KR100632177B1 - Dry floor heating construction method using heat radiation member with heat pipe - Google Patents

Abstract

The present invention is a dry floor heating construction method using a heat radiation member containing a heat pipe, a heat pipe having a heater to radiate heat by applying power to the floor plate formed on the floor spaced support that is arranged on a plurality of horizontally aligned on the slab floor Arranging a plurality of heat dissipation members, each of which has a space between the heat dissipation member and the wall, so that the styrofoam is filled, and the upper portion of the heat dissipation plate attached with a metal material such as aluminum or copper plate to improve thermal conductivity on a flat plywood. By providing a dry heating method capable of assembling and installing in the field, the present invention is a construction method that can sequentially assemble the floor space support, the bottom plate, insulation, heat radiation member, styrofoam, heat diffusion plate on the slab in order to shorten the air The load of the building itself is light, and there is a local heating control method that can be controlled in each room. And does not contain hazardous substances, it does the sick building syndrome occurs, will be very useful inventions that are beneficial to health far-infrared radiation.

Heat pipe, dry, ondol, floor heating, construction

Description

A method of construction of building of flooring system with heatpipes}

1 is an exploded perspective view showing an assembly configuration for constructing a dry floor heating construction method according to the present invention.

Figure 2 is an incision perspective view of the floor constructed by the present invention.

Figure 3 is a perspective view showing a state before covering the upper thermal diffusion plate and the finish of the floor constructed by the present invention.

4 is a cross-sectional view of a heat dissipation member incorporating a heat pipe which is a key element of the present invention.

※ Description of the main parts of the drawings

100: dry floor heating construction method using a heat radiation member containing the inventor's heat pipe

101: slab 102: horizontal adjustment bracket

103: bottom support 104: bottom plate

105: heat insulating material 106: styrofoam

107: support 108: heat dissipation member

109: power lead wire 110: temperature sensor

111: input power line 112: controller

113: thermal diffusion plate 114: finish top

120: extruded tube 121: heater

122: heat storage material 123: heat pipe (heat-pipe)

130: wall

The present invention relates to floor heating construction. Conventional floor heating construction is a wet construction in which the pipes are buried in the boiler room, buried in the floor and poured with mortar, or by installing an electrical panel on the floor to cover the floor plate thereon. When the construction by the conventional method has the following disadvantages.

First, the problems of wet construction are as follows.

Wet construction has the advantage of good heat storage performance and solid construction by laying insulation plates on the slab floor, heating hot water pipes, covering the heat storage material, and nurturing concrete and cement on it. Skilled technicians are required, and the leak of the hot water pipe has the disadvantage of destroying the concrete mortar layer is poured. In addition, due to the construction site, labor costs are high, there are many difficulties in leveling the floor, the curing time is long until the mortar is completely hardened, and it is not good for health due to cement toxicity. In particular, since the curing period is long, when the large-scale construction, the construction period is long, the overall cost increases, installation of the boiler room is inevitable, and there is a disadvantage in installing a distribution pipe for heating in each room.

Secondly, when the electric panel is installed on the floor, electromagnetic waves are generated very much, which is not good for health, and because of the space difference between the electric panels, there is a disadvantage that the floor is fluttered because it is not horizontal. In addition, there is a drawback that a lot of electricity bills due to excessive electricity consumption in the case of continuous operation without heat storage.

10-2005-0095775 filed by the present inventors has been filed for easy disassembly and assembly of the heat pipe heating panel and its manufacturing method, but when applied to the construction site is inadequate because it contains a lot of materials and labor costs, the above application We will apply the idea to improve the construction method.

The present invention has been made to solve the disadvantages of the above floor construction method, the step of forming a bottom plate horizontally on the slab floor and

Styrofoam for filling the empty space between the heat dissipation member, heat dissipation member and the heat dissipation member, between the support and the support, between the support and the heat dissipation member and the wall, the heat dissipation member, the support and the styrofoam It is a method that has a step of mounting a thermal diffusion plate and a step of finishing the upper part with a finishing material.

In addition, it is possible to control the temperature in each room by using the yellow soil that emits a large amount of infrared light, which is good for the body, for floor heating and controlling it by electricity without any electromagnetic waves.

As the floor itself is lightened, the structure of the whole building can be lightened, and the interlayer noise can be reduced, so that the height between each floor can be increased, thereby providing a construction construction method that can feel more spatial stability.

In order to achieve the above object, the present invention will be described in detail with reference to the accompanying drawings.

First, the method of forming a horizontal plane on the floor before the installation of the present invention is as follows. In general, the method of leveling the floor when constructing a building is to install horizontal mortar, such as self-leveling, but the cost is considerable. Therefore, in order to reduce the cost and accurately level, as shown in FIG. 1, the horizontal adjustment base 102 is fixed on the slab 101, and then the bottom space support 103 is mounted on the horizontal adjustment base 102. At this time, as a method of fixing the horizontal adjustment stand 102 to the floor, a cement bond is applied to the bottom surface of the horizontal adjustment stand 102 and then attached to the slab 101, and fixed by firing a piece with an air gun from the top.

In another method, as shown in FIG. 5, when the concrete is partially buried when the concrete is poured into the slab 101, the concrete is cured after a certain period of time and the floor spaced support on the slab ( 103 is fixed. At this time, the reference for leveling the floor support 1030 is preferably a method using a pointer using a laser light source, the material is preferably wood.

The bottom plate 104 is arranged in plural on the floor separation support 103 arranged in plural on the slab 101 and fixed with pieces and pieces. The lower bottom plate 104 forms a predetermined space with the slab 101 to form an air layer. The air layer formed at this time reduces the vibration and noise coming from the bottom plate 104. In addition, the heat generated from the bottom plate 104 warms the air, there is an excellent heat insulation effect by the action that the warmed air rises again.

Attaching the heat insulating material 105 on the bottom plate 104, and a plurality of heat dissipation member 108 is disposed thereon, the portion that requires a heat source is arranged at regular intervals, less space for raising furniture, or Place the support 107 instead of the heat radiation member 108 to save the heat radiation member. The empty space between the heat dissipation member 108, the support 107, and the wall 130 disposed as described above is filled with the styrofoam 106 to maintain the spacing and insulation of the heat dissipation member 108, and sag of the heat diffusion plate 113. Prevents vibration and noise from the top. At this time, the fixing of the heat dissipation member 108 and the lower bottom plate 104 is fixed by attaching a strong double-sided tape to the bottom of the heat dissipation member.

The heat dissipation member 108 is formed of a rectangular metal extrusion tube having a heat storage material 122 filling space, the heat pipe 123 is built in the middle of the heat storage material 122. At this time, the heat storage material 122 may be used a variety of materials, but it is preferable to use the ocher powder that can accumulate heat and emit far infrared rays.

The heater 121 is coupled to one side of the heat pipe 123 to supply heat to the heat pipe 123, and the heat pipe 123 heated by the heater has a phase change from a liquid in a built-in heat medium to gas. It is made to transfer heat to the entire heat pipe 123 and eventually heat the heat storage material (122). The heater is safe to control at a constant temperature using a PTC type heater. In other words, it can be used with confidence by removing the unstable elements such as high temperature and overheat, which are characteristics of general ceramic heaters.

When electricity is applied to the power lead wire 109 output from the controller 112 to the heat dissipation member 108, the heat pipe 123 is heated with a heat source generated from the heater 121 to heat the heat storage material 122 to an appropriate temperature. Up, at this time, the controller 112 is controlled by the temperature sensor 110 attached to the heat radiating member 108 near.

In this case, the controller 112 is preferably attached to the wall, and applies power to the input power line 111 connected to the controller 112.

3 shows that the plane is made through these steps. An empty space is filled with compressed styrofoam between the heat dissipation members 108 and the supporters 107 to form a flat surface, and then thermal diffusion is performed on the upper portion. In this case, the thermal diffusion plate is preferably a metal thin plate attached to a steel plate or plywood such as galvalume, and can be used by attaching a carbon sheet (carbon sheet) on the plywood. As the method of adhering the thermal diffusion plate to the heat dissipation member, the adhesive film is fixed with a strong double-sided tape, and the thermal diffusion plate, the supporter, and the attachment method include an adhesive. In particular, the carbon sheet has a property of emitting far infrared rays in a large amount and excellent thermal conductivity. In addition, the gap between the heat diffusion plates is fixed so as not to be opened by the adhesive tape.

In addition, in order to widen the heat diffusion, it is preferable to use a far-infrared radiation sheet coated with or coated with a ceramic material in addition to the carbon sheet described above.

In order to complete the dry floor heating method 100 using the heat dissipation member containing the heat pipe of the present invention, the top plate 114 must be finished on the heat diffusion plate 113. The top plate finish 114 is treated with cloth, paper, wooden boards, stone slabs, ocher mortar, silver nano-treated pads, sheets, and the like.

The present invention has a slight air layer on the building slab, the bottom floor plate made of the floating floor structure to the horizontal plane and then arranged a plurality of heat dissipation member using a heat pipe equipped with an electric heater, filled with styrofoam to create a horizontal After raising the heat diffusion plate, and after the top surface treatment, if applied only to electricity to the heat dissipation member is applied to the construction site by the method of heating the floor has the following effects.

1. It saves heating costs. -If the heater is used as an electric method, it is warmed up at once and there is power consumption at the beginning because the heat storage property of the heated floor is good, but once it reaches the set temperature, it can reduce the heating cost because there is no use of electricity. In particular, the use of midnight electricity provided by KEPCO can significantly reduce the cost of monthly heating costs.

2. No unnecessary boiler room.

3. Local heating is possible.

4. It is easy to disassemble and assemble, so repair is very easy.

5. The construction time is very short and the air is shortened.

6. The weight of the building itself is lighter.

7. It has excellent characteristics against noise and vibration.

8. It is a very good infrared radiation heating system.

9. It is a dry method that can be used immediately after installation.

10. According to the current building law, there is an advantage that the capacity ratio can be increased by more than 20%.

11. Higher floor height gives spatial stability.

Claims (2)

In the construction method of installing the ondol heating prefabricated on the slab floor, After installing the horizontal adjustment base 102 and the bottom space support 103 on the slab 101 to mount a lower bottom plate 104 thereon to form a flat bottom surface, Installing a heat insulator 105 on the bottom plate 104 and Arranging a plurality of heat dissipation members 108 incorporating a heat pipe on a flat surface on which the heat insulating material 105 is installed; Connecting the wires protruding from the lead wires protruding from the ends of the heat dissipation members 108 and the temperature controller 112 attached to the wall; For areas that do not require heating, placing the support 107 and attaching it to the bottom plate 104, Filling the empty space between the wall and the heat dissipation member 108 and the support 107 with the styrofoam 106 to create a flat surface and Mounting the heat diffusion plate 113 on a flat surface formed of the heat dissipation member 108, the support 107, and the styrofoam 106; Characterized in that the step of installing a top finish material 114 on the thermal diffusion plate 113 Dry floor heating construction method using heat radiation member with heat pipe. The method of claim 1, wherein the top surface of the thermal diffusion plate 113 is dry floor heating construction method using a heat radiation member containing a heat pipe, characterized in that one of wood, metal, ceramic or carbon.

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