Abstract: The invention relates to an operating state measuring system, to a server, and to a method for controlling the operating state measuring system, comprising the following method steps: receiving a data packet from a receiving unit; receiving a position signal; evaluating the received data; and generating a result data set from the evaluated data.

Abstract: The invention relates to an operating state measuring system, to a server, and to a method for controlling the operating state measuring system, comprising the following method steps: receiving a data packet from a receiving unit; receiving a position signal; evaluating the received data; and generating a result data set from the evaluated data.

Abstract: The invention relates to an entry or exit gate system (1) with a column (2) to which a shut-off device (3) is attached, wherein a drive (4), a control system (5) and an angle measurement system (6) are provided, and wherein the entry or exit gate system (1) further has a brake (7) which acts on the shut-off device (3). The brake (7), depending on position, is driven with a variable power Px, with a sufficient braking effect nevertheless being achieved in each position.

Abstract: A drawer frame includes a fastening device for fastening a front panel to the drawer frame in a releasable and preferably adjustable manner. A fitting part is premounted on the front panel, and a spring-loaded catch part is arranged in the drawer frame. When the fitting part is inserted, the catch part automatically draws the fitting part towards the drawer frame. A locking apparatus is provided for the catch part, and the locking apparatus is in the form of a clamping apparatus.

Abstract: Drawer frame with a fastening device for fastening a front panel to the drawer frame in a releasable and preferably adjustable manner, wherein a fitting part is premounted on the front panel, and wherein a spring-loaded catch part is arranged in the drawer frame and, when the fitting part is inserted, automatically draws said fitting part towards the drawer frame, wherein a locking apparatus is provided for the catch part, and wherein the locking apparatus is in the form of a clamping apparatus.

Abstract: A stackable shopping trolley, with a chassis, includes wheels, a pushing device and a basket, the basket being formed from various parts, such as the basket sides, a basket base and a flap, wherein the parts of the basket are predominantly made from plastic and said shopping trolley is provided with an antenna. Each trolley has an antenna system with several antennae, each antenna being designed as a transmitting antenna or receiving antenna and each antenna is completely and/or partly enclosed by parts of the basket.

Abstract: A push cart includes a frame, a pushing device, a plurality of casters, one or more electric consumers, at least one rechargeable battery, and at least one power generator that can be driven via a traveling motion of the cart and is connected to the at least one rechargeable battery.

Abstract: A push cart includes a frame, a pushing device, a plurality of casters, one or more electric consumers, at least one rechargeable battery, and at least one power generator that can be driven via a traveling motion of the cart and is connected to the at least one rechargeable battery.

Abstract: A device for use in a checkout area of a self-service store has at least one part operable by electromotive and/or electromechanical operation, the operating arrangement of which is controlled by an electronic control unit, optionally with a manually actuatable operating device which controls the operating arrangement if necessary. The control unit has an interface for receiving and forwarding data existing in electronic form. The data originates both from an electronic checkout located in the checkout area of the self-service store and also from the device itself. The data originating from the checkout via the interface are intended for forwarding to the device and the data originating from the device via the interface are intended for forwarding to the checkout.

Abstract: A device for use in a checkout area of a self-service store has at least one part operable by electromotive and/or electromechanical operation, the operating arrangement of which is controlled by an electronic control unit, optionally with a manually actuatable operating device which controls the operating arrangement if necessary. The control unit has an interface for receiving and forwarding data existing in electronic form. The data originates both from an electronic checkout located in the checkout area of the self-service store and also from the device itself. The data originating from the checkout via the interface are intended for forwarding to the device and the data originating from the device via the interface are intended for forwarding to the checkout.

Abstract: An apparatus (1) includes at least two transport carts (2) and a collection station (15) intended for holding the transport carts (2), whereby the transport carts (2) are provided with a manually operated shunting device (4) and are designed so that they can be pushed inside other transport carts (2) in a space-saving manner, and whereby the collection station (15) has guides (18) in which the transport carts (2) can be stored aligned in at least one row (22) and can be removed from this row (22) again. The collection station (15) is provided with at least one longitudinally extending arrangement (19) designed to transfer energy, which extends parallel to the guides (18), and that each transport cart (2) is provided with a receiving device (9) for receiving the transmitted energy.