A modular display can be assembled and disassembled by one person without any tools, and which stacks flat into a manageable box that can be either rolled in or shipped on a standard pallet. The structural parts of the assembly include several types of interlocking pieces which form stable columns, and various bridging devices that allow for slatwall or pegboard to be easily inserted to display a wide range of products that merchandise on slatwall, pegboard, shelves, tables and free-standing pedestals as well as garment poles. This display booth emulates a retail shopping experience where physical products are sold on varying display mediums. The parts fit to together by inserting hooked tabs into slots that fit the width of the tabs. Since all the parts are interchangeable, the system allows for multiple configurations, as well as easy expansion of the display booth by adding more parts.

A modular display can be assembled and disassembled by one person without any tools, and which stacks flat into a manageable box that can be either rolled in or shipped on a standard pallet. The structural parts of the assembly include several types of interlocking pieces which form stable columns, and various bridging devices that allow for slatwall or pegboard to be easily inserted to display a wide range of products that merchandise on slatwall, pegboard, shelves, tables and free-standing pedestals as well as garment poles. This display booth emulates a retail shopping experience where physical products are sold on varying display mediums. The parts fit to together by inserting hooked tabs into slots that fit the width of the tabs. Since all the parts are interchangeable, the system allows for multiple configurations, as well as easy expansion of the display booth by adding more parts.

The invention relates to a piece of furniture (30), comprising at least one support rod (10) and at least one first plate (20), on which the support rod or support rods (10) can be installed. The first plate (20) has one or more first openings (21). Into each of said first openings (21), a support rod (10) can be inserted at one end (11) thereof, and each of the support rods (10) can be mounted perpendicular on the first plate (20). The support rod (10) has a star-shaped axially symmetric cross-section (13), which is tapered at the one end (11) facing the first plate (20). The shape of the first openings (21) is adapted to the star-shaped cross-section (13) of the support rod (10), preferably in such a way that the shape of the first openings is designed similarly to the star-shaped cross-section (13) of the support rod (10). Furthermore, at least one second opening (23) is provided, which is located in a second plate (22) parallel to and behind the first opening (21) in the first plate (20) in the insertion direction (15) of the support rod (10), the second opening (23) preferably being similar to but smaller than the first opening (21). The support rod (10) can be inserted by means of the one end (11) thereof into the first opening (21) and into the second opening (23) in a plurality of orientations, which arise by rotation of the support rod (10) about the center axis, the insertion producing a mounted state (30.1). The invention now proposes that the support rod (10) comprises electrical conducting tracks (40), by means of which a load (18), which is provided indirectly or directly on the support rod (10), can be supplied with electrical energy, electrical contact points (41) being provided on the one end (11) of the support rod (10) in order to supply the electrical conducting tracks (40) with electrical energy. Furthermore, a printed circuit board (50) is provided, which has counter electrical contact points (51, 52), which can be brought into operative connection with the electrical contact points (41), the printed circuit board (50) being designed in such a way that the contacting between the electrical contact points (41) and the counter electrical contact points (51, 52) occurs by insertion of the support rod (10) into the first opening (21) and the second opening (23) irrespective of the orienta

The present application provides, in one embodiment, a modular shelf system having spaced apart upright subassemblies that each include a first and second removable support standard recessed within. The system further provides at least one shelf fixture configured to be removably mounted to at least one of the support standards in each of a first and second upright subassemblies selected. The shelf may receive retail product trays via snap-fit fasteners. And, a variably configurable hanger bar may support the modular shelf system.

A modular shelf system having spaced apart upright subassemblies that each include multiple recesses conductive support standards, which are configured for receiving a low voltage current and illuminating the LED arrays of shelf fixtures that span adjacent upright subassemblies.

A packaging assembly is provided with a product package. A plurality of retail products is supported upon the product package in an array for transportation. A plurality of dividers is connected to the product package and extends between sequential retail products for separation of the sequential retail products during shipping, wherein the dividers are removable.

The invention relates to a piece of furniture (30), comprising at least one support rod (10) and at least one first plate (20), on which the support rod or support rods (10) can be installed. The first plate (20) has one or more first openings (21). Into each of said first openings (21), a support rod (10) can be inserted at one end (11) thereof, and each of the support rods (10) can be mounted perpendicular on the first plate (20). The support rod (10) has a star-shaped axially symmetric cross-section (13), which is tapered at the one end (11) facing the first plate (20). The shape of the first openings (21) is adapted to the star-shaped cross-section (13) of the support rod (10), preferably in such a way that the shape of the first openings is designed similarly to the star-shaped cross-section (13) of the support rod (10). Furthermore, at least one second opening (23) is provided, which is located in a second plate (22) parallel to and behind the first opening (21) in the first plate (20) in the insertion direction (15) of the support rod (10), the second opening (23) preferably being similar to but smaller than the first opening (21). The support rod (10) can be inserted by means of the one end (11) thereof into the first opening (21) and into the second opening (23) in a plurality of orientations, which arise by rotation of the support rod (10) about the center axis, the insertion producing a mounted state (30.1). The invention now proposes that the support rod (10) comprises electrical conducting tracks (40), by means of which a load (18), which is provided indirectly or directly on the support rod (10), can be supplied with electrical energy, electrical contact points (41) being provided on the one end (11) of the support rod (10) in order to supply the electrical conducting tracks (40) with electrical energy. Furthermore, a printed circuit board (50) is provided, which has counter electrical contact points (51, 52), which can be brought into operative connection with the electrical contact points (41), the printed circuit board (50) being designed in such a way that the contacting between the electrical contact points (41) and the counter electrical contact points (51, 52) occurs by insertion of the support rod (10) into the first opening (21) and the second opening (23) irrespective of the orienta

A panel mounting system and associated components and methods. The panel mounting system includes a panel system comprising a plurality of panels. The panel mounting system also includes a plurality of panel accessories selectively mountable on the panel system at desired locations. The panel accessories can include a panel mount and an object support. The panel mounting system provides several advantages compared to conventional peg board mounting systems.

A shelving system comprises four corner columns, a plurality of substantially horizontal support beams, and a plurality of beam braces. Each of the support beams extends between two of the four corner columns, and each support beam is paired with a corresponding second support beam to form pairs of support beams. Each of the beam braces extends between the support beams of one of the pairs of support beams and comprises a first end portion, a second end portion, and a middle portion. The first and second end portions comprise substantially planar faces. The middle portion is between the first end portion and the second end portion and comprises first and second edges, wherein the first end portion and the second end portion extend away from the first and second edges, respectively, in opposite directions.

A trophy mount for displaying the skull and horn or antler of game animals comprising; a base with one or more holes in the base for attaching the base to a vertical surface, a wing that attaches to the base by means of an upper and lower hinge socket on the base that are able to receive an upper and lower wing joint from the wing with the sockets and joints sized to allow the wing to pivot with respect to the base which is secured to the vertical surface, a bracket that has one or more adjustment holes and a pivot hole, means for securing the bracket to the wing such that the bracket can be positioned at various angles with respect to the base, a center prong on the bracket that is sized to fit within a Foramen magnum of a vertebrate game animal, and a right and left side arm that are spaced, sized and positioned below and slightly in front of the center prong such that the right and left side arms fit into the condyloid fossa of a game animal's skull.