Abstract:
The storage and transport system (100) for collapsible tradeshow displays preferably comprises a crate (200) and framework (300) in combination with components of a collapsible display system. By providing a crate and framework for more vertical storing and accessing the components as they are placed in the crate.
Abstract:
A retail merchandising display system includes reconfigurable components which may be assembled to form perimeter wall fixtures, standing fixtures, tiered tables fixtures, etc. A set of basic components is provided which can be assembled into the fixtures, and disassembled to create other fixtures. Each of the fixtures is preferably provided with cladding which can be used to convey a brand identity.
Abstract:
A modular display system (10) having first and second nonrectangular vertical support devices (16), a plurality of horizontal support devices (22) configured to couple to the vertical support devices (16), and a plurality of clear molded storage units (12, 14) configured to hold material such that the holding devices (12, 14) are supported by the vertical (16) and horizontal (22) support devices. The plurality of storage units (12, 14) comprises gravity feed bins (12) and scoop bins (14). Also, the vertical support devices (16) include a plurality of upright support members (16A) and the horizontal support devices (22) include a plurality of cross-supports (46, 48) configured to couple to the plurality of upright support members (16A). Finally, there are a plurality of slide supports (58) configured to be coupled to the cross-supports (46, 48) and to extend normally from the cross-supports (46, 48) to slideably engage the scoop bins (14).
Abstract:
The invention relates to a modular container comprised of a plate (1) and at least three tie rods (2), on said plate (1) a plurality of first holes (3) being provided, for fixing a first end of said tie rods (2), said end not projecting beyond the relevant hole (3), and a plurality of second holes (4) being provided for the introduction of the other end of said tie rods (2), coupled with the plate (1) within said plurality of second holes (4) occurring outside the plate (1) of the adjacent or juxtaposed container, the positioning of said first (3) and second (4) holes being such to allow the coupling between adjacent, or juxtaposed, containers, with the plates (1) inclined with respect to the resting plane of the structure, said tie rods (2) realising a lower resting base and a rear base, respectively, for the object to be contained.
Abstract:
A movable stabilizing structure (100) for use with an instrument organizer (10, 110) including an elongated base (12, 112) having a uniform, predetermined width and fixed posts (14, 16, 114, 116) extending upwardly from the base. The movable stabilizing structure includes two gripping legs (102, 104) with opposing, inwardly facing surfaces (106, 108) spaced-apart a distance substantially equal to the predetermined width (w) of the base of the organizer, so that the opposing, inwardly facing surfaces of the two gripping legs will grip opposite sides of the base (12, 112) of the organizer so that the movable stabilizing structure can be attached to the base at any point between the fixed posts of the organizer and held in place by the gripping legs to help maintain instruments (103) in an organized and upright state on the organizer.
Abstract:
The invention relates to a system of supporting bars on which items to be presented are hung, directly or indirectly, in goods and services establishments, comprising essentially a support bar (1) which has an insert end (10) at the very front. Said insert end (10) can be inserted into an axial entrance opening in a receptacle (2) or directly into an entrance opening in a support structure and locked in place. The receptacle (2) is fixed in an opening in the support structure. The insert end (10) is provided with a hooked contour and the inserted support bar (1) is locked in place in various ways. According to a first variant, the hooked contour engages from behind in a relief cut into the insert end (10), the support bar (1) having first been lifted at the opposite end of the bar to the insert end (2) and aligned whilst being pushed into the entrance opening. According to a second variant, a spring element (5) located in the receptacle (2) locks into the hooked contour. According to a third variant, an exit opening is provided in the support structure where the upper wall edge engages in the hooked contour after the moving process described in the first variant. The support bar (1) itself can be used for hanging up items or alternatively, one or several support bars (1) can be used to maintain an element for supporting goods. The system of supporting bars creates new ways of presenting and arranging products and services for shop and exhibition layouts.
Abstract:
The inventive system for presenting objects contains rectangular wall parts (4), each with at least one through hole situated near each corner, oblong connecting plates (26), each with a through hole (28) situated near each end, connecting straps (14), disk-shaped heads (16) and threaded bolts (18), threaded plates (22) which screw together with the connection screws (14), and distance rods (8) with an internal thread at each end into which a connecting screw (14) can be screwed.
Abstract:
A modular product display system has at least two vertically stacked layers. Each layer has at least one roller track supported on one longitudinal end by a rail such that the one longitudinal end is at a different elevation than the other longitudinal end. At least two vertical stacking side barriers are disposed at laterally spaced apart positions between the roller track in each of the vertically stacked layers. The vertical stacking side barriers have protrusions on an upper edge and a lower edge engageable with corresponding openings in the roller track. Either (i) the protrusions on at least one of the upper edge and the lower edge are displaced from a plane of the vertical stacked side barrier, or (ii) the vertical stacked side barriers between the at least two vertically stacked layers are laterally displaced from vertical stacked side barriers between further vertically stacked layers.