JPH10179301A - Shelf - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate a balanced and easy shelving against the wall without turning the shelf upside down by integrating a support plane on which, for example, panel shelf is placed, and a grasp plane in a parallel with the support plane to form a bracket. SOLUTION: A bracket 1 for use in holding a shelf has a support plane (support body) 2 and a sheet 3 which consists of a screw hole for the fixing means such as a screw with an extending control means which consists of a grasp plane 4 in parallel with the support body 2. The support body 2 and the grasp plane 4 are coupled by a bridge 6 and the support body 2 forms from the wall of the hollow port of the bracket 1. The support fringe 13 surrounding the bracket 1 is formed by the common wall of the bridge 6 and the support body 2, and the hollow port of the bracket 1 has a curved front wall 14 by which the front fringe of the support body 2 is connected to the lower fringe 12 and the front wall of the grasp plane 4 is connected to the support fringe 12.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001] The present invention relates to mounting a shelf according to the characterizing part of claim 1. Known shelf-supporting brackets consist of a horizontal support surface and a support surface designed to be secured to an ascending structure, which is vertical and is usually a wall.

[0002] On a supporting surface is placed a shelf, for example in the form of a panel, which, depending on the weight and longitudinal extension of the load to be supported, should be supported by at least another bracket. Further, the support surface should indicate the depth. That is, if the shelf is simply resting, the support length is at least equal to the distance from the innermost support point of the shelf to the center of gravity of the shelf. If not left, the shelf is fixed to a bracket or a protruding bracket can be used for this.

[0003] Sometimes it is problematic to fasten the brackets supporting the shelves quickly and in particular adjustably in height. Of course, this problem also exists for other types of brackets. There is also the problem that the divided parts can be applied in an adjustable or fixed manner to the shelf support shelves.

[0004] One object of the present invention is therefore to provide a shelf which can be used even if there is a danger of overturning the brackets of the known type.

Another object is to provide a unitary bracket structure that is simple to arrange and easy to manufacture by injection molding of plastic. Another object of the present invention is therefore to adapt the requirements of the possibility of adjustment of the bracket and to enable the adjustment in particular of the height of the bracket, but which can also be adjusted horizontally depending on the arrangement. It is to provide a device. Yet another object of the present invention is to provide this guide and securing device directly on a new type of bracket.

[0006] These objects are achieved by a shelf having the features of claims 1 and 6. By providing a jaw-type structure, the shelves are fixed to the brackets to prevent relative displacement or overturning of the shelves even when the center of gravity of the shelves and the load together is outside the support zone. The edge of the shelf with a substantially geometric connection can be received in a manner such that the shelf is securely restrained without having to do so. By using a bridge for making a sheet for fixing the screw according to claim 2, the screw is easily accessible for disassembly and assembly.

In particular, the construction of the bracket according to claim 3 is particularly suitable, in which the coupling sheet is provided in a single injection-moulding process together with the construction of the supporting and restraining surfaces.

According to claim 6, the support bracket for the shelf can be easily moved along the sliding surface, and if the height adjustment is made, the bracket is fixed in a permanent position.

[0009] In one embodiment, the bracket is suitably borne by two side guides.

In another fixation improvement between the bracket and the guide, the fixation device is provided by a screw designed to load the shoulder against the undercut. A particularly suitable solution for producing this device in plastics is given in claim 9, which avoids the use of complex drawer projections for injection molding of plastics, and avoids the cost of molding and processing. Both will benefit.

In another advantageous embodiment according to claim 10, the above-described device is provided with a hole for receiving a mounting screw in a wall, so that it is conveniently applied, for example, to a wall. be able to. A solution according to claim 11 is provided for making a shelf of sectioned parts.

The details of the structure of the shelf according to the invention are specified in the description of the preferred embodiment illustrated in the accompanying drawings.

As shown in the drawings, FIG. 1 shows an overall bracket according to the present invention. This bracket represents a support surface 2 and a sheet 3 for the fixing means. In this case, the sheet is made up of screw holes. According to the invention, a restraining means in the form of a gripping surface 4 extends parallel to the support.

The support 2 and the gripping surface 4 are connected together by a bridge 6, in which a sheet 3 is formed. The support 2 is made of the wall of the hollow part 7 of the bracket 1, the side wall 10 of which is flared to the side wall of the bridge 6, which in turn is flared to the side wall of the hollow part 8, Is the grasping surface 4 described above.
Is formed. The common wall represents a standing structure, a peripheral support edge 12 designed to be supported on the wall. The support edge 12 is also the open edge of the hollow part and communicates with the hollow parts 7,8. Sheet 3 now shows that edge 13 is flush with support edge 12.

The hollow part has a front wall 14 and connects the front edge of the support 2 with the lower edge 12 with the curved part, and the hollow part 8 likewise has a front wall 15, in front of the gripping surface 4. The wall is connected to the upper support edge 12.

Obviously, numerous modifications and variations can be made to the brackets described as subject of the present invention by way of non-limiting example without exceeding the scope of the appended claims. Thus, for example, the securing means may comprise one or more screws or may consist of hooks of a known type. The shape of the hollow part could also be square or straight. The material can be of any type, but in the case of plastic material, reinforced nylon 6
And could be.

Reinforcement of material such as ribs inside the hollow section could be provided according to known techniques.

In FIG. 3, reference numeral 101 denotes a guide and fixing device for supporting and partitioning the shelf according to the present invention as a whole. The device 101 has a sliding surface 102 designed to support, for example, a support surface for the bracket described above. The slide surface is longitudinally cut out by an undercut recess 104 by a slot 103 which runs parallel to the slide surface 102 and this recess 104
Is now closed underneath by a wall 106 with a longitudinal relief 105. If convenient, the wall 106 may be a fixing screw for fixing the device 101 to, for example, a wall.
It may have a hole 107 designed to receive (not shown). Preferably, the slide surface 102 is laterally limited by two projections 108 forming a guide for the support bracket.

The slot 103 is formed to receive the connecting portion 109 of the fixing member 110 into the geometric coupling, and the fixing member 110 is
Below 9 is a shoulder 111 designed to slide over the undercut of the recess 104. The fixing member 110 has a threaded hole 112 into which a fixing screw (not shown) for the support bracket of the fixing member 110 is screwed, and the fixing member functions as a nut.

FIG. 4 shows an embodiment particularly suitable for producing guides and fixing devices for plastic materials. In fact, in this case,
The wall 106 has a passage 112 to provide the slide surface 102 to allow penetration of the male part of the injection molding for the provision of the undercut recess 104, while the slide surface 102 is In order to provide a connecting bridge between the side walls 106 of 101, it is cut open by an opening 113 for the passage of the other half-mold projection.

FIG. 5 shows a support bracket 115 designed to accommodate the thickness of a shelf panel (not shown) of a known type with its arms 116 and 117. The bracket is mounted on the upper side of the arm 116 on the lower extension 119 of the dividing member 120 which serves as a shelf striker or end wall.
Undercut guide 1 designed to accept
18 in effect.

[Brief description of the drawings]

FIG. 1 shows a perspective view of the bracket of the present invention.

FIG. 2 is a sectional view taken along the line II-II of FIG.

FIG. 3 is a schematic longitudinal perspective view of the device of the present invention.

FIG. 4 is a schematic perspective view, partially sectioned, of the device of the present invention in combination with a connecting block.

FIG. 5 is a perspective view of a support bracket provided with a guide device.

FIG. 6 shows a front view of a bracket similar to the bracket of FIG. 5, but with a shelf separation or partition applied.

[Explanation of symbols]

 Reference Signs List 1 bracket 2 support surface 3 sheet 4 gripping surface 6 bridge 7 hollow portion 8 hollow portion 12 support edge 13 edge 14 front wall 15 front wall 101 device 102 slide surface 103 slot 104 undercut recess 105 relief 106 wall 107 hole 108 protrusion 109 connecting part 110 fixing member 111 shoulder 112 threaded hole 112 passage 113 opening 114 side wall 115 bridge 116 arm 117 arm 118 undercut guide 119 extension part 120 separating member

Claims (11)

[Claims] 1. A shelf comprising a support (2) designed to support a shelf at one of its edges and fixing means for integrally connecting the support (2) to a standing structure. Support (2) to form a binding sheet for the shelf
Has a limiting means (4) extending at a distance from and substantially parallel to the support (2), so that the edge of the shelf can be received between the support (2) and the limiting means (4); Shelf characterized in that the support and the limiting means (4) are connected together by a bridge (6). 2. Shelf according to claim 1, wherein the bridge (6) is accompanied by fixing means. 3. The shelf according to claim 1, wherein the support (2) and the restricting means (4) lean against a rising structure and are respectively formed from hollow bodies (7, 8) opened to the support side. Parallel to and opposite to the pulling direction of the male part of the mold provided to form a sheet (5) for receiving the edge of the shelf, forming a recess without undercuts. Characterized by simultaneously pulling out the male part of the plastic injection mold in the direction of. 4. The shelf according to claim 1, wherein holes (3) are simultaneously made in the bridge (6) having a mold withdrawal operation for receiving fixing means. 5. A shelf according to claim 1, wherein a raised portion is provided on the surface of the support (2) and / or the limiting means (4) so that the shelf can be pulled out of the sheet (5). Shelf characterized by what makes it difficult. 6. A shelf according to claim 1, wherein said shelf (101) comprises a guide for supporting the shelf, a partitioning device of the type comprising a support device and means for fixing to the structure. A structure having a profile with a sliding surface (102) of a support surface for the member, designed to slidably receive the connecting portion (109) of the fixing means (110) of the member, and the connection Part (109) shoulder (1
11) is longitudinally cut out by a slot (103) having an undercut recess of the slot below it with respect to the slide surface to receive the connection surface, this connecting part (109) being, on the other side, a bracket with the said surface. From a single sliding position above, the shoulder can be permanently connected to an element with the shoulder designed to be permanently pressed against the sliding surface to hold the member in place properly Characterized by shelves. 7. A shelf according to claim 6, wherein said slide surface (102) is limited by at least one projection (108) to keep the bracket in a permanently oriented position. 8. The shelf according to claim 6, wherein the member fixing means (110) is provided with a screw and has a shoulder (111).
A shelf comprising a nut that can be screwed into a screw and geometrically coupled to the recess. 9. The shelf according to claim 6, wherein the profile is a hollow profile having a relief cavity therein. 10. A shelf according to claim 6, wherein said profile has a flat support surface parallel to said slide surface and a sheet for receiving a screw for fixing to said support structure. Characterized by shelves. 11. The shelf of claim 6, wherein the member is a bracket, the support being designed to support the shelf at one edge, and connecting the support to the support structure. The bracket extends parallel to the support and at a distance therefrom, forms a binding sheet for the shelf, and limits the edge of the shelf to the support. Shelf, characterized in that it can be received between the means, the support and the limiting means being connected by a bridge.