KR20090132707A - Heating piping pannel for korean floor heating system - Google Patents

Abstract

PURPOSE: A piping panel of a radiating pipe for hot-water ondol is provided to improve durability of an ondol floor by pouring cement mortar on the ondol floor with uniform thickness. CONSTITUTION: A piping panel(10) of a radiating pipe for hot-water ondol comprises a bottom board(20), a plurality of support projected pipes(30), a fixing pin hooking unit(40), and a plurality of radiating pipe fixing pins(50). The bottom board is injection-molded of synthetic resin. The support projected pipes are integrally projected from the upper side of the bottom board. The cement mortar is charged between the lower end of a hot water radiating pipe(60) and the upper side of the bottom board. The fixing pin hooking units are formed inside the support projection pipes. The radiating pipe fixing pin is inserted into the support projected pipes and is hooked on the fixing pin hooking unit. An elastic ring is formed at the lower end of the radiating pipe fixing pin. A pipe supporting unit is formed on the upper end of the radiating pipe fixing pin.

Description

Heated piping pannel for Korean floor heating system

According to the present invention, the hot water ondol heat dissipation pipe has the ease of adjustment of the pipe spacing of the synthetic resin hot water heat dissipation pipe, the ease and speed of gripping to the pipe panel, and the insulation, sound absorption and cushioning with the heating floor. It is about the panel.

Recently, the most commonly used method of hot water ondol, which is being installed in most houses, is a wet ondol construction method using an Excel pipe (XL-pipe).

The wet ondol construction method is configured to form a hot water heat dissipation pipe by zigzag-shaped zigzag at regular intervals with respect to the heating floor, and close the ondol floor by filling cement mortar between and between the excel pipe heat pipes. to be.

In the equipment of the wet ondol construction method as described above, the heat dissipation pipe installation structure for piping and fixing the excel pipe to the heating floor in a zigzag shape at regular intervals, and the ondol floor formation structure by cement mortar casting is a hot water ondol equipment. It is an important factor in determining cost and quality.

Conventionally, in the construction method of piping an Excel pipe (XL-pipe) with a heat dissipation tube, it is difficult to fix the Excel pipe and it takes a lot of construction time, the durability of the underfloor floor is low, the heating effect is low, and the overall construction cost is high Even hot water ondol quality was low.

Excel Pipe is a medium-elastic material with a moderate elasticity at room temperature, so it is possible to bend the pipe directly by heating it in a zigzag shape at regular intervals to the heating floor or the pipe panel, but bend it in a zig-zag shape directly on the heating floor to obtain a hot water radiating tube. Fixing means for maintaining and fixing the shape in the process of piping is required, this fixing means has been used for the fixing member of the straps and binding straps, such as a support neck or a pipe panel.

In the construction method using the support neck as a pipe fixing means of the excel pipe hot water heat dissipation pipe, the excel pipe can be easily fixed to the hot water heat dissipation pipe while maintaining the height of the heating floor and a predetermined space, and the fixed excel pipe hot water heat dissipation pipe There is an advantage to prevent the lifting and twisting of the fixing force is sure, but the construction time increases according to the installation of the support neck and the material cost is high due to the high material cost.

The construction structure having a low construction cost compared to the above-described basement fixing means is a configuration using a grid-type wire mesh and wire or synthetic resin binding straps.

This lattice-shaped wire mesh and wire or synthetic resin binding straps are constructed by laying a heat insulating material such as a heat insulating styrofoam on the heating floor first, spreading the wire mesh over the entire surface, and then applying the heating floor to the upper surface of the wire mesh. The pipes are zigzag-shaped from the side corners and wired together with wires or synthetic resin tie strings at appropriate intervals.

According to the construction method of the excel pipe hot water heat dissipation pipe using the grid-type wire mesh and wire or synthetic resin binding straps, the price is very low compared to the construction structure using the wood support bar, and the excel pipe is zigzag-shaped and spaced at regular intervals. It can be fixed to a wire mesh with a binding strap at every desired place, and it can prevent some distortion and lifting of the pipe | pipe of the Excel pipe hot water heat pipe.

However, it takes considerable time to fix the excel pipe hot water heat dissipation tube with a tie strap to the wire mesh, which increases the construction cost. There is a problem of lifting or twisting in the bending stress of the pipe, there is a problem in that the construction cost is increased when adopting a heavy wire mesh to solve this problem.

In addition, the method of fixing the excel pipe hot water heat dissipation tube with a binding strap to a support neck or a wire mesh should be cut out and tied again when the zigzag spacing, position, and pipe shape of the excel pipe hot water heat dissipation tube is changed during the hot water heat dissipation pipe. So it is very inconvenient and has a problem that the construction time is long.

On the other hand, in addition to the problems of construction time and construction costs in the pipe construction methods for fixing the Excel Pipe hot water radiating tube to the heating floor, the hot water ondol piping materials and constructions provided up to now have not only the quality and heating efficiency of the hot water ondol floor. There are also problems.

According to the fixed pipe construction method of the excel pipe hot water heat dissipation pipe using a wire mesh, the lower end of the excel pipe hot water heat dissipation pipe is fixed in contact with an adiabatic styrofoam or a wire mesh. The bottom part of the hot water heat dissipation tube is filled with a thin layer of cement mortar, so that the cement mortar layer under the heat dissipation tube is easily broken during use, and there is a space between the upper surface of the heat insulating styrofoam, which causes the deterioration of the quality of the floating floor. do.

In addition, since the cement mortar ondol floor has a small contact area with the hot water radiating tube heat transfer surface, there is a problem that the heating efficiency of the heating heat is lowered due to a lower heat transfer rate.

In addition, in the construction structure in which the hot water heat dissipation tube is fixed to the supporting neck or the wire mesh with the binding strap, the material cost is reduced and a certain thermal insulation effect is obtained when using a thin insulation thermal foam. Insufficient sound insulation has a problem in that an interlayer noise reduction effect cannot be expected between two or more floor-type heating floors.

In order to solve the above problems, the 'heat radiating pipe pipe panel for hot water ondol' of Korean Patent Application No. 10-2008-49603 has been filed.

The configuration of the line application invention is provided with a lattice supporting protrusions of a certain height on the upper surface of the rectangular panel base plate, and forms dozens of pinned holes in all four directions in the base plate between the lattice supporting protrusions, It is a configuration that wraps and supports the upper surface of the hot water heat dissipation tube with an elastic ring-type fixing pin which is inserted downward from the upper side of the pin fixing hole and fastened to the bottom surface of the bottom plate by a locking structure.

Prior application of the above-described configuration, solve the problems of the heat dissipation tube installation structure and the installation structure of the ondol floor to lay the above-described conventional support wood or wire mesh and fasten with a tie strap, to facilitate the fastening work of the Excel pipe, The advantages of increasing the durability of the ondol floor of the cement mortar layer and the heating effect were also expected to be provided.

However, in the above-described invention, dozens of pin fixing holes for fastening the annular fixing pins to the bottom plate are formed in the vertically penetrating type, so that the cement mortar and the water in the process of placing the cement mortar for the formation of the ondol floor Since it flows easily down the pipe panel through the pin holes, cement mortar and water penetrate into the mesh heat insulating fiber when the heat insulating plate having the reticulated fiber structure such as glass fiber mat is used under the pipe panel. There is a problem in reducing the performance of the insulation.

Also, under the pipe panel, there are charcoal, loess, octane, germanium, elvan, far-infrared radiant bioceramic, alumina silica, mineral, negative ion and other dehumidifying, deodorizing, deodorizing, antibacterial, and insect repellent. Even in the ondol structure in which the functional material filling layer filling the powder into a powder form or agglomerates having a certain size, the functional material filling layer is formed through cement mortar and water pinholes in the process of cement mortar for forming the ondol floor. As it penetrates into and hardens, there is a problem of degrading or incapacitating the performance or efficacy of the functional material.

The present invention is to solve the problems of the pipe panel used in the construction method of wet hot water ondol using a conventional excel pipe as described above, one object is to provide a conventional support or wire mesh as a fixing means of the excel pipe hot water radiating pipe. Compared with the fixing means using the binding strap, the structure is simpler, the productivity is high, the manufacturing cost is low, and the heat pipe for the hot water ondol can be secured. .

Another object of the present invention is to provide a heat dissipation pipe panel for hot water ondol, which can increase the durability and thermal efficiency of the underfloor floor due to cement mortar and increase the cushioning and sound insulation of the heating floor.

Another object is to minimize the leakage of cement mortar and water during the construction of the on-floor floor by cement mortar casting, which is the problem of the pipe panel of the above-mentioned application, in which the above-mentioned excel pipe fixing hole pin fixing holes are formed on the base plate. To provide a pipe panel that can be.

The constitution of a heat dissipation pipe pipe panel for hot water ondol according to the present invention for achieving the above various objects is as follows.

As a constitution of pipe panel for fixing hot water heat dissipation tube on the heating floor where hot water ondol is installed, it is made of synthetic resin injection molding and has a base plate made of rectangular or square plate having a constitution that is installed in a continuous shape by connecting side ends. ;

Protruding as an integral structure with respect to the upper surface of the bottom plate material, to support the excel pipe hot water heat dissipation pipe to be piped at a certain height from the upper surface of the bottom plate within a pipe gap so that the cement mortar is filled between the lower end of the hot water heat pipe and the upper surface of the bottom plate material. A plurality of supporting protrusions arranged at intervals where a predetermined type is repeated in all directions on a construction plane installed on the entire heating area in a continuous direction by connecting the bottom plates with side ends;

Fixing pin locking means provided in the support protrusions;

Dozens of heat dissipation is formed in the bottom of the supporting protrusions from the top to the bottom and the elastic ring is fastened to the locking pin locking means by a locking structure formed on the lower end, the upper end of the tube support to surround the top surface of the hot water radiator Tube fixing pins;

Characterized in comprising a configuration.

In the configuration of the present invention, the configuration of the base plate is preferably made of recycled synthetic resin in order to reduce the material cost, the planar four-sided standard is easy to handle, considering the formability and ease of construction and functionality as an excel pipe fixed pipe panel, In consideration of compatibility with building and construction subsidiary materials, it is preferable to form one side of all sides within 300mm or more and within 900mm, and the flat form forms a square or an aspect ratio in a rectangle of 1.5 times or 2 times. It is preferable.

In addition, the thickness of the base plate is preferably in the range of 3mm to 5mm in consideration of the injection moldability and shape stability, the functionality of the sound insulation plate and the material cost, and the thickness of the base plate is preferably in the range of 2mm to 10mm depending on the characteristics of the material. Do.

In addition, in the configuration of the present invention, the shape of the supporting protrusions protruding as an integral structure on the upper surface of the base plate can be adjusted according to the pipe spacing, the number and height of the arrangement, and also considering the injection moldability and hot water radiating tube support functionality. When it is preferable to form a cylindrical or square tube.

In addition, in the configuration of the present invention, the diameter and the number of the base support pipes are the elasticity of the heat dissipation tube fixing fins according to the diameter of the pipe of the hot water heat dissipation pipe used and the pipe spacing and the configuration of the elastic ring of the heat dissipation tube fixing fin to be fastened. It can be added or subtracted to a size that can accommodate the ring.

In addition, the fixing pin locking means provided in the interior of the supporting protrusions in the configuration of the present invention, the structure having a hook hanging across the pipe direction with respect to the inner top of the supporting protrusions, or in the middle of the interior of the supporting protrusions The lower end has a wider diameter and the upper end has a narrower diameter, and the stepped jaw which can take the elastic ring of the heat dissipation tube fixing pin is provided in the ring shape, or the configuration of the locking step that uses the inner bottom of the support base and the bottom of the base plate. Can be.

In addition, in the configuration of the present invention, the material of the heat dissipation tube fixing pin may be formed of a thin steel rod or a synthetic resin injection member or a fin member having elastic force.

In addition, the configuration of the elastic ring formed at the lower end of the heat dissipation tube fixing pin is formed as a unidirectional ring which is inserted downward from the inside of the base support pipe and is caught by the fixing pin catching means, or a polycyclic ring caught in two or more directions. can do.

The structure of the present invention can be configured to further include a means for connecting the base plate material in close succession in all directions.

The configuration of the heat dissipation pipe pipe panel for hot water ondol of the present invention as described above is used in the wet hot water ondol construction method using the excel pipe hot water heat dissipation pipe in the hot water boiler heating equipment.

Laying the heat insulating plate for the entire heating floor to install the hot water ondol, and the pipe panel of the present invention is laid on the plane while arranging the side ends of the base plate in four directions from one corner to four directions.

When pipe panels are spread over the entire heating floor, the excel pipe is heated in a regular zigzag manner from the beginning of the pipe while the excel pipe hot water heat pipe is piped from the edge of one side of the heating floor to the top surface of the supporting protrusions on the bottom plate. Wherever the hot water heat pipe is to be fixed, the semi-circular arc-like pipe support on the top of the heat pipe fixing pin is wrapped around the top half of the excel pipe, and the elastic ring, which is the bottom member, is forced to the inside of the support protrusion formed on the bottom plate. Press down to fit.

If you put the Excel pipe on the upper surface of the base of the base plate from the top of the base plate as described above, wrapped the upper half end surface with the heat radiating tube fixing pin and press the inside of the tube,

Since the elastic ring of the heat dissipation tube fixing pin is caught in the restraint state by being caught by the catching means inside the supporting protrusion, the excel pipe is pressed against the upper surface of the supporting protrusions by the half-section of the upper end being wrapped in the tube support. Restraint is fixed.

In the process of placing the excel pipe on the top surface of the supporting stone engines from the upper side of the pipe panel as above, and zipping the hot water radiating pipe of the zigzag type, the internal fixing pins of the supporting stone engines are caught by the heat pipe fixing pins at predetermined positions to fix the excel pipe. When it is fixed to the means, the excel pipe is piped by a zigzag hot water heat dissipation tube and fixed evenly from the base plate of the pipe panel to the height of the supporting bulging pipes in the entire heating area to construct the hot water ondol.

After fixing the excel pipe to the pipe panel in the entire heating area with the hot water radiating tube as above, after pouring cement mortar on the upper surface of the bottom plate and the upper surface of the excel pipe hot water radiating tube, it is about 1 ~ to the top of the hot water radiating tube. 2cm thick horizontal molding cures the ondol floor to finish the construction of wet hot water ondol.

According to the heat dissipation pipe pipe panel for hot water ondol according to the present invention as described above, the panel itself structure is simple, high productivity and low manufacturing cost, as well as used as a means for fixing the hot water radiating pipe of the hot water ondol, the excel pipe to the heating floor In the piping process fixed by hot water radiating pipe, the excel pipe that is zigzag pipe is fast and easy to be fixed by the radiating pipe fixing pin at the height of the supporting bulging pipes on the upper side of the pipe panel, compared to the fixing means using the binding straps in the conventional supporting wood or wire mesh. It can be fixed firmly and the excel pipe can be fixed with hot water radiator at an equal height with respect to the entire heating area, so that it can be installed with a cement mortar ondol floor of equal thickness, while significantly reducing the overall construction cost. Can be lowered.

In addition, since the constructed Excel pipe hot water heat dissipation tube is fixed to the upper surface of the supporting protrusions above the bottom of the pipe panel, the cement mortar forming the ondol floor is supported by the space of the height of the supporting protrusion relative to the upper surface of the lower plate. In the lower part of the lower part of the pipe's hot water radiating tube, it is wrapped and poured in a certain thickness to further enhance the durability of the underfloor floor, and the ondol floor cement mortar covers the entire surface of the hot water radiating tube. It is greatly increased, and the heating efficiency increase effect such as heating emissivity to the ondol floor is increased.

In addition, the construction structure of the hot water ondol completed by placing the heat dissipation pipe pipe panel for the hot water ondol of the synthetic resin material between the heating floor and the hot water heat dissipation pipe, the construction structure using only a thin insulation styrofoam sheet with low insulation to lower the construction cost In addition, the effect of reinforcing insulation can be obtained.

In addition, the elasticity of the material on the heat sink pipe panel for the hot water ondol of synthetic resin gives elasticity to the ondol floor in the up and down direction, which has a shock-absorbing effect of absorbing shock and vibration in the up and down direction when using the ondol floor. In addition, the sound insulation effect which also reduces the interlayer noise with the double floor heating floor can be expected.

1 to 10 are shown the configuration of the heat dissipation pipe pipe panel 10 for one embodiment hot water ondol according to the present invention, and an example of the construction of an example of a wet hot water ondol using the same.

The embodiment of the heat pipe pipe panel 10 for the hot water ondol is composed of a base plate 20, the supporting projection pipe 30, the hook 40 and the heat radiation tube fixing fin (50).

The base plate 20 is a constitution of a synthetic resin square plate having a standard of 3 mm thick and 450 mm square formed by injection molding.

The base support pipe 30 is a cylindrical pipe configuration in which the inside of the bottom plate material 20 is formed as an integral structure through the vertically penetrated, the arrangement configuration is an excel pipe hot water heat dissipation pipe that is usually piped at intervals of 20 cm. In order to support 60, it is a structure installed in three rows at equal intervals inward while being installed in the position of about 56-57 mm inward from the four sides from within the specification of one base plate 20.

The hook 40 is configured to be integrally molded along the pipe direction at the inner upper end of the support protrusion 30.

The heat dissipation tube fixing pin 50 is made of an elastic steel rod material, and the tube support 52 of a semi-circular arc-like shape that wraps the upper surface of the excel pipe hot water heat dissipation tube 60 in a cross section is formed at the upper end thereof. Its one end is composed of an elastic ring 54 extending downward and bent at an inward inclination angle, and wraps the upper half end surface of the excel pipe hot water heat dissipation tube 60 with the pipe support 52 at the time of piping, and the elastic ring ( 54 is a configuration that presses into the interior of the support protrusion 30 to hang on the hook 40.

An embodiment of the above configuration will be described with reference to the construction method and construction structure of the wet warm water ondol by the heat dissipation pipe pipe panel 10 for hot water ondol as follows.

The one-step construction process of the wet hot water ondol by the heat dissipation pipe pipe panel 10 for the hot water ondol is an upper surface of the heating floor 61 with respect to the entire heating area of a predetermined size partitioned by the four-sided wall 63. It is a process of laying the heat insulation styrofoam plate 62.

The two-stage construction process is a process of laying the heat dissipation pipe panel 10 in accordance with the entire area of the heating floor 61 with respect to the upper surface of the constructed thermal insulation styrofoam plate 62, as shown in FIG. The bottom plate material 20 side end of the heat dissipation pipe piping panel 10 is connected from the side corners to spread the heat dissipation pipe piping panel 10 continuously in all directions.

In the three-stage construction process, the upper surface of the support pipes 30 is supported by the Excel pipe hot water heat dissipation tube 60, as shown in FIG. 7, with respect to the upper surface of the heat dissipation pipe piping panel 10 disposed on the entire heating floor 61. While supporting the pipe in a zigzag shape, the excel pipe hot water heat dissipation tube 60 having a material elasticity is forcibly bent to form semicircular arc bent portions of the zigzag pipe, and the heat dissipation is performed over an appropriate interval with respect to the straight portion of the zigzag pipe. The pipe support 52 of the tube fixing pin 50 supports the upper half-circle on the cross section of the excel pipe hot water heat dissipation tube 60, and the elastic ring 54 is internal at the upper end of the base support pipe 30 of the base plate 20. It is a step of fixing by hooking the hook 40 to the hook.

As shown in FIG. 3 and FIG. 3, the operation of the Excel pipe hot water heat dissipation tube 60 is fixed to the heat dissipation tube fixing pin 50 after supporting the upper end of the support protrusions 30 that are the upper members of the bottom plate 20. 8 is shown.

According to the fitting operation state of the heat dissipation tube fixing pin 50 as described above, the pipe support 52 of the semi-circular arc-like type that is the upper end of the elastic ring 54 is a semi-circular upper end of the cross section of the Excel pipe hot water heat dissipation tube 60. By wrapping and supporting in an arc shape, the Excel Pipe hot water heat dissipation tube 60 is restrained and fixed to the upper end of the base protrusion 30 of the base plate 20 in a pressing state.

The fixing operation of the Excel pipe hot water heat dissipation tube 60 by the heat dissipation tube fixing fin 50 is performed at appropriate intervals in the zigzag pipe portion of the entire heating area. The elastic ring 54 of the lower end can be removed from the hook 40 and the fixing position can be moved to the hook 40 of the other supporting projection pipe 30 to perform the fixing work again.

The four-stage construction process, when the zigzag fixing piping work of the excel pipe hot water heat dissipation tube 60 to the upper member supporting projection pipe 30 of the pipe panel 10 in the entire heating area by the three-step construction process as described above is completed Cement mortar is poured on the upper surface of the base plate 20 and the upper surface of the excel pipe hot water heat dissipation tube 60, and horizontally molded to about 1 to 2 cm to the top of the excel pipe hot water heat dissipation tube 60 and cured ondol. It is a process of constructing the floor 65 (refer FIG. 8).

According to the construction process of the steps 1 to 4 as described above, the construction of the wet hot water ondol by the heat dissipation pipe pipe panel 10 and the excel pipe hot water heat dissipating tube 60 for the hot water ondol is completed.

9 is a view showing a configuration of another embodiment of the pipe panel 10a according to another embodiment of the supporting protrusions, the fixing pin catching means, and the heat dissipating pipe fixing pin.

Another embodiment of the piping panel (10a) configuration is the base support pipe (30a) is installed on the upper surface of the base plate 20 is removed the hook 40 while the pipe diameter is larger than the diameter of the Excel pipe hot water heat dissipation tube (60). Configuration,

The heat dissipation tube fixing pin 50a extends both ends of the semi-circular tube support 52a to form an elastic rod 54a having an outwardly inclined angle, respectively.

The configuration of the pipe panel 10a according to another embodiment is compared with the pipe panel 10 of the exemplary embodiment, and instead of the hook 40, the hook surface of the bottom plate 20 which is in contact with the bottom boundary of the base projection pipe 30a is hooked. There is a difference in the point formed by the base (40a), there is a difference in the point formed in the heat dissipating tube fixing fin (50a) in a beekeeping shape, to fix the Excel pipe hot water heat dissipation tube (60) to the upper end of the support protrusion (30a) The effect is comparable.

FIG. 10 is a view illustrating a configuration of another embodiment pipe panel 10b according to another embodiment of the support protrusion engine, the fixing pin catching means, and the heat dissipating pipe fixing pin.

Another embodiment of the pipe panel (10b) configuration of the base support pipe is installed on the upper surface of the base plate 20, the upper pipe pipe 30b with its diameter larger than the diameter of the excel pipe hot water heat dissipation tube (60) And a lower lower protrusion 301 having a larger diameter than the upper protrusion pipe 31 is formed as an integral structure to form a stepped hook 40b around the middle of the inner wall.

The heat dissipation tube fixing pin 50b is a beekeeper and extends at both ends of the semicircular tube support 52b so as to have a length of the stepped hook 40b, and forms an elastic ring 54b with an outward inclination angle, respectively. to be.

Compared with the above-described pipe panels 10 and 10a of the above-described embodiment, the structure of the pipe panel 10b constitutes a stepped hook 40b around the inner wall. Although there is a difference in configuration in which the beekeeper-type heat dissipation tube fixing pin 50b is caught and restrained by the hook type hook 40b, the effect of fixing the Excel pipe hot water heat dissipation tube 60 to the upper end of the pedestal pipe 30b is equivalent. .

In addition to the above embodiments, as a means for closely connecting the pipe panels in a continuous configuration in the configuration of the present invention, it may also be implemented as a configuration provided by extending the fastening step that is fastened overlapping each other up and down to the neighboring two sides of the bottom plate material. Can be.

1 is a perspective view of an embodiment hot water ondol piping panel according to the present invention

Figure 2 is a plan view of an embodiment hot water ondol piping panel according to the present invention

Figure 3 is an enlarged configuration of a part of an embodiment hot water ondol piping panel according to the present invention

Figure 4 is a cross-sectional view of the supporting projection of the configuration of an embodiment pipe panel according to the present invention

Figure 5 is a cross-sectional view of the fixed state of the hot water heat dissipation tube by the support protrusion and the heat dissipation tube fixing pin of the configuration of the pipe panel according to an embodiment of the present invention

Figure 6 is a plan view of the construction state of an embodiment pipe panel according to the present invention

Figure 7 is a plan view of the completion of the piping construction of the Excel pipe hot water heat dissipation tube by an embodiment pipe panel according to the present invention

8 is a cross-sectional view of the construction of a wet hot water ondol by an embodiment pipe panel according to the present invention

9 is a sectional view showing the main parts of another embodiment of the pipe panel according to the present invention

10 is a sectional view showing the main parts of another embodiment pipe panel according to the present invention

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

10: one embodiment according to the present invention hot water ondol pipe panel

10a: another embodiment according to the present invention pipe panel for hot water ondol

10b: another embodiment according to the present invention pipe panel for hot water ondol

20: an embodiment of the present invention according to the present invention the bottom plate of the piping panel for hot water ondol

30: an embodiment of the present invention according to the present invention,

30a: further embodiment of the present invention the upper stone pipe of the hot water ondol pipe panel

30b: further embodiment of the present invention the upper stone pipe of the hot water ondol pipe panel

31: Another embodiment according to the present invention the lower stone pipe of the hot water ondol pipe panel

40: hook structure of the support base 30 in one embodiment configuration according to the present invention

40a: hook structure of support base 30a in another embodiment configuration according to the present invention

40b: hook structure of the support protrusion engine 30b in another embodiment configuration according to the present invention

50: one embodiment according to the invention the heat radiation pipe fixing fin of the hot water ondol pipe panel

52: tube support 53: left and right support bar 54: elastic ring

50a: another embodiment according to the present invention beekeeping heat pipe fixing pin

52a: Tube support of beekeeper pin 54a: Right and left elastic ring of beekeeper pin

50b: another embodiment according to the present invention heat pipe fixing pin

52b: Tube support of the heat sink fixing pin 54b: Left and right elastic rings of the heat sink fixing pin

60: Excel pipe hot water radiator 61: heating floor

62: insulation styrofoam 63: four-sided wall 65: cement mortar floor

Claims (4)

A configuration of a pipe panel for fixing a hot water heat dissipation tube to a heating floor on which hot water ondol is installed, the bottom plate comprising a rectangular or square plate made of synthetic resin injection molding and having a configuration in which four sides are connected continuously; Protruding as an integral structure with respect to the upper surface of the bottom plate material, to support the excel pipe hot water heat dissipation pipe to be piped at a certain height from the upper surface of the bottom plate within a pipe gap so that the cement mortar is filled between the lower end of the hot water heat pipe and the upper surface of the bottom plate material. A plurality of supporting protrusions arranged at intervals where a predetermined type is repeated in all directions on a construction plane installed on the entire heating area in a continuous direction by connecting the bottom plates with side ends; Fixing pin locking means provided in the support protrusions; Dozens of heat dissipation is formed in the bottom of the supporting protrusions from the top to the bottom and the elastic ring is fastened to the locking pin locking means by a locking structure formed on the lower end, the upper end of the tube support to surround the top surface of the hot water radiator Tube fixing pins; Heat pipe pipe panel for hot water ondol, characterized in that the configuration provided with them. According to claim 1, wherein the bottom plate is a heat dissipation pipe pipe panel for hot water ondol, characterized in that it further comprises a panel connecting means for connecting closely to the other bottom plate in four directions continuous. According to claim 1, wherein the pedestal pipe has a larger diameter than the diameter of the excel pipe hot water heat dissipation tube, the heat dissipation tube fixing pins are formed in a beekeeping type formed with an elastic ring of outward inclination angle by extending both ends of the semi-circular pipe support. Heat pipe tube panel for hot water ondol, characterized in that. According to claim 1, wherein the support projection pipe is formed of an upper structure and the lower projection pipe having a larger diameter than the upper projection pipe is formed as an integral structure in the inner wall of the upper projection pipe diameter of the pipe diameter larger than the diameter of the hot water radiating pipe A stepped hook is formed on the circumference, and the heat dissipation tube fixing pin extends both ends of the semicircular pipe support to the length of the stepped hook, and each is formed of a beekeeper with an elastic ring with an outward inclination angle. Heat pipe tube panel for hot water ondol, characterized in that.

Images