JP2007146505A - Panel of low partition or the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a panel capable of corresponding to any thickness even if the thickness of a board fitted to a groove of a frame body is changed in a panel such as a low partition or the like constituted by connecting a plurality of panels. <P>SOLUTION: The panel is formed such that a metal-made board 9 is fitted to a groove formed at the inside of a frame body framed by both metal-made vertical crosspieces and a plurality of horizontal crosspieces, the sectional shape of the groove is formed as a stepped groove 3, a corbel 10 of an approximately U-shaped cross section constituted of an elastic material such as rubber or the like is fitted to the stepped groove 3, and the metal-made board 9 is fitted to a space 14 between projected sections 11 and 11 formed at front ends of both side pieces of the corbel 10 and inserted therein. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a panel that constitutes a low partition and a general partition device, and relates to a panel on which a metal thin board or resin board can be selected and fitted.

  Partitioning devices are frequently used to partition large building spaces. There are various types of partitioning devices, but in general, a panel is placed on a baseboard supported at an appropriate height by an adjuster placed on the floor rail, and the upper end of the panel is fitted on the ceiling rail. The panel side edges are fixed to studs that stand vertically from the floor rail. The fixing method is screwing or a structure for hooking via a claw.

  In a room space partitioned by a partition device, a low partition is often used to create a private small space. The form of the low partition is also diversified according to the purpose of use, but is basically configured by connecting a plurality of panels in an arbitrary direction.

  Various forms exist for the panel of the partition device and the panel constituting the low partition. FIG. 6 is a specific example showing the panel constituting the low partition. (A) represents a panel, and the frame framed by both vertical bars (b) and (b) and a plurality of horizontal bars (c), (c) ) ・ ・ Is inserted. Adjuster screws (e) and (e) are attached to both sides of the lower end of the panel (a), and the height of the panel (a) can be adjusted by adjusting the adjuster screws (e) and (e). is there. These panels (a), (a),... Constitute a raw partition through connecting means as appropriate.

  By the way, if the board (d) is a glass plate, a groove is provided in both vertical bars (b) and (b) and both horizontal bars (c) and (c), and a gasket is provided in the groove. It fits. A glass plate is attached via the gasket. In this way, the glass plate is brittle in material and prevents damage, so it is elastic and can absorb some impact, and the vertical beam (b), (b) and horizontal beam (c) In order to avoid direct contact with (c), a gasket is required.

  However, when attaching a resin board or a metal board that is not brittle in material, a gasket necessary for attaching a glass plate is not necessary. On the other hand, the gasket protrudes from the vertical beam (b), (b), and the horizontal beam (c), (c) to the inner surface (f), (f). The appearance will be damaged.

The literature related to Japanese Utility Model Publication No. 7-32179 relates to “gasket”. This gasket has a structure that can be easily attached to a groove provided in a glass frame, and can cope with a change in glass thickness without generating a gap with the inner surface of the glass frame. The gasket is composed of two pieces, a glass holder and a glass presser. The bottom piece of the glass receiver has two legs, and these legs are fitted in the groove. The glass holder and the glass presser are on the inner surface of the glass frame. It will be in the state which protruded from.
"Gasket" according to Japanese Utility Model Publication No. 7-32179

  As described above, the conventional glass panel having the gasket and mounting the glass plate has the above-described problems. The problem to be solved by the present invention is this problem, and provides a panel such as a low partition in which the gasket does not protrude from the vertical beam and the horizontal beam and the appearance is not impaired. In addition, the present invention provides a panel that can cope with changes in the thickness of a board that fits into a frame.

  A panel such as a low partition according to the present invention is framed by both vertical bars and horizontal bars, and a board is fitted to the frame. Here, when the frame's horizontal rail is composed of only the upper and lower horizontal rails, or it may be configured with an intermediate horizontal beam between the upper and lower horizontal rails, the number of boards that fit into the frame is one. Or more than one. Then, a stepped groove is formed on at least one inner surface of both the vertical bars or the horizontal bars so that the boards can be fitted and attached even if the thickness of the board changes. That is, it has a plurality of grooves having different width dimensions.

  On the other hand, a receiving material having a substantially U-shaped cross section made of an elastic material can be fitted into the groove, and the board can be sandwiched and attached by both side pieces of the receiving material. That is, a thin board can be fitted into a groove formed in each crosspiece via a U-shaped cross-section receiving material. This receiving material is made of an elastic material such as rubber and has a structure in which a convex portion is formed at the tip of both side pieces, the convex portion is in contact with the board surface in a slightly compressed state, and the board is sandwiched.

  Here, the board attached to the panel of the present invention is a resin board or a metal board. In the case of a plastic board, the weight is light and the thickness dimension is somewhat, so it is fitted as it is using a stepped groove, and in the case of a heavy and thin metal board, it is sandwiched by a U-shaped cross-section receiving material It is structured to be installed in an open state. The U-shaped cross-section receiving material is fitted in the groove, and the end of the side piece has a dimension that does not protrude from the groove.

  The panel which concerns on this invention can use properly a resin board and a metal board as a board fitted and attached to the same frame. That is, in the case of a thin metal board, it can be fitted into the groove via a U-shaped cross-section receiving material, and in the case of a resin board, it can be directly fitted in a stepped groove formed on the crosspiece without using the receiving material. I can do it. Therefore, by selecting the board type, a panel such as a low partition suitable for the application can be configured.

  Also, since the grooves provided on each bar are stepped grooves, it is possible to fit resin boards with different thicknesses, and even metal boards can be attached even if their thickness changes. I can do it. In other words, the U-shaped cross-section receiving material is fitted into the stepped groove to form a gap between the groove inner surface, and when sandwiching a thick metal board, the side piece bends outward by the amount of the gap. You can Further, since the convex portions are formed at the tips of the both side pieces, it is possible to cope with the change in the thickness of the metal board sandwiched by the convex portions being compressed and deformed.

  The panel appearance of the low partition according to the present invention is the same as that in FIG. 6, and both vertical beams (b), (b) and upper and lower horizontal beams (c), (c), and intermediate horizontal beam (c), (C) It is comprised by the frame which framed in (...), and a resin board or a metal board fits and is attached to the space of this frame. And the stepped groove | channel which a board fits is installed in the inner surface of the vertical beam and horizontal beam which form space.

  FIG. 1 is an enlarged cross-sectional view of the upper horizontal crosspiece 1, which corresponds to the upper horizontal crosspiece (c) in FIG. The upper horizontal rail 1 is constituted by a hollow body having a substantially rectangular cross section, and concave and convex groove lines are formed in the longitudinal direction on both surfaces 2, and a stepped groove 3 is provided along the center of the inner side surface 16. That is, the first groove 4 having a width dimension of m and the second groove 5 having a width dimension of M are continuously formed, and a relationship of M> m is established.

  Accordingly, in addition to the groove bottom 7 of the first groove 4, step bottoms 6 a and 6 b are formed between the first groove 4 and the second groove 5. FIG. 1 is an enlarged cross-sectional view of the upper horizontal beam 1, but in the case of the lower horizontal beam, the stepped groove 3 is provided on the upper side, and in the case of the middle horizontal beam, the upper side beam is stepped on both the upper side and the lower side. Grooves 3 and 3 are formed. In the case of a vertical rail, the stepped groove 3 is provided only on the inner side surface, and the outer portion of the rectangular board is provided with the stepped groove 3, in the space surrounded by the two vertical rails and the horizontal rails 1,1. Fits on 3 ··.

  FIG. 2 shows a state in which the resin board 8 is fitted in the stepped groove 3 of the horizontal rail 1. (a) shows a case where a resin board 8a having a thickness of 4 mm is fitted in the first groove 4 having a groove width m, and (b) showing a case where a resin board 8b having a thickness of 5 mm is fitted in the second groove 5 having a groove width M. It is a case. Thus, the resin boards 8a and 8b having different thicknesses are fitted and attached to the first groove 4 or the second groove 5 of the stepped groove 3. Of course, it is possible to form a three-step groove instead of the two-step groove as shown in FIG.

  FIG. 3 shows a case where the thin metal board 9 is fitted in the stepped groove 3 of the horizontal rail 1. However, since the metal board 9 is as thin as 0.4 mm and cannot be directly fitted into the first groove 4 into which the resin board 8 a having a thickness of 4 mm is fitted, the receiving material 10 is used. The receiving member 10 has a U-shaped cross section, and convex portions 11 are formed at the ends of both side pieces.

  Although FIG. 4 shows the receiving material 10 alone, the material is a long material having a U-shaped cross section made of an elastic material such as rubber. Therefore, the receiving material 10 has both side pieces 12 and 12, and convex portions 11 and 11 are formed at the tips of the side pieces 12 and 12. There is a space 13 between the side pieces 12, 12, and a gap 14 formed between both convex portions 11, 11 is smaller than the space 13. And the receiving material 10 which is an elastic material can bend and deform | transform the side pieces 12 and 12, and the convex parts 11 and 11 can compress-deform.

  FIG. 5 shows an enlarged view of part A of FIG. The receiving member 10 having a substantially U-shaped cross section fits into the first groove 4, and both side pieces 12, 12 extend to the opening 15 side of the stepped groove 3, but extend from the opening 15 to the inner side surface 16 of the cross rail 1. It does not protrude. And although the metal board 9 is pinched | interposed into the space 13 between the convex parts 11 and 11 of the both-side pieces 12 and 12, the clearance gap between both the convex parts 11 and 11 is shown in the Example shown in FIG. 14 is slightly larger than the thickness of the metal board 9.

  However, the metal board 9 is not rattled by a slight gap between the gap 14 and the metal board 9. And when the thickness of the metal board 9 becomes large, both surfaces contact both the convex parts 11 and 11, and the convex parts 11 and 11 are compressed. Further, when the receiving material 10 is fitted in the first groove 4 of the stepped groove 3, gaps 17 and 17 are formed between the inner surfaces 18 and 18 of the second groove 5 at the tip and the convex portions 11 and 11. Yes.

  Accordingly, the side pieces 12 and 12 can be bent and deformed outward within the range of the gaps 17 and 17. When a metal board 9 that is thicker than the gap 14 formed between both convex portions 11 and 11 is fitted, the convex portions 11 and 11 are compressed and deformed, and the side pieces 12 and 12 are deformed outward and deformed to be thick metal. The board 9 can be sandwiched.

  In the embodiment described above, the upper crosspiece 1 has been described as an example. However, the stepped groove 3 is also formed in the vertical crosspiece, the lower horizontal crosspiece, and the middle horizontal crosspiece, and the resin board 8 is formed in the stepped groove 3. fit. Similarly, a receiving material 10 having a substantially U-shaped cross section is fitted into the stepped groove 3, and the metal board 9 can be sandwiched between the convex portions 11, 11 formed at the tips of the side pieces 12, 12 of the receiving material 10. Of course, it is also possible to construct a panel in which one resin board 8 or metal board 9 is fitted to a frame body that frames both vertical bars and upper and lower horizontal bars without using the middle and horizontal bars.

  On the other hand, in the above embodiment, the stepped grooves 3, 3... Are formed in both the vertical beam and the horizontal beam 1, but one of the beams may be used as the stepped groove 3. Rather, it is more common, and the resin board 8 and the metal board 9 do not rattle. Accordingly, the second groove 5 having a large groove width M is formed on the bar that does not have the stepped groove 3.

The example which shows the crosspiece cross-sectional enlarged view of a panel. When a resin board is fitted in a stepped groove formed in the horizontal beam. When a receiving material is fitted in a stepped groove formed in the horizontal beam, and a metal board is fitted through the receiving material. Receiving material with a generally U-shaped cross section. The A section enlarged view of FIG. Low partition panel.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Horizontal beam 2 Surface 3 Stepped groove 4 1st groove 5 2nd groove 6 Step bottom 7 Groove bottom 8 Resin board 9 Metal board
10 Receiving material
11 Convex
12 side pieces
13 space
14 Clearance
15 opening
16 Inner side
17 Clearance
18 Inside

Claims (3)

In a panel such as a low partition constructed by connecting a plurality of panels, the panel forms a groove on the inner surface of the frame framed by both metal vertical bars and a plurality of horizontal bars, and a resin board is formed. A panel that is fitted and has a stepped groove in the cross-sectional shape of the groove formed on at least one of the vertical beam and the horizontal beam. In a panel such as a low partition constructed by connecting a plurality of panels, the panel forms a groove on the inner surface of the frame framed by both metal vertical bars and a plurality of horizontal bars to form a metal board. A fitting material having a substantially U-shaped cross section formed by an elastic material such as a rubber having a stepped groove as a cross-sectional shape of a groove formed on at least one of the vertical beam and the horizontal beam. A metal board is inserted into the gap between the convex portions formed at the tips of the both side pieces of the receiving material, and the convex portions are prevented from protruding from the opening of the stepped groove. . The panel according to claim 1, wherein the stepped groove includes a first groove having a width dimension m and a second groove having a width dimension M.

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