KR100684637B1 - A radiant heat panel and panel supporter thereof - Google Patents

Abstract

The present invention provides a heat dissipation panel incorporating a heat pipe.

The heat dissipation panel includes a heat dissipation plate made of a rectangular metal plate, a heat pipe coupling portion formed under the heat dissipation plate, and including a heat pipe, and a plurality of heat transfer plates radially arranged on an outer circumferential surface of the heat pipe coupling portion. The plates are provided to provide a heat dissipation panel having a heat pipe configured to be spaced apart from each other at a predetermined interval below the heat dissipation plate, and a heat dissipation panel support for supporting the heat dissipation panel. The present invention provides heat transfer while the heat pipe is heated. The heat is transferred to the heat sink by the plate, and thus the heat sink can quickly heat the floor and the room air, thereby minimizing the waiting time for the users to heat up the heat sink. Support radially at regular intervals Not only is the transmission of uniformity, but also the load can be supported evenly from the top, and the heat dissipation panel and the heat dissipation panel base are separated, so it is easy to install and minimize the thickness of the heat dissipation panel and the base. There is an effect that can provide a heat sink material that can lower the height from the bottom to the maximum.

Heatpipes, Heat Resistant, Panels, Pedestals, Heating, Assembly

Description

A heat dissipation panel with a built-in heat pipe and its support

 1-perspective view of a heat dissipation panel according to the present invention;

 2-A sectional view along the line A-A in FIG.

 3-Another embodiment of the invention heat dissipation panel.

 4 is a perspective view of a heat radiation panel bracket in the present invention.

 Figure 5-Another embodiment of the invention heat dissipation panel base.

 Figure 6-Reference perspective view for showing a coupling state of the heat dissipation panel and the heat dissipation panel stand in the present invention.

 7-6 are cross-sectional views of portions of FIG. 6;

 8 is a reference diagram for showing a use state of the present invention.

* Description of the main parts of the drawing

1000: heat dissipation panel 1100: heat dissipation panel

1200: heat pipe coupling portion 1300: heat transfer plate

1400: engaging jaw 1500: heat pipe

1600: coupling member 1700: screw

1800: far infrared emitting material 2000: pedestal

2100: base 2110: support

2200: inclined surface 2300: screw engaging surface

2400; Recess

3000: edge support 3100: cutout

3200: step

A: Boiler B: Hot Water Pipe C: End Connection

The present invention relates to a heat dissipation panel incorporating a heat pipe and a pedestal thereof, and more particularly, to a heat dissipation panel and a pedestal thereof which can be heated quickly, are easy to install, and are economical.

Up to now, floor heating methods include embedding hot water pipes or heat pipes on the floor of the room, covering ocher or cement mortar, or installing a plate-shaped electric heater on the floor. Pipes are very energy efficient, and various attempts have been made to use them for floor heating.

In particular, research is being conducted to enable very economical and efficient heating by placing a heat pipe together with a solid filler in a metal panel and placing it on the floor, which is prefabricated, but the heat pipe first heats the solid filler and then is heated. Since the solid filler is heating the metal panel again, the heat transfer is inevitably delayed, which causes the heating process to take too long, and thus has a closed stage that needs to fall in the cold until the room becomes warm.

In addition, the metal panel is vulnerable to the load and impact transmitted from the top due to the filling of the powder-like solid filler is to have a closed end of the top of the metal panel is recessed or the panel bent. In order to solve this problem, when the top plate of the metal panel is thickened, the amount of metal required is increased, which leads to an uneconomical closure.

In addition, the existing heating panel has a height of about 6 ~ 7cm, so when installed on the floor of the existing building has a closed end that is too high.

Therefore, the present invention allows heat of the heat pipe to be transferred to the upper portion of the heat sink as soon as possible, and also supports the load of the heat sink evenly and is arranged at a suitable interval between the heat sink and the heat pipe joint so that it does not dent even when an impact is applied. It is to provide a heat sink having a structure that allows a plurality of radial heat transfer plates to be formed.

In another aspect, the present invention is to provide a heat dissipation plate which can be assembled and installed while lowering the height from the floor.

In another aspect, the present invention is to provide a heat sink plate support for more stably supporting the heat sink plate formed with the plurality of radial heat transfer plate.

The present invention for achieving the above object is described in detail as follows.

First, the heat dissipation panel 1000 incorporating the heat pipe of the present invention has a heat dissipation plate 1100 formed of a rectangular, preferably rectangular metal plate as shown in FIG. 1, and is formed under the heat dissipation plate 1100 and is heated. The heat pipe coupling unit 1200 having a pipe 1500 and a plurality of heat transfer plates 1300 are arranged radially on the outer circumferential surface of the heat pipe coupling unit 1200, but the heat transfer plates 1300 are heat sinks ( 1100) is configured to be formed in a state spaced apart from each other at a predetermined interval.

In this case, the heat sink 1100 and the heat pipe coupler 1200 may be in close contact with each other. However, the heat sink 1100 and the heat pipe coupler 1200 may have a slight distance, and the heat transfer plate 1300 may be disposed between the heat sink 1100 and the heat pipe coupler 1200. To be formed.

Therefore, the heat of the heat pipe 1500 is evenly transmitted to the heat sink 1100 by the heat transfer plate 1300, and in this case, the heat sink 1100 and the heat pipe coupler 1200 having a shorter distance for more uniform heat transfer. The thickness of the heat dissipation plate 1100 between the) is preferably thin, and the thickness of the heat dissipation plate 1100 between the heat dissipation plate 1100 and the heat pipe coupling portion 1200 of a longer distance is preferably formed thick.

The heat pipe coupling part 1200 may be configured to have a cylindrical shape, which is considered in consideration of the heat pipe 1500 having a cylindrical shape. In this case, the heat pipe coupling unit 1200 has a structure in which the heat pipe 1500 is inserted and coupled to each other. A minute gap may be formed between the heat pipe coupling unit 1200 and the heat pipe 1500. If not, in this case, the thermal conductivity may be significantly lowered. In order to solve this problem, heat grease may be applied to the inner surface of the heat pipe coupling part 1200 or the surface of the heat pipe 1500.

In addition, the heat pipe coupling unit 1200 is not a structure in which the heat pipe 1500 is inserted into and coupled from one end of the heat pipe coupling unit 1200, as shown in FIG. 3, the heat pipe coupling unit 1200 as shown in FIG. 3. It may have a structure to be coupled by a screw 1700 or other fasteners using the coupling member 1600 in the lower portion.

The coupling member 1600 may have various structures, but in order to provide good adhesion with the heat pipe 1500, screw coupling parts are provided at both ends, and a member having a hemispherical cross section is preferable.

In addition, the both sides of the heat sink 1100 may be formed with a locking jaw 1400 and a screw coupling hole 1110, which is when the heat dissipation panel 1000 is supported by the pedestal is coupled to the pedestal by the heat sink It is a necessary configuration to enable a firm fixation.

That is, the locking jaw 1400 protruding from the bottom of both sides of the heat sink 1100 may be inserted into the concave groove formed in the upper end of the pedestal supported by the lower sides of the heat dissipation panel 1000, thereby preventing the left and right flow.

In addition, the screw coupling hole 1110 is configured to facilitate screwing than when both ends of the heat dissipation plate 1100 is fastened to the pedestal by the screw, so that the heat dissipation panel 1000 of the present invention up and down the pedestal It is firmly fixed to prevent flow.

The heat pipe 1500 receives heat energy such as hot water, steam, and heat from a boiler or an electric heater to heat the heat sink 1100, and the indoor air and the floor are warmed by the heat sink.

At this time, the surface of the heat sink 1100 may be configured to coat the far-infrared light emitting material (1800) capable of emitting far-infrared, such as ocher or elvan, volcanic stone, macsumite, jade and so on and emit far-infrared radiation at the same time.

In the heat dissipation panel 1000 of the present invention, various metal materials may be used, but it is most preferable to use aluminum having a relatively low price, light weight, and good thermal conductivity.

The heat dissipation panel 1000 of the present invention as described above may be supported by various types of pedestals, but the heat dissipation panel pedestals may have the following structure for fast, robust and easy assembly.

That is, the heat dissipation panel pedestal 2000 of the present invention has an inclined surface 2200 formed on both upper sides thereof so as to support the heat dissipation panel 1000 of which the bottom surface is inclined, and the screw coupling surface 2300 is formed on the top end surface thereof. A pair of concave grooves 1400 are formed in the screw coupling surface 2300, and the bottom plate 2100 is formed on the inclined surface 2200 and the screw coupling surface 2300 by a support 2110 in a vertical state. It is configured to be supported from.

Therefore, one heat dissipation panel 1000 is supported by a pair of heat dissipation panel pedestals 2000, and the heat dissipation panel is formed on the floor of the room as a whole.

However, the area of the indoor floor is not constant, and thus, it is difficult to completely finish the heat dissipation panel pedestal 2000 at the edge of the indoor floor. Therefore, as shown in FIG. 5, the edge pedestal 3000 is required, and the shape of the half of the center is the same as that of the heat dissipation panel pedestal 2000, but the shape of the opposite half is different.

That is, one side is formed with the inclined surface 2200 and the concave groove 1400 in the same manner as the heat dissipation panel pedestal 2000, but the other side is made of only the step portion 3200 and the cut portion 3100.

The stepped part 3200 is to be leveled in consideration of the height of the heat sink 1100, the cutting part 3100 is a clean finish by cutting the remaining amount when spaced apart from the heat dissipation panel 1000 and the wall surface This is to make it possible. This is illustrated in FIG. 6.

Figure 8 is to show the use of the floor heating apparatus formed by the heat dissipation panel 1000, the heat dissipation panel pedestal 2000, the edge pedestal 3000 of the present invention.

In addition, the present invention heat dissipation panel 1000 may be formed integrally with the pedestal, which is preferably configured as shown in FIG.

" 형상을 갖는 받침대(4000)의 양단과 연결되도록 하되 이때 방열패널(1000)과 받침대(4000)는 단열부재(4100)에 의해 연결되도록 하여야 하고, 상기 방열패널(1000)의 저부 역시 단열부재(4100)에 의해 지지되도록 하여야 한다.That is, the cross section of both ends of the heat sink 1100 of the heat dissipation panel 1000 of the present invention is extended downward.

"It is to be connected to both ends of the pedestal (4000) having a shape, but at this time, the heat dissipation panel 1000 and the pedestal (4000) should be connected by the heat insulating member 4100, the bottom of the heat dissipation panel 1000 is also a heat insulating member ( 4100).

This is a configuration necessary to prevent the heat of the heat dissipation panel 1000 heated by the heat pipe from being transferred to the floor through the pedestal 4000, and the heat insulating member 4100 is made of an elastic material. It can also be configured so that impacts or noise are not transmitted to the floor.

In this case, the insulation member 4100 may be formed at the same time as the extrusion of the heat dissipation panel 1000 and the pedestal 4000, and the heat dissipation panel 1000 and the pedestal 4000 may be prevented from being separated from the heat dissipation member 4100. ), A known locking step may be formed.

As such, the heat dissipation panel pedestal is preferably made of a heat insulating material so as not to lose heat to the floor, and particularly, a synthetic resin material having good heat insulating properties and moldability.

In particular, the heat dissipation panel and the heat dissipation stand of the present invention are manufactured by extrusion production for ease of manufacture, possibility of continuous operation, reduction of production cost, and the like, so as to achieve the object of the present invention while allowing extrusion production. The study of the various structures yielded the most desirable results. Therefore, technical configurations similar in structure to the present invention will be included in the technical category of the present invention.

According to the present invention, heat is transferred to a heat sink by a heat transfer plate at the same time as the heat pipe is heated, and thus the heat sink can quickly heat the floor and indoor air, thereby minimizing waiting time for users to heat up. In addition, since the heat transfer plate is radially supported by the heat transfer plate at a predetermined interval, the heat transfer is not only uniform, but also has the effect of supporting the load evenly from the top.

In addition, the present invention is separated from the heat dissipation panel and the heat dissipation panel stand, which is easy to install and minimize the thickness of the heat dissipation panel and the pedestal, so that the heat dissipation plate material can be lowered to the maximum height from the bottom surface. It has an effect that can be provided.

Claims (7)

In the heat dissipation panel with a built-in heat pipe, The heat dissipation panel includes a heat dissipation plate made of a rectangular metal plate, a heat pipe coupling portion formed under the heat dissipation plate, and including a heat pipe, and a plurality of heat transfer plates radially arranged on an outer circumferential surface of the heat pipe coupling portion. The heat dissipation panel with a heat pipe, characterized in that the plate is formed to be spaced apart from each other at a predetermined interval below the heat sink. The heat dissipation panel according to claim 1, wherein the heat pipe coupling portion includes a coupling member having screw fastening portions at both ends thereof. The heat dissipation panel according to claim 1, wherein both sides of the bottom of the heat dissipation plate are configured to protrude a locking step. The heat dissipation panel according to claim 1, wherein a surface of the heat dissipation plate is coated with a far infrared ray emitting material. According to claim 1, wherein both ends of the heat sink extend in the downward direction cross section "

Heat dissipation panel pedestal having a heat pipe to be connected to both ends of the pedestal having a shape, the heat dissipation panel and the pedestal is configured to be connected and supported by a heat insulating member. A heat pipe comprising a rectangular metal plate, a heat pipe coupling portion formed under the heat sink and having a heat pipe, and a plurality of heat transfer plates are arranged radially on the outer circumferential surface of the heat pipe coupling portion. In the heat dissipation panel pedestal for supporting the heat dissipation panel with a heat pipe which is configured to be formed at a predetermined interval apart from each other, The heat dissipation panel pedestal has an inclined surface formed on both sides of the upper portion, and a screw coupling surface having a pair of concave grooves is formed on the upper end surface thereof, but the inclined surface and the screw coupling surface are configured to be supported from the bottom plate by a support in a vertical state. Heat dissipation panel stand characterized in that the. A heat pipe comprising a rectangular metal plate, a heat pipe coupling portion formed under the heat sink and having a heat pipe, and a plurality of heat transfer plates are arranged radially on the outer circumferential surface of the heat pipe coupling portion. In the heat dissipation panel pedestal for supporting the heat dissipation panel with a heat pipe which is configured to be formed at a predetermined interval apart from each other, The heat dissipation panel pedestal is formed with a screw coupling surface having an inclined surface and a concave groove on one side from the center, and the inclined surface and the screw coupling surface to be supported from the base plate by a support, the other side is composed of a stepped portion and a cut portion Heat dissipation panel pedestal, characterized in that.

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