KR200213586Y1 - Arranged pipe for heating using heat conduction pipe - Google Patents

Abstract

The present invention relates to a heating pipe, the hot water heated from the boiler is the main pipe flowing through the inside, and connected to the main pipe is installed in a plurality of heating zones in the heating zone by passing the inside of the heating zone by In the heating pipe consisting of a plurality of branch pipes for heating, the heating pipe is a heating pipe that implements the heating by the thermal conductivity of the heat conductor pipe itself without the hot water flowing inside the branch pipe connected to the main pipe using a heat conductor pipe. .

Description

Arranged pipe for heating using heat conduction pipe}

The present invention relates to a heating pipe using a heat conductor pipe, and in particular, by using a heat conductor pipe as a branch pipe installed in a plurality of heating target areas connected to the main pipe, it is possible to drastically increase the energy use efficiency and reduce energy consumption. It relates to heating piping.

1 is a schematic diagram showing an example of a heating pipe according to the prior art.

As shown in the figure, in the conventional heating piping technology, the hot water 7 heated in the boiler 1 is circulated in the pipe, for example, inside the pipe 3, 5 made of copper or plastic. have.

That is, the heated hot water flows along the main pipe (3), and the hot water passing through the main pipe (3) flows through a plurality of branch pipes (5) installed in the heating zone to form a heating system for the heating zone. .

In the above-described conventional piping system, since hot water flows into the branch pipe of the heating area, the energy use efficiency is low by simply expecting heating by the heat conduction of the hot water, and the amount of hot water to be supplied by the boiler should be targeted to the entire branch pipe. Since the energy required by the boiler is also very large, there are many problems with heat loss.

In addition, there is a lot of problems such as the water vein phenomenon occurs due to the hot water flowing into the branch pipe, the risk of leakage due to the damage of the pipe always follow, the installation of the pipe is difficult.

Therefore, the present invention was devised to solve the conventional problems as described above, and the present invention is a branch pipe which is bound on the main pipe through which hot water flows, and the hot water heated by using a heat conductor pipe is connected to one main pipe in series. Since only flows, the purpose of the present invention is to provide a heating pipe that can improve energy use efficiency and maximize the heating effect by the fast heat transfer characteristics of the heat conductor pipe.

1 is a schematic view of a heating pipe according to the prior art

Figure 2 is an overall schematic diagram of a heating pipe using a heat conductor pipe according to the technique of the present invention

3 is a cross-sectional view illustrating a configuration of the thermal conductor pipe of FIG. 2.

Figure 4a is an exploded perspective view for explaining the connection state of the subjective of the present invention

Figure 4b is a cross-sectional view of the coupling state of the subject innovation of the present invention

<Explanation of symbols for the main parts of the drawings>

1: boiler 3: main pipe

3a, 3b: unit connector 5: branch pipe

7: discharge pipe 9: branch pipe (heat conductor pipe)

10: heating target area 11: binder

13: binding part

The heating pipe of the present invention for achieving the above object is the main pipe flowing inside the hot water heated from the boiler, and connected to the main pipe is installed in a plurality of heating zones by the hot water flowing through the main pipe to the inside In the heating piping consisting of a plurality of branch pipes that make up the heating area,

The branch pipe connected to the main pipe is characterized in that the heating is realized by the thermal conductivity of the heat conductor pipe itself without hot water flowing inside the heat conductor pipe.

On the other hand, in the heat conductor pipe, both ends are sealed, the inside is a vacuum, and a certain amount of the special chemical compound compound containing a certain amount of chloroform is introduced therein, and the special chemical compound compound is 1% of the volume inside the branch pipe. To 2% input.

In addition, the main pipe may be formed by a combination of a plurality of divided unit connectors.

Hereinafter, a preferred embodiment of a heating pipe using a heat conductor pipe according to the present invention will be described in detail with reference to the accompanying drawings.

2 is a schematic diagram of a heating pipe using a heat conductor pipe according to the present invention,

3 is an enlarged view of the thermal conductor pipe binding unit of FIG. 2.

As shown in the figure, the heating pipe of the present invention is a heat conductor pipe (9) to a plurality of branch pipes (9) attached to the main pipe (3), the hot water heated in the boiler flows along the main pipe (3) The hot water flows only in one end of the heat conductor pipe 9 while flowing only inside the main pipe 3 so that the hot water does not flow into the heat conductor pipe 19. will be.

At this time, the heat conductor pipe 9 used as the branch pipe is a metal pipe, as shown in Figure 4, both ends are sealed and a certain amount of the compound 13 made of special chemicals inside the pipe, for example, the whole pipe The pipe is finished after adding 1 ~ 2% of the volume and maintaining the vacuum state. The thermal conductor pipe 9 has a very high thermal conductivity because the thermal conductivity reaches about 500 times that of platinum and about 1300 times that of copper. Therefore, when only one end of the heat conductor pipe 9 is heated by using hot water heated in the boiler 1 or heat generated by an electric heater, heat is transferred at a speed of approximately 3 m / s and heat is required. Heat is transferred to the site quickly and evenly.

In the above-described heating pipe of the present invention, the main pipe 3 through which hot water flows is manufactured using a special steel of P.E material, and has a characteristic of no leakage and damage. In addition, the main pipe 3 is manufactured in a form in which one separate unit connector 3a, 3b is bound to each other and is easy to assemble, and uses the branch pipe binding portion 3c formed on the unit connector 3a, 3b. As a result, binding of the branch pipe 9 is facilitated.

In the case of forming the main pipe 3 by successively connecting the unit coupler (3a, 3b) is made by using the binding portion (3d) formed in the lower portion of the unit coupler (3a, 3b). At this time, the binding portion (3d) is formed to a diameter larger than the diameter of the main pipe to facilitate the fitting coupling when the upper end of the lower unit connector (3a, 3b) is inserted into it.

On the other hand, by applying a predetermined binding material (11) to the branch connection portion (3c) and the connecting portion (3d) of the main pipe and the main pipe formed on each of the unit connector (3a, 3b) to prevent leakage occurs when binding. As (11), for example, a PVC strong bond to which a curing agent is added can be used.

For reference, in the case of using the heat conductor pipe of the present invention, the results of comparing and analyzing the case of using a conventional heating pipe are shown in the table below.

<Table>

Energy Consumption Heating Temperature Attainment Test (Floor Surface: Average 30 ℃ / 4pyeong)

division Existing Method Thermal conductor pipe method Reduction efficiency 30 ℃ reach time 70 minutes 30 minutes 40 minutes 57.1% Fuel consumption (kerosene) 382 g 172 g 210 g 54.9% Retention time (once) 15 minutes 32 minutes 17 minutes 113.3% Power consumption (boiler) 124 W 43 W 81 W 65.3%

As described above, the thermal conductor pipe is used as the branch pipe to be bound to the main pipe, and the main pipe is divided so as to be assembled into one unit connector, and the branch pipe is bound to each unit connector using a separate binder. Heating piping of the present invention has the following effects.

First, the amount of water to be heated in the boiler is significantly reduced (about 5/1) compared to the conventional case can reduce the amount of fuel consumed in the boiler can achieve an energy saving effect.

Second, since hot water heated directly from the boiler does not pass through the branch pipe, that is, inside the heat conductor pipe, it is possible to achieve comfortable heating by the indirect heating method. Since hot water does not flow into the pipe, water vein phenomenon occurs in the conventional pipe. Do not.

Third, the material of the main pipe and branch pipe is made of stainless steel so that there is no scale and the branch pipe can be used semi-permanently because no water flows.

Fourth, the main body of the present invention uses a special material of P.E steel, so leakage and breakage are hardly generated, and the assembly of the unit connection section of the main pipe is easy to install.

Fifth, by using a PVC strong bond with a hardener added to the joint of the unit connection section of the main pipe, the connection between the main pipe and the heat conductor pipe, various parts for assembly in the prior art, for example, bolts and nuts, washers, nipples, There is no risk of leakage caused by the use of many parts such as rubber rings, and there is an advantage in that it is easy to install.

Claims (4)

The hot water heated from the boiler is composed of a main pipe flowing inside and a plurality of branch pipes connected to the main pipe to be installed in a heating zone and a plurality of hot pipes passing through the main pipe to heat the heating zone by flowing inside. In the heating piping, The heating pipe is characterized in that the heating pipe is connected to the main pipe by using a heat conductor pipe to realize the heating by the thermal conductivity of the heat conductor pipe itself without flowing hot water therein. The method of claim 1 The heat conductor pipe is a heating pipe, characterized in that the both ends are sealed, the inside is a vacuum, a certain amount of a special chemical compound formulation containing a certain amount of chloroform therein is introduced. The method of claim 2 The specialized chemical formulation is a heating pipe, characterized in that 1% to 2% of the volume of the inner pipe is added. The method of claim 1 The main pipe is a heating pipe, characterized in that formed by the combination of a plurality of divided unit connector