JP2015045155A - Partition - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a partition being extremely simple in its assembly workability since a batten of a panel can be formed on the double sides simultaneously with assembly, adapted to uniformity as a principle of beauty, and also, without causing a crack and a recess since the panel does not directly touch with a frame material in a uniform attitude of having a double-side batten.SOLUTION: The partition is formed by framing the panel by the frame material of an extrusion section, and is formed with a dovetail groove for fitting the panel to its frame material in which fitting is executed via an attachment of the extrusion section, and the attachment is composed of a channel-shaped hard body stored in an opening part of the dovetail groove and a pair of soft fins slantingly projected in an inverse worship shape in both edge parts of a channel port, and the edge of the panel is inserted into the attachment, and both soft fins push-stop the panels as the batten.

Description

  The present invention mainly relates to a partition used at a border with an adjacent section in a veranda such as an apartment or an apartment.

  In condominiums and apartments where many partitioned buildings are arranged in the same building, they are constructed through a veranda that has handrails, but in order to ensure privacy, a gap is installed between adjacent sections.

  Conventionally, a partition such as a veranda as described above is a frame structure that is framed by left and right frame frames and upper and lower frames, and has an intermediate rail (referred to as an intermediate frame in the present specification). Although the panels are fitted vertically, dovetails for holding the panels are provided in frame materials such as the vertical frame, the upper and lower frames, and the middle frame so that the panels are not detached. Further, as a fixing means that does not rattle, a thick rubber bead is pushed into the gap between the fitting groove and the panel to stop it.

  However, in the case of the conventional partition as described above, the bead is used as a pressing edge as described above so that there is no inconvenience such as detachment of the panel and rattling, but it is very difficult to push the bead into a slight gap. Because it is a manual work, the bead 36 is used only on one side (the other is no bead, FIG. 6), and it is necessary to arrange a special worker who can be said to be specialized, and it takes time to push the bead. The workability was poor.

  As shown in FIG. 5, the completed partition is placed between the wall of the building frame and the handrail and connected to both by a metal fitting 38 and installed. However, since one side 40 of the panel is in contact with the hard frame member 42, particularly when external pressure is applied, the panel (calcal plate or the like) is liable to crack or dent. The panel is made of a material that is brittle while suppressing its strength so that it can be cut off from the need to secure an escape passage in case of emergency. Therefore, it can be said that it is desirable that the bead is placed on both sides from the viewpoint of strength and safety. However, this was not possible with beads.

  In addition, with regard to the aesthetic appearance, work mistakes in which the bead is unsightly twisted are unavoidable, and even if there is no work mistake, the bead is limited to one side, so that there is no bead between adjacent sections or between a pair of left and right. . This was a problem because it deviated from the basic principle of beauty (equality).

  In view of the actual situation as described above, the present invention enables the pressing of the panel on both sides simultaneously with the assembly, so that the assembly workability is also simple and conforms to equality as a principle of beauty, It was an object to provide a partition that does not cause cracks or dents because the panel does not directly touch the frame material in a uniform state with double-sided edges.

  In order to solve the above-described problems, the present invention provides an extruded profile in a partition formed by framing a panel with a frame of an extruded profile, and having a dovetail groove into which the panel is fitted. The attachment is made through the attachment, and the attachment has a channel-like hard main body that fits in the opening of the dovetail, and a pair of soft protrusions that are inclined in a back-fitting manner at both edges of the channel opening. Provided is a partition comprising a fin, wherein the edge of the panel is inserted into the attachment, and both soft fins are used as pressing edges to hold the panel.

  Since the partition is configured as described above, the frame material is assembled into a predetermined shoji structure, and at the same time, the attachment is inserted into the dovetail and the edge of the panel is inserted into the attachment. If it does so, it will become an equivalent double-sided pressing structure in which a soft fin is pressed on a panel on both surfaces.

  As described above, according to the partition of the present invention, it is possible to press the panel on both sides at the same time as the assembly, and the assembly workability is also simple, so there is no need to arrange skilled professional workers. In addition, because it conforms to equality as a principle of beauty, it is suitable for use in adjacent sections, and with a double-sided ledge, the panel is held with a soft fin, so even a fragile panel that can be kicked is cracked or dented There is an excellent effect that it does not occur.

It is the disassembled perspective view which fractured | ruptured the one part which showed the assembly procedure of the partition which concerns on this invention. It is the expanded sectional view which showed the principal part similarly in the assembly point. It is a front view of the partition which shows the same assembled state. It is an expanded sectional view of the AA line arrow of the same figure. It is sectional drawing of the veranda which shows the use condition of a partition. It is explanatory drawing of a prior art example.

  In the present invention, the panel 1 is a calcium or gypsum board that can be torn, and unlike glass, it has high friction and light weight. Holds stably.

  The frame members 9, 11, and 13 that serve as the framework of the partition are not particularly limited in shape as long as the dovetail groove 19 is provided at a predetermined location. For example, although the shape which has the horizontal walls 15 and 15 in two steps was shown in the following Example, a one-step horizontal wall may be sufficient.

  The drawing is generally implemented as a partition P used for partitioning a veranda (see FIG. 5), and the main body frame 1 is a shoji type, and is vertically attached via attachments 5, 5,. The panels 3 and 3 are fitted into the front and back, and the panel is protected on both sides. This is the difference from the conventional bead (FIG. 6).

  The main body frame 1 is assembled from left and right frame frames 9 and 9, upper and lower frames 11 and 11, and an intermediate frame 13 each made of an extruded aluminum material. Each frame has the same cross-sectional shape, and thus costs are reduced by the same shape.

  The cross-sectional shape of the profile is a basic shape having a pair of upper and lower connecting lateral walls 15, 15 between both side walls 14, 14. A dovetail groove 19 having pieces 17 and 17 is formed. Further, a screw pocket 21 for assembling as the main body frame 1 is provided on one of the connecting lateral walls 15.

  The attachment 5 is a long channel-shaped member extruded from, for example, plastic (for example, hard vinyl chloride resin), and forms a channel-shaped hard main body 23 that fits in the mouth of the dovetail 19. A soft fin (for example, made of soft vinyl chloride resin) 25, 25 is provided integrally. Moreover, the hard main body 23 forms the inner edge 27 and the outer collar 28 which protrude inward and outward by forming a mouth edge part in a T-shaped cross section.

  The soft fins 25, 25 are projected from the inner ends of the mouthpieces 27, 27, both of which are inclined so as to fall in the shape of reverse worship, and are formed thinner toward the tip. Therefore, the non-return action works strongly so as not to escape to the panel 3. The outer casing 28 is hung on both edge pieces 17 and 17 of the frame material, and a pair of engaging protrusions 29 under the both edge pieces 17 are provided below the outer flange 28. In addition, the engaging ridges 29 and 29 are formed in the cross-sectional mountain shape so that it may pass along with the elastic deformation of the hard main body 23.

  FIG. 1 shows a part of the partition P in the assembling procedure, and the panel 3 is fitted together with the attachment 5 in the procedure of assembling the main frame 1. At this time, the attachment 5 is fitted into either the panel 3 or the dovetail 19 in advance. Since the protruding protrusions 29 and 29 are provided on the outer surface, they can be fitted in the dovetail groove 19 first and stopped in a state where they do not fall off. The soft fins 25, 25 have a reverse wrinkle retaining shape (a shape that does not easily come off when inserted), and there is also a frictional effect that does not move, so it is often preferable to stop the panel 1 first. FIG. 1 shows a case where the panel 1 is stopped first (see arrow).

  In the assembled state, the target structure appears identically on the front and back sides, so that the same structure can be seen from both sides (FIGS. 3 and 4). A long cap 40 and a short cap 42 are fitted to the upper end.

P Partition 1 Body frame 3 Panel 5 Attachment 9 Hail frame (frame material)
11 Upper and lower frames (frame material)
13 Middle rail (frame material)
17 Both mouth piece 19 Dovetail 23 Hard body 25 Soft fin 27 Inner flange 28 Outer flange 29 Convex

Claims (3)

  In the partition formed by framing the panel with the frame material of the extruded shape, and the dovetail groove in which the panel is fitted to the frame material is formed, the attachment is made via the attachment of the extruded shape, and the attachment is , Consisting of a channel-shaped rigid body that fits in the opening of the dovetail and a pair of soft fins that project from both sides of the channel port in a slanting manner, and the edge of the panel is inserted into the attachment A partition which is characterized in that both soft fins are used to hold down the panel as pressing edges.   The upper and lower ends of both sides of the channel shape of the attachment are characterized by projecting an outer hook that hooks on both edge pieces of the lip groove of the frame material and a protruding ridge that passes under and engages with it. The partition according to claim 1. The partition according to claim 1 or 2, wherein an inwardly extending inner flange protrudes from the upper ends of both sides of the channel shape of the attachment, and a soft fin protrudes downwardly from the tip of the inner flange.

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