JPS6142425Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] The present invention is a three-dimensional shelf mainly used for storing and managing relatively small and lightweight items. Column rows arranged in the width direction are provided at intervals in the shelf width direction, and a plurality of beams connecting the columns located at the end of the article entrance/exit side in each column row are arranged above and below. A plurality of hanging boards are provided at appropriate intervals in the shelf width direction and in the vertical direction, and a plurality of hanging members in vertical postures that support the front end of the hanging board on the article entry/exit side are placed on the shelf. A state in which a plurality of hanging plate supporting members in a horizontal or substantially horizontal posture are fixed to the outer surface of the beam member at intervals in the width direction and are spaced apart in the vertical direction to support the rear end portion of the hanging plate. The present invention relates to a three-dimensional shelf installed between the columns.

Such three-dimensional shelves have the feature of being very economical and easy to construct as a whole, but in order to further promote this economical feature, it is necessary to increase the strength of the hanging plates and make the work easier. This is desired, and for this purpose, sufficient ingenuity is required for the fixed connection structure between the hanging material and the hanging plate.

As shown in FIG. In addition to fixing the projection 08, a locking hole 09 in which the locking projection 08 engages is provided on the side of the hanging material 05, and the projection 08 is inserted into the hole 0.
As shown in FIG. 2, a cut groove 010 of an appropriate depth is formed on the outer edge side of the hanging plate 06. With the hanging material 05 using a flat bar inserted into the cut groove 010, this hanging material 05 and the opposing plate members 011, 011 integrally projected downward from the hanging plate 06 on both sides thereof are bolted together. It is known that the hanging plate 06 and the hanging member 05 are fixedly connected by the following method. However, all of these conventional structures require complicated and troublesome work, which increases the manufacturing cost. ○Since the type in (a) is simply an engagement support, it is not only easy to cause backlash when installed, but also the load acting on the hanging plate acts as a shearing force and bending force on the locking protrusion, causing the protrusion to become loose. There are disadvantages in terms of strength, such as easy breakage and bending deformation, and since the hanging material 05 is used with a large width along the shelf width direction, it is difficult to use hanging materials that are adjacent to each other in the shelf width direction. If an attempt is made to secure a space of sufficient size between the materials 05 for taking goods in and out, there is a disadvantage that the width of the entire shelf becomes large. On the other hand,
In the latter case, since the hanging materials 05 are used in a state where the width along the shelf width direction becomes smaller, there is a space between the hanging materials 05 adjacent to each other in the shelf width direction that is large enough for the loading and unloading of goods. Although the overall width of the shelf can be made as small as possible by securing a space for the shelf, if an uneven load is applied to the hanging plate after tightening the bolts, the hanging plate itself will not move around the cut groove. It had the disadvantage of being easily bent and deformed.

The present invention was developed in view of the above-mentioned circumstances, and its purpose is to improve the connection structure between the hanging material and the hanging board, while reducing the overall width of the shelf.
A space of sufficient size can be secured between hanging materials adjacent to each other in the width direction of the shelf, and while it is easy to work, the strength of the hanging board itself and the connection strength to this hanging board can be sufficiently increased. The point is to make it so.

The characteristic configuration of the three-dimensional shelf according to the present invention is that a side plate is provided at least on the front edge of the hanging plate, integrally with the top plate, to protrude downward, and the hanging member has a width along the width direction of the shelf that is It is formed into a flat bar whose width is smaller than the width along the width direction, and a plate member fixedly connected to the hanging member in a state in contact with the downwardly protruding side plate of the hanging plate is fixed to the hanging member. The effects are as follows.

In other words, by forming the hanging plate into a flat bar whose width along the shelf width direction is smaller than the width along the shelf front-to-back width direction, there is no space between the hanging plate and the adjacent hanging plate in the shelf width direction to prevent articles from entering and exiting. This prevents the overall width of the shelf from increasing while ensuring a sufficient space for the shelves.

Then, in order to connect the hanging material formed on a flat bar with a small width along the shelf width direction and the hanging board, a side plate that projects downward is provided on the front edge of the hanging board, and a side plate is provided on the front edge of the hanging board. , the plate members are fixed so that the side plate and the plate member are fixedly connected in a state where they are in contact with each other. In other words, a plate member is fixed to a hanging material formed on a flat bar having a small width along the shelf width direction, and the hanging material is provided with a connection part for fixing the plate member with bolts, rivets, etc. The board is provided with a protruding side plate for connection with the board member, thereby reinforcing the hanging board itself. It should be noted that, compared to providing locking protrusions and cut grooves in the conventional structure described above, providing side plates protruding from the hanging plate can be done more easily by drawing or bending the plate material. be.

Therefore, while reducing the overall width of the shelf, sufficient space for loading and unloading articles is secured between hanging materials adjacent in the width direction of the shelf, improving article storage efficiency and ease of loading and unloading articles. Furthermore, while obtaining these advantages, it has become possible to connect the hanging material and the hanging board with ease of work and advantageous in terms of strength.

The embodiments of the present invention will be described below in detail based on illustrative drawings. As shown in FIGS. The columns 1 are erected facing each other at appropriate intervals in the width direction, and the column core rows are parallel or nearly parallel to each other, and these columns 1 are located at the end of the article entrance/exit side of each column. are fixedly connected via beams 2 made of channel steel at multiple locations at appropriate intervals in the vertical direction, and the facing surfaces of each column 1, 1 row between the vertically adjacent beams 2, 2. The square-shaped shelf supports 3, 3 are welded and fixed in a horizontal or almost horizontal position, and the space between the upper surfaces of the opposing shelf supports 3, 3 at a position corresponding to the middle in the parallel direction of the columns 1, 1 row is fixed. The hanging plate supports 4, 4 made of channel steel are placed horizontally or approximately with the openings facing each other through the integrally formed brackets 12, 12 with the protruding tongues of the shelf supports 3, 3. In addition to being mounted in a horizontal position, the beams 2, 2 are constructed of flat bars at a plurality of positions spaced apart from each other at appropriate regular intervals in the longitudinal direction of the beams 2, 2 in the longitudinal direction thereof, that is, in the shelf width direction, and are connected to upper and lower adjacent beams. Hanging members 5, 5 in a vertical position with the distance between the members 2, 2 as a unit length are added vertically to the outer surfaces of the beam members 2, 2 via steady-stop members 13, 13 that are approximately U-shaped in plan view and are fixed by welding. The hanging plates 6, 6, which constitute a cargo receiving shelf between the inner surfaces of the hanging members 5, 5 and the lower surfaces of the hanging member supporting members 4, 4, are fixed in a horizontal position or In a three-dimensional shelf constructed by fixing hanging racks in a substantially horizontal position, the outer ends of the hanging plates 6, 6 are fixedly connected to the inner surfaces of the hanging members 5, 5 with the following structure. .

That is, as clearly shown in FIGS. 6 and 7, the above-mentioned hanging plates 6, 6 are formed, and the three peripheral edge portions of one rectangular metal plate are integrally projected downward using drawing means to form the upper surface plate. 6A, 6A has downwardly protruding side surfaces 6B, 6B around the entire circumference, and among the downwardly protruding plates 6B, 6B of these hanging plates 6, 6, side plates corresponding to the hanging members 5, 5 are configured. Band-shaped plate members 7, 7 that are in contact with the outer surfaces of portions 6B, 6B are welded and fixed on the inner surfaces of the hanging members 5, 5 at positions facing the upper and lower hanging plates 6, 6, and each of these band-shaped plate members 7, 7
By bolting or riveting both 7, 7, 6B, 6B with the side plates 6B, 6B of the respective stage hanging plates 6, 6 in contact with the outer surfaces of the side plates 6B, 6B, the hanging members 5, 5 are attached to the inner surfaces of the hanging members 5, 5. The outer ends of the plates 6, 6 are fixedly connected. In addition, FIG. 8 is a complete view of the whole, and 14 in the figure is a reinforcing material.

[Brief explanation of the drawing]

The drawings show an embodiment of the three-dimensional shelf according to the present invention, and FIGS. 1 and 2 are enlarged partially cutaway perspective views of the main parts of the conventional three-dimensional shelf, and FIG. 3 is a side view of the main parts of the three-dimensional shelf of the present invention.
Fig. 4 is a plan view of the main part corresponding to Fig. 3, Fig. 5 is a sectional view taken along the line of Fig. 3, Fig. 6 and Fig. 7 are respectively enlarged partially cutaway perspective views of the main part, and Fig. 8 is a schematic diagram of the completed structure. 1...Column body, 2...Beam material, 3...Shelf support material, 4...
...hanging plate support material, 5...hanging material, 6...hanging plate,
6A...Top plate, 6B...Protruding side plate, 7...Plate member.

Claims (1)

[Claims for Utility Model Registration] Column rows in which a plurality of columns 1 are arranged in the front and rear width direction of the shelf are provided at intervals in the shelf width direction, and the article entrance and exit side ends of each of the front and rear column rows are provided. A plurality of beam members 2 connecting the pillars 1 located at A plurality of hanging members 5 in vertical postures that support the front end of the article entry/exit side are fixed to the outer surface of the beam member 2 at intervals in the shelf width direction, and support the rear end of the hanging plate 6. A three-dimensional shelf in which a plurality of hanging plate supports 4 in a horizontal or substantially horizontal posture are installed between the column rows at intervals in the vertical direction. A side plate 6B is provided integrally with the face plate 6A and protrudes downward, and the hanging material 5 is formed into a flat bar whose width along the shelf width direction is smaller than the width along the front and rear width direction of the shelf.
, a downwardly protruding side plate 6B of the hanging plate 6.
A three-dimensional shelf to which a plate member 7 is fixedly connected while in contact with the plate member 7. A request for registration of a utility model in which the hanging plates 6, 6 are drawn and molded to have side plates integrally projecting downward, including the downwardly projecting side plates 6B, 6B on the entire periphery of the top plates 6A, 6A. The three-dimensional shelf described in the Scope section.