Abstract:
A module (1) for a display case of objects (34), is constituted by a self-supporting wire-shaped element (2) made up by a reinforcing bar profiled into at least three different planes (A, B, C),
Abstract:
A holding arrangement (300) for packages for example for disposable articles, comprising a frame structure (10) fixedly or detachably connected to a mounting element (44) for vertical mounting of the holding arrangement, one or more holding elements (20,21,22) fixedly or detachably arranged at the frame structure (10B), for reception of and retaining of a package so that access is admitted to articles through an opening therein. Each holding element (20,21,22) comprises a first support section (1) adapted to form a support for a side of a package and a bottom support section (2) arranged substantially perpendicularly thereto and arranged to form a bottom support plane for the lower side of the package. The first support section (1) forms an angle of substantially 90° with a bottom support section (2) which directly, or in an extension thereof, forms an angle (a) which at least exceeds 100° with a rear plane which is formed through rear points of, or in connection to, the frame structure (10) so that the first support section (1) will form a lower, inclined support section. Each holding element (20,21,22) comprises a front support section (3) which extends substantially in parallel with the plane that is formed by the bottom support section (2) and forms a support for a side of a package (50) provided with an opening, allowing positioning of a package (50) in each holding element (20, 21, 22) so that its respective side with an opening will be positioned in a obleqly, upwards, outwards inclined plane with respect to the rear plane or the vertical plane of a mounted holding arrangement.
Abstract:
The invention relates to a container for the positionally oriented supply of tools or workpieces, having a carrying frame (1) and a base, which is formed from lattice bars (2, 2'), and having workpiece-specific or tool-specific positioning elements (3, 3') for receiving the workpieces (4, 4') or tools in a positionally oriented manner, wherein the positioning elements (3, 3'), for positional orientation, are fastened in a releaseable manner on two criss-crossing lattice bars (2, 2').
Abstract:
The inventive shelf construction is used for ranging and displaying various commodities, thereby extending the operational capabilities thereof. Said shelf construction comprises vertical pillars which are connected by pairs with the aid of transverse beams, thereby forming sections, and shelves fixed to the pillars with the aid of supporting means. Each pillar is provided with mutually perpendicular surfaces. One surface has through rectangular holes, the surfaces perpendicular thereto having round holes. The sections are connected to each other at an angle with the aid of corners which connect the surfaces provided with the through round holes of the adjacent pillars of the connected sections. Said shelves are embodied in the form of wire baskets of two types, the wire baskets of one type being embodied such that they are rectangular. The supporting means which are fixed to the rectangular holes of the pillars are embodied in the form of hooks or brackets. The supporting means for fixing the wire rectangular baskets to the round holes of the pillars of the sections are embodied in the form of metallic plates which are provided with two screws welded thereto. Baskets of another type are selected such that they are triangular and fixed to the walls of the rectangular wire baskets with the aid of the hooks.
Abstract:
A novel method and apparatus is disclosed for the production of single plane ladder-type rack strip material in which wire cross bar elements are Tee-welded to the inside surface portions of opposed, parallel side elements formed of similar wire material. The welding procedure involves contacting the cross bar element centrally with an electrode of a first polarity and contacting the wire side elements on opposite sides with electrodes of a second polarity. During the welding operation, current flows substantially equally from the first electrode in opposite directions through the opposite weld interfaces to the opposed second electrodes. By observing physical symmetry in the electrical supply at opposite sides, equalization of current flow is optimized so that the emerging rack strip product is flat and straight, suitable for commercial marketing. By forming the rack strip elements in a single plane, the elements can be formed into a wide variety of modular components for the assembly of a variety of useful rack and shelving structures. Novel forms of mounting and connecting blocks are also disclosed.
Abstract:
The present invention relates to a plant display system (10). In particular, it relates to a mounted adjustable position plant container (12) held on suspending means (14) which extends through the plant container (12), said suspending means being secured on an upper surface such as an indoor ceiling and on a lower surface such as an indoor floor.
Abstract:
A jewelry organizer stand has a frame with a mesh region for mounting post-type earrings and pins and a mounting bar region of parallel mounting bars for holding various clips with extensions. The clips with extensions can include ring bars for holding rings, necklace bars for holding necklaces, spin-rings for holding beads, pendants and pins, and locking bracelet hooks for holding bracelets. The organizer stand can be pivotably mounted on a base so that it can be turned around. The height can be about that of an adult. The base is at least as wide as the frame so that the organizer will not fall over even if a large unbalanced weight of jewelry is placed on it.
Abstract:
Some embodiments of the present invention provide structure that can be installed within a warehouse-type rack to convert the rack for use as a merchandise and display rack. In this manner, warehouse-type racks can be provided with a greater degree of adjustability to accommodate a larger number of shelving and product storage and display configurations. The structure installed within a warehouse-type rack can include secondary uprights connected to secondary front-rear stretchers. Preferably, the connections between the secondary uprights and the secondary front-rear stretchers are adjustable so that the secondary uprights can be secured in different positions within the warehouse-type rack. In some embodiments, the secondary uprights can be secured in different front-rear positions in the rack and/or can be secured in different vertical positions with respect to the secondary front-rear stretchers.
Abstract:
Some embodiments of the shelving system according to the present invention include a row of shelving units rotatably attached to a support structure, and can include an oppositely facing row of rotatable or stationary shelving units also attached to the support structure at a rear side of the rotatable shelving units. By rotating the rotatable shelving units, an operator can access the rear side of the rotatable shelving unit (as well as a shelving unit behind the rotatable shelving unit) for loading product. In some embodiments, a shelving unit can be moved clear from adjacent shelving units and can then be rotated to a loading position. Some embodiments of the shelving system include a row of rotatable shelving units arranged in a staggered manner providing clearance for the shelving units to rotate without interference with adjacent shelving units.
Abstract:
The present invention provides a shelving system 5 comprising a gondola display having two rows of rear-loading shelves arranged back-to-back. In one row of shelves, the shelves are hingedly attached to the gondola display, thereby allowing the shelves to be rotated away from the gondola 20. This exposes both the rear of the rotated shelves 10 and the rear of the shelves located directly behind the rotated shelves, thereby allowing for easy rear-loading of product into both row of shelves at the same time. The present invention can also be used to allow for easy rear-loading of conventional gondola displays having a fixed base or bases 22. In such instances, a row of rotating shelf units, each having a retractable support wheel, is attached to one side of the conventional gondola. When these units are in their display position and when first rotated away from the gondola, the wheel 180 is in a retracted position so that it is in contact with and can be rolled along the top surface of the fixed base.