JP2525133Y2 - Storage room wall panel - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wall panel for a storage room, and more particularly to a wall panel for a storage room which is suitable as an inner wall in a storage room of a magnetic tape for a computer, a vault, or the like.

[0002]

2. Description of the Related Art In general, with the paperless use of information, a storage excellent in fire resistance and destruction resistance is often used as a space for safely and surely storing magnetic tape on which valuable data is accumulated. Conventionally, as shown in FIG. 2 , such a storage 10 includes a concrete outer wall 1 and an inner wall 2 disposed at a distance from the outer wall 1. I have. Here, outer wall 1
From the standpoint of fire resistance and destruction resistance, a reinforced concrete structure constructed on site is used. Further, as the inner wall, a panel formed by forming a box body having a hollow portion inside from a steel plate and injecting mortar into the hollow portion is connected at the site. Reference numeral 3 in FIG. 2 denotes a magnetic tape housed in a storage rack 4, and reference numeral 5 denotes a storage 10
Are respectively shown.

[0003]

In the above-mentioned conventional storage, a panel formed by injecting mortar into a box made of a steel plate is used as an inner wall thereof. There are the following problems. (1) The panels and the thermal conductivity between the panels are large. (2) It does not have a humidity control function. (3) The construction work is not easy due to the large weight. (4) Panel dimensions cannot be changed on site. (5) A long mortar curing period is required.

The present invention is intended to solve such a problem.
It is an object of the present invention to provide a wall panel for a storage room.

[0005]

In order to achieve the above-mentioned object, a wall panel for a warehouse room according to the present invention has the same rectangular shape in plan view.
Cores of different thicknesses made of humidity control material formed in a plate shape
And a coated steel sheet covering one surface of each core material.
In addition, each coated steel sheet has almost the same plan view shape as the core material
The bottom plate and the respective edges of the bottom plate are bent at almost right angles.
Formed in a shallow dish shape with the formed rising edge
And attached to one surface of each of the cores.
Cores are placed outside each surface where the above coated steel sheet is attached.
And slightly displaced in the uniaxial direction.
A gap is formed between each opposed leading edge of each rising edge of the covered steel plate.
While being polymerized so as to be formed,
The holding plate is welded between the coated steel plates to maintain the condition.
It is characterized by having been.

[0006]

In the above-mentioned warehouse room wall panel according to the present invention, the humidity control effect can be achieved by the humidity control material constituting the core material. In addition, the coated steel plates attached to the front and back surfaces of the core material improve the fire resistance and the destruction resistance of the wall panel, and the gap formed between the opposed front edges of the two coated steel plates increases the wall thickness. The thermal conductivity between the front and back surfaces of the panel is reduced.

Further, the end face of the shifted side of the wall panel is
When building a warehouse room wall by butt joining
In order to eliminate the dimensional error of the
Inward and outward gaps between the inner and outer cores of the warehouse room wall
The gap is based on the difference in the thickness of the two cores that make up the wall panel.
Connected through a gap parallel to the wall of the storage room.
The gaps in the inside and outside direction of the walls of both storage rooms are bent and connected.
As a result, smoke, steam, etc., generated outside the warehouse flow into the warehouse.
Wall structures that are difficult to enter can be obtained by a simple construction method.
You. Furthermore, of the inward and outward clearances on the wall of the storage room,
By making the gap inside the warehouse a gap for inserting refractory material,
Prevents refractory materials from being directly exposed to hot air generated outside
Can be

[0008]

EXAMPLES Hereinafter, as for compartment compartment wall panel as an embodiment of the present invention will be described with reference to the drawings, FIG. 1 is its vertical sectional view. Real施例wall panels this is suitable as an inner wall material of the double-walled type magnetic tape vault, reference numeral 12,1
3 is a humidity control material formed in the same rectangular shape in plan view
(For example, ceramic material)
You.

The core 12 is formed thinner than the core 13.
ing. One surface (the upper surface in FIG. 1) of the core material 12 is covered
It is covered with a steel plate 14. The coated steel plate 14 is
A bottom plate portion 14a having substantially the same shape as a plan view and a bottom plate portion 1
4a is formed by bending each peripheral portion at a right angle in the same direction.
It is formed in a shallow dish shape with the rising edge 14b.
You. One surface (the lower surface in FIG. 1) of the core 13 is also
2, as in the case of No. 2.

[0010] Thus, the same rectangular shape in plan view is formed.
Two core materials 12 and 13 made of humidity control material and having different thicknesses
However, each one surface is coated with the coated steel plates 14 and 14, respectively.
In the longitudinal direction (or the direction perpendicular to it)
Attach the coated steel plates 14, 14 in a shifted state
Each of the surfaces is defined as an outer surface, and both coated steel plates 14 and 14
A gap is provided between the opposed leading edge portions of the rising edges 14a, 14a.
Are connected to each other by the holding plate 15 so that a gap is formed.
Thus, a wall panel 41 is formed.

The two core members 12, 13 correspond to the core members 12, 13.
Displaced in the longitudinal direction (or in a direction perpendicular to it)
Therefore, the longitudinal direction of the core members 12 and 13 of the wall panel 41
Steps on both end faces (or on both end faces in the direction perpendicular to this direction)
A part 16 is formed. The holding plate 15 is provided with
Same as each rising edge 14b of each coated steel plate 14 of the core material 13.
It is to combine the chiefs. The holding plate 15 is provided at predetermined intervals.
It is arranged in. In this way, the wall panels for the storage room
41 are formed.

In the embodiment shown in FIG .
Has a thickness of 25 mm, and the core material 13 has a thickness of 30 mm.
Thick ones are used. And the thin core material 12
Wall panel (hereinafter referred to as “wall panel”)
Nelson E ") and the thin core material 12 will come inside the storage
(Hereinafter referred to as “wall panel F”)
And the wall panels E and F are sequentially arranged so that
Butt these staggered end faces together and join
The walls of the room are constructed. Reference numeral 42 denotes a wall panel E and a wall panel.
7 shows a joining plate for joining the metal plate F to the base plate.

That is, the wall panels E and F are
As shown in FIG.
The parts are butted and joined in a state of overlapping. Soshi
To the butt joint between the wall panel E and the wall panel F
Is flat with the wall surface of the storage room based on the difference in thickness of the core members 12 and 13.
Gap 45 and the dimensional error between the panels E and F (manufacturing errors).
Difference between core cores outside the warehouse and inside the warehouse to eliminate the difference)
Inward and outward gaps 44a and 44 in the wall of the storage room between the cores
b is formed.

At this time, the core members 12, 13 are shifted.
The gap 44a outside the warehouse and the gap 44b inside the warehouse
Are not located on the same straight line.
4b communicates with each other through gaps 45, and
Bent gaps at the butted joints of both panels
Will be formed.

[0015] Generally, a plurality of wall panels are butt-connected.
Eliminate wall panel dimensional errors when composing wall surfaces
In order to do so, a gap is provided at the butt joint,
In this embodiment, since this gap is formed in a bent shape,
Smoke, steam, etc. at the time of disaster should not easily flow into the storage room
be able to.

Reference numeral 43 is inserted into the gap 44b inside the storage.
Fireproof material 43 is shown by fire outside the warehouse.
Expands due to the temperature of smoke, steam, etc.
It extends into the space 45 to prevent smoke and the like from entering the storage.
Perform the action.

Further , the refractory material 43 is provided in the gap 44b inside the refrigerator.
It is inserted between the refractory material 43 and the outside of the refrigerator.
Side gap 44b and the gap 45 are interposed, so that the refractory material 4
3 to prevent direct exposure to hot air generated outside the refrigerator.
Can be. Thus, according to the wall panel of this embodiment
And the gap formed at the butt joint of the panel
A wall structure with a bent gap structure that is technically significant
It can be easily constructed.

[0018]

[Effect of the Invention] As described in detail above, according to the present invention,
The following effects or advantages can be obtained. (1) A wall panel having an excellent humidity control effect and a low thermal conductivity can be obtained. (2) It is possible to obtain a wall panel which is excellent in fire resistance and breakage resistance and which is easy to manufacture and assemble. ( 3) Butt the end faces on the shifted side of the wall panel
Dimensional error of the wall panel when joining to build the warehouse wall
Between inner cores and outer core phases
The gap between the inside and outside of the wall of the storage room formed between
And the wall surface based on the difference in the thickness of the two core
It is connected through parallel gaps, so that
The inside and outside gaps of the surfaces are bent and connected,
Wall structure where smoke and steam generated outside are difficult to flow into the storage room
The structure can be obtained by a simple construction method. (4) The inner space of the storage room in the inward and outward clearances of the storage room wall surface
By providing a gap between the refractory material for insertion, the refractory material
It is possible to prevent direct exposure to hot air generated outside the refrigerator.
it can.

[Brief description of the drawings]

FIG. 1 shows a hanging wall panel for a warehouse as an embodiment of the present invention.
FIG.

FIG. 2 is a perspective view of a conventional storage.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Outer wall 2 Inner wall 10 Storage room 12,13 Ceramic core material 14 Coated steel plate 14a Bottom plate portion 14b Rising edge 15 Holding plate 16 step portion 41 Wall panel 42 Bonding plate 43 Refractory material 44a, 44b Inward / outward clearance of warehouse room wall surface 45 Clearance parallel to the storage room wall

Claims (1)

(57) [Scope of request for utility model registration] (1) It is formed in the same rectangular plate shape in plan view.
Two core materials of different thickness made of humidity control material and one of each core material
With a coated steel sheet that covers the other surface.
However, the bottom plate portion and the bottom plate portion having the same shape in a plan view as the both core materials are
Rise formed by bending each peripheral part of the part at almost right angle
It is formed in a shallow bottom dish shape with an edge and
Each of the two core members is attached to one surface, and the two core members are
Each surface to which the coated steel plate is attached is the outer surface, and is uniaxial
Direction, and each rising of each coated steel plate
Superimposed so that a gap is formed between each opposite leading edge of the edge
As well as holding both cores in this state.
The holding plate is welded between both coated steel plates.
The wall panel for the warehouse.