JPH0623609Y2 - Partition panel - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial application field) The present invention relates to a partition panel used for partitioning a school building into classrooms and corridors, or partitioning into a plurality of classrooms.

(Prior Art and Problems) Most of the new school buildings recently built have a structure made of reinforced concrete with metal panels to divide into a plurality of classrooms or a classroom and a corridor.

This is a result of reducing costs and harmonizing durability, but the metallic panel feels cold in appearance, and since the heat conduction is good, the panel itself becomes cold in winter and hot in summer. There was a problem in creating an environment as a school building.

Even if the structure of the school building is made of reinforced concrete, partitioning with wood will alleviate the above problems.

However, to perform partitioning with wood, carpentry work is mainly performed on site, which requires a long construction period, which leads to high costs, and there is a new problem that the construction state varies and quality is not constant.

The present invention clarifies a partition panel that can solve the above problems all at once.

(Means for Solving the Problem) The partition panel of the present invention is a partition panel for horizontally partitioning a unit panel (1) by horizontally connecting the unit panels.
(1) is a rectangular panel frame (2) formed by an upper frame (21), a lower frame (22), a horizontal rail (9) and both vertical frames (23), a sliding door (4), a glass shoji
The vertical frame is formed by fitting the panel main body such as (3) and the closing plate (5).
The surface of (23) is made of wood, and the cross rail (9) and upper frame (21)
And the lower frame (22) is a metal rod (91) (21b) over the entire length.
(22c) has, and at least both sides of the cross rail (9) and the upper frame (21) are covered with a wood material, and on the upper and lower surfaces of the metal rod (91) of the cross rail (9). Grooves (94) (96) on the metal surface, into which the upper end or the lower end of the panel main body is fitted, are formed, and each unit panel is connected by a cuboid (50) formed by bending a metal plate.

(Operation and effect) The unit panel (1) is a vertical frame that is a conspicuous part of the panel frame (2).
(23), the surface of the upper frame (21) and the cross rail (9) are made of wood, and the panel main body is fitted into the panel frame (2). By doing so, it is possible to create a warm taste in the room.

The upper frame (21), the horizontal rail (9), and the lower frame (22) each have a metal rod (91) (21b) (22c) on the inside over the entire length, and the panel frame (2)
It is possible to increase the strength and prevent the warp of the wood material on the surface, and enhance the durability.

Adjacent panels (1) (1) are the outer grooves of the vertical rods (21) (21) of each other.
Since the metal cube (50) common to (26) is fitted and assembled, the assembly is easy and the strength of the entire partition panel can be improved.

The unit panel (1) can be mass-produced in the factory in advance, the quality is constant, and the construction efficiency on site is improved.

(Example) FIG. 1 shows four vertically long unit panels in a horizontally long partition space (6) between columns (7) and beams (71) of a reinforced concrete structure.
It shows a state where (1) is laterally connected without a gap and a partition is applied.

The unit panel (1) is mass-produced in the factory, and the two panels (1) (1) at both ends and the two intermediate panels (1a) (1a) are of the same type.

Each panel (1) has a cross rail (9), and the end panel (1) has two glass screens (3) mainly on the upper part thereof, and a sliding door with a glass window (similarly on the lower part) with a glass window (3). 4) is fitted.

A glass shoji (3) similar to the end panel (1) is fitted to the upper part of the intermediate panel (1a), and a closing plate (5) is fitted to the lower part.

As shown in FIG. 6, the frame body (31) of the glass shoji (3) is made of wood, and a rubber contact member (32) is attached to the outer end of each frame body over the entire length.

As shown in FIG. 5, the sliding door (4) is formed by sandwiching the paper core (42) between two veneer plates (41) (41) or plywood, and surrounding it with an aluminum frame (43). It has a glass window (45).

At the outer edge of the sliding door (4), a rubber-made contact member (4
4) is installed.

The blocking plate (5) is made up of the paper core (51) and two veneer plates (52) (52).
Alternatively, a vertical frame formed by sandwiching between plywood plywood with the edge described later.
It fits in the inner groove (25) of (23).

The wooden panel frame (2) of each unit panel is the upper frame (21) and the lower frame.
(22), both vertical frames (23) and a horizontal crossbar provided on the upper part between the vertical frames (23)
It is formed into a vertically long rectangular body by (9).

The vertical frame (23) is formed of wood, and the inner groove (25) and the outer groove (26) are opened along the entire length of the inner surface and the outer surface.

In the inner groove (25) of the end panel (1), the contact part of the end of the glass shoji
(32), the contact part (44) at the end of the sliding door (4) fits, and the outer groove (2
The connection (6) is fitted with a connecting stand (50) or a supporting rod (72) described later.

The upright (50) is formed into a rod having a hollow rectangular cross section so that the metal plate is bent to fit tightly into the outer groove (26) of the unit panel (1) (1a). It has the same length as the vertical length of.

As shown in Fig. 3, the upper frame (21) of each panel is the wooden upper frame body (2
A metal rod (21b) is fitted and fixed in a groove (21d) opened in the entire length of the lower surface of 1a), and a guide groove (21c) is formed in the metal rod (21b).

The upper edge of the glass shoji (3) (3) is slidably fitted in the guide groove (21c) of the upper frame (21).

The horizontal rail (9) of each panel is a hollow metal rod (91) in the shape of a substantially rectangular tube formed by extrusion of aluminum and a wooden decorative plate (98) (98) attached to both end faces of the metal rod. ) And.

Extend the protruding piece (92) in the width direction on the upper and lower surfaces of the metal rod (91),
Furthermore, the upper protruding piece (92) faces upward, and the lower protruding piece (92)
Bends downward, and the shallow groove (94) between the upper bending pieces,
Form a deep groove (96) between the lower protruding pieces and
Two rails (95) are provided on the (94), and a partition plate strip (97) that bisects the width direction is projectingly provided in the lower groove portion (96).

The lower edge of the glass shoji (3) is fitted in the groove (94) on the upper surface of the horizontal rail (9), and the door roller (31) is rollably fitted in the rail (95).

The upper end of the sliding door (4) is slidably fitted in the groove (96) on the lower surface of the horizontal rail (9) of the end panel (1), and the groove ((6) on the lower surface of the horizontal rail (9) of the intermediate panel (1a) ( The upper edge of the closing plate (5) is tightly fitted in 96).

Fitting grooves (90) (90) are formed between the upper and lower protruding pieces (92) (92) on both end surfaces of the metal rod (91) of the horizontal rail, and the groove extends over the entire length of the metal rod (91). A wooden decorative plate (98) is fitted and fixed.

The vertical width of the decorative plate (98) is the upper and lower bent pieces (93) (93) of the metal rod (91).
Of the wide ridges (9
9) is fitted in the fitting groove (90).

As shown in FIG. 2, the lower frame (22) of the end panel (1) is formed of a metal rod (22c) formed by bending a metal plate, and the rail (220) on the upper surface of the rod is provided with a sliding door (4). The door roller (40) is fitted so that it can roll.

As shown in FIG. 3, the lower frame (22) of the intermediate panel (1a) is the horizontal rail.
Similar to (9), the lower edge of the closing plate (5) is fitted in the groove portions (221) on both sides of the hollow metal rod (22c).

The wood portion of the panel frame (2) is formed of laminated wood with less warpage and deviation (in the drawing, the cross-section of a single piece of wood is shown to make it easy to recognize that it is wood).

Thinned wood can be used for laminated wood, which can reduce costs, but it is also possible to use muku wood.In this case, transparent resin or resin colored so as not to erase the wood grain is impregnated to obtain strength and aesthetics. It is designed to improve the surface quality and prevent surface contamination.

However, the support rod (72) is fixed close to the pillar (7) of the opening (6) to be partitioned, and the unit panel (1) is attached to the support rod (72).
Fit the outer groove (26).

Next, set the outer groove (26) on the opposite side of the unit panel (1) upright (5
0) is tightly fitted and the cuboid (50) is projected from the groove (26).

The two unit panels (1) are connected to each other by fitting the outer groove (26) of the next panel into the protruding portion of the upright (50).

Repeat the above procedure to fill the opening width Unit panel (1) (1a)
And the supporting rod is fitted to the outer groove of the last panel as described above.

Both support rods (72) of the opening are fixed to the pillar (7) with concrete or the like.

As shown in FIG. 2, the vertical groove (23) of the end panel (1) is previously provided with fitting grooves (28) on both front and back surfaces over the entire length, and the frame material (73) is fitted into the grooves (28). This can improve the aesthetics.

In addition, in the groove (8) formed between the adjacent unit panels (1) (1a) and the upright (50), the closing strip plate (82) in which the insertion legs (81) (81) are provided in a protruding manner. ) Can be fitted to hide the groove (8).

The unit panel (1) is a vertical frame that is a prominent part of the panel frame (2).
The surfaces of (23), upper frame (21) and cross rail (9) are made of wood, and the panel main body is fitted into this frame (2). By doing so, it is possible to create a warm taste in the room.

In the present invention, both sides of the cross rail (9) have wood grain exposed,
The effect of adding warmth to the room is great.

In addition, the wood panel of the present invention has a better heat insulation effect than the metal panel, so that the cooling and heating effect can be improved.

The upper frame (21), the horizontal rail (9), and the lower frame (22) each have a metal rod (91) (21b) (22c) on the inside over the entire length, and the panel frame (2)
It is possible to increase the strength and prevent the warp of the wood material on the surface, and enhance the durability.

We can manufacture the unit panel (1) at the factory to reduce costs and maintain a certain level of quality.
Mainly the work of connecting the unit panel (1) produced in the factory and the cubic (50), the construction efficiency is improved.

FIG. 4 shows another embodiment of the horizontal rail (9), in which the metal rods (91) (91) are attached to the upper and lower surfaces of the horizontal rail main body (910) made of solid wood,
Grooves (94) (96), rails (95), partition strips (97) in the guide rod.
Is formed.

The present invention is not limited to the configuration of the above embodiment, and various modifications can be made within the scope of the claims for utility model registration.

[Brief description of drawings]

Fig. 1 is a front view of the partition state, and Fig. 2 is Fig. 1 II-II.
3 is a sectional view taken along line III-III in FIG. 1, FIG. 4 is a sectional view of another embodiment of the cross rail, and FIG.
FIG. 6 is a sectional view taken along the line VV in FIG. 6, and FIG. 6 is a sectional view taken along the line VI-VI in FIG. (1) (1a)… Unit panel, (2)… Panel frame (23)… Vertical frame, (9)… Horizontal beam

Claims (3)

[Scope of utility model registration request] 1. A partition panel for horizontally partitioning a unit panel (1) by horizontally connecting the unit panel (1) to the upper frame (2
1), lower frame (22), horizontal rail (9) and rectangular panel frame (2) formed by both vertical frames (23), sliding door (4), glass shoji (3), closing plate
(5) etc. are formed by fitting the main body of the panel, the surface of the vertical frame (23) is made of wood, and the horizontal frame (9), the upper frame (21) and the lower frame (2
2) has metal rods (91) (21b) (22c) over the entire length, and at least both side surfaces of the cross rail (9) and the upper frame (21) are covered with wood. In the upper and lower surfaces of the metal rod (91) of the horizontal rail (9), metal surface grooves (94) (96) into which the upper end or the lower end of the panel main body is fitted are formed, and each unit panel is made of metal. A partition panel characterized by being connected by a cube (50) formed by bending plates. 2. The horizontal rail (9) has a hollow metal rod (91) having grooves (94) (96) formed on the upper and lower surfaces thereof, and wooden decoration plates (98) (98) attached to both sides of the hollow metal rod (91). The partition panel according to claim 1, which is formed. 3. The horizontal rail (9) is provided with metal rods (91) (91) on the upper and lower surfaces of the horizontal rail main body (910) made of solid wood, and the guide rod has groove portions (94) (96).
The partition panel according to claim 1, wherein the utility model is registered.