Abstract: An order-picking system for order-picking articles stored in a storage rack into conveying pockets includes a storage rack areas arranged in rack rows and/or rack levels for storing the articles, an overhead conveyor system for transporting conveying pockets, and an order-picking area in accordance with the ware-to-person principle, where a number of articles specified by a control computer can be order-picked into conveying pockets at the order-picking area. The storage rack is modular and in the form of independent individual racks. A transport robot is autonomous or controlled by the control computer and constructed to pass beneath an individual rack and/or a transport trolley and transport the individual rack and/or the transport trolley to the order-picking area an article stored in the individual rack and/or an article order-picked from the storage rack into the transport trolley in advance is to be order-picked into a conveyor pocket at the order-picking area.

Abstract: A shelf storage system comprises shelves having several shelf levels arranged on top of each other. Each shelf level has at least one transport aisle between the shelves with storage spaces for products. In the transport aisle, a level operating device for moving to the storage spaces is provided. At least two lifts take products to the shelf levels and fetch them from there. A conveyor transports products toward the lifts and away from them. The lifts are, in each case, connected both to a supplying and to a removing conveyor and thus are, in each case, designed both for receiving products from the conveyor and for supplying these products to the shelf levels as well as for removing products from the shelf levels and transferring these products onto the conveyor.