KR100540677B1 - Heating construction panel assembly for building - Google Patents

Abstract

The present invention relates to a heating construction panel assembly of a building which stabilizes the coupling between unit heating panels and improves the degradation of the pressure resistance performance due to the difference in thickness at the entrance and exit according to the conventional blow molding.

The assembly includes an upper panel 61 having a predetermined pattern on a bottom surface thereof, an upper panel 61 formed with an upper packing groove 61b adjacent to both edges of the upper channel groove 61a, and an upper surface thereof. A lower flow path groove 62a is formed at a position corresponding to the flow path groove 61a and forms a heating water flow passage 65 together with the upper flow path groove 61a, and is formed at a position corresponding to the upper packing groove 61b. A packing material which is coupled to the lower panel 62 having the lower packing groove 62b formed therein and the upper packing groove 61b and the lower packing groove 62b to prevent leakage of the heating water from the heating water flow passage 65. A first heating panel 60 composed of 80;

The upper flow path groove 71a and the lower flow path groove 72a which are adjacent to the first heating panel 60 and are coupled by mutual coupling means and form a heating water flow passage 75 connected to and connected to the heating water flow passage 65. ) Is formed and the packing grooves (71b) (72b) for preventing the leakage of the heating water from the heating water passage (75) and the upper / lower panels (71) (72) consisting of a packing material coupled to the packing grooves A second heating panel 70 made up of the second heating panel;

A plurality of bolts 81 and nuts 82 for tightly coupling the upper and lower panels 61, 62, 71 and 72 of the first and second heating panels 60 and 70; An insulating panel 90 coupled to the bottom of each lower panel 62 and 72;

And a packing member positioned on a coupling surface of the first and second heating panels 60 and 70 to prevent leakage of the heating water from the heating water flow passages 65 and 75 which are in communication with each other. Is a bush 10 provided on the second heating panel 70 and having a screw 11 formed on an inner circumferential surface thereof, and a cylindrical body provided on the first heating panel 60 and having a screw hole 21 formed on one end thereof ( 20 and a movable coupling body having a sleeve 32 formed with a screw rod 31 coupled to the screw hole 21 at one side and a coupling hole 33 having a long rectangular cylindrical shape in the longitudinal direction at the other side thereof ( 30 and a square column rod 41 is slidably coupled to the coupling hole 33 of the movable coupling body 30 at one side thereof to interlock the movable coupling body 30 and the cylindrical body 20 at the other side thereof. Fastening gear 42 which is slidably supported on the other end surface of the back panel) is exposed to the outside through the fastening hole 61c of the surface of the first heating panel 60. And a clamping port 50 having a stationary clamping body 40 and a gear 51 for rotating the tightening gear 42 exposed through the tightening hole 61c. The heating panel assembly of the building includes a plurality of heating panels 60 that form the heating water passages 65 and 75 by a combination of upper and lower panels in which flow path grooves 61a and 62a and 71a and 72a are formed, respectively. By having the structure of combining the 70) by the coupling means, it improves the degradation of the pressure resistance performance according to the thickness difference at the inlet and outlet according to the blow molding as in the prior art.

Heating panel, heating channel, screw rod, fastener

Description

Heating construction panel assembly for building

1 and 2 are a perspective view and a cross-sectional view showing a conventional heating panel,

3 and 4 are a perspective view and a cross-sectional view showing a heating panel of the embodiment of the present invention,

5 is a plan view of the heating panels combined state of the embodiment of the present invention,

7 is a cross-sectional view of the two heating panels combined state,

8 is an exploded perspective view showing a coupling means employed in the embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

20 ... cylinder 30 ... moving assembly

40 ... Stop fastening 50

60, 70 ... second heating panel 61 ... top panel

62 Lower panel 65, 75

The present invention relates to a heating construction panel assembly of a building, and more particularly, to a heating construction panel assembly of a building which stabilizes the coupling between unit heating panels and improves the degradation of the pressure resistance performance according to the thickness difference at the entrance and exit according to the conventional blow molding. will be.

In general, the heating system applied to residential buildings such as single-family homes, villas, and apartments is a wet method, and a structure in which a floor is heated by embedding a pipe on a concrete floor and supplying a heating fluid such as hot water to the pipe is commonly used. come.

However, the wet heating system takes a lot of time to cure concrete, so that the air is long, and since the mortar layer must be destroyed in the case of leaking pipes later, the heating system is not only difficult to repair, but also expensive to repair.

In order to solve this problem, as described in US Patent No. 5,080, 166 and Korean Patent Registration No. 0406921, a plate type heating panel having its own internal flow path through which a heating fluid can flow has been developed.

Referring to FIGS. 1 and 2 disclosed in Patent Registration No. 0 WO421, the heating panel 2 has a high heating efficiency because the heating fluid flows in the entire panel compared to the pipe-type heating panel, and no pipe is required. Therefore, there is no need for complicated piping work, and the light weight of the panel can be achieved.

However, the plate heating panel 2 is manufactured by blow molding which inserts a heat-melted thermoplastic plastic molding material into a divided mold, heat-softens it, and then injects air therein to mold a hollow product. It has the same problem as

That is, the internal flow path on the inlet and outlet side of the heating panel 2 produced by the blow molding becomes thin due to the strong pressure of the high temperature air, and the pressure resistance performance of the heating panel is lowered.

When hot water of a certain pressure is passed through the heating panel, the inlet / outlet part of the heating panel is destroyed, and if any part is broken, the peeling phenomenon of the junction is propagated to the front of the heating panel, and eventually the front of the heating panel is peeled off. Problem occurs.

In addition, heating is possible with only one heating panel, depending on the area of the floor to be heated. However, due to the limited manufacturing size and difficulty of transportation, several heating panels are required. It is necessary to interconnect them.

The present invention was created in order to solve the above problems, to prevent the peeling phenomenon at the joint of the upper and lower panels, to make the mutual coupling between the panels arranged adjacently, and to suppress the heat loss. It is an object of the present invention to provide a heating construction panel assembly of a building to facilitate the assembly construction.

The present invention to achieve the above object is formed on the bottom surface of the upper channel grooves of a predetermined pattern and the upper panel is formed along the upper edge of the upper channel grooves adjacent to both sides of the upper channel grooves, the upper surface in the position corresponding to the upper channel grooves A lower panel groove formed to form a heating channel along with the upper channel groove, the lower panel having a lower packing groove formed at a position corresponding to the upper packing groove, and coupled to the upper packing groove and the lower packing groove to be heated. A first heating panel made of a packing material for preventing leakage of heating water from feeding;

An upper flow path groove and a lower flow path groove are formed adjacent to the first heating panel and connected by mutual coupling means and connected to the heating water flow path to form a heating water flow path, and prevent leakage of the heating water from the heating water supply. A second heating panel comprising an upper / lower panel comprising a packing groove to be coupled to the packing groove and a packing material coupled to the packing groove;

A plurality of bolts and nuts for tightening the upper and lower panels of the first and second heating panels;

An insulation panel coupled to the bottom of each lower panel;

And a packing member positioned on the mating surface of the first and second heating panels to prevent leakage of the heating water from the heating feeding oil.

The coupling means is provided on the second heating panel and the bush is formed on the inner circumferential surface, the cylindrical body is provided on the first heating panel, the screw hole is formed on one side, and the screw rod is coupled to the screw hole on one side is formed; A mobile coupling body having a sleeve formed with a coupling hole of a long rectangular cylinder in the longitudinal direction on the other side, and a square pillar rod slidably coupled to the coupling hole of the mobile coupling body on one side is provided to interlock the mobile coupling body and the other side The fastening gear slidably supported at the other end surface of the cylindrical body is exposed to the outside through the tightening hole of the surface of the first heating panel, and the gear for rotating the tightening gear exposed through the tightening hole is It is characterized by having a fastener formed.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Referring to Figures 3 to 5 showing the heating construction panel assembly of the present invention, it has a structure in which a plurality of heating panels to form a heating channel by the combination of the upper / lower panels by the coupling means.

This structure improves the degradation of the pressure resistance performance due to the difference in thickness at the inlet and outlet according to the blow molding as in the prior art, and enables a simple assembly construction.

As shown in FIG. 3, the first heating panel 60 has an upper flow path groove 61a having a predetermined pattern formed on a bottom thereof, and is adjacent to both edges of the upper flow path groove 61a to be adjacent to the upper packing groove 61b. The upper panel 61 is formed, and the lower flow path groove 62a formed at a position corresponding to the upper flow path groove 61a on the upper surface to form the heating water flow passage 65 together with the upper flow path groove 61a. And a lower panel 62 formed with a lower packing groove 62b formed at a position corresponding to the upper packing groove 61b, and coupled to the upper packing groove 61b and the lower packing groove 62b. And a packing material 80 which prevents leakage of the heating water from 65.

Since the second heating panel 70 has a structure substantially the same as that of the first heating panel 60, the second heating panel 70 is shown in cross section as shown in FIG. 3.

The second heating panel 70 is adjacent to the first heating panel 60 is coupled to each other by mutual coupling means and the upper flow path groove to form a heating water passage 75 connected to the heating water passage 65 An upper / lower flow path (72a) and a lower flow path groove (72a) are formed and consist of packing grooves (71b) (72b) for preventing leakage of heating water from the heating water flow path (75) and a packing material coupled to the packing grooves. It consists of lower panels 71 and 72.

The upper panels 610 (71) of the heating panels 60 and 70 may be formed of various materials such as metal having high thermal conductivity.

Upper / lower panels 61, 62, 71, 72 of the first and second heating panels 60, 70 are coupled by a plurality of bolts 81 and nuts 82 to prevent leakage of heating water. do.

In addition, heat insulating panels 90 are coupled to the bottoms of the lower panels 62 and 72 to prevent heat loss to the floor.

The coupling surface of the first and second heating panels 60 and 70 is provided with a packing member (not shown) to prevent leakage of the heating water from the heating water passages 65 and 75 which are in communication with each other.

Meanwhile, referring to FIGS. 6 to 8, the coupling means for coupling the first and second heating panels 60 and 70 is provided on the second heating panel 70 and has a screw 11 formed on an inner circumferential surface thereof. A bush 10, a cylindrical body 20 provided on the first heating panel 60 and having a screw hole 21 formed at one end thereof, and a screw rod 31 coupled to the screw hole 21 at one side thereof. And a movable coupling member 30 having a sleeve 32 having a coupling hole 33 having a rectangular cylindrical coupling hole 33 formed in the longitudinal direction on the other side thereof, and sliding to the coupling hole 33 of the movable coupling member 30 on one side thereof. The first heating is provided with a fastening gear 42 having a square columnar rod 41 coupled to the movable coupling body 30 so as to be slidably supported on the other end surface of the cylindrical body 20 on the other side. The stationary fastener 40 exposed to the outside through the fastening hole 61c on the surface of the panel 60, and the fastening gear exposed through the fastening hole 61c ( And a fastener 50 having a gear 51 for rotating 42.

The heating panel assembly as described above is a bolt 81 with the packing material 80 coupled between the upper and lower panels 61, 62, 71, 72 of the first and second heating panels 60, 70. And fasten with nuts (82).

In this way, the heating water passages 65 and 75 are formed by the combination of the upper and lower panels 61 and 62 and 71 and 72, and as shown in FIG. 5, each heating panel 60 and 70 is formed. Adjacent to each other to be coupled by the coupling means.

That is, referring to FIGS. 7 and 8, the gear 51 of the tightening port 50 is coupled to the tightening gear 42 exposed through the tightening hole 61c of the first heating panel 60 to rotate. At this time, the tightening gear 42 is rotatably supported at the end of the sleeve 32, so that the tightening gear 42 only rotates itself and does not proceed in the engagement direction.

On the other hand, the movable assembly 30 is a screw rod 31 is screwed to the cylindrical body 20 and is slidably coupled to the rod 41 of the stop fastening body 40 to proceed in the screwing direction. . Therefore, the screw rod 31 of the mobile coupling body 30 is coupled to the bush 10 of the second heating panel 70 adjacent by the rotational force of the stop fastening body 40.

On the other hand, when the fastener 50 is engaged with the fastening gear 42 and rotated in the opposite direction of the coupling direction, the first and second heating panels 60 (1) coupled by releasing the screw rod 31 from the bushing 10 ( 70) can be separated.

As described above, the heating panel assembly of the present invention building includes a plurality of heating channels 65 and 75 formed by a combination of upper and lower panels in which flow path grooves 61a, 62a, 71a, and 72a are formed, respectively. By having the structure in which the heating panels 60 and 70 are coupled by the coupling means, the reduction in the pressure resistance performance due to the difference in thickness at the inlet and outlet according to the blow molding is improved as in the prior art.

In addition, the screw rod 31 and the bush 10 is provided on the edge of the heating panel 60, 70 is not exposed to the outside at the time of mutual coupling to prevent interference with other building materials, and Easy to assemble and disassemble

Claims (1)

The upper channel groove 61a having a predetermined pattern is formed on the bottom surface, and the upper panel 61 having the upper packing groove 61b formed adjacent to both edges of the upper channel groove 61a, and the upper channel groove (on the upper surface). A lower channel groove 62a is formed at a position corresponding to the upper portion 61a to form a heating channel 65 together with the upper channel groove 61a, and a lower packing formed at a position corresponding to the upper packing groove 61b. The packing material 80 coupled to the lower panel 62 having the groove 62b and the upper packing groove 61b and the lower packing groove 62b to prevent leakage of the heating water from the heating water flow passage 65. The first heating panel 60 consisting of; The upper flow path groove 71a and the lower flow path groove 72a which are adjacent to the first heating panel 60 and are coupled by mutual coupling means and form a heating water flow passage 75 connected to and connected to the heating water flow passage 65. ) Is formed and the packing grooves (71b) (72b) for preventing the leakage of the heating water from the heating water passage (75) and the upper / lower panels (71) (72) consisting of a packing material coupled to the packing grooves A second heating panel 70 made up of the second heating panel; A plurality of bolts 81 and nuts 82 for tightly coupling the upper and lower panels 61, 62, 71 and 72 of the first and second heating panels 60 and 70; An insulating panel 90 coupled to the bottom of each lower panel 62 and 72; And a packing member positioned on the mating surface of the first and second heating panels 60 and 70 to prevent leakage of the heating water from the heating water flow passages 65 and 75 which are in communication with each other. The coupling means is provided on the second heating panel 70 and the bush 10 having a screw 11 formed on the inner circumferential surface thereof, and the screw hole 21 on one end of the bushing 10 formed on the first heating panel 60. A cylindrical body 20 formed thereon, and a sleeve 32 having a threaded rod 31 coupled to the screw hole 21 on one side thereof, and a coupling hole 33 having a long rectangular cylindrical shape in the longitudinal direction on the other side thereof. The movable coupling 30 and the square rod 41 is slidably coupled to the coupling hole 33 of the movable coupling 30 on one side thereof to interlock the movable coupling 30 and the other side A stopper fastener 40 which is slidably supported on the other end surface of the cylindrical body 20 through the fastening hole 61c of the surface of the first heating panel 60, and the stopper fastener 40 exposed to the outside; It characterized in that it has a tightening port 50 is formed with a gear 51 for rotating the tightening gear 42 exposed through the tightening hole (61c) Heating panel assembly is constructed of buildings.

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