KR100847798B1 - A methode of excution of heating panel - Google Patents

Abstract

A construction method of a heating panel is provided to enable integrated work without requiring duplicated work and correcting work, thus increasing the efficiency of construction work. A construction method of a heating panel includes a step of setting construction sections, a step of making a lower part of a wall of a room, a step of making an edge, and a step of making a heating surface. The step of setting the construction sections sequentially divides the flat part of a heating area(A) of the room into an effective heating surface(B) on which n numbers of heating panels are laid flat, edges(C) which are provided on both ends of the heating surface such that edge panels are laid, and the lower part(D) of the wall of the room. At the step of making the lower part of the wall, a flat panel(3) serving as insulation is laid on the lower part of the wall of the room. At the edge making step, an edge panel is laid on each edge defined by the lower part of the wall of the room to be in contact with the lower part of the wall. At the heating-surface making step, a heating panel is laid on the heating surface defined by each edge to be in contact with the edge panel.

Description

Construction method of heating panel {A METHODE OF EXCUTION OF HEATING PANEL}

The present invention relates to a method of constructing a heating panel for constructing a laminated panel for heating for piping hot water pipes to a flat floor in a heating area of an indoor room.

In general, in heating of apartments or houses, silver foil pads for blocking moisture sequentially, foamed synthetic resin insulation for preventing heat loss, and heat transfer everywhere The heat conduction plate, the heat storage material for accumulating heat, and the like are laminated in order, the hot water pipe for heating is piped to the pipe groove formed in the heat insulating material, and then the finishing material is laminated on the surface.

This conventional heating construction method is a common method, which inevitably takes a lot of time and quality and inefficient work due to the overlapping work of laying and laying each laminated member on the entire surface one by one in order. There was a problem that the construction cost is high.

The inventors of the present invention provide a heat-sealing plate made of silver foil pad for blocking moisture, a foamed synthetic resin insulating material for preventing heat loss, and a metal plate for transferring heat emitted from hot water pipes in all directions to facilitate the heating construction. Utility Model Registration No. 0432475 (December 04, 2006) by constructing a single layer structure of heat storage material made of inorganic plate material that accumulates heat dissipation and creating edge heating panel with curved and straight pipe grooves on the surface of panel. ) And received a technical evaluation.

The heating panel has a merit that the installation of the heating panel is very simple and convenient for heating construction since it is possible to lay the laminated panel at a time as compared with the conventional laminated construction for each layer material.

On the other hand, even if the laminated structure such as silver foil pad, heat insulator, heat conduction plate, heat storage material, piping groove, etc., effective for heating can be laminated at one time by a single heating panel, construction of typical heating panel is possible. It is difficult to improve work efficiency by method.

That is, the conventional method for constructing a heating panel is to install the heating panel in order from one side of the space area of the heating area (mainly the distributor side of the hot water pipe), and at the edge thereof, a pipe groove formed in the panel by constructing the edge panel inscribed. Constructed to be connected zigzag. In the conventional heating panel construction method, since the space area of the room is all different, a lot of manpower and time are required for cutting work because the length and width of the heating laminated panel standardized in accordance with the effective area of the heating must be cut and installed. In addition, the loss of the cutting material is not small, there is a problem that the construction cost is increased because the efficiency of the construction of the heating panel is not high.

In addition, when the construction of the heating panel is made in accordance with the space area of the heating area, the length of the pipe groove and the width between the pipe grooves may be different. And, due to the correction work takes a lot of goods and there was a problem that the construction cost is further increased.

In addition, in recent years, not only the competition for heating construction companies is intense, but also the labor cost, which accounts for a large portion of the heating construction cost, depends on the work efficiency. Particularly in the case of apartment construction, it is necessary to increase the work efficiency in order to win the competition. In the conventional heating method, even a skilled technician has a limitation in improving the work efficiency of heating construction. There was a problem.

An object of the present invention, in order to correct the above-mentioned problems, in the construction method of the heating panel, the heating panel that can increase the efficiency of the heating panel construction work in a consistent procedure without overlapping and correcting work To provide a construction method.

Another object of the present invention is to use a heating panel made of the laminated structure of the silver foil pad, heat insulating material, heat conduction plate, heat storage material, piping groove, etc. developed by the present inventors, a suitable place for heating the red panel of the standard product produced in the production plant The present invention aims to provide a method for constructing a heating panel that minimizes cutting work and improves the simplicity of the construction of the heating panel and reduces the cost as much as possible.

Still another object of the present invention is a preliminary step in the construction method of the heating panel, by a novel technical means including the setting step of the construction section, the construction step of the base, the construction step of the edge and the construction step of the heating surface. The purpose of the construction is to simplify the workability of the construction of the next stage, to provide a construction method of the heating panel that can work more efficiently.

In order to achieve the above object of the present invention, the present invention, in the construction of the heating panel, in the plane of the heating area of the apartment, house, or any other indoor space, laying a heating panel of a single unit of a laminated structure in a plan view The step of setting the construction compartment which divides the effective heating surface, the edge and the base in order, the construction stage of the basement which is constructed by the flat panel which is a heat insulating material without the pipe groove in the reverse order of the construction compartment, and the construction base The edges defined by the edges are inscribed in the skirting, and the construction stage of the edges is constructed by the curved grooved laminated panel, which is the edge panel, and the straight two-groove laminated panel, which is the heating panel, by inscribed the heating surface defined by the constructed edges on the edges. Characterized in that it comprises a construction step of the heating surface to be installed, so that the construction of the piping and finishing materials of the hot water pipe Will.

In the construction section setting step of the present invention, the effective heating surface is set from the space area of the heating area, and then the edge which is the bent end of the piping of the hot water pipe is set in the order of setting the remaining skirt.

In the setting of the heating surface, the maximum area that can be laid out with n heating panels standardized to a predetermined size in a planar manner in a column and a row and an area where the edges are combined are set as an effective area. At this time, since the floor area of the indoor floor where the heating panel is to be constructed is not constant and varies, the number of vertical and horizontal rows of panels is added and reduced under the condition that the curvature can be left around the entire width and length of laying n heating panels in a row and a row. Adjust to set. This is because the heating panel can be installed without cutting, thus providing the simplicity of operation, so the efficiency of heating construction can be expected.

In the present invention, the division of the edge is set to be disposed at both ends of the column of the heating panel in order to bend the hot water pipe in a zigzag manner by being attached to the above effective heating surface. This includes the occupied area in which the curved grooved laminated panel is laid in a horizontal row and the space area in which the inlet and outlet pipes of the hot water pipe leading to the distributor are piped.

The edge section is defined by the hot water pipe on the heating side and the range is always the bent end of the pipe. Since the inlet and outlet pipes are always piped to the distributor side, the edges are partitioned under the corresponding conditions.

The skirting becomes the remaining margin after partitioning the effective heating surface and the edge in the space area of the indoor heating area. If there is a strut protruding into the interior wall of the room, that portion is also included in the skirt. The shape and area of the skirting are not constant and vary, and the area is relatively small compared to the overall area of the construction of the heating panel.

Due to this construction division setting, the construction of the first stage provides the simplicity of work, which makes the subsequent construction easier, so that the efficient heating can be achieved by the technical means of one new construction method, not the skill of heating construction. The construction of the panel will be possible.

In the present invention, the first construction is a skirting construction. The construction step of the skirting is constructed with the flat panel of the insulation of the compressed foamed resin. The flooring is a part of the heating surface, which mainly includes furniture, such as furniture, so that piping of the hot water pipe for heating is almost unnecessary.

In addition, because the floor area is not constant, the flat panel is cut and laid in accordance with the width and length. Panel cutting takes effort and time, but fortunately, the smallest floor area can save time and manpower. In addition, the cutting loss of the material is not high because the cutting of the material is easy and the material is cheaper than the laminated heating panel. Moreover, the construction of this skirting provides the simplicity of work which can make the edge construction work of the next stage more simple.

In the present invention, the construction step of the edge, the edge panel is constructed by inscribed in the skirting in the space area defined by the skirting, the edge is the space on both side end side of the heating surface. The edge panel is a curved groove laminated panel, which can be used as it is without cutting, and the curved grooves of laminated panels opposed to each other on both sides of the heating surface are arranged in a row so that the hot water pipes can be bent pipes. do. The inlet and outlet pipes of the hot water pipe are installed by adjusting the length of the straight groove laminated panel which is a heating panel.

The construction of the edge can be done as it is because it can be installed as it is except for cutting the straight grooved laminated panel several times to adjust the length.

In addition, the construction of the edge is simplified because the construction range of the edge of the later stage is already limited by the stepping construction of the previous stage.

In the present invention, the construction step of the heating surface is a heating 2-sided laminated panel, which is a heating panel, in which the inner surface is limited to the space area defined by the constructed edges, and is laid in vertical and horizontal lines, and the heating surface is effective in plane without cutting of the material. Heating panels are installed in the

At this time, the heating panel is connected to the ends of the longitudinal direction and the edges of the width are connected to each other to be constructed. The left and right width edges of the planarly constructed heating panel are connected to the flat panel constructed in the above-described skirting, and the longitudinal front and rear ends of the heating panel are connected to the edge panel constructed at the edge.

Therefore, the grooves for constructing the hot water pipes are arranged in a zigzag manner by the heating panels and the edge panels attached to the heating surface, and the inlet pipes and the outflow pipes are connected to the grooves to be installed and guided to the distributor side.

In addition, since the construction of the heating surface that occupies the widest surface in the space of the heating area is the simplest, not only the effort and time required for cutting the panel but also the loss of cutting of the material of the heating panel, overlapping or correcting work Without this, the heating panel can be installed more efficiently and quickly.

In this way, by installing the construction section, the construction step of the plinth, the construction step of the edge, and the construction step of the heating surface, the heating panel can be laid quickly and efficiently to pipe the hot water pipe and perform the heating construction by finishing the work. will be.

According to the present invention, in the construction of the heating panel, the construction of the rear stage is made easier by the construction of the first stage, and the heating panel can be constructed more easily by the consistent sequential construction stage without the duplication and modification work.

In addition, the workability is further improved since the standard plate can be used as a single-layer heating panel in which the silver foil pad, the heat insulating material, the heat conduction plate, the heat storage material, the piping groove, etc. developed by the present inventor are laminated.

In addition, even though the area of the heating zone varies, the technical means of setting the construction block, constructing the basement, constructing the edge, and constructing the heating surface make heating more efficient and economically cheaper than the conventional construction method. There is an effect that can be constructed.

(Example)

The most preferred embodiment of the present invention is described in detail below with reference to the accompanying drawings.

(Heating panel)

In the present invention, the flat panel 3 (not shown) is used for the plinth construction, the edge panel f 'is used for the edge construction, and the heating panel F is used for the construction of the heating surface. Of course, you can mix edge panels with heating panels.

The laminated panel is composed of a laminated structure of the silver foil pad (a), the heat insulating material (s), the heat conductive plate (m), the heat storage material (t) and the pipe groove (g).

The edge panel f 'is shown in FIG. 2 is a curved groove laminated panel, and 2a is a half laminated panel having a half size obtained by cutting a central portion of the curved groove g of the curved groove laminated panel 2. Both panels 2 and 2a have a width of 2 and 1 and are standardized in the same size.

The heating panel f is shown in FIG. 1 is a straight two-groove laminated panel in which the grooves g are straight, and 1 'is a half panel of the straight two-groove laminated panel 1, the width being the same, and the length is 1/2. 1a is a straight one-groove laminated panel having a length obtained by vertically cutting the middle of the straight two-groove laminated panel 1, and the width thereof is 2; 1 and the length is standardized to the same size.

Such materials are disclosed in Utility Model Registration No. 0432475, and description of the materials is omitted, and these materials are employed in the present invention.

In the practice of the present invention, the construction section setting step, the construction step of the skirting, the construction step of the edge and the heating surface construction step.

(1) Installation compartment setting step

1 is an exemplary diagram of an installation compartment setting step of the present invention. Rectangular heating surface (B), which can lay out n unit heating panels (f) of a predetermined size in the vertical and horizontal rows in a flat manner without cutting, in the heating area (A) of the indoor space surrounded by the inner wall (w) To ensure that it is positioned at the most effective position for heating. This heating surface B is ensured as wide as possible. On both ends of the heating surface (B) is partitioned the edge (C) for laying the edge panel (F ') to bend the pipe of the hot water pipe and the inlet pipe and the outlet pipe can be planarly and the remaining margins the inner wall It is divided into the skirt (D) distributed in all directions of (w). The skirting (D) is divided into distribution surfaces b1, b2, b3, and b4 connected to the inner wall of the four sides, and the distribution surface is the heating surface B and the edge C with respect to the space area of the heating area of the room. It is not constant depending on the size of and the distribution surface is either narrow or wide.

At this time, the part of the space area of the heating area A in the room except for the width W1 of the heating surface is the width W2 of the left and right distribution surfaces b2 and b4 of the base D. Becomes That is, W-W1 = W2. Again, the width W2 of the skirting is divided into two to make 1 / 2W2.

Moreover, the length which removed the length L1 of the heating surface B and the edge C with respect to the front-back length (vertical) L of the space area of the heating area A of the room is the The width L2 of the front and rear distribution surfaces b1 and b3 is obtained. That is, L-L1 = L2. The width L2 of the skirting is further divided into two, so that 1 / 2L2 becomes the width of the distribution surfaces b1 and b3. Each length of the distribution surface of the skirt is a length in contact with the inner wall w.

Due to this division setting, the heating surface (f) and the edge panel (f ') are secured on the heating surface (B) and the edge (C) as a space surface on which a standard plate can be installed as it is, and the construction of the heating panel is simple and quick. Possible foundations are made.

(2) Construction step of skirting

2 is an illustration of the construction step of the skirting (D). The space D of the heating surface B and the edge C is defined by the distribution surfaces b1, b2, b3, and b4 set in the construction section setting step. The distribution surface is basically rectangular. It installs with the flat panel 3 which is a heat insulating material without a piping groove in the range of the distribution surface of this base. The material and the fault structure of the flat panel are not specified, and the thickness is equal to the thickness of the edge panel f 'and the heating panel f. Only then can the overall flatness be maintained in the construction of the finish. It is one thing to apply the adhesive to the floor during the construction of each panel.

In the construction stage of the skirting (D), it takes sorghum (手 평) to cut the flat panel (3), but because the skirting surface is the smallest of the total construction area, manpower and time are saved, and the cost is relatively high. In addition, since the material of flat panel is cheaper than edge panel or heating panel, the burden of cutting material is not very high.However, due to the construction stage of this base, the next heating surface (B) and The construction step of the edge C is greatly simplified.

In FIG. 2, the part constructed in the skirt D is shown by a dot.

(3) Construction stage of the edge

3 is an illustration of the construction step of the edge (C). The edge panel f 'is installed in an inward manner to the flat panel 3 constructed in the skirting D. FIG. The edge panel f 'is a curved groove laminated panel 2, and is constructed by arranging the curved grooves g so as to be opposed to each other in a row at both ends in the longitudinal direction of the heating surface B.

In FIG. 3, the first hot water pipe P1 and the second hot water pipe P2 are arranged in parallel in order to shorten the circulation circuit of the hot water, so that one edge panel f 'is constructed in a horizontal row and the opposite edge is formed. In the second hot water pipe (P2) and the inlet pipe (i) and the outlet pipe (u), the space area for the pipe and the edge panel (f ') of both ends of the second hot water pipe (P2) side by side It is arranged. Of course, at the time of piping of a single hot water pipe, the edge panels f 'at both ends are arranged in a row and laid.

3, the materials of the curved grooved laminated panel 2 and the half laminated panel 2a, the straight two grooved laminated panel 1 and the straight one grooved laminated panel 1a are placed on the edge C in place. Iii) It shows the state selectively arranged and constructed.

In the construction step of the edge, the standard curved curved laminated panel (2) is basically used as it is, and the straight two groove laminated panel (1) or straight line is used only in the planar space where the inlet pipe (i) and the outlet pipe (u) are to be piped. 1 groove laminated panel (1a) one or two places, the degree of cutting by adjusting the length is less cutting (裁斷 手 數). In addition, since the construction area of the edge C is limited by the already-installed basement D, construction work becomes simple.

In addition, the material left after cutting is a standard rectangular material with a pipe groove, so it can be reused without being discarded, so there is no material loss.

In FIG. 3, the constructed part of the edge C is marked with a halftone dot.

(4) Construction stage of heating surface

4 is an illustration of the construction stage of the heating surface (B). Heating stage construction is the simplest to work. In other words, the heating panel f may be installed in vertical and horizontal rows. At this time, the heating panel (f) is a straight two-groove laminated panel 1 is used, and at the end of the edge is constructed using a half laminated panel (1 '). Simultaneous piping grooves (g) in which the heating panels are fixed in place without additional modifications when n heating panels are laid flat so that the ends of the heating panel f and the edges of the width are connected to each other in a flat manner. The zigzag parallels are arranged in parallel. By the simple construction of such a heating panel it is possible to efficiently pipe the hot water pipes to construct the finishing material. In FIG. 4, the constructed part of the heating surface B is shown with a dotted dot.

5 is an exemplary view in which the hot water pipes P1 and P2 are constructed along the pipe groove g. It is common to insert the hot water pipe P (synthetic resin pipe manufactured for heating) into the pipe groove g formed by the heating panel f and the edge panel f 'and pipe the pipe. Since hot water pipes have adequate elasticity, flexibility and flexibility, they are fixed in place when they are inserted into the pipe grooves. FIG. 5 shows the piping condition of the first hot water pipe P1 and the second hot water pipe P2, and the inlet pipe i and the outlet pipe u of each hot water pipe are guided to the outside and are not shown. And to a power source. In addition, finish the construction with normal finishing materials on the piped upper surface.

This invention makes the technical method the construction method of the heating panel mentioned above.

Since the present invention consists of the construction stage setting stage, the construction stage of the basement, the construction stage of the edge and the construction stage of the heating surface, the construction of the previous stage provides the simplicity of the construction of the next stage, thereby improving workability and overlapping. There is almost no work or modification work, and the material loss is low, and the technical means of the novel construction method of the present invention can be performed more quickly and efficiently under the same heating construction conditions, and the heating panel can be constructed more economically and cheaply. .

1 is an exemplary embodiment of the construction section installation step of the present invention

2 is a view illustrating one embodiment of the stepping construction step of the present invention

3 is an exemplary view of an edge construction step of the present invention

4 is an exemplary embodiment of a heating surface construction step of the present invention

5 is an exemplary view of the piping of the hot water pipe for heating according to the present invention

6 is an exemplary view of an edge panel employed in the present invention.

Figure 6 (a) is a perspective view of a curved groove laminated panel

6B is a perspective view of the half panel.

7 is an exemplary diagram of a heating panel employed in the present invention.

7 (a) is a perspective view of a straight two-groove laminated panel

7 (b) is a perspective view of a straight one-groove laminated panel

[Description of Signs of Important Parts of Drawing]

A: Heating area B: Heating surface C: Edge D: Skirting

f: heating panel f ': edge panel g: groove

1: straight 2 groove laminated panel 1 ': half laminated panel 1a: straight 1 groove laminated panel

2: curved groove laminated panel 2a: half laminated panel

Claims (5)

In the construction method of the heating panel, on the plane of the heating area (A) of the indoor space, an effective heating surface (B) capable of laying out n heating panels (f) in a plane, and edge panels (at both ends of the heating surface) The construction section setting step which divides the edge (C) which lays f '), and the remaining skirt (D) in order, and the construction which is constructed by the flat panel (3) which is heat insulation to the skirt (D) in the reverse order of construction section. The construction step of the, the construction step of the edge of the construction area is defined by the skirting step (C), the construction step of the edge to be constructed in the edge panel (f ') in contact with the skirting, and the heating surface (B) of the construction range is limited by the edge And a step of constructing a heating surface which is inscribed to the edge panel of the heating panel, wherein the heating surface is constructed by the heating panel f. The piping and the finishing material of the hot water pipe can be constructed. The edge panel f 'constructed at the edge C is a curved groove laminated panel 2, and both end portions of the vertical rows of the straight two-groove laminated panel 1 attached to the heating surface B are placed. Method for constructing a heating panel, characterized in that the curved grooves (g) are arranged in a horizontal line so as to be opposed to each other so that the piping grooves are connected in parallel with the zig-zag The heating panel (f) is a straight two-groove laminated panel (1) according to claim 1, in which the edges of the length of the panel, the edges of the width of the panel, and the flat area of the vertical and horizontal rows are connected to each other on the heating surface (B). And installing the straight grooves (g) of the heating panel (f) in association with the curved grooves (g) of the edge panel. The method according to claim 1, wherein the edge comprises a curved end portion of the hot water pipe and an installation space area of the inlet pipe (i) and the outlet pipe (u) of the hot water pipe. According to claim 1, the skirting (D) is an effective heating surface (B) and the edge on which the n heating panel (f) and the edge panel (f ') can be laid in the plane of the heating space area (A) of the room. A method of constructing a heating panel, characterized in that (C) is partitioned and set as a distribution surface (b1) (b2) (b3) (b4) distributed in all directions of the inner wall (w) as the remaining margin.

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