JP2007532214A - Shelf system for storing and storing objects - Google Patents

Abstract

An object of the present invention is to provide a shelf system of the type described at the beginning in order to guarantee a high degree of stability and load resistance and to store and store objects that are diverse in terms of size, shape and weight.
SOLUTION: At least a pocket-shaped traverse for fixing a loading board is attached between two vertical columns 2 on the front surface, and the loading board supports the traverse so that the loading board does not lift up. The vertical strut 2 is crimped between the vertical struts 2, and the vertical strut 2 includes a mesh-shaped opening that accommodates a pair of downward-facing hooks and a mesh-like cut apart from each other that accommodates another shelf component. In the shelf system, the coupling support 25 is attached to the slit-like cut of the vertical column 2 in order to fix the insertion engagement portion 19 and / or the stabilizer profile that engages with the hook 22. An insertion engagement portion and / or a stabilizer profile for engaging with the hook 22 is provided.

Description

  Basically, a shelf system for storing and storing articles comprising at least one shelf having a rectangular cross section provided with vertical pillars having a T-shaped cross section at four corners, the two vertical pillars having a front surface At least a traverse for fixing the loading board is attached between the traverse and the vertical strut supporting the traverse so that the loading board does not lift, and the vertical strut is The shelf system comprises a patterned opening for receiving a pair of downwardly directed hooks and a slit-shaped cut spaced apart to accommodate another shelf component.

Many shelves or shelf systems are known that combine individual components such as vertical posts, side guides or traverses, and loading boards with different types of mounting parts. Such shelves usually have many vertical columns in the corners of the shelves, but one or more horizontal boards for loading objects or debris are fixed at specific vertical intervals.
The disadvantage of such shelves or shelf systems is that shelves cannot be disassembled by a bonding method such as welding or gluing, or cannot meet user demand. As a result, even though such shelves or shelf systems are highly stable, variations are limited in terms of the size and number of loading boards that attach to the shelves or shelf system. Such shelves or shelf systems are also difficult to transport due to the capacity that takes up the space required by the fixed connection method.

  In addition, many shelf insertion systems are known that allow individual components such as stacking boards, vertical posts, traverses, etc. to be attached with, for example, tongue-and-groove joints. In most systems, the loading board simply rests on a traverse bridge or pin. However, this makes the shelf system unstable. In the case of a shelf or shelf system that is tightened with screws or special coupling elements, it is troublesome during assembly and disassembly. Furthermore, there is a need for a coupling element that is complex and thus difficult to manufacture in order to mount the loading board.

  The shelf systems known in Patent Document 1 and Patent Document 2 are composed of at least one shelf, each of which has a pocket for fixing at least a loading board between two vertical columns on the front surface. A traverse like The vertical column has an opening for attaching a downward hook pair spaced horizontally and vertically in the traverse. At that time, in order to prevent the loading board from being lifted, the downward front side bracket of the loading board is pushed in between the traverse and the vertical column supporting it. In addition to the loading board, a hooking part that is sandwiched and held only by the receiving pocket can be used for the receiving pocket of the traverse.

  This provides a shelf system that can be assembled completely and easily without screws, welding, or similar connections. However, this shelf system is not necessarily stable enough for all applications. For example, for very high, wide, or deep shelves, and especially in industrial applications where heavy objects are placed on the shelves, the shelves become unstable. In addition, it lacks the means to store car tires, hanging file books, and other large, heavy and bulky objects that require special holders and carrier parts. In other words, the variety of objects to be stored is limited.

German Patent Application Publication No. 10148174 German Patent Application Publication No. 10160364

  Therefore, the object of the present invention is to provide a shelf system of the type described at the beginning in order to guarantee a high degree of stability and load resistance and to store and store objects that are diverse in terms of size, shape and weight. It is to provide.

According to the present invention, in order to solve this problem,
An insertion engagement portion engaging with the hook, which is attached to the slit-like cut of the vertical column in order to fix an insertion engagement portion and / or a stabilizer profile to be engaged with the hook on the coupling support, and And / or stabilizer profile;
An angle plate whose end can be inserted into and fixed to the vertical column for connection to the base;
A plurality of connectable spacer brackets for connecting the shelves and / or the base;
A suspension member that can be attached to the traverse for the suspension type file and the like swing rail is provided.

  In the present invention, the base means an indoor floor, wall, ceiling, or, in some cases, a vertical column of a shelf.

  The hooks of the engaging insert and the stabilizer profile are easily hung by the slit-like cut of the vertical column, and are joined by, for example, a horizontal support or a diagonal support. These supports not only help shelf stability, but also help store large, bulky objects that are held against a bump. Depending on the structure of the engaging insertion part and the stabilizer profile, two adjacent shelves of the same kind are connected to each other and are useful for stabilizing each other. Furthermore, the support combined with the engagement insert and the stabilizer profile can be variously configured to store heavy, large and bulky objects that are stored in large industrial warehouses, such as automotive industry parts, for example. .

  At the end, it can be inserted into a vertical column, and the fixable angle plate there serves as a stand foot for the vertical column of the shelf, but on the other hand, for fixing at the upper end of the vertical column installed on the base such as the ceiling Can also be used. In that case, the shelf should be fixed and stabilized at the installation location, and safety measures should be taken to prevent it from falling.

  Another means for stabilizing the shelf is to connect the spacer bracket between the shelf and the vertical column of another spacer bracket with the vertical column of the adjacent shelf, and screw both of these spacer brackets together. That is. Another possibility is to fix the second spacer bracket to a base such as a wall. With a pair of spacer brackets, the spacing between adjacent shelves and their walls can be realized at equal or different spacings as desired. Thereby, the pair of spacer brackets satisfy both the stability function and the mounting function for the shelf that can withstand the extraordinary load.

  Suspension parts for folding rails, especially hanging file books, maps, bags, etc., for hanging registries in the office and data storage fields, greatly increase the versatility of storage and the intended use for shelf systems. Suspension parts for folding rails can be easily plugged into a bag-like traverse and held securely in it.

  Mesh-type openings or cuts, engaging inserts on vertical struts with slits or slit-like cuts, stabilizer profiles, angle plates, and spacer brackets that can be connected to each other can be attached to the vertical struts in a mesh form By mounting and fixing with a traverse, a complex shelf system that can be used in a variety of ways while having stable load resistance is completed. In addition, all these parts are each made of a single piece and can be manufactured simply and cost-effectively by simply cutting and bending with a die.

  In the sense of further configuring the present invention, the engagement insert or the stabilizer profile is a T-shaped left or right direction or circular metal profile, but at least a pair of hooks are formed in one leg and the other leg is formed. Add at least one punch.

  Left or right engagement inserts or stabilizer profiles help to attach additional support to one shelf or adjacent shelves. Engagement inserts and stabilizer profile hooks, preferentially at least a leg with a hook pair, can easily be hooked into the corresponding vertical strut slits. The other leg protrudes from the vertical column to accept and secure the support. Modules configured as a cross-shaped metal profile can also be used to connect to adjacent shelves. The uniform legs are attached to the vertical struts as described above, with additional support secured to the two remaining legs of the intersecting legs. Therefore, for example, one vertical column of adjacent shelves can be omitted. This is because the additional support of the shelf can be combined with the engagement insert and the stabilizer profile.

  Further, the engagement insertion portion and the hook of the stabilizer profile are arranged in a mesh shape in the vertical or horizontal direction. The mesh direction of the hook or the hook pair corresponds to the slits arranged in the mesh shape of the vertical column, and the hooks can be arranged in the vertical or horizontal direction by the engagement insertion portion and the stabilizer profile.

  In order to ensure that the engagement insert or stabilizer profile itself is stable and load-bearing enough to receive the support, the vertical posts of the engagement insert and stabilizer profile legs each have an edge so that the legs are cross-sectioned. A U-shaped profile is formed, and both a support and a vertical column are held.

  Furthermore, the engagement insert and the legs of the stabilizer profile can have additional locking means so that they bite into the vertical struts and coupling supports.

  Such additional locking means are knots, reinforcements, grooves, ridges, digging, etc., so that they fit neatly into the corresponding locking means receiving parts on the vertical struts and coupling supports. Such locking means further stabilize the shelf system.

  A further advantage of the shelf system in accordance with the present invention is that the angle plate extends vertically from the base plate and can be screwed into a hollow profile at the open end of a vertical post with a T-shaped section. It is composed of. In this case, this upright bridge is inserted into a cavity made of a T-profile beam. This bridge has at least one punch, and can be fixed with screws to a vertical column having a net-like punch on the opposite vertical side.

  Furthermore, the base plate of the angle plate can be coupled with the floor wall or ceiling wall of the room in order to fix the shelf locally.

  In the solution in the sense of the present invention, the spacer brackets are also provided with different length legs, each with at least one punch. The punching of one spacer bracket coincides with the hole of the other spacer bracket. Due to the difference in the length of the legs of the spacer brackets, the spacer brackets can be screwed together in different ways, depending on the local situation, due to their matching mesh punching, so that they can be The base can be adjusted in a variable manner against the walls of the wall. In that case, the punching is preferentially composed of drilled holes and slots.

  In order to realize the suspended part for the folded rail, it is constituted by a metal plate having at least one protrusion for receiving one end of the folded rail. The number of protrusions protruding from the metal plate depends on the type of the folded rail. For example, a turn-around rail may have one or two lanes and a cross-sectional shape that determines the number and shape of protrusions on the suspended part. Just insert the empty end of the folding rail into the protrusion on the corresponding suspended part until it hangs on the metal plate.

  In order to stabilize the suspension part for the folding rail, a bracket is formed on the side of the metal plate of the suspension part so that the bracket protrudes to the side to lean on the vertical column.

  Configure the shelf system according to a specific mesh, the width, height and depth of the shelf, as well as hook pairs, stamping and locking means of the traverse and other fixed parts, corresponding openings in the receiving vertical column, Determine punching and slit-shaped cuts and match them together as a whole.

  Naturally, the above and following features can be used not only in the combinations described above but also in other combinations alone, without departing from the framework of the present invention.

  In the following description, the idea on which the present invention is based will be described in more detail on the basis of a detailed example with reference to the drawings.

  FIG. 1 shows a shelf of a shelf system. This shelf is square in plan view and is made entirely of metal material. At each corner of the shelf 1 is a vertical vertical column 2 with a leg 3 at the lower end. The two rear vertical struts 2 are joined by two supports 4 that cross each other and run diagonally to give the shelf 1 longitudinal stability.

  Further, the pair on the front surface of each of the vertical columns 2 is coupled by a number of horizontally spaced stacking boards 5 that can store any kind of objects not displayed here. The upper loading board 5 is a roof board, and the lower loading board 5 is a bottom board while maintaining a certain distance from the floor.

  2 to 5 are enlarged views of the area II corresponding to FIG. 1 of the vertical column. On the front side of the vertical support column, there is a pair of cuts 6 which are spaced apart from each other in accordance with FIG. Although not indicated here in the slit 7, for example, a hook metal such as an upholstery metal or a specific storage object holder can be attached. There are also punches 8 that are spaced apart from one another. In conformity with FIG. 4, a drilling hole 9 is provided on the back surface of the vertical support column in a row with respect to the punching 8 on the front surface of the vertical support column 2. The punch 8 and the drill hole 9 are for fixing arbitrary parts with screws and attaching the vertical column to the wall.

  Also, the vertical column 2 in the side panel has openings 10 spaced apart from each other, which is originally intended to reduce the weight of the vertical column 2 by reducing material, but to accept the parts to be described. But there is. The slit 7, punching 8, drill hole 9, and opening 10 are arranged in a mesh pattern with the vertical support 2.

  Further, as can be understood from FIGS. 4 and 5, the vertical column 2 is made of a hollow profile obtained by rolling a thin wound material, and a tear 11 is formed on the back side of the completed vertical column. The vertical column 2 has a T-shaped cross section as shown in FIG.

  FIG. 6 shows a perspective side view of the loading board, and FIG. 7 shows its front side. A vertical side panel 12 protruding downward is attached to each side surface in the vertical direction. As shown in FIG. 7, a groove-shaped edge 13 is attached to the vacant end under the vertical side panel 12.

  There are front side brackets 14 protruding downward on the front side of the loading board, respectively, in order to fix the front side between the vertical column 2 and the traverse 15 of the shelf 1.

  9 to 11 show various sides of the traverse 15 for the shelf 1 that is inserted between two spaced vertical struts 2 on the front side of the shelf 1.

  The traverse 15 is provided with a basic module 16 having an upper horizontal loading edge 17 which is placed below the loading board 5 in a state where the loading board 5 is inserted.

  As shown in FIG. 11, each cross section of the traverse 15 has a pair of horizontal and vertical hook pairs 18 spaced apart from each other. As shown in FIG. 11, the hook pair 18 is caught in the opening 10 between the traverse 15 of the shelf 1 and the vertical column 2. As a result, the front side bracket 15 of the stacking board 5 between the traverse 15 and the vertical column 2 is sandwiched.

  The engagement insertion portion 19 shown in FIG. 12 has a two-wing structure. That is, a horizontal leg 21 branches from the vertical leg 20 to the left and right. The engagement insertion portion 19 whose front and side surfaces are shown in FIGS. 13 and 14 is a one-wing type. Therefore, the engagement insertion portion 19 is configured as a cross-shaped or left-to-right metal profile. FIG. 13 shows the engagement insertion portion 19 in the right direction. The left engagement insertion portion 19 corresponds to a mirror image reverse to the right and left engagement insertion portion 19. A hook pair 22 is formed by a break 23 on the vertical leg 20. This can be configured in the hook pair 22 such that they are arranged in a line as shown in FIG. 12 or rearranged as shown in FIG. This is because, as shown in FIG. 15, a pair of the vertical struts 2 of the cuts 6 is applied to a pair having an interval. In that case, the arrangement of the hooks 22 corresponds to the mesh structure of the cut 6.

  To receive the coupling support 25, there are edges 26 on the longitudinal sides of the legs 20 and 21 of the engagement insert 19. The horizontal leg 21 and the leg 21 of the engagement insert 19 have a number of circular drill holes or longitudinal punches 24 for fixing the coupling support 25 by, for example, screw connection of the engagement insert 19. It is. Further, the legs 20 and 21 are provided with locking means 27 such as nodes. In order to ensure the stability of the engagement insert 19, it is caught on corresponding parts not shown here on the coupling support 25 or the vertical column.

  As shown in FIGS. 16 and 17, the stabilizer profile 28 has a configuration similar to that of the engagement insertion portion 19. It is a U-shaped cross section in an angle profile. The stabilizer profile 28 has a semicircular cut 29 that is covered by the punching 8 of the vertical column 2 in the corner area. In this case, the hook pair 22 can be hooked on the corresponding cut 6 of the vertical strut by means of a screw not shown and a specially chamfered under-leg disc and screwed with the vertical strut 2 with the addition of the stabilizer profile 28.

  18 and 20 show a suspended part 30 for a folding rail 31 with two lanes for an office hanging file book or the like. The folding rail 31 is indicated by a dotted line in FIGS. The suspension part 30 can be inserted into the traverse 15, but the traverse itself is inserted into the vertical column 2 as shown in FIG. 20 described above.

  Further, the suspension part 30 for the folding rail 31 is made of a metal plate, and has two projections 32 bent by the metal plate in order to receive one end of the folding rail 31. The protrusion 32 is disposed obliquely due to the shape of the folding rail 31. Further, a bracket 35 protruding from the side surface is attached to the end of the side surface of the metal plate of the suspension part 30 so as to be hooked to two brackets spaced from each other.

  21 to 23 show spacer brackets 34 with two legs 35 and 36 flowing at right angles and having different lengths. Two such spacer brackets 34 can be coupled together, for example, with screws or nuts, as shown in FIGS. The pair of spacer brackets 34 connected to each other is for connecting many shelves 1 or a base 37 such as a wall in a room. For that purpose, circular and vertically long punches 24 are attached to the legs 35 and 36 of the spacer bracket 34 and the punches 8 of the vertical support column 2 are configured in a net shape. The punching 24 of the spacer bracket 34 matches the punching of other spacer brackets 34.

  FIGS. 24 to 26 show several ways of using a pair of spacer brackets 34 that can be coupled to the base 37 and the shelf 1. In this case, the legs 35 and 36 of different lengths can be connected to each other.

  27 to 29 show an angle plate 38 that can be inserted into the vertical column 2 of the shelf 1. This is because it is inserted and fixed at the end of the vertical column 2 and is connected to a base 37 such as an indoor floor or roof in order to stabilize the shelf 1 locally and firmly.

  Since the angle plate 38 includes a base plate 39 and a bridge 40 extending vertically therefrom, the bridge 40 is positioned at a right angle to the base plate 39. The bridge 40 has a vertically long punch 24 that matches the opening 8 in the vertical column 2 in order to fix the bridge 40 with the vertical column 2 by screwing. Furthermore, the section adjacent to the base plate 39 below the bridge 40 is tapered. The base plate 39 of the angle plate 38 has four drill holes 41 at its four edge areas for connecting to the indoor floor or ceiling with long holes.

  Two such angle plates 38 are inserted into the opposite type so that the base plates 39 almost overlap each other, and a gap 40 is formed so that the bridge 40 standing at a right angle faces each other. This is made possible by the tapered section under the upright bridge 40. Since the upright bridge 40 protrudes from the vertical column 2, for example, two adjacent vertical columns 2 can be coupled to each other. In that case, the base plate 39 attached up and down can be attached through the long drill hole 41 with an indoor floor or ceiling and screws. Further, the vertical punch 24 in the upright bridge 40 can be attached to the vertical support column 2 with the punch 8 and a screw.

It is a perspective view of the shelf in the basic form of the shelf system which concerns on this invention. It is a front view of the part II of the vertical column of the shelf of FIG. It is a side view of the vertical support | pillar of FIG. FIG. 3 is a rear view of the vertical column in FIG. 2. It is sectional drawing along the VV line of the vertical support | pillar of FIG. It is a perspective view of the side surface of the loading board of the vertical support | pillar of the shelf of FIG. FIG. 7 is a front perspective view of the loading board of FIG. 6. It is a side view of the traverse for shelves of FIG. FIG. 9 is a side view of the traverse of FIG. 8 with a loading board. FIG. 10 is a side view of the traverse of FIG. 9 with a loading board secured to a vertical column. It is a front view of the traverse of FIG. It is a front view of the engagement insertion part in the first specification form. It is a front view of the engagement insertion part in another specification form. It is a side view of the engagement insertion part of FIG. FIG. 14 is a front view of the engagement insert of FIG. 13 with a vertical support and a fixed support. It is a front view of a stabilizer profile. It is the fragmentary figure by the perspective method of the stabilizer profile of FIG. It is a front view of the hanging parts for return rails. It is a side view of the hanging part for folding rails of FIG. FIG. 20 is a side view of the traverse with suspended components of FIG. 19 with attached turn-back rails. It is a front view of a spacer bracket. It is a side view of the spacer bracket of FIG. It is a top view of the spacer bracket of FIG. 21 fixed to the vertical support | pillar. It is a figure which shows the usability of a pair of spacer bracket which can be couple | bonded together. It is a figure which shows the usability of a pair of spacer bracket which can be couple | bonded together. It is a figure which shows the usability of a pair of spacer bracket which can be couple | bonded together. It is a side view of an angle plate. It is a top view of the angle plate of FIG. It is a front view of the angle plate inserted in the vertical column. It is a top view of two angle plates which are combined with two vertical struts and lined up with each other.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Shelf 2 Vertical support | pillar 3 Leg 4 Support 5 Loading board 6 Cut 7 Slit 8 Punching 9 Drill hole 10 Opening 11 Tear 12 Vertical side panel 13 Edge 14 Front side bracket 15 Traverse 16 Basic module 17 Loading edge 18 Hook 19 Engagement insert 20 Leg 21 Leg 22 Hook 23 Break 24 Punching 25 Connection support 26 Edge 27 Locking means 28 Stabilizer profile 29 Cut 30 Suspension part 31 Folding rail 32 Protrusion 33 Bracket 34 Spacer bracket 35 Leg 36 Leg 37 Base 38 Angle plate 39 Base plate 40 Bridge 41 Drill hole

Claims (11)

Basically, a shelf system for storing and storing articles comprising at least one shelf having a rectangular cross section provided with vertical pillars (2) having a T-shaped cross section at four corners, A pocket-shaped traverse (15) for fixing at least the loading board (5) is attached between the vertical struts (2), and the loading board supports the traverse so that the loading board does not lift up. The vertical strut (2) is crimped between the vertical struts (2), and the vertical strut (2) accommodates a mesh-shaped opening (10) for accommodating a pair of downwardly directed hooks (18) and another shelf component. In the shelf system comprising a mesh cut while being spaced apart from each other,
In order to fix the insertion engagement portion (19) and / or the stabilizer profile (28) engaged with the hook (22) to the coupling support (25), the slit-like shape of the vertical column (2) is provided. An insertion engagement and / or stabilizer profile (28) that engages the hook (22) attached to the cut;
An angle plate (38) whose end is connectable to the base (2, 37) and can be inserted and fixed to the vertical column (2);
A pair of connectable spacer brackets (34) for connecting the plurality of shelves (1) and / or connecting to the base (37);
A shelf system comprising a suspension member (30) that can be attached to the traverse (15) for a suspended file and a turn-back rail (31) of the same type.   At least one pair of hooks (22) is formed on one leg (20), and at least one punching (24) is provided on the other leg (21), so that the insertion engaging portion (19) and the stabilizer profile are provided. The shelf system according to claim 1, wherein (28) is formed as a T-shaped section facing left, a T-shaped section facing right, or a cross-shaped section.   The shelf according to claim 1 or 2, wherein the hooks (22) in the insertion engaging part (19) and the stabilizer profile (28) are arranged in a mesh pattern in the vertical direction and / or the horizontal direction. system.   The edge (26) is provided on each of the longitudinal side surfaces of the leg (21, 22) of the insertion engagement portion (19) and the stabilizer profile (28), respectively. The shelf system as described in the section.   The additional engagement of the legs (21, 22) of the insertion engagement portion (19) and the stabilizer profile (28) with the legs engaging the vertical strut (2) and / or the coupling support (25). The shelf system according to any one of claims 1 to 4, further comprising stop means (27).   The angle plate (38) is composed of a base plate (39) and a bridge (40) projecting vertically from the base plate, and the vertical type is formed at a free end which is a T-shaped hollow section of the bridge (40). The shelf system according to claim 1, characterized in that the column (2) is formed so as to be insertable and screw-fastened.   The shelf system according to claim 6, wherein the base plate (39) of the angle plate (38) is formed so as to be installed on an indoor floor or wall surface.   The lengths of the spacer bracket (34) and the legs (35, 36) each having at least one punch (24) are preferably made different from each other, and the punch (24 The shelf system according to claim 1, characterized in that the punching of the other spacer bracket (34) is formed in the same size.   The shelf system according to claim 2 or 8, wherein the punching (24) is formed by a drill hole and / or a long hole.   The suspension member (30) for the folding rail (31) is formed of a metal plate having at least one protrusion (32) that supports one end of the folding rail (31). Item 2. The shelf system according to item 1.   The bracket (33) which protruded to one side was provided in the end of the metal plate of the said suspension member (30) for the assembly | attachment to the said vertical support | pillar (2). Shelf system.

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