KR20040052270A - Box-shaped heat-pipe heating system - Google Patents

Abstract

PURPOSE: A heating device using a box-shaped heat pipe heating system is provided to reduce the heat loss and obtain a desired temperature in a short time, wherein the weight of the device required for heating is reduced. CONSTITUTION: A box-shaped heat pipe heating system includes a heating pipe formed by securing a heat line(1) in a sealed rectangular pipe(3) and filling solid fillers(2) around the heat line to increase the thermal conductivity. Between such heating pipes, supporting dies(101) respectively having an empty inside are arranged. A heat conductive plate(102) and a finishing element(103) are attached on the heating pipes and the supporting dies.

Description

Box-shaped heat-pipe heating system

Those skilled in the art can know that the thermal conductivity is high and the efficiency is good in a closed space. For floor heating, what is actually needed is the temperature of the floor surface, not the temperature inside the floor. In particular, the heating time and the amount of heat is very important.

Existing floor heating in Figure 3 heating pipe is filled with a solid filler such as cement or loess around the heating wire that generates heat, such as hot water pipes or heat pipes and attach the finishing material to the surface. The disadvantages of this structure are as follows.

First, a large amount of heat is required to increase the temperature of solid filler such as cement or loess. It requires a lot of heat because it needs to raise the internal temperature which has nothing to do with surface temperature improvement.

Second, the weight is high because it fills the entire interior of the floor.

Third, there are many inconveniences, such as digging up all the heat wire failure.

The present invention is to increase the loss of unnecessary heat, to increase the desired temperature in a short time, as well as to reduce the weight required for heating, it is characterized in that it is possible to reduce the overall structure installation cost and easily repair the failure part.

1 degree perspective view of the present invention

2 degree cross section 1 degree

3 is a cross-sectional view showing the cross section and heat transfer characteristics of the existing heating floor

4 is a cross-sectional view showing the cross-section and heat transfer characteristics of the present invention

5 is a cross-sectional view showing a preferred embodiment of the present invention

* Description of the main parts of the drawing

1: heating wire

2: solid filler

3: square pipe

100: heating pipe

101: support having an internal space

102: heat conduction plate

103: finish

The heating pipe 100 is filled with a solid filler (2) to increase the thermal conductivity around the heating wire after seating the heating wire (1) that generates heat, such as hot water pipes or heat pipes in a sealed rectangular pipe (3). do.

The gap between the heating pipes 100 is widened on the bottom surface, and the support 101 having an empty inner space is arranged in the middle.

A heat conduction plate 102 having a good thermal conductivity and a finishing material 103 are attached to the upper surface of the heat generating pipe 100 and the support 101 having the inner space, which are formed as described above.

The present invention reduces the loss due to waste heat and the weight required for heating in the conventional heating, easy to repair in the case of failure to increase the energy saving effect and productivity.

As shown in FIG. 4, the heat filler 1 generating heat, such as a sealed rectangular hot water pipe or a heat pipe, is placed in the sealed rectangular pipe 3 to increase heat conductivity around the hot wire. When heat is generated in the heating pipe 100 filled with 2), a large portion of heat conduction is not required, and thus, the desired temperature (H3) is reached at a short time. It is blocked by the support 101 having the inner space of the empty space having a layer and can reduce the weight by the empty space.

At this time, if the air (H4) in the empty space has a heat insulating effect for a considerable time. Since heat has a property of rising from the bottom up, the heat generated is evenly distributed by the heat conduction plate 102 such as copper or aluminum closely adhered to the top, and heat transfer is performed.

In addition, the present invention is easy to disassemble and assemble because the support having a heating pipe and the inner space is easy to repair as well as easy to repair.

Claims (3)

As illustrated in FIG. 1, the heating wire 1 that generates heat is seated in a sealed rectangular pipe 3, and heat generated by filling the solid filler 2 to increase thermal conductivity around the heating wire 1. Heating device using rectangular heat conducting pipe using pipe 100 Using a rectangular heat conduction pipe, characterized in that the continuous heat array of the rectangular heat conduction pipe (3) and the support 101 having an internal space formed for the purpose of blocking the surface and support the surface in claim 1 Heating Heating device using a rectangular heat conductive pipe, characterized in that the heat conductive plate 102 is attached to the upper surface for the purpose of transferring heat to the upper portion in claim 1 or 2.