JP5598090B2 - Panel radiator unit and its installation structure - Google Patents

Description

  The present invention relates to a panel radiator unit and an installation structure thereof, and more particularly to a panel radiator unit for wall heating and an installation structure thereof.

  JP-A-2002-162050 discloses a panel radiator for wall heating, in which a panel radiator unit is directly attached to a wall with an L-shaped fixing bracket. The panel radiator of the same publication has a structure in which a large number of sub pipes are bridged horizontally between a pair of vertical main pipes. The L-shaped fixing bracket is attached to the vertical main pipe, and the fixing bracket is fixed to the wall by screws.

JP 2002-162050 A

  The panel radiator disclosed in Japanese Patent Laid-Open No. 2002-162050 is dedicated to wall mounting, and the panel radiator itself cannot be installed in the form of a partition panel.

  An object of this invention is to provide the panel radiator unit which can be installed in the shape of a partition panel, and its installation structure.

The panel radiator unit of the present invention (Claim 1) includes an upper angle and a lower angle, a frame-like frame installed in the vertical direction, an upper header installed on the lower surface side of the upper angle of the frame, A plurality of lower headers disposed above the lower angle of the frame and connected to the lower angle via a tension coil spring, and a polybutene pipe or a cross-linked polyethylene pipe laid between the upper header and the lower header Radiating pipe, an upper adjuster projecting upward from the upper part of the frame, a lower adjuster projecting downward from the lower part of the frame, and the upper header and the upper adjuster provided at the upper part of the frame An upper cover that conceals the lower header and the lower adjuster, which is provided at the lower part of the frame. A lower cover, a harmonica-shaped cross-section that is provided between the upper header and the lower header and includes a pair of parallel main plate surfaces and a plurality of rib portions that connect the main plate surfaces to each other. And a translucent through panel in which the heat radiating pipe is inserted between the rib portions .

The installation structure of the panel radiator unit of the present invention (Claim 2 ) is the installation structure of the panel radiator unit in which the panel radiator unit of Claim 1 is erected between the ceiling and the floor, and the upper and lower adjusters. By projecting from the frame, the panel radiator unit is fixed to the ceiling and the floor in a stretched state.

The installation structure of the panel radiator unit according to claim 3 is characterized in that, in claim 2 , the hot water piping routed under the floor is connected to the lower header through an opening in the floor below the frame. It is.

  The panel radiator unit of the present invention includes a frame-shaped frame, an upper header and a lower header respectively provided on the upper and lower portions of the frame, a heat radiating pipe laid between the upper header and the lower header, Since the adjuster provided on the frame is provided, the panel radiator unit can be fixedly installed between the ceiling and the floor by projecting the adjuster.

  This panel radiator unit can be installed not only at a position along the wall but also at a position separated from the wall in the form of a partition. When the panel radiator unit is installed in a partition shape, the rooms on both sides of the panel radiator unit can be heated.

  The aesthetics are improved by providing the frame with an upper cover, a lower cover and a through panel.

  Moreover, by making this through panel translucent, the transmittance of far-infrared radiation radiated from the heat radiating tube is increased, and the heating efficiency is improved.

It is a perspective view which shows the panel radiator unit of the state which mounted | wore the cover, and its installation structure. It is a perspective view which shows the panel radiator unit in the state which removed the cover, and its installation structure. It is a perspective view of the state which looked up from the lower part which shows the structure of the upper part of a panel radiator unit. (A) The figure is sectional drawing of the location along the IV-IV line in FIG. 1 of a panel radiator unit, (b) figure is sectional drawing of a through panel.

  The embodiment will be described below with reference to FIGS.

  As shown in FIG. 1, a panel radiator unit 3 is erected between the floor 1 and the ceiling 2. As shown in FIGS. 2 and 3, the panel radiator unit 3 includes a rectangular frame 4, an upper header 5 installed on the upper part of the frame 4, and a lower part installed on the lower part of the frame 4. Header 6, heat radiating pipe 7 installed between upper header 5 and lower header 6, adjuster 8 projecting from the upper and lower parts of frame 4, through panel 20 through which heat radiating pipe 7 is inserted, etc. It has.

  The frame 4 is preferably made of an extruded material of light metal such as aluminum, and includes a pair of vertical angles 4a and 4a and an upper angle 4b constructed between the upper ends of the vertical angles 4a and 4a. The lower angle 4c erected between the lower ends of the angles 4a and 4a. The upper angle 4b may be omitted, the upper header 5 may be installed between the upper ends of the vertical angles 4a and 4a, and the upper ends of the upper header 5 vertical angles 4a and 4a may be connected.

  Although illustration is omitted, nuts are fixed to the upper and lower ends of the vertical angles 4a and 4a. The adjuster 8 is screwed into the nut and can be screwed up and down. The adjuster 8 is composed of a long bolt, and the protrusion length from the frame 4 is adjusted by rotating.

  The upper header 5 is attached to the lower surface side of the upper angle 4b by a mounting bracket (not shown). In this embodiment, the heat radiating tube 7 is made of a synthetic resin tube such as polybutene or crosslinked polyethylene. Each heat radiating tube 7 is inserted into the insertion hole 23 of the through panel 20, and the upper end and the lower end of each are connected to the upper header 5 and the lower header 6 by joints (not shown), respectively.

  The through panel 20 is made of a translucent synthetic resin such as polycarbonate. As shown in FIG. 4B, the through panel 20 has a harmonica-shaped cross section having a pair of parallel main plate surfaces 21 and 21 and a rib portion 22 connecting the main plate surfaces 21 and 21 to each other. The space between adjacent rib portions 22 is an insertion hole 23 of the heat radiating tube 7. The rib portion 22 is perpendicular to the main plate surface 21. The left and right side edges of the through panel 20 are held by the frame 4 by engaging with grooves (not shown) provided on the inward surfaces (opposing surfaces) of the vertical angles 4a, 4a. It may be held by fastening or the like. The insertion hole 23 extends in a direction parallel to the vertical angle 4a.

  The lower header 6 is connected to the lower angle 4 c via a tension coil spring 10. The lower header 6 is located a predetermined distance above the lower angle 4c, and there is a predetermined gap between the lower header 6 and the lower angle 4c. The elongation when the tube 7 is expanded by thermal expansion is absorbed. One end of the hot water circulation pipes 12 and 13 that have passed through the opening 11 of the floor 1 and the opening (not shown) of the lower angle 4 c is connected to the lower header 6. The pipes 12 and 13 are made of a synthetic resin such as polybutene or crosslinked polyethylene, and the other ends are connected to a boiler or a branch header (not shown).

  In order to stand the panel radiator unit 3 between the floor 1 and the ceiling 2 in a partitioning manner, the frame 4 including the headers 5 and 6, the heat radiating pipe 7, the through panel 20, the adjuster 8, and the coil spring 10 is used. Stand up at the position where the radiator unit will be installed. It should be noted that a fixed seat 9 or packing made of rubber, synthetic resin or the like is preferably interposed between the lower adjuster 8 and the floor 1 and between the upper adjuster 8 and the ceiling 2. Next, with the panel radiator unit 3 supported so as to be vertical, the adjuster 8 is rotated to project, and the panel radiator unit 3 is stretched and fixed between the floor 1 and the ceiling 2.

  Next, the hot water circulation pipes 12 and 13 are connected to the lower header 6. Thereafter, the cover 16 is attached to the upper part of the frame 4, the cover 17 is attached to the lower part of the frame 4, and the headers 5 and 6 are hidden. These covers 16 and 17 are fixed to the frame 4 by, for example, screwing.

  In the panel radiator unit 3 configured as described above and the installation structure thereof, the partition-like panel radiator unit can be easily erected vertically at a desired location in the room.

  In this panel radiator unit 3, since the headers 5 and 6 are concealed by the covers 16 and 17, and the heat radiating tube 7 is covered by the translucent through panel 20, the aesthetic appearance is excellent.

  Heat is radiated from both surfaces of the panel radiator unit 3 by circulating hot water through the heat radiating pipe 7 of the panel radiator unit 3. Since the through panel 20 is translucent, the far infrared rays from the heat radiating tube 7 are efficiently emitted into the room. By passing warm water, the heat radiating pipe 7 expands due to thermal expansion, and when the hot water flow is stopped, the heat radiating pipe 7 contracts and shortens, but the expansion and contraction of the heat radiating pipe 7 is absorbed by the spring 10. .

  The above-described embodiment is an example of the present invention, and the present invention may be other than illustrated.

  For example, the hot water circulation pipe may be routed around the ceiling instead of under the floor. Further, the number of the heat radiating pipes 7 may be other than illustrated. Instead of connecting the lower header 6 and the lower angle 4c with the spring 10, the upper header 5 may be connected to the upper angle 4b with a spring. The vertical angle 4a may be cylindrical.

  The panel radiator unit of the present invention may be erected along the wall.

1 Floor 2 Ceiling 3 Panel Radiator Unit 4 Frame 5 Upper Header 6 Lower Header 7 Radiator 8 Adjuster 20 Through Panel

Claims (3)

A frame-like frame that has an upper angle and a lower angle and is installed in the vertical direction;
An upper header installed on the lower surface side of the upper angle of the frame;
A lower header disposed above the lower angle of the frame and connected to the lower angle via a tension coil spring ;
A plurality of heat radiating pipes made of a polybutene pipe or a crosslinked polyethylene pipe laid between the upper header and the lower header;
An upper adjuster protruding upward from the top of the frame ;
A lower adjuster projecting downward from the lower part of the frame;
An upper cover provided on an upper portion of the frame and concealing the upper header and the upper adjuster;
A lower cover provided at a lower portion of the frame and concealing the lower header and the lower adjuster;
Adjacent rib portions having a harmonica-shaped cross-sectional shape provided between the upper header and the lower header and including a pair of parallel main plate surfaces and a plurality of rib portions connecting the main plate surfaces. A panel radiator unit comprising: a translucent through panel in which the heat radiating tube is inserted . A panel radiator unit installation structure in which the panel radiator unit of claim 1 is erected between a ceiling and a floor,
An installation structure of a panel radiator unit, wherein the upper and lower adjusters are protruded from a frame and fixed to a ceiling and a floor in a state where the panel radiator unit is stretched. 3. The panel radiator unit installation structure according to claim 2, wherein the hot water piping routed under the floor is connected to the lower header through an opening on the floor surface below the frame.

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