JPH0351452A - Panel unit for partitioning and work method for partitioning - Google Patents

Abstract

PURPOSE:To save labor at a work site by setting each panel on the both surfaces of a frame, concurrently shifting each panel with respect to the frame by a specified dimension at the side end peripheral section, thereby forming an engaging projected and an engaging recessed section for joining. CONSTITUTION:Core members 2 are framed into a rectangular shape so that a frame work 3 is thereby formed. Then, panels 4 are set onto the both surfaces of the frame work 3 while a panel unit 1 is thereby formed, and the panels 4 are concurrently shifted by a specified dimension with respect to the frame work 3 so that an engaging periphery 5 is thereby projected to one side of the unit 1 while a vertical groove 6 is formed at the other side of the unit. Successively, after the unit has been built up between the upper and lower slabs indoors by the use of anchors 9, the vertical groove 6 is engaged with the periphery 5 of the following panel 1 while being fixed with screws so as to be connected. Furthermore, combining sections with existing walls, the external angle corners of the relative panels and T-cross sections are connected with one another via a lead piece 12 and the like. By this constitution, accuracy in production phase can be enhanced, and manhours required at a work site and the kinds of workers can be reduced.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Application for Industrial Professionals] The present invention relates to a panel unit used for partitioning rooms in an apartment complex, and a partition construction method using the panel units 1 to 1.

[Prior Art] Previously, indoor partitions were created by first constructing a base such as a wooden frame on the partition area, and then attaching panels to the base.

[Problems to be Solved by the Invention] In such conventional technology, the base material is brought into the room and processed and assembled, which requires labor to construct the partition, and also requires manpower to carry out the cuttings. There were some difficulties in the construction process, such as when it was necessary to use the building.

[Problems to be Solved by the Invention] This invention was devised to solve the above-mentioned conventional construction problems, and its purpose is to eliminate the need for indoor foundation assembly, and to reduce the number of A panel unit for partitioning that allows workers to divide rooms in a rational manner, and a partition IJ for that panel unit.
l! i[To provide a method.

[Means for Solving the Problems] One of the inventions according to the above-mentioned object is to frame a rectangular core material with a rectangular cross section, and provide panels of a required thickness on both sides of a frame body that can be butted against each other. This consists in constructing a connit for a partition, which is stretched and has a mating edge formed by a vertical groove protruding from the edge of the panel on one side, and a vertical groove formed by the edge of the panel on the other side. .

Another aspect of the present invention is to erect the above-mentioned partition panels at predetermined locations in the room and fix them to the upper and lower slabs, and erect adjacent panel units to the panel units so that the panels touch each other. After fitting both panel units to each other using the fitting edges and vertical grooves until the end, and then fixing the adjacent panel units to the upper and lower slabs, the process of erecting the next panel unit and mutual fitting and fixing is repeated. This is a method of partitioning a room.

In addition, in the construction method of the present invention, adjacent panel units are fixed to each other at their mating parts, and the protruding corners are shaped with the mating edges of the panels, and the two mating edges that are perpendicular to each other are shaped. Corner 3 Part of the panel unit can be fixed and constructed, and the T-shaped intersection can be constructed by installing a vertical beam on the side of the 10,000 panel unit [~, and fitting the vertical groove of the other panel unit into this vertical frame. Can be constructed together.

[Function] The required number of partition panel units 1 to 1 with the above structure can be connected in order while being built by fitting their side edges together, and indoor partition work can be done by repeating building and fixing. As a result, the number of work at the construction site is less than when starting from the ground assembling, there is no need to carry out extra partition materials, so there is no waste in the work, and the number of workers required for construction is also reduced. It also saves labor, has high construction accuracy, and provides a good finished product.

[Example 1] As shown in FIGS. 1 and 2, a panel unit 1 for partitioning includes a frame 3 formed by framing a rectangular core material 2 with a rectangular cross section, and a frame 3 of the frame 3. Stretched on both sides,
Consisting of thick panels 4, 4 that can be butted together,
, 9 These panels 4, 4 are stretched horizontally with respect to the frame by a required dimension, so that one side of the panel unit 1 has a fitting edge 5 formed by a vertical frame protruding from the edge of the panel. The other side is formed into a longitudinal groove 6 by the edge of the panel.

To construct an indoor partition using such panel units 1, a pre-prepared number of panel units 1 are built into the room as shown in FIG. 3, and upper and lower slabs 7.8
Fix it using the anchor 9. Further, the gap between the upper slab 7 and the upper slab 7 is filled with a filler 10 for backup.

When the construction is to be carried out sequentially from the end, as shown in FIG. 4, the preceding piece 12 is set vertically on the wall 11, etc., and the vertical groove 6 of the panel unit 1 is fitted into it to temporarily hold it.

Next, to connect the panel units to each other, as shown in FIG. Then, the fitting portion is fixed with a screw 13.

8 By repeating such erection and fixing, the partitioning with the required number of panel units 1 is completed, but when there is a protruding corner, as shown in FIG. The panel units 1.1 on both sides are built in advance so that the fitting edges 5 are positioned perpendicular to each other.
, 5, and screw the screw 1
Stop by 3.

In addition, at the T-shaped intersection, as shown in FIG.
5 is attached, and the vertical groove 6 of the other panel unit 1 intersecting with this vertical beam 15 is fitted.

Although it is omitted in the drawing, if it is necessary to install an outlet in a part of the partition, remove the panel in that area in advance and install the outlet. ■Later, attach the panel. When it comes to wiring, etc., it is also possible to run an electric wire as a backup line up to the switch mounting point on the panel.

[Effects of the Invention] As described above, the present invention constitutes a partitioning panel unit by the frame and the panel, and connects the required number of panels by fitting their side edges together and erects them in order to complete the partitioning of the room. Because it has been made possible to do this, it requires less labor than the conventional method of starting the partition work by assembling the base.
In addition, there is no need to carry out extra partitioning materials, so there is no waste in the work at the construction site, and the number of workers and types of workers required for construction are also reduced, making it easier to arrange workers and save labor. You can also do it.

In addition, because the panel units are manufactured in a factory, dimensional accuracy is high, and projecting corners and T-shaped intersections can be easily constructed by supplementing materials, making it possible to complete partitions in a shorter construction period than before. has.

[Brief explanation of drawings]

The drawings illustrate the partitioning panel unit and partition installation method of the present invention, and FIG. 1 is an exploded perspective view of the panel unit, FIG. 2 is a plan cross-sectional view, and FIG. 4 is a plan sectional view of the built-in end, FIG. 5 is a plan sectional view showing the connections between panel units, FIG. 6 is a plan sectional view of the protruding corner, and FIG. 7 is a T-shaped section. FIG. 3 is a cross-sectional plan view of the intersection. 1 1 1 1...Panel unit for partition 2.
・・・・・・・・・Core material 3・・・・・・・・・
・Frame 4...Panel 5...
・・・・・・Mating edge 6・・・・・・Vertical groove
7...Top slab 8...
・Lower slab 9・・・・・・Anchor 3・
・・・・・・・・・Screw screw 4・・・・・・Corner part shrine 5・・・・・・Vertical beam

Claims (5)

[Claims] (1) Consists of a frame formed by framing a core material with a rectangular cross section into a rectangular shape, and panels of a required thickness that can be butted against each other.The panels are stretched on both sides of the frame, and the panel end is placed on one side. 1. A partitioning panel unit comprising a unit having a fitting edge formed by a vertical frame projecting from the edge and having a vertical groove formed by the panel edge on the other side. (2) A panel unit for partitioning according to claim 1,
Erect the panel unit in a predetermined position in the room and fix it to the upper and lower slabs, erect the adjacent panel unit to that panel unit, fit both panel units together using the fitting edges and vertical grooves until the panels touch each other, and then install the adjacent panel unit. A partition construction method characterized by fixing panel units to upper and lower slabs, and then repeatedly erecting the next panel unit and fitting and fixing the panel units to each other to partition a room. (3) The partition construction method according to claim 2, wherein adjacent panel units are fixed to each other at fitting portions. (4) The partition construction method according to claim 2, wherein the protruding corner of the partition is formed by the fitting edge side of the panel unit, and the corner member is fixedly attached over both fitting edges that are orthogonal to each other. (5) The partition construction method according to claim 2, wherein the T-shaped intersection of the partition is constructed by providing a vertical crosspiece on the side surface of one panel unit and fitting the vertical groove of the other panel unit into the vertical crosspiece.