Abstract: The present invention relates to a grate element (1) for a grate of a waste-incineration plant, having a plurality of rows of grate blocks, which are moveable or fixed, arranged one behind the other, a plurality of grate blocks (67) being arranged in each row of grate blocks. A first number of grate blocks arranged in a moveable row of grate blocks here is assigned to a first grate carriage (5), and a second number of grate blocks arranged in a moveable row of grate blocks is assigned to a second grate carriage (35), it being possible for the first number of grate blocks to be moved independently of the second number of grate blocks.

Abstract: The present invention relates to a grate element (1) for a grate of a waste-incineration plant, having a plurality of rows of grate blocks, which are moveable or fixed, arranged one behind the other, a plurality of grate blocks (67) being arranged in each row of grate blocks. A first number of grate blocks arranged in a moveable row of grate blocks here is assigned to a first grate carriage (5), and a second number of grate blocks arranged in a moveable row of grate blocks is assigned to a second grate carriage (35), it being possible for the first number of grate blocks to be moved independently of the second number of grate blocks.

Abstract: For the purpose of a virtual reduction of the transmission time in real-time data exchange between computer and/or control systems without loading the communications COM a prediction is produced as simulated image for the duration of the transmission time of the real-time data image MEM of the operating station to be changed and the change is carried out in the simulated image at the same time as the input, while the background information is fed to the target system and immediately returned as a new real-time data image. The corresponding addresses of the real-time data image can be used for the storage addresses of the simulated image for a faster response. In addition, transmission and reception information may travel via the same path and also to identical storage addresses in the receiving control system.