Abstract: A bearing pusher assembly for moving product in a channel of a product display apparatus. The product display apparatus can have a tray component and a spring, the bearing pusher assembly to be coupled with the spring and moveable with respect to the tray component. The spring provides a resilience force to the tray component and the bearing pusher assembly upon deformation. The bearing pusher assembly includes a pusher body, an axle coupled to the pusher body, and a ball bearing coupled to the axle and rotatably moveable with respect to the tray component. Also disclosed is a product display apparatus including the bearing pusher assembly.

Abstract: A bearing pusher assembly for moving product in a channel of a product display apparatus. The product display apparatus can have a tray component and a spring, the bearing pusher assembly to be coupled with the spring and moveable with respect to the tray component. The spring provides a resilience force to the tray component and the bearing pusher assembly upon deformation. The bearing pusher assembly includes a pusher body, an axle coupled to the pusher body, and a ball bearing coupled to the axle and rotatably moveable with respect to the tray component. Also disclosed is a product display apparatus including the bearing pusher assembly.

Abstract: A shelf clamp for connecting a rack unit to a display shelf has a flat body with a clasp extending from the top end of the flat body, a support lip extending from the mid-section of the flat body, and a front fin extending diagonally upward from the front face of the flat body, wherein the front fin is comprised of flexible material such that the front fin can flex towards the flat body. The bottom end of the shelf clamp is fashioned to slide down between an edge of the shelf and a wall, causing the front fin to flex upward toward the flat body as it presses between the shelf and the wall, and then return to its diagonally upward position once it passes the shelf. Thereby, the shelf clamp engages the edge of the shelf and the support rib and the front fin.

Abstract: A shelf clamp for connecting a rack unit to a display shelf has a flat body with a clasp extending from the top end of the flat body, a support lip extending from the mid-section of the flat body, and a front fin extending diagonally upward from the front face of the flat body, wherein the front fin is comprised of flexible material such that the front fin can flex towards the flat body. The bottom end of the shelf clamp is fashioned to slide down between an edge of the shelf and a wall, causing the front fin to flex upward toward the flat body as it presses between the shelf and the wall, and then return to its diagonally upward position once it passes the shelf. Thereby, the shelf clamp engages the edge of the shelf and the support rib and the front fin.