JPS60109448A - Room partition structure - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a partition structure.

Conventional partition walls are constructed by fitting and supporting the upper and lower ends of metal studs into metal ceiling runners and floor runners.
Since wall plates are pasted on both sides of the studs, there is a problem that if the building experiences displacement between floors due to an earthquake, etc., the squeak between the metal runner and the studs will cause a loud metallic noise. Ta.

Furthermore, when attaching studs to partition walls, problems similar to those described above occur at the contact portions when attaching clips.

The object of the present invention is to provide a partition structure that solves the above-mentioned problems by using non-combustible non-metallic studs.

Embodiments of the present invention will be described below with reference to the accompanying drawings.

In the figure, A is a groove-shaped metal runner that is fixed to the ceiling and floor with open surfaces facing each other.

The runner A shown in ``2'' is a strip plate 1 and a side plate 2 that is connected from both side edges of the strip plate 1 and faces on one side of the strip plate 1.
, 2.

B is a stud made of non-combustible (raw non-metal) whose upper and lower ends are fitted and supported by the ceiling runner A and the floor runner A.

The above-mentioned space 1=FE B may be made of asbestos cement and formed into a prismatic shape, or may be made of a prismatic shape made by pasting diaphragm plates together.

In addition, by providing the groove 3 and the through hole 4 in the stud B as shown in the figure, it becomes lightweight and easy to handle.

C is an end clip that attaches the edge of the wallboard to the side plate 2 of runner A.

The above-mentioned end clip C includes a U-shaped fitting plate 5 that is fitted into the side plate 2, and a holding piece 6 that supports the wall board that is fitted by folding one end extension of this fitting plate 5 back into an L-shape. It is composed of.

E is an intermediate clip that attaches the lower edge of the wall board to the stud B.

``Niki's intermediate clip E connects the horizontal plate 7 interposed between the opposite lower edge of the wall board and the stud B that continues from this horizontal plate 7.
a pair of clamping plates 8 that sandwich and hold the
8, and a vertical plate 9 that extends from the horizontal plate 7 and circumscribes the surface of the wall plate, straddling the upper lower edge of the wall plate.

In addition, the above-mentioned horizontal plate 7, sandwiching plates 8, 8, and vertical plate 9 are as follows:
In the illustrated case, a slit 11 is made in one substrate 10, a pair of clamping plates 8.8 are protruded from the back side of the substrate 10, and a horizontal plate 7 and a vertical plate 9 are protruded from the front side of the substrate 10, respectively. However, it may be formed using other methods.

In addition, to secure the clamping plates 8, 8 to the stud B, a vertical groove 12 is provided in the stud B as shown in FIG.
In one case, the bent part 13 of the clamping plate 8 is fitted and engaged, and in the other, as shown in Figure 3, the bent part 13 is fitted into the step part 14 of the stud B.
In the case where the clamping plates 8 and 8 are held together as shown in the original diagram,
A slit is made in the slit, the inside of this slit is pushed out to the back side of the second clamping plate 8, 8, a V-shaped claw piece 15 is provided, and the tip of the claw piece 15 is bit into the stud N to remove it. There are times when you want to avoid it.

The partition structure according to the present invention has the following two configurations,
Next, to explain the construction method, one strip plate is installed on the ceiling and floor.
The runners A are fixed in parallel by driving nails (not shown) from the strip plate 1 into the ceiling and floor.

Thereafter, the upper and lower ends of the stud B are fitted and supported between the side plates 2, 2 of the runner A on the ceiling and floor, and the stud B is erected.

After that, the fitting plate 5 of the end clip C is fitted into the side wall 2 of the floor runner A, and then the lower edge of the wall board is fitted inside the holding piece 6 to support it.

Next, while pushing the clamping plates 8.8 of the intermediate clip E into both sides of the stud B, the clamping plates 8, 8 are engaged with the stud B.
Attach the intermediate clip E to the wall plate, and push down the intermediate clip E to circumscribe the vertical plate 9 on the upper edge surface of the wall board.

At this time, the horizontal plate 7 is brought into contact with the upper edge of the wall plate 1).

After that, the lower edge of the wall board is dropped into the inside of the vertical board 9 of the intermediate clip E to support it.

Repeat the above steps 9 times to attach the wall boards to the top of the sheet in sequence.

In addition, the upper edge of the uppermost wall board is supported by an end clear lug C.

As described above, according to the partition structure of the present invention, the upper and lower ends of the studs made of a non-combustible non-metal are fitted into the ceiling and floor runners to support them, and the clamping plates are pushed into the studs to support the studs. Attach the intermediate clip, fit and support the upper lower edge of the wall plate inside the vertical plate of the intermediate clip, and also connect the lower edge of the lowermost wall plate to the side wall of the floor runner via the end clip to the side wall of the ceiling runner. Since the upper edges of the topmost wall boards are each supported through end clips on the side walls, if interstory displacement occurs in the building due to the effects of an earthquake, etc., it will prevent the occurrence of metallic noise due to creaks between the studs and the intermediate clips. It can be eliminated.

In addition, the non-flammable non-metallic studs provide excellent sound insulation and fireproof construction.

[Brief explanation of drawings]

The drawings show the partition structure according to the present invention; FIG. 7 is an exploded perspective view, FIG. FIG. 3 is a longitudinal side view showing how a wall plate is attached. A...-7 runner, B...stud, C...end clip, D...wall plate, E...middle clip, 1...band plate, 2...side plate, 3...・Concave groove, 4...Through hole, 5・
... Fitting plate, 6... Holding piece, 7... Horizontal plate, 8.
... Sandwiching plate, 9... Vertical plate, 10... Substrate, 11.
...Slit, 12...Vertical groove, 13...Bending part, 1
4...Step part, 15...Claw piece patent applicant Kajima Corporation Kajima Corporation Manten Co., Ltd. Agent Kama 1) Bun 2

Claims (1)

[Claims] A groove-shaped runner fixed in parallel to the ceiling and floor, non-combustible non-metallic studs whose upper and lower ends are fitted and supported by the ceiling and floor runners, and a pair of non-metallic studs that are clamped and engaged with the studs. an intermediate clip comprising a horizontal plate having a clamping plate and a vertical plate protruding vertically from the front edge of the horizontal plate;
A wall plate whose opposite upper edge is fitted and supported inside the vertical plate of the intermediate clip, a fitting plate which is fitted into the side wall of the runner, and a wall plate which extends from this fitting plate in an L shape and circumscribes the upper and lower edge surfaces of the wall plate. A partition structure consisting of a holding piece and an end clip.