JPS628778Y2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a shelf device for hanging and supporting containers of various capacities, that is, sizes.

Conventionally, containers of different sizes or containers of the same size have been supported on panels or crosspieces formed by aligning a large number of hanging parts for hanging attachment parts formed on the backs of these containers. Various shelf devices have been proposed in which the group of containers forms a shelf, and
Some of these are in practical use,
Depending on the hanging structure, it is often not possible to specify the hanging position of the container, to hang containers of different sizes to any part, or to change the hanging position.

The present invention simplifies the hanging structure for containers of various sizes that have attachment parts in the above-mentioned shelf device, and provides a simple single-form hanging structure regardless of the size of the container. Various types of containers, which differ in size depending on the part, can be supported arbitrarily on any of the hooks, and these hooks can also be changed at will. It was conceived with the aim of providing a container hanging type shelf device that could be easily expanded by omitting the support between them. A container support in which hooks are formed on the back surfaces of both sides, and the upper and lower sides of the front side of the plate are formed into side L-shaped container hooks, and the width of the container support is approximately twice the thickness of the hooks. A vertically elongated through hole is formed on the front surface or both front and rear surfaces of the support at a pitch where all the L-shaped hooks in the plurality of container supports are positioned at equal intervals, and the support is formed in the center of the vertically elongated through hole. At least a pair of left and right supports that are placed at a distance between the outer surfaces of the hooks on both sides of the body and are made to stand on their own, and a standing wall portion whose back surface is approximately equal to or larger than the distance between a pair of upper and lower L-shaped hooks. and a plurality of containers formed at the top of the vertical wall to engage with the container hooking portion of the support, each pair of through holes at the same height of the support, The container supports are attached by engaging the hook portions thereof, and the engaging portions of the containers are engaged with any L-shaped hook portions of these container supports, and at least the lower end of the back surface of the container is attached to other L-shaped hook portions. It is characterized in that it is brought into contact with the front surface of the L-shaped hook.

Next, an example of implementation of the present invention will be explained with reference to the drawings.

1 is a side inverted T by assembling the appropriate shape materials.
The frame is shaped like a letter and has a vertically elongated rectangular shape from the front, and two left and right columns 1a are erected on horizontal leg bodies 1b extending in the front and back direction.
The upper and lower ends of a and 1a are connected by a connecting member 1c. Reference numeral 2 denotes a narrow vertically elongated through hole bored in the front surface or both front and rear surfaces of both pillars 1a;
is the hook portion 3 of the container support 3 whose width will be described later.
a, and the vertical width is slightly smaller than the vertical width of the main body part 3b in the support body 3, and the drilling pitch is set to be slightly smaller than the vertical width of the main body part 3b in the support body 3. They are made slightly larger and formed at equal intervals.

The container support 3 is formed by bending a horizontally long rectangular steel plate, which has a thickness approximately 1/2 the width of the through hole 2, by pressing or the like.
A hook portion 3a that engages with the through hole 2 is formed on the back surface on both sides in the longitudinal direction, and the total length of the hook portion 3a including the outer surface is approximately equal to the distance between the centers of the pair of through holes 2 in the pair of support columns 1a. At the same time, the upper and lower sides of the horizontally long strip-shaped main body part 3b are both bent into an L-shape on the side toward the front side of the main body part 3b to form container hooking parts 3c and 3d. Here, the hooking portions 3c and 3d are connected to both horizontal portions 31.
The amount of protrusion of the vertical portions 32c and 31d and the amount of rise of the vertical portions 32c and 32d are made equal. In addition, 31a in the figure
is an escape notch when the hook portion 3a is pulled out into the through hole 2.

The support body 3 has a pair of left and right columns 1a.
By attaching the hook portions 3 to a pair of through holes 2 located at the same height, the hook portions 3c and 3d of each support body 3 can be attached to the front surface or both front and rear surfaces of the support column 1a. They are formed at equal intervals in the height direction.

The shelving device of the present invention has a container hooking part 3 as described above.
Since the hooks 3c and 3d are formed at equal pitches on the support 1a, the container 4 supported by the hooks 3c and 3d may have the following configuration.

That is, the container 4 has a standing wall 4a on its back surface, and an engaging part 4b that is suspended and engaged with the vertical parts 32c and 32d of the hanging part 3c or 3d on the upper part of the standing wall surface.
It is sufficient that the height of the vertical wall 4a is equal to or larger than the distance between the hooking portions 3c and 3d of one support body 3.

This means that the engaging part 4b of the container 4 is engaged with and suspended from the vertical part 32c of the hanging part 3c on one support 3, and at the same time, the lower part of the vertical wall 4a is suspended on the one support 3. This is because the container 4 is suspended and supported by the support 3 by contacting the vertical portion 32d of the portion 3d or the vertical portions 32c, 32d of the hook portions 3c, 3d of the other support 3. be.

Therefore, if the container 4 that can be used in the shelf device of the present invention is provided with the vertical wall 4a and the engaging portion 4b, its depth and front width will be within the range that can be accommodated in the frame 1. If so, its size can be arbitrary.

In addition, in the present invention, the through hole 2 formed in the pillar 1a
The reason why the horizontal width of the support body 3 is set to be more than twice that of the hook portion 3a of the support body 3 is that the minimum unit of the front width of the shelf device of the present invention is determined based on the length of the support body 3, and therefore, the front width is large. When forming a shelf device, the support body 3
The support 1a is added in units of length of the support 3.
This is to enable them to be connected in the lateral direction by engaging with the through hole 2 in the support column 1a located in the middle. As a result, the shelf device of the present invention can
Most parts can be shared regardless of the front width, which is extremely advantageous in terms of manufacturing and inventory management.

Further, in the above embodiment, the leg 1 of the frame 1
b is provided with a leg seat 1d for adjusting the levelness, but casters may be used in place of this leg seat 1d. Further, in FIG. 2, reference numeral 1e indicates a bracket protruding from the front and rear surfaces of the upper portions of the pair of supports 1a, and 1f indicates a shelf board mounted on the brackets 1e. In addition, in the case where casters are attached to the legs 1b, a handle (not shown) to be grasped when moving the shelf device may be provided on the side surface of the support 1a.

The present invention is as described above, and the hanging structure of the container is such that a plurality of supports each having an L-shaped hanging part formed on the upper and lower sides of a flat horizontal plate are inserted into each vertically long through hole of a column. The L-shaped hanging parts of the support are all installed at equal intervals, and the height of the vertical wall on the back of the container can be adjusted regardless of the size of each container. By forming the width to be approximately equal to or larger than the spacing formed by each L-shaped hook, the structure of the container support is simple, and this support can be formed easily at low cost. , even if the size of the container is different, due to the unique structure of the standing wall, no matter which L-shaped hook is hung on the container, the lower part of the back wall will be supported by the front side of the L-shaped hook. Therefore, there is a unique effect that the container can be supported in the same manner even if the hanging position is arbitrarily changed.

Furthermore, when adding this shelf device horizontally,
By simply adding one support to either the left or right support, the middle support can be omitted. This is done by forming the vertically long through hole of the support with a width approximately twice the thickness of the hook portion of the container support, and
This is because the distance between the book supports is so formed that the center line of the vertically elongated hole of both the support supports corresponds to the distance between the outer surfaces of the hook portions of the container support.

Therefore, the shelving device of the present invention can support containers of various sizes in the same manner at any location, and can be expanded while omitting the intermediate support. Extremely practical as a shelf device.

[Brief explanation of drawings]

Figure 1 is a front view of an example of the shelving device of the present invention without containers being hung on it, Figure 2 is a right side view with containers hanging on it, and Figure 3 is a partial enlargement of the engaging portion between the pillars and the supporting members. The front view and FIG. 4 are sectional views taken along the line A--A in FIG. 3. 1... Frame, 1a... Support, 2... Through hole, 3...
...Support, 3a... Hook portion, 3b... Main body, 3
c, 3d...Latching part, 31c, 31d...Horizontal part, 32c, 32d...Vertical part, 4...Container, 4
a... Standing wall, 4b... Engagement part.

Claims (1)

[Scope of utility model registration request] A hook part is formed on the back surface of both sides in the longitudinal direction of a flat oblong board, and the front upper and lower sides of this board are connected to the side L.
A container support formed in a letter-shaped container hook part, and a vertically elongated through hole having a width approximately twice the thickness of the hook part in this container support, are connected to all L-shaped hooks in a plurality of container supports. At least the right and left sides are formed on the front surface or both front and rear surfaces of the support column in pitches in which parts are positioned at equal intervals, and the support column is made to stand on its own by being placed at the center of the longitudinally elongated hole at the interval between the outer surfaces of the hook parts on both sides of the support body. A pair of pillars and
The back surface is formed as a standing wall portion having a size substantially equal to or larger than the distance between a pair of upper and lower L-shaped hooking portions, and an engagement member at the top of the standing wall engages with the container hooking portion of the support body. The container support is attached to each pair of through holes at the same height of the support by hooking the hook portion thereof, A hanging type shelf, characterized in that the engaging part of the container is engaged with the letter-shaped hanging part, and at least the lower end of the back surface of the container is brought into contact with the front surface of another L-shaped hanging part. Device.