JP5802837B2 - Floor panel system - Google Patents

Description

  The present invention relates to a floor panel system, and more particularly to a floor panel system constructed so as to be capable of cooling and heating.

  FIGS. 1 and 2 are FIGS. 5 and 6 of Patent Document 1, respectively. In the case of the prior art, a plurality of folding panels provided with pipes through which hot water or cold water flows are provided on the floor, and the floor structure is constructed. It is disclosed.

  However, the prior art as described above has a structure in which the inlet of the pipe of each folding panel is connected to the outlet of the pipe of the adjacent folding panel by a coupler or a valve, and the following problems are pointed out. ing.

  That is, there is a problem in that a gap is generated by spreading between the folded panels by a coupler or a valve.

  Further, in order to interconnect the pipes of the folding panel with a coupler or a valve, the connecting part is formed so that the inlet and outlet of the pipe are exposed to the outside, and the connecting part is covered with an opening / closing part to fold the pipe. There was a problem that the construction and construction of the panel were complicated.

Korean Patent No. 10-087075

  The present invention is for solving the above-described problems, wherein the piping panel and the connecting unit are provided so as to form a single floor, and the pipes piped to the piping panel are connected via the connecting unit. An object of the present invention is to provide a floor panel system that can be used.

  In order to solve the above-described problems, the present invention provides a connecting unit having a pipe connecting portion and a line along the connecting unit so as to form a floor together with the connecting unit, and the pipe is piped. A plurality of piping panels each provided with an inflow part and an exhaust part through which the pipe flows in and out at a part connected to the connection unit, and the pipes are interconnected via the pipe connection part; A floor panel system characterized by including is presented.

  The connection unit is provided in any one of the plurality of piping panels along a vertical direction of the one row direction of the plurality of piping panels, and an inflow portion and a discharge portion of the piping panels are arranged in a row of the plurality of piping panels. It is provided side by side along the direction.

  The piping panel includes a piping layer on which the pipe is piped, a heat insulating layer provided on the lower side of the piping layer, and a skin layer provided on the upper surface of the piping layer and made of ridges.

  The piping layer may be made of sawdust.

  The piping panel is provided in at least one of the space between the piping layer and the skin layer and between the piping layer and the heat insulating layer, and produces sawdust capable of absorbing moisture in a form. And a moisture absorbing layer.

  The piping panel further includes a conductive layer provided between the piping layer and the skin layer and made of a copper plate.

  The said piping panel is further provided in the lower side of the said heat insulation layer, and further contains the reinforcement layer which hold | maintains the whole shape of the said piping panel, supporting the said piping layer.

  The connection unit may be configured integrally with the plurality of piping panels, or may be configured in a divided type that is divided into a plurality of parts so as to be separated from each other.

  The connection unit includes a connection unit panel having a pipe connection space in which the pipe connection portion is provided, and having a through portion through which the pipe passes.

  The connection unit panel covers the pipe connection space, an upper surface panel whose upper surface forms one plane with the upper surface of the piping panel, and a lower side of the upper panel so as to form the pipe connection space together with the upper surface panel And a panel support for supporting the top panel.

  The panel pedestal may be formed of a support and may be divided into a plurality of parts around the through part of the connection unit panel so as to form a through part of the connection unit panel.

  The pipes of the piping panel are connected to a single piping line through the pipe connecting portion, and the connecting unit is connected to the inlet and outlet of the piping line through the pipe connecting portion and the exhaust pipe, respectively. Includes pipes.

  The pipe connection part includes a coupler to which the pipes are respectively coupled, and a connection pipe provided between the couplers.

  The coupler may be formed in an L shape.

  The pipe connecting portion is connected to the pipe connecting portion in a U-shape, and the pipe is connected to the pipe connecting portion in a straight line along the connecting direction of the piping panel and the connecting unit.

  The floor panel system according to the present invention is constructed so that a pipe panel in which pipes are piped and a connecting unit having a pipe connecting part are constructed so as to form one floor structure, and a pipe of a pipe panel is connected to an adjacent pipe panel. By being mutually connected by the pipe and the connecting unit, there is no interference element such as a pipe and a pipe connecting portion between the piping panel and the piping panel, and the piping panel and the piping panel can be brought into close contact with each other without any gap.

  Further, in the floor panel system according to the present invention, since the pipe of the piping panel is interconnected with the pipe of the adjacent piping panel by the connecting unit, elements such as a connection port for connecting the pipe and a cover member are connected to the piping panel. This can be omitted, and the structure of the piping panel is simplified.

  Furthermore, the floor panel system according to the present invention has an effect of facilitating connection and separation of pipes and pipes because the pipes of the piping panels are interconnected with the pipes of the adjacent piping panels by a connecting unit.

  Further, the floor panel system according to the present invention has a plurality of piping panels connected in a row, and the connecting units are connected to the piping panels in the vertical direction of the row, so that the number of connecting units is minimized and the edge of the floor structure is The arrangement structure of the connecting unit and the piping panel is simplified, and the construction is facilitated.

  Furthermore, in the floor panel system according to the present invention, the connecting unit panel of the connecting unit is configured like a cover, so that the connecting unit panel can be easily installed and separated. The effect which becomes easy is produced.

It is a conceptual diagram which shows an example which concerns on a prior art. It is a top view which shows the floor structure which concerns on an example of FIG. It is a top view which shows a part of construction state of the floor panel system which concerns on one Example of this invention. It is a top view which shows the decomposition | disassembly state of each unit of FIG. FIG. 4 is a cross-sectional view taken along line AA in FIG. 3. It is a bottom view of the connection unit of the floor panel system concerning one example of the present invention. It is sectional drawing which concerns on line BB of FIG. It is a top view which shows the construction state one part of the floor panel system which concerns on another Example of this invention.

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

  3 to 8, the floor panel system according to an embodiment of the present invention includes a main unit 10 and at least one connecting unit 50.

  The main unit 10 is provided in a row along the connection unit 50 so as to form one floor together with the connection unit 50, the pipe 20 is piped, and the pipe 20 flows into and out of a portion connected to the connection unit 50. Each of the pipes 30 includes a plurality of pipe panels 30 that are connected to one pipe line through the pipe connecting part of the connecting unit 50.

  The piping panel 30 may be formed of various shapes, and may preferably be formed of a rectangular panel.

  The piping panel 30 includes a piping layer 32 to which the pipe 20 is piped, a heat insulating layer 34 provided on the lower side of the piping layer 32, and a skin layer 36 provided on the upper surface of the piping layer 32 and configured by a flange 36 a. be able to.

  The pipe layer 32 includes a pipe line 32b for pipe 20 piping, and the pipe layer member 32a forming the pipe layer 32 is divided into a plurality of parts around the pipe line 32b, or the pipe layer member 32a. A groove or a hole forming the pipe line 32b may be processed. The piping layer member 32a may consist of one panel, several panels may be laminated | stacked up and down, and the piping layer member 32a may be made by manufacturing sawdust like a foam.

  The heat insulating layer 34 is for blocking the cold water flowing along the pipe 20, the cold air by the hot water, and the heat transfer from the lower side of the piping layer 32 so that the hot air is transmitted only to the skin layer 36. Yes, it may be composed of one or a plurality of layers by various heat insulating materials such as polystyrene foam.

  The skin layer 36 forms the surface of the floor panel system according to the present invention, and various configurations are possible depending on the use of the floor panel system according to the present invention. For example, the skin layer 36 may include a fold 36a made of Wangle, rush or the like, which is a folding material, so as to constitute a fold. In the skin layer 36, a portion corresponding to the edge of the piping panel 30 may be covered with an edge 36 b made of a material such as silk, hemp, or cotton.

  On the other hand, the piping panel 30 may further include a moisture absorption layer 38.

  The moisture absorbing layer 38 is provided between at least one of the piping layer 32 and the skin layer 36 and between the piping layer 32 and the heat insulating layer 34, and the foam is formed by sawdust that smoothly absorbs and discharges moisture. May be manufactured as follows.

  The piping panel 30 may further include a conductive layer 40.

  The conductive layer 40 is for allowing cold water flowing along the pipe 20, cold air by hot water, and warm air to be efficiently transmitted to the skin layer 36, and is provided between the piping layer 32 and the skin layer 36. It may be made of a copper plate excellent in thermal conductivity.

  Further, the piping panel 30 may further include a reinforcing layer 42.

  The reinforcing layer 42 is provided on the lower side of the heat insulating layer 34 and holds the entire shape of the piping panel 30 while supporting the piping layer 32. Any member may be used as long as it has strength for holding the shape. For example, a plywood board made of wood, a plastic cardboard or the like is used.

  Moreover, the piping panel 30 may further include a floor finishing layer 44 made of one or a plurality of layers of various materials such as foamed polystyrene 44a and non-woven fabric 44b for floor protection and aesthetics of the piping panel 30.

  In such a piping panel 30, a plurality of layers may be integrally bonded with an adhesive, but more preferably, the piping panel 30 is integrally formed by sewing the fixing string 46 while avoiding the pipe 20 piped to the piping layer 32. May be combined.

  As for the inflow part and the discharge part of the piping panel 30, the connecting unit 50 is provided only on one of the piping panels 30 along the vertical direction of the plurality of piping panels 30, and the connecting unit 50 of the piping panel 30 is connected. The plurality of piping panels 30 may be provided side by side along a line direction on the partial side. That is, when the piping panel 30 has a rectangular shape and the vertical sides are provided so as to stick to the adjacent vertical sides of the piping panel 30, the piping panel is connected to the horizontal side of the connection unit 50 among the pair of horizontal sides of the piping panel 30. 30 inflow portions and discharge portions are arranged side by side. Both ends of the pipe line 32b formed in the piping panel 30 become an inflow portion and a discharge portion of the piping panel 30, respectively. One inflow part and one exhaust part of the piping panel 30 may be configured in each piping panel 30, and a plurality may be configured as necessary.

  On the other hand, the pipe 20 is made of various materials such as plastic material such as polyethylene or metal material such as copper plate so that cold air, hot water, etc. can flow efficiently inside the pipe 20 while flowing inside. Become.

  The pipe 20 may be protruded toward the outside of the piping panel 30, that is, toward the connection unit 50 through the inflow portion and the discharge portion of the piping panel 30 so as to be connected to the pipe connecting portion.

  In particular, the pipe 20 protrudes in a straight line along the vertical direction of the one-line direction through the inflow portion and the discharge portion of the piping panel 30 and is connected to the pipe connecting portion.

  Therefore, the following effects can be obtained by configuring the main unit 10 in this way.

  Since there is no interference element such as the pipe 20 or the pipe connecting portion between the piping panel 30 and the piping panel 30, the piping panel 30 and the piping panel 30 can be accurately attached without any gaps. Construction becomes easier.

  Further, since the connecting operation between the pipe 20 and the pipe 20 is performed by the connecting unit 50, the piping panel 30 does not require a connecting port and a cover member for connecting the pipe 20, and the structure of the piping panel 30 is simpler. become.

  In addition, since the connecting operation between the pipe 20 and the pipe 20 is performed by the connecting unit 50 which is a relatively wider space instead of the narrow gap between the piping panel 30 and the piping panel 30, the connecting operation between the pipe 20 and the pipe 20 is performed. Becomes easier.

  The plurality of piping panels 30 may be provided so as to be connected in a row, and the connection unit 50 may be provided so as to be connected to the main unit 10 in the vertical direction of the rows of the plurality of piping panels 30 with respect to the floor surface. . Thereby, since many piping panels 30 can be connected to one connecting unit 50, the number of connecting units 50 can be minimized, and a large area of the floor structure can be constructed as the main unit 10. Furthermore, the connecting unit 50 can be disposed at the edge of the floor structure, and the central portion of the floor structure can be constructed by the main unit 10. Moreover, the arrangement structure between the plurality of main units 10 and the connecting units 50 is monotonous, and the construction of the floor structure can be easily performed.

  The connection unit 50 may be configured integrally with the plurality of piping panels 30. Alternatively, the connecting unit 50 may be configured as a divided type in which a plurality of planes are divided so that they can be separated from each other. The plurality of connecting units 50 may be provided so as to be connected in a row or in other structures, or may be provided apart from each other.

  Such a connection unit 50 includes a pipe connection part and a connection unit panel 70 that covers the pipe connection space 70a in which the pipe connection part is provided.

  The pipe connecting portion is for connecting the pipe 20 of the main unit 10 to one piping line, and any pipe connecting portion can be used as long as the pipe 20 and the pipe 20 can be connected, such as a coupler or a valve. Is used.

  Further, the pipe connecting portion can connect the pipe 20 of the main unit 10 with various structures such as an L shape, a U shape, and a T shape, and can be variously configured. For example, the pipe connection portion may be only a joint that can be connected together with the plurality of pipes 20 so that the pipe 20 can be connected immediately. In addition, as shown in the figure, the pipe connecting portion is connected to each pipe 20 so that the pipe 20 of the main unit 10 can be connected in a U shape. A connection pipe 62 provided between the letter-shaped joints 60 may be included. That is, the pipe 20 of one piping panel 30, the L-shaped joint 60, the connecting pipe 62, the other L-shaped joint 60, and the pipe 20 of the adjacent piping panel 30 can be connected in this order.

  On the other hand, the connection unit 50 may further include an inflow pipe 64 and an exhaust pipe 66 that are connected to an inlet and an outlet of a piping line composed of the pipes 20 of the main unit 10 via joints of pipe connecting portions, respectively. That is, hot water, cold water, or the like flows in through the inflow pipe 64, flows into the pipe 20 of the main unit 10, flows out along the pipe 20 of the main unit 10, and is discharged to the circulation pump or the outside through the discharge pipe 66. Is done. At this time, the inflow pipe 64 and the discharge pipe 66 are divided into a plurality along the longitudinal direction when the length is long or the connecting unit 50 is divided into a plurality of parts. Can be combined.

  The connecting unit panel 70 may have various structures. As described above, the connecting unit panel 70 may have a single character structure that is long in one row with respect to the plurality of piping panels 30 connected in one row. Good.

  The connection unit panel 70 covers the pipe connection space 70a, and the upper surface of the upper panel 72 forms a plane with the upper surface of the piping panel 30, and the upper panel 72 forms the pipe connection space 70a. A panel support 74 provided on the side and supporting the upper panel 72 may be included.

  The top panel 72 blocks the inside of the connecting unit 50 from being exposed to the outside, and various configurations are possible. More preferably, the top panel 72 may include a main body layer 72a manufactured like sawdust with foam for maintaining shape and ensuring strength, smooth moisture absorption and discharge, and further, an upper surface of the main body layer 72a. It may further include a skin layer 72b made of wrinkles made of Wangle, rush or the like for the surface of the upper panel 72. The skin layer 72b of the upper panel 72 may be covered with an edge 72c made of a material such as silk, hemp, or cotton at a portion corresponding to the edge of the upper panel 72. The upper panel 72 is formed of polystyrene foam or nonwoven fabric so that the main body layer 72a can be protected and the skin layer 72b, the edge 72c and the main body layer 72a of the upper panel 72 can be easily and integrally joined by sewing the final string. An auxiliary layer 72d provided below the main body layer 72a may be further included.

  The panel pedestal 74 supports the top panel 72 and may be composed of support columns 74a. The support column 74a is provided so as to hold the upper surface panel 72 by both the upper surface panel 72 along the connection direction of the piping panel 30 and the connection unit 50, and can be integrally coupled to the upper surface panel 72 by MOS or the like.

  The column 74a may be connected to the inflow portion and the discharge portion of the piping panel 30 to form a through portion 70b through which the pipe 20 of the main unit 10 passes, and for this purpose, a groove or a hole is formed. It may be processed, or may be divided into a plurality of parts around the penetrating portion 70b of the connecting unit 50 for the ease of manufacturing the column 74a.

  Further, the panel pedestal 74 can be implemented in various ways, such as a box shape with an upper surface open so as to be covered with the upper surface panel 72.

  Such a connection unit panel 70 can be covered or separated like a cover so that the pipe connection portion can be concealed, whereby the connection unit panel can be removed from the floor constructed by the floor panel system according to the present invention. In the state where only 70 or the upper panel 72 is taken out, the pipe 20 and the pipe 20 can be easily connected and separated.

In the above, the preferred embodiments of the present invention have been described by way of example. However, the scope of the present invention is not limited to such specific embodiments, and is appropriately within the scope of the claims. It can be changed.

Claims (12)

A connecting unit having a pipe connecting portion;
It is provided in a row along the connection unit so as to form a floor together with the connection unit, pipes are piped, and hot water or cold water flowing through the pipe flows into and is discharged from a portion connected to the connection unit. A plurality of piping panels each provided with an inflow portion and a discharge portion, wherein the pipes are interconnected via the pipe connection portions;
Only including,
The connection unit has a pipe connection space in which the pipe connection portion is provided, and includes a connection unit panel in which a through portion through which the pipe passes is formed,
The connection unit panel covers the pipe connection space, an upper surface panel whose upper surface forms one plane with the upper surface of the piping panel, and a lower side of the upper panel so as to form the pipe connection space together with the upper surface panel Including a panel cradle that supports the top panel,
The floor panel system according to claim 1, wherein the panel cradle includes a support column and is divided into a plurality of parts around the penetrating portion of the connecting unit panel so as to form a penetrating portion of the connecting unit panel . The connection unit is provided in any one of the plurality of piping panels along a vertical direction of a direction of a row of the plurality of piping panels.
The floor panel system according to claim 1, wherein an inflow portion and a discharge portion of the piping panel are provided side by side along a line direction of the plurality of piping panels.   The pipe panel includes a pipe layer on which the pipe is piped, a heat insulating layer provided on a lower side of the pipe layer, and a skin layer provided on an upper surface of the pipe layer and made of ridges. The floor panel system according to 1 or 2.   The floor panel system according to claim 3, wherein the piping layer is made of sawdust. The piping panel is provided between at least one of the piping layer and the skin layer and between the piping layer and the heat insulating layer,
The floor panel system according to claim 3, further comprising a moisture absorption layer made of sawdust capable of absorbing moisture.   The floor panel system according to claim 3, wherein the piping panel further includes a conductive layer provided between the piping layer and the skin layer and made of a copper plate.   The floor panel according to claim 3, wherein the piping panel further includes a reinforcing layer that is provided below the heat insulating layer and holds the entire shape of the piping panel while supporting the piping layer. system.   3. The connection unit according to claim 1 or 2, wherein the connection unit is configured as an integral type with respect to the plurality of piping panels or as a divided type that is divided into a plurality of parts so as to be separated from each other. The described floor panel system. The pipe of the piping panel is connected to one piping line through the pipe connecting portion,
3. The floor panel system according to claim 1, wherein the connection unit includes an inflow pipe and an exhaust pipe that are respectively connected to an inlet and an outlet of the piping line via the pipe connecting portion.   The floor panel system according to claim 1, wherein the pipe connecting portion includes a coupler to which the pipes are respectively coupled, and a connecting pipe provided between the couplers. The floor panel system according to claim 10 , wherein the coupler has an L shape. In the pipe connecting portion, the pipe is connected in a U-shape,
The floor panel system according to claim 1 or 2, wherein the pipe is connected to the pipe connecting portion in a straight line along a connecting direction of the piping panel and a connecting unit.

Images