furthermore, by assembling not only the heat conduction & reinforcing plate with the non-slip mat, but also the edge protruding edges.

In the present invention, the adhesive sheet is not made of only an adhesive, but has excellent thermal conductivity, for example, a thermal conductivity mesh made of a wire such as nickel. And by diffusing to maximize the thermal efficiency has the effect of melting the snow or ice more quickly.

The present invention has an effect that can be utilized to the use of advertising and propaganda by expressing the phrase of the display film through a transparent non-slip mat.

The present invention has the effect of ensuring the stability as well as ensuring visibility at night.

The present invention has the effect of being free from the risk of burns and fires while making it easy to melt snow or freezing.

The present invention has the effect of maximizing the safety of pedestrians by enabling the melting of snow or icing due to the heat of the carbon fiber heating wire and at the same time to prevent slipping due to unevenness.

The present invention has the effect of ensuring the assembling properties by allowing the top mat and the bottom side of the longitudinal edge of the base mat to be fixed together while wrapping the heat conduction & reinforcement plate with the top mat.

The present invention has the effect of maximizing the fixing force and assemblability of each other by allowing the longitudinal fixing jaw is fitted into the longitudinal fixing groove.

The present invention maximizes the fixing force by the coupling of the longitudinal fixing groove by the longitudinal fixing jaw, while disassembling it with the protection of the heat conduction & reinforcing plate and the non-slip mat as the width supporting jaw covering the upper and side surfaces of the widthwise edge of the base mat. By ensuring the ease of the A / S has the effect of enabling the ease.

The present invention has an effect that can be easily withdrawn the power cable in any direction when it is to be installed on the stairs or the like.

Figure 1a is a perspective view of a snow melting mat for preventing ice according to the prior art literature.
Figure 1b is a cross-sectional view of the snow melting mat for preventing ice according to the prior art literature.
Figure 1c is a state in which a plurality of anti-icing mats installed in accordance with the prior art literature installed.
1d is a state in which the waterproof cable and the multi-waterproof connector is installed according to the prior art document.
Figure 2 is a perspective view of the anti-icing mat using a carbon fiber heating wire according to the present invention.
Figure 3 is an exploded perspective view showing an anti-icing mat using a carbon fiber heating wire according to the present invention.
Figure 4 is a cross-sectional view showing an anti-icing mat using a carbon fiber heating wire according to the present invention.

Preferred embodiments of the anti-icing mat using the carbon fiber heating wire according to the present invention will be described with reference to the drawings, there may be a plurality of such embodiments, the object, features and advantages of the present invention through these embodiments To understand them better.

2 is a perspective view showing an anti-icing mat using a carbon fiber heating wire according to the present invention, Figure 3 is an exploded perspective view showing an anti-icing mat using a carbon fiber heating wire according to the present invention, Figure 4 is a carbon fiber according to the present invention It is sectional drawing which shows the freezing prevention mat | matte using a heating wire.

The anti-icing mat using the carbon fiber heating wire according to the present invention is installed in a staircase, a porch or sidewalk, and is intended to quickly melt the snow accumulated in the winter or the frozen region as a heat to promote the safety of pedestrians.

Specifically, the anti-icing mat using the carbon fiber heating wire according to the present invention is attached to the ground as shown in Figures 2 to 4 and is formed in a zigzag between the edge protruding edge 71 to insert the carbon fiber heating wire (T) Loss of heating groove 73, the cable groove 74, the cable groove 74 and the cable groove 74 which is drilled in the start and end of the heating groove 73 to the edge protruding edge 71 is inserted into the power cable (P) A base mat having a lower portion 72 having a connecting groove 75 interposed between the heat generating grooves 73 and into which the connector C connecting the power cable P and the carbon fiber heating wire T is fitted. Mat 70); A heat conduction & reinforcement plate 81 attached to the lower portion 72 by an adhesive sheet 82 to strengthen the strength while diffusing heat of the carbon fiber heating wire T; The non-slip mat 90 is covered over the heat conduction & reinforcement plate 81 and wraps around the edge protruding edge 71.

For example, the base mat 70 may be made of a synthetic resin or a silicone resin that is resistant to heat and hardly deforms at the same time, and may be attached to a pressure-sensitive double-sided adhesive tape not shown on the ground. 90) may be made of a transparent silicone resin which is good at cushioning, heat resistant, hardly deformed, and does not hurt even if a pedestrian falls down, such as the base mat 70 and the non-slip mat. When the carbon fiber heating wire (T) is interposed between 90, the snow or ice may be partially melted, but the connector (C) or the carbon fiber heating wire (T) may be easily damaged by external shock. In particular, since heat conduction and diffusion of heat emitted from the carbon fiber heating wire (T) are not easy, there is a limit in melting snow or ice.

In view of these points, in the present invention, the power is supplied from the power cable P inserted into the cable groove 74 through the connector C fitted into the connecting groove 75 and inserted into the heat generating groove 73 that dissipates heat. The heat of the carbon fiber heating wire (T) is used as the heat conduction & reinforcing plate (81) to conduct heat and spread the heat and to protect the power cable (P), the connector (C) and the carbon fiber heating wire (T), and to prevent snow or freezing. In addition to the easy resolution, and also minimizes the impact of external shocks to ensure a long life, and furthermore, for example, stainless steel heat conduction & reinforcement plate 81 is adhered to the lower portion 72 by the adhesive sheet 82 While aligning the edge protruding border (71) to maximize each other's fixing force and assemblability, and furthermore, with the non-slip mat (90), as well as the heat conduction & reinforcement plate (81) and the edge protruding border (71) I put on Joe Province will also have to be able to maximize.

In addition, the adhesive sheet 82 includes a heat conduction mesh 82a for conducting and diffusing heat of the carbon fiber heating wire T to the heat conduction & reinforcement plate 81, that is, the adhesive sheet 82 is not made of only an adhesive. However, the heat conduction mesh (82a) made of a wire such as nickel, which is excellent in thermal conductivity, conducts and diffuses the heat of the carbon fiber heating wire (T) to the heat conduction & reinforcing plate 81 to maximize snow efficiency and further freeze snow or ice. Allow to dissolve quickly.

At this time, the non-slip mat 90 is made transparent, and further includes a display film F1 that is attached to the heat conduction & reinforcement plate 81 and is displayed through the non-slip mat 90, for example, "freezing caution". , Warning texts such as "Slip Watch", campaign texts such as "non-smoking", "Women's Protection Zone", and promotional texts of each local government are printed on the display film (F1), and then printed on a transparent non-slip mat (90). By making it appear, it can be utilized even for the purpose of advertisement and propaganda, which is more preferable. [At this time, a warning sentence, a campaign phrase or a promotional phrase can be printed directly on the heat conduction & reinforcement board 81].

The anti-icing mat using the carbon fiber heating wire according to the present invention includes the photoluminescent film F2 attached along the edge of the display film F1 in the longitudinal direction.

The photoluminescent film F2 is a film produced by incorporating a photoluminescent pigment, which absorbs and stores light therein during the day and emits and emits light at night, into a silicone resin. Attached along the edge to ensure visibility at night and visually confirm the presence of the anti-frost mat using the carbon fiber heating wire of the present invention to further ensure its stability.

On the other hand, the lower portion 72 includes a bimetal groove 76, which is continuous to the connecting groove 75 and is connected between the power cable P and the carbon fiber heating wire T to which the bimetal B is inserted to control the temperature. do.

If the heat of the carbon fiber heating wire (T) generated by receiving power from the power cable (P) is too high, it may not only cause deformation of the base mat 70 or the non-slip mat 90, but also may cause burns and a fire hazard. In the present invention, as the bimetallic (B), for example, it is possible to set 45 ° C. as the lower limit temperature to quickly melt snow or ice during winter, and set 80 ° C. as the upper limit temperature in consideration of burns and fires, thereby promoting safety. .

Preferably, the non-slip mat 90 has a top mat 91 having an unevenness 91a protruding upwardly of the heat conduction & reinforcement plate 81 and a base mat 70 extending from the longitudinal edge of the top mat 91. It includes a longitudinal fixing jaw 92 for wrapping and fixing the upper surface side and the lower surface of the longitudinal edge of the).

The non-slip mat 90 has an unevenness 91a protruding upward to melt snow or ice due to the heating of the carbon fiber heating wire T, and to prevent slippage by the unevenness 91a, thereby allowing pedestrian safety. The top surface 91 and the heat conduction & reinforcement plate 81 in particular, while the upper and lower sides and the bottom of the longitudinal edge of the longitudinal edge of the base mat 70 is fixed together with the longitudinal fixing jaw 92. To ensure assembly.

At this time, further comprising a longitudinal fixing groove 77 is formed concave along the lower surface of the longitudinal edge of the base mat 70 to receive the longitudinal fixing jaw 92, the longitudinal fixing in the longitudinal fixing groove 77 By allowing the jaw 92 to be seated, it is possible to maximize the mutual fixing force and assembly.

The non-slip mat 90 includes a widthwise support jaw 93 extending from the widthwise edge of the top mat 91 to cover and support the upper and side surfaces of the widthwise edge of the base mat 70. While the fixing force is maximized by the coupling of the longitudinal fixing grooves 77 by the fixing jaw 92, the heat conducting & reinforcing plate 81 as the width supporting jaw 93 covering the upper and side surfaces of the widthwise edge of the base mat 70. ) And the non-slip mat 90 as well as ensuring ease of disassembly to enable ease of A / S and the like.

On the other hand, the cable groove 74 is each from the connecting groove 75 continuous at the start and end of the heating groove 73 to the edge projection border 71 in the longitudinal and width directions of the base mat 70, respectively. Cross grooves connecting the starting end crossing grooves 74c and the end crossing grooves 74d provided by the transverse grooves 74a and the longitudinal grooves 74b to be opened, and the starting end crossing grooves 74c and the end crossing grooves 74d ( 74e).

The transverse groove 74a and the longitudinal groove 74b extend from the connecting groove 75 in the longitudinal direction and the width of the base mat 70 by the start end cross groove 74c and the end cross groove 74d and the cross groove 74e connecting them. In order to be perforated to the edge protruding edge 71 of the direction, when the present invention is to be installed on the stairs or the like, it is possible to easily pull out the power cable P in any direction.

In addition, when the power cable P is drawn out through the lateral groove 74a and the longitudinal groove 74b, which are the cable grooves 74, the non-slip mat 90 can drill through-holes 94, and the heat conduction & reinforcement plate 81 Of course, when the non-slip mat 90 is covered over the base mat 70, the silicone adhesive may be applied therebetween to ensure the mutual fixing force.

The present invention can be used in the industrial field that can melt the winter freezing section.

70: base mat 71: edge protrusion border
72: lower portion 73: heat generating groove
74: cable groove 74a: lateral groove
74b: longitudinal groove 74c: starting crossover groove
74d: cross intersection groove 74e: cross groove
75: connecting groove 76: bimetal groove
77: longitudinal fixing groove T: carbon fiber heating wire
P: Power Cable C: Connector
B: Bimetal 81: Heat Conduction & Reinforcement Plate
82: adhesive sheet 82a: thermal conductive mesh
90: non-slip mat 91: top mat
91a: unevenness 92: longitudinal fixing jaw
93: width direction support jaw 94: through hole
F1: display film F2: photoluminescent film

Claims (9)

It is attached to the ground and is formed in a zigzag between the edge protruding edge 71, the heating groove 73, the carbon fiber heating wire (T) is fitted, the edge of the edge protruding edge continuous in the beginning and end of the heating groove (73) ( Opened between the cable groove 74, the heating groove 73 and the cable groove 74 that is drilled up to 71, the power cable (P) is inserted to connect the power cable (P) and the carbon fiber heating wire (T) A base mat 70 having a lower portion 72 having a connecting groove 75 into which the connector C is fitted;
A heat conduction reinforcing plate 81 bonded to the lower portion 72 by an adhesive sheet 82 to strengthen the strength while diffusing heat of the carbon fiber heating wire T;
The anti-icing mat using the carbon fiber heating wire, characterized in that it comprises a non-slip mat (90) covering the edge rim border 71 while being covered over the heat conduction reinforcement plate (81). The method of claim 1,
The adhesive sheet 82 is an anti-icing mat using a carbon fiber heating wire, characterized in that it comprises a thermal conductive mesh (82a) to conduct and diffuse the heat of the carbon fiber heating wire (T) to the heat conduction reinforcing plate (81). The method of claim 1,
The non-slip mat 90 is made of transparent,
The anti-icing mat using the carbon fiber heating wire, characterized in that it comprises a display film (F1) is attached to the heat conduction reinforcing plate 81 is expressed through the non-slip mat (90). The method of claim 3,
Anti-icing mat using a carbon fiber heating wire, characterized in that it comprises a photoluminescent film (F2) attached along the longitudinal edge of the display film (F1). The method of claim 1,
The lower portion 72 is connected to the connecting groove 75 and the bimetal groove 76 is inserted between the power cable (P) and the carbon fiber heating wire (T) is inserted into the bimetal (B) to control the temperature Anti-icing mat using a carbon fiber heating wire, characterized in that it comprises. The method of claim 1,
The non-slip mat 90 has a top mat 91 having an unevenness 91a protruding upward in the heat conduction reinforcing plate 81 and a base mat 70 extending from a longitudinal edge of the top mat 91. An anti-icing mat using a carbon fiber heating wire, characterized in that it comprises a longitudinal fixing jaw (92) for wrapping and fixing the upper surface side and the lower surface of the longitudinal edge of the). The method of claim 6,
Anti-icing mat using a carbon fiber heating wire, characterized in that it comprises a longitudinal fixing groove 77 is formed concave along the lower surface of the longitudinal mat of the base mat 70 to receive the longitudinal fixing jaw 92 . The method of claim 6,
The non-slip mat 90 may include a width supporting jaw 93 extending from the widthwise edge of the top mat 91 to cover and support the upper and side surfaces of the widthwise edge of the base mat 70. Anti-icing mat using carbon fiber heating wire. The method according to any one of claims 1 to 8,
The cable groove 74 extends from the connecting groove 75 continuous to the start end and the end of the heat generating groove 73, respectively, to the edge protruding edge 71 in the longitudinal and width directions of the base mat 70. Cross grooves connecting the starting end crossing grooves 74c and the end crossing grooves 74d provided by the lateral grooves 74a and the longitudinal grooves 74b to be drilled, and the starting end crossing grooves 74c and the end crossing grooves 74d. An anti-icing mat using a carbon fiber heating wire, characterized in that it comprises (74e).

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