JPS597270Y2 - Unit plate for attaching partition walls to containers - Google Patents

Description

[Detailed description of the invention] This invention is a unit plate used to construct a branch point between a side wall and a partition wall, or a branch point between two or more partition walls when attaching a partition wall inside a container. It is related to.

For large containers such as tanks, it is convenient to make them separately into unit plates instead of building them all in one piece from the beginning.

Based on this idea, we developed a unit board (Utility Model Publication Act 40-2
No. 7399), and a unit board (No.
Utility Model Publication No. 42-3963) was used.

When storing two or more types of liquid using a container, it is better to divide the inside of the container into two, rather than installing two or more containers.
It is more advantageous to divide the area into two or more sections.

In addition, a rectifying wall may be attached to the container to ensure that the liquid inside the container flows in an orderly manner and prevents stagnation.

When attaching the above-mentioned partitions or rectifying walls (hereinafter collectively referred to as partition walls), it is advantageous to make them separately into unit plates rather than making them integrally and attaching them.

Therefore, container partition walls have been assembled from unit plates.

The unit plate in this case was the same as the unit plate for assembling the main body of the container.

However, for example, when partitioning a container into three or more parts, T
It may be necessary to install partition walls that intersect in the shape of a letter or a cross.

In such a case, it is extremely troublesome to intersect and connect three or more unit plates at the intersection points of the partition walls.

Therefore, there was a desire for a member that could easily configure the intersection points of partition walls.

This idea was made in response to such wishes.

As a wall intersection point construction member, Utility Model No. 5270318
The one described in Figure 3, opening and 2 of the publication is known.

However, the container described in this publication is constructed from a uniquely shaped plate bent into an L-shape, and does not have a joining edge around the periphery of the plate, so that it cannot be attached to a container assembled from the above-mentioned unit plates. It was not something that could be incorporated.

The inventor thought of making a wall intersection point construction member based on a right-angled quadrilateral board similar to the unit board.

If the basic structure is made by intersecting two right-angled rectangular plates of equal height in a T-shape, aligning the upper and lower ends and integrating the intersection part, it can be easily assembled into a container assembled from unit plates. I noticed that.

In addition, it is convenient to attach joint edges to all free edges of two right quadrilateral plates, which is convenient for joining with other unit plates, and the joint edges are integrated at the corners and intersections of the right quadrilateral plates. It has been found that it is advantageous to maintain airtightness at corners and intersections by making them continuous.

This idea was made based on such ideas and knowledge.

In other words, this idea involves making two right-angled quadrilateral plates of equal height intersect in a T-shape, aligning both the top and bottom ends to integrate the intersection, making the intersection angle 90', and forming a right-angled quadrilateral corresponding to the top of the T. A container in which joint edges are provided on the four sides of the shape plate and three free sides of the right quadrilateral plate corresponding to the legs of T, and the joint edges are integrally continuous at the corners and intersections of the right quadrilateral plate. This is a unit plate for attaching to a partition wall.

The unit plate for attaching the partition wall to the container of this invention will be explained as follows based on the drawings.

1, 2, 3, and 4 are partially cutaway perspective views showing an example of the unit plate of this invention.

5, 6, and 7 are partially cutaway perspective views showing an example of a container assembled using unit plates of this invention.

In FIG. 1, the unit plate 1 of this invention is made by integrating two right-angled rectangular plates 11 and 12 of equal height by intersecting them in a T-shape, and providing a joining edge around them.

One side 13 of the right-angled rectangular plate 12 is brought into contact with approximately the center of the right-angled rectangular plate 11, and the upper and lower ends thereof are aligned and integrated.

The intersecting angle R of the two right-angled rectangular plates is approximately 90°.

Upright joint edges 14 are provided along the four sides of the right quadrilateral plate 11 corresponding to the head of the T.

The upright joining edge 14 projects on the same side as the right-angled plate 12 and stands upright at an angle of approximately 90° to the right-angled plate 11.

Of the four sides of the right-angled quadrilateral plate 12 corresponding to the legs of T, upright joining edges 15 are also provided on three sides excluding the above-mentioned one side 13, that is, on three free sides.

The upright joint edges 14 and 15 each have a right quadrilateral plate 1
It continues integrally at the corner portions 1 and 12, and also continues integrally at the intersection of right-angled quadrilateral plates 11 and 12.

It is desirable to drill bolt holes 16 in these upright joining edges.

What is shown in FIG. 1 is a typical example of the unit plate of this invention.

This invention also includes the one shown in FIG. 2 as another representative example.

In the unit plate 2 of this invention shown in FIG. 2, in the unit plate 1 shown in FIG. It is something that sticks out on the opposite side.

This invention also includes slight changes to the unit plate 1 or 2 shown in FIG. 1 or 2 above.

For example, in the unit plate 3 of this invention shown in FIG. 3, in the unit plate 1 of FIG. An inclined joining edge 17 is provided instead of an upright joining edge.

The beveled joint edge 17 is beveled at an angle of approximately 135° with respect to the uninflated right-angled plate.

The unit plate 4 of this invention shown in FIG. 4 is similar to the unit plate 1 of FIG.
, another right quadrilateral board 18 is orthogonally crossed to the right quadrilateral board 11, and this is positioned on the extended surface of the right quadrilateral board 12, and upright joint edges 19 are provided along its three free sides. It is.

In addition, for example, in the unit plate 1 of FIG. 1, an inclined joint edge is provided between the right-angled rectangular plate 11, 12 and the upright joint edge 14.

Preferably, these unit plates are made of metal (for example iron) or glass fiber reinforced composite or resin.

Note that the right-angled rectangular plate may contain a heat insulating material to form a three-layer structure, or may be provided with an uneven pattern.

The unit plate of this invention is used as follows.

In FIG. 5, a T-shaped intersecting partition wall is provided in the container.

The bottom and side walls of the container are made from one piece of board.

The partition wall is assembled from unit plates 1 of this invention and unit plates 5 of other than this invention.

The unit plate 5 is a rectangular flat plate 51 with upright joining edges 52 provided around the four peripheries.

The unit plate 1 of this invention is used in a portion where the partition walls intersect in a T-shape, and the unit plate 5 of this invention is used in a portion where the partition walls extend in the same plane.

Upright joint edges 14.1 of mutually adjacent unit plates 1 or 5
5 or 52 are brought into contact with each other and connected with bolts (not shown).

At the side ends of the partition wall, the upright joint edges 52 of the unit plates 5 abut against and are connected to the side walls.

At the lower end of the partition wall, the upright joint edge 14 of the unit plate 1 or 5
．． 15 or 52 are brought into contact with and connected to the bottom.

It is desirable to insert a packing between each contact surface.

In the container shown in FIG. 6, partition walls intersecting each other in a cross shape are provided inside the container.

The bottom and side walls of the container are assembled from unit plates 5 other than this invention.

The partition wall is assembled from a unit plate 4 of this invention and a unit plate 5 of another invention.

The unit plate 4 of this invention is used in a portion where the partition walls intersect in a cross shape, and the unit plate 5 of this invention is used in a portion other than the above.

Each unit plate is connected in substantially the same manner as in FIG. 5.

In FIG. 7, a container is assembled from unit plates 6 of this invention and unit plates 7 of a different invention.

The unit plate 6 has an inclined joint edge 20 in place of the upright joint edge along one side 21 of the right quadrilateral plate 12 in the unit plate 1 of FIG. Along each side, there is an inclined joint edge between the right-angled plate and the upright joint edge.

The unit plate 7 has a rectangular flat plate 71 with inclined joint edges 72 provided along the four peripheries, and an upright joint edge 73 provided beyond the inclined joint edges 72.

The unit plate 6 is oriented such that the one side 21 is in contact with the bottom.

The right-angled rectangular plates 11 of the unit plates 6 constitute the side walls of the container, and the right-angled rectangular plates 12 constitute the partition walls.

In this way, the unit plate of this invention can also be used to form an intersection between the side wall of the container and the partition wall.

The basic structure of the unit plate of this invention is two rectangular rectangular plates of equal height crossed in a T-shape and integrated with the upper and lower ends aligned, so a large number of right rectangular unit plates are combined. suitable for incorporation as part of an assembled container.

Furthermore, since the intersection angle of the right-angled rectangular plates is 90°, it is convenient for assembling walls that intersect at right angles in a T-shape.

Furthermore, since joint edges were provided on the four sides of the right-angled rectangular plate corresponding to the head of 1゛ and the three free sides of the right-angled rectangular plate corresponding to the feet of T, the right-angled rectangular unit plate with joint edges was formed. Can be easily joined.

Moreover, since the joining edges are integrally continuous at the corners and intersections of the right angled quadrilateral, the corners and intersections can be easily kept airtight by sandwiching a packing between the joining edges.

Therefore, the unit plate of this invention is of great value as a construction material for the intersection between the partition walls of a container or the intersection between a side wall and a partition wall.

[Brief explanation of the drawing]

Figures 1 to 4 are partially cutaway perspective views showing an example of the unit plate of this invention, and Figures 5 to 7 are partial views showing an example of a container assembled using the unit plate of this invention. FIG. 3 is a cutaway perspective view. In each figure, 1, 2.3 and 4 are unit plates of this invention, 5 is a unit plate other than this invention, 6 is a unit plate of this invention,
7 is a unit plate other than this invention, 11 and 12 are right-angled quadrilateral plates, 13 is a side, 14 and 15 are upright joint edges, 16 is a bolt insertion hole, 17 is an inclined joint edge, 18 is a right-angled quadrilateral plate, 19 is an upright joint edge, 20 is an inclined joint edge, 21 is a side, 5
1 is a flat plate, 52 is an upright joining edge, 71 is a flat plate, 72 is an inclined joining edge, and 73 is an upright joining edge.

Claims (1)

[Scope of utility model registration request] Two right-angled rectangular plates of equal height are crossed in a T-shape,
Align the top and bottom ends to integrate the intersection, and make the intersection angle 90
゜, joint edges are provided on the four sides of the right quadrilateral plate corresponding to the head of T, and the three free sides of the right quadrilateral plate corresponding to the feet of T, and the joint edges are attached to the corners and intersections of the right quadrilateral plate. A unit plate for attaching a partition wall to a container, which is continuous at one end.