Abstract: A wind park comprising at least two wind turbines that produce electrical power by means of a wind rotor and a generator and delivers this to an accumulating network, and comprising a park master that is configured to control said wind turbines and has a power regulator whose input is supplied with a target power signal and, at whose output, power control signals are emitted for the wind turbines, said power regulator comprising a feed-forward control module that imposes a value for the target power onto the output of said power regulator by means of a multiplication element.

Abstract: A dishwasher for cleaning an item to be washed includes at least one receiving structure which is configured to hold the item to be washed. Disposed on the at least one receiving structure is at least one arrangement direction for indicating a position where the item to be washed is to be placed in the at least one receiving structure.

Abstract: An electronics module configured for insertion into a carrier unit and having, arranged on a rear side, a coding pair including a first coding part and a second coding part, wherein the first and second coding parts are configured in accordance with the lock-and-key principle, the first coding part being snapped into place in the rear side, while the second coding part is removably arranged on the first coding part, wherein a plug-and-socket connector is arranged on the second coding part such that a mating plug-and-socket connector arranged in the interior of the electronics module is insertable into the plug and-socket connector to establish an electrical connection, and wherein a memory chip which is connected to the plug and socket connector is also arranged on the second coding part.

Abstract: Systems and methods relate to managing production data for supply chain and manufacturing processes in an available-to-promise (ATP) context. In fulfilling customer or ATP product requests, systems and methods can apply rules to consider flexibilities in the supply chain and manufacturing processes. The system and methods can determine aggregated quantities of ATP or potential quantities of ATP products that may be produced from the supply chain and manufacturing processes that exceed ordinary or normally designed output. The supply chain and manufacturing processes the aggregated quantities may be able to realize the aggregated ATP quantities output by adjusting the supply chain or manufacturing processes. Therefore, if requirements of a customer order cannot be met by the normally expected output of supply chain and manufacturing processes, the supply chain and manufacturing processes may be automatically adjusted to better meet or fulfill the customer order.