A conveying device comprising a chassis with a drive unit which is set up to move the conveying device in and against a direction of travel along storage locations at least in sections parallel to or along a horizontal plane. At least one load-handling device is set up to introduce a stored item into one of the storage locations or to discharge it from one of the storage locations. The load-handling device is arranged to introduce the stored goods into one of the storage locations parallel to or along the horizontal plane at an angle () with respect to the direction of travel, or to discharge them from one of the storage locations, which angle () differs from a 90-degree angle. A high-bay warehouse with such a stacker crane is also provided.

The invention relates to a storage rack (10) for the storage of long goods (24), such as an aluminum profile or a gutter, having a housing (11), which is delimited by opposing side walls (12), for accommodating a plurality of trays (15) in which the long goods are accommodated, having a first service opening (16) disposed at an end face (13) of the housing (11), and having a transport device (14) for the automated transport of the trays (15). The storage rack (10) has a second service opening (17), wherein the second service opening (17) is disposed on the side wall (12) of the housing (11).

A rack for transporting and/or storing building elements is provided which are used for building rotor blades of wind turbines, wherein the rack includes a holding structure and several holding arms which are attached or attachable to the holding structure, wherein the holding arms are arranged offset in several rows when they are in a holding position in which they project from the holding structure, wherein the holding arms arranged in each row build a respective reception plane for receiving at least one building element extending over at least several of the holding arms of this row, wherein at least two vertically staggered reception planes are built, wherein at least one of the holding arms is movable from the holding position into a non-holding position, in which the respective holding arm is moved out of the storage space above the reception plane below the upper reception plane, and vice versa.

Apparatus to store bars (B) comprising a support plane (11), a bundle feed zone (12) and a bar delivery zone (13) associated with respective opposite ends of the support plane (11), wherein the support plane (11) comprises a unit (14) to move the bars (B) in a direction of movement (Z) at least from the bundle feed zone (12) to the bar delivery zone (13).

A storage and retrieval system for a high-bay warehouse comprising a superordinate control computer having a communication module and at least two self-driving gangway vehicles which are non-mechanically interlinked to each other. A control apparatus with a communication apparatus, of which at least one of the communication apparatuses is formed to bidirectionally communicate with the communication module of the superordinate control computer. The control apparatus of the gangway vehicles prompts a drive apparatus of the gangway vehicles to drive into or drive out of warehouse gangways the high-bay warehouse. A measurement of the path covered by the respective gangway vehicle is carried out by a path measurement apparatus that is in a communication connection with the control apparatus. The control apparatus of the gangway vehicles is designed to prompt a lifting apparatus of the gangway vehicles to adjust a load receiver between a raised and a lowered position.