Abstract: A horizontal conveyor is proposed, including a main framework with a framework base which can be fixedly anchored on a surrounding floor and a frame supported on the framework base. Rollers or rolls, with or without a conveyor belt guided over the rollers or rolls, are rotatably mounted in the frame, such that a conveying path for a goods stack is formed. In order to protect persons and objects in the surroundings in the event of unstable goods stacks, a protection device is proposed, including a protection wall disposed along the conveying path on at least one of the two sides of the conveying path. The protection wall extends at least at a height above the conveying path which is greater than or equal to the width of the conveying path. The protection wall is fastened to the main framework.

Abstract: The invention relates to a storage rack for accommodating cuboid-shaped piece goods such as loaded standard pallets or standard containers, comprising front and rear vertical support elements (1, 4), storage lanes extending over the rack depth, which are provided with at least two horizontal profiled supporting elements (10), which are arranged parallel to each other, in order to provide supports (11) for the piece goods, and stop elements (7) at the ends of the storage lanes facing away from the placement-into-storage and removal-from-storage ends, wherein the stop elements (7) are located at a level above the level of the supports (11).

Abstract: The invention relates to a storage rack for accommodating cuboid-shaped piece goods such as loaded standard pallets or standard containers, comprising front and rear vertical support elements (1, 4), storage lanes extending over the rack depth, which are provided with at least two horizontal profiled supporting elements (10), which are arranged parallel to each other, in order to provide supports (11) for the piece goods, and stop elements (7) at the ends of the storage lanes facing away from the placement-into-storage and removal-from-storage ends, wherein the stop elements (7) are located at a level above the level of the supports (11).