Abstract: A modular locker comprising at least two vertical towers being positioned side by side. Each vertical tower defines a front opening and a space therein and comprises spaced apart lateral walls interconnected by top, bottom, and rear parts. The lateral walls define respective inner and outer sides. The outer side comprises a protruding contour surrounding a recessed surface. The interfacing lateral walls of adjacent vertical towers are releasably connected defining an enclosure therebetween. A plurality of compartments for containing parcels therein are vertically arranged within each of the towers. Each of the compartments comprises a shelf structure comprising a shelf floor and a door. The shelf floor is mounted to the inner sides of the spaced apart lateral walls. The door is mounted to the tower at the front opening and is movable between open and closed positions thereby providing for selectively accessing the compartment.

Abstract: A dispenser for small packets comprises a housing having a cabinet and a chute positioned beneath the cabinet for dispensing small packets. At least one pair of drawers is slidably mounted within the cabinet. Each of these drawers has respective front sides positioned at the cabinet front side and respective interfacing lateral dispensing sides defining a common drop channel therebetween leading the chute. The drawers slidably movable outwardly and inwardly of the cabinet via the cabinet front face. Each of the interfacing lateral dispensing sides has at least one silo structure mounted thereof. Each silo structure comprises a storage compartment for storing small packets and an ejection device for ejecting the small packets into the drop channel.

Abstract: A modular back panel assembly for a display structure comprises at least one back panel defining front face apertures. The back panel rear face is comprises at least one elongated channel aligned with the front face apertures. An elongated electrical conductor is mountable within the elongated channel and defines conductor apertures for being coaligned with the front face apertures. A display member is mountable to the back panel front face of the back panel and comprises an electrical conductor with a mounting element that is insertable within the coaligned front face and conductor apertures. An electrical assembly provides electrical power to the elongated electrical conductor.

Abstract: A modular back panel assembly for a display structure comprises at least one back panel defining front face apertures. The back panel rear face is comprises at least one elongated channel aligned with the front face apertures. An elongated electrical conductor is mountable within the elongated channel and defines conductor apertures for being coaligned with the front face apertures. A display member is mountable to the back panel front face of the back panel and comprises an electrical conductor with a mounting element that is insertable within the coaligned front face and conductor apertures. An electrical assembly provides electrical power to the elongated electrical conductor.

Abstract: A shelf unit includes a base frame having first and second shelf brackets, lengthwise supports extending from the first shelf bracket to the second shelf bracket and widthwise strips extending between the lengthwise supports. A plurality of shelf skins are spaced apart from each other and mounted to the base frame. Each shelf skin surrounds at least a portion of a top, a bottom and a front of the base frame so that a portion of each widthwise strip of the base frame is exposed between the shelf skins.

Abstract: A display assembly for displaying items and being mountable to a vertical surface and comprising at least two longitudinal runners and an elongate member. The longitudinal runners are mountable to the vertical surface. Each runner includes elongate-member-mounting elements. The elongate-member-mounting elements of at least one of the runners include a protrusion-receiving element. The elongate member includes one end mountable to one of the runners and an opposite end mountable to the other of the runners. The one end has a moveable protrusion assembly for releasably engaging the protrusion-receiving element. The opposite end is so configured and sized as to be mountable to the elongate-member-mounting elements. The elongate member includes display-member-engaging elements. The moveable protrusion assembly is moveable between a runner-engaging position for engaging the protrusion-receiving element and a runner-disengaging position for disengaging the protrusion-receiving element.

Abstract: A security showcase having a housing with storage and display portions for respectively storing and displaying items. The display portion includes a support for supporting items and being positionable between an item-storing position, within the storage portion, and an item-displaying position for displaying items. A closure with closure elements is movably mounted to the housing. The closure elements are movable between a closed position, for enclosing the support within the storage portion and an open position for when the support is in the item-displaying position. The closure may be automated and move in accordance with the position of the support or operationally linked thereto for simultaneous movement thereof. The closure may be positioned within the storage portion when the support is in the item-displaying position.

Abstract: An adjustable pusher tray mountable on a top of a shelf for holding objects thereon. The tray includes a platform adapted to be mounted on the top of the shelf; and at least one pushing device adapted to be mounted on the platform for pushing the objects towards a front of the tray. Each pushing device has a longitudinal plate adapted to be mounted on the platform, a pusher tab slidably mounted on the longitudinal plate, and a coiled spring having one end mounted on the pusher tab and another end mounted on the longitudinal plate for biasing the pusher tab against the objects positioned between the pusher tab and the front of the tray.

Abstract: An adjustable wall system comprising horizontal and vertical members for forming a frame. Panels including mounting elements for being removably mounted to two adjacent vertical members of the frame thus forming a wall run. The vertical members include protrusions to be mounted by the mounting elements. The vertical and horizontal members may be provided with mutually mating locators. Surface mounting elements are provided to be mounted to a surface, the vertical members are mounted to these elements. A region of the vertical members is exposed between adjacent panels. This region can be used to mount display members and the like thereto or be used as a spacer. Levelers are used to bolt the freestanding wall runs to the floor. Perpendicular tabs on the horizontal members are used to connect them to other horizontal members creating dividing wall runs on straight wall runs. Angular or curved brackets are used to shape the wall run accordingly.

Abstract: An adjustable wall system comprising horizontal and vertical members for forming a frame. Panels including mounting elements for being removably mounted to two adjacent vertical members of the frame thus forming a wall run. The vertical members include protrusions to be mounted by the mounting elements. The vertical and horizontal members may be provided with mutually mating locators. Surface mounting elements are provided to be mounted to a surface, the vertical members are mounted to these elements. A region of the vertical members is exposed between adjacent panels. This region can be used to mount display members and the like thereto or be used as a spacer. Levelers are used to bolt the freestanding wall runs to the floor. Perpendicular tabs on the horizontal members are used to connect them to other horizontal members creating dividing wall runs on straight wall runs. Angular or curved brackets are used to shape the wall run accordingly.

Abstract: An adjustable pusher tray mountable on a top of a shelf for holding objects thereon. The tray includes a platform adapted to be mounted on the top of the shelf; and at least one pushing device adapted to be mounted on the platform for pushing the objects towards a front of the tray. Each pushing device has a longitudinal plate adapted to be mounted on the platform, a pusher tab slidably mounted on the longitudinal plate, and a coiled spring having one end mounted on the pusher tab and another end mounted on the longitudinal plate for biasing the pusher tab against the objects positioned between the pusher tab and the front of the tray.

Abstract: A security showcase having a housing with adjacent storage and display portions for respectively storing and displaying items therein. A support is mounted to the housing for supporting items and being positionable between an item-storing position, within the storage portion, and an item-displaying position for displaying items via the adjacent display portion. A closure with at least a pair of closure elements is movably mounted to the housing. The closure elements are movable between a closed position, interposed between the storage and display portions and mutually mated for enclosing the support within the storage portion and an open for when ths support is in the item-displaying position. The closure may be automated and move in accordance with the position of the support or operationally linked thereto for simultaneous movement thereof. The closure may be positioned within the storage portion when the support is in the item-displaying position.

Abstract: An adjustable wall system comprising horizontal and vertical members for forming a frame. Panels including mounting elements for being removably mounted to two adjacent vertical members of the frame thus forming a wall run. The vertical members include protrusions to be mounted by the mounting elements. The vertical and horizontal members may be provided with mutually mating locators. Surface mounting elements are provided to be mounted to a surface, the vertical members are mounted to these elements. A region of the vertical members is exposed between adjacent panels. This region can be used to mount display members and he like thereto or be used as a spacer. Levelers are used to bolt the freestanding wall runs to the floor. Perpendicular tabs on the horizontal members are used to connect them to other horizontal members creating dividing wall runs on straight wall runs. Angular or curved brackets are used to shape the wall run accordingly.

Abstract: A foldable shelf assembly comprising and shelf and a frame for mounting said shelf thereto. The shelf comprising first and second lateral sides. Each first and second lateral sides comprising respective guide protrusions. The frame comprises first and second side-surfaces. Each first and second side-surfaces comprises guide slots configured and sized to releasably receive and guide the guide protrusions. When the shelf is mounted to the frame, the shelf is moveable between folded and unfolded displaying positions via the protrusions sliding along the slots.

Abstract: A display assembly for displaying items and being mountable to a vertical surface and comprising at least two longitudinal runners and an elongate member. The longitudinal runners are mountable to the vertical surface. Each runner includes elongate-member-mounting elements. The elongate-member-mounting elements of at least one of the runners include a protrusion-receiving element. The elongate member includes one end mountable to one of the runners and an opposite end mountable to the other of the runners. The one end has a moveable protrusion assembly for releasably engaging the protrusion-receiving element. The opposite end is so configured and sized as to be mountable to the elongate-member-mounting elements. The elongate member includes display-member-engaging elements. The moveable protrusion assembly is moveable between a runner-engaging position for engaging the protrusion-receiving element and a runner-disengaging position for disengaging the protrusion-receiving element.