JPS5832407Y2 - Cubicle - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a cubicle for an analytical device or the like.

Conventionally, this type of cubicle was made by cutting out sections of steel and welding them together to form a box-shaped frame, then attaching the door, side panels, back panel, ceiling panel, etc. around this box-shaped frame by welding, and then painting. It was manufactured by.

However, since the welding during this Q assembly is arc welding, etc., the welding process takes a lot of time, and distortion occurs in the welded side plates, etc., and it takes a lot of time to remove this distortion. There was a drawback.

Furthermore, since the welded area is a rough surface, finishing work before painting takes a long time.

The object of the present invention is to eliminate these drawbacks, to provide a cubicle that can be assembled easily and quickly, and that allows standardization of component parts.

The present invention will be explained in detail below with reference to the drawings.

FIG. 1 is a perspective view showing an embodiment of an outdoor cubicle according to the present invention, and FIG. 2 is an exploded view of the cubicle shown in FIG. 1.

In FIGS. 1 and 2, 1 is a base, 2 is a floor plate placed on the base, 3 is a pillar forming a part of a box-shaped frame, and 4 is a base plate.
5 and 6 are a pair of side plates, and 5 and 6 are an upper beam and a lower beam, respectively, forming a part of the box-shaped frame.

7 is a door in front, 8 is a back plate, 9 is a ceiling plate, and 15 is a roof plate.

The base 1 is made of two groove sections 11, 12 of constant length.

The upper surface part 13.14 of this groove shaped steel 11.12 has bolt insertion holes 101 to 10 for attaching it to the lower beam 6.
4 (104 is on the other end side of 103, but not shown).

Note that the miso shaped steels 11 and 12 have exactly the same shape.

The floor plate 2 is made by first cutting out the four corners of a rectangular steel plate, bending the four sides at right angles to form surfaces 21 to 24 perpendicular to the main plane 25, and then bending the surfaces 22 and 24 outward at right angles to form the main plane 25. Parallel collar parts 26, 27 (27 is the surface 24
(not shown).

The main plane 25 is provided with through holes 201 to 204 through which bolts connecting the base 1 and the lower beam 5 pass.

The column 3 is made up of four angle irons 31 to 34 of a constant length.

These angle irons 31 to 34 all have the same shape.

Taking the angle iron 31 as an example, there are upper beams on the upper and lower parts of the long sides5. Bolt insertion holes 301 and 302 for attaching the lower beam 6 are provided.

Further, a hole 303 for fixing a built-in device is provided in the center.

Furthermore, the upper and lower ends of the shorter sides are cut off.

The side plate 4 consists of a left side plate 41 and a right side plate 42.

The left side plate 41 and the right side plate 42 have the same shape. Left side plate 41
First, cut out the four corners of a rectangular steel plate and bend the pair of sides at right angles to form surfaces 420 and 430 perpendicular to the main plane 410.
, and then bending the surfaces 420° and 430 outward at right angles to form a collar portion 440 and 450 parallel to the main plane 410.

The same applies to the right side plate 42, and the brim portion 460
．． 470 (460 is on the opposite side of 4700, but not shown)
will be formed.

After this sheet metal work, a second
With the positional relationship shown in the figure, the angle iron 31.3 forming the column 3
2 (short side) is spot welded, and similarly, the right side plate 42
The angle irons 33 and 34 are spot welded.

The upper beam 5 is made of angle iron 51.52 of a certain length,
The lower beam 6 is also made of angle iron 61.62.

These angle irons 51, 52, 61, and 62 have exactly the same shape, and through holes are provided in the vertical and horizontal sides of both ends.

The through holes on the vertical sides of the angle irons 51.61 are insertion holes for bolts for fixing the angle irons 51.61 between the opposing angle irons 31 and 34 of the column 3.

The through holes on the vertical sides of the angle irons 52.62 are insertion holes for bolts for fixing the angle irons 52.62 between the opposing angle irons 32 and 33 of the column 3.

Also, the through holes on the horizontal sides of the angle irons 51 and 52 are connected to the ceiling plate 9.
The through holes on the horizontal sides of the angle irons 61 and 62 are the insertion holes for bolts for attaching the base 1 to the lower beam 6.

This upper beam5. The lower beam 6 and the pillars 3 constitute a box-shaped frame.

The door 7 is made by first cutting out the four corners of a rectangular steel plate and bending the four sides at right angles, then spot-welding an L-shaped member on the inside of this vertical surface to form a groove 71, and inserting a gasket 72 into this groove T1. It is constructed by fixing and attaching a handle 73.

This door I is attached to the right side plate 42 of the side plate 4 by a hinge (not shown) K so that it can be opened and closed.

The back plate 8 is made by first cutting out the four corners of a rectangular steel plate and bending the four sides at right angles to form a surface perpendicular to the main plane 81.
Further, the pair of perpendicular surfaces are bent outward at right angles to form surfaces 82 and 83 parallel to the main plane 81 (82 is on the opposite side of 83, but not shown).

This surface 82.83 is provided with an insertion hole for a bolt for attachment to the side plate 41.42.

The ceiling panel 9 is also made by first cutting out the four corners of a rectangular steel plate, bending a pair of sides at right angles to form a surface perpendicular to the main plane 91, and then bending this right-angled surface outward at right angles to make it parallel to the main plane 91. 92 and 93 (93 is on the opposite side of 920 but not shown).

Studs 94 to 97 are attached to the main plane 91 of this ceiling plate 9.

Further, the main plane 91 is provided with insertion holes 901 to 904 for bolts to be attached to the upper beam 5.

Fixed length angle iron 98.99&'! , is for reinforcing the ceiling plate 9, and is provided with through holes corresponding to the insertion holes 901 to 904 and bolt insertion holes for fixing the studs 94 to 97.

During assembly, the angle irons 98 and 99 are integrated with the ceiling plate 9 by spot welding.

The roof plate 15 is also made from a rectangular steel plate by first cutting its four corners, bending the four sides at right angles to form a surface perpendicular to the main plane 151, and then bending this right angle inward at right angles to form a surface parallel to the main plane 151. It is made by forming.

The main planes 1 and 51 of this roof board 15 have studs 94 to
Eye bolts 152 to 155 (154 is not shown) that are coupled to 97 are attached.

The cubicle of the present invention consisting of these parts is assembled in the following manner.

First, the column 3, the upper beam 5, and the lower beam 6 are fixed with bolts and nuts to form a box-shaped frame.

Next, insert the base 1 and the floorboard 2 into the insertion holes 101 to 104 and 201.
- 204 are aligned, and the box-shaped frame is stacked on top of this so that the insertion holes 201 - 204 and the insertion holes on the horizontal sides of the lower beams 61 and 62 are aligned.

Then secure them with bolts and nuts.

Thereafter, the ceiling plate 9 is stacked on top of the upper beam 5 so that the insertion holes on the horizontal side of the upper beam 51, 52 match the insertion holes 901 to 904 of the ceiling plate 9, and fixed with bolts and nuts.

With this assembly, the floor plate 2. The flange portions 26.450, 470.92 of the side plate 4 and ceiling plate 9 form a rectangular projecting frame in the front.

Next, the door 7 is attached to the side plate 4 (right side plate 42) with a hinge in a position so as to cover the projecting frame.

Floorboard 2. The other brim portions of the side panels 4 and the ceiling panel 9 form a rectangular projecting frame at the rear as well.

The back plate 8 is fixed to the side plate 4 with bolts and nuts so as to cover this projecting frame.

Finally, the roof plate 15 is fixed to the ceiling plate 9.

The square protruding frame was formed to prevent built-in equipment from getting wet due to rainwater, etc.

In the above description, the floor plate 2 and the lower beam 6 are constructed separately, but the lower beam 6 can be omitted by increasing the strength of the floor plate 2.

Similarly, the upper beam 5 can be omitted by increasing the strength of the ceiling plate 9.

Further, the back plate 8 can be made into a door if necessary.

It should be noted that the roof plate 9, the above-mentioned rectangular protruding frame, etc. are based on considerations specific to outdoor cubicles.

As described above, in the cubicle of the present invention in which the column is spot-welded to the side plate, each part can be painted separately, and there is no need to use arc welding or the like.

Moreover, the number of parts is small and it can be manufactured mainly by sheet metal work.

Therefore, according to the present invention, it is possible to realize a cubicle that can be assembled easily and quickly, and in which component parts can be standardized.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an embodiment of an outdoor cubicle according to the present invention, and FIG. 2 is an exploded view of the cubicle shown in FIG. 1. 1...base, 2...floorboard, 3...
...Column, 4...Side plate, 5...Top beam, 6...Bottom beam, 7...Door, 8...
...Back panel, 9...Ceiling board, 15...
・Roof board.

Claims (1)

[Scope of utility model registration request] A box-shaped frame consisting of left and right side panels, a floor plate, and a ceiling plate fixed with screws, a base fixed to the floor plate of the box-shaped frame with screws, and a door attached to cover the front of the box-shaped frame. and,
A cubicle including a back plate attached to cover the back side of a box-shaped frame, the cubicle having a pair of side sides of each member constituting the box-shaped frame forming a flange portion parallel to the main plane of each member. While being bent into a crank shape, each of these brim portions forms a rectangular protruding frame on the outer periphery of the front and back openings of the box-shaped frame, and the door and back plate cover these protruding frames on the front and back of the box. A cubicle characterized by being attached to a shaped frame.