Abstract: In the case of a drive arrangement for a rolling mill, comprising at least one drive motor (M), a main gear mechanism (HG), a pinion gear mechanism (KWG), a rolling stand (G) with working rolls (AW), and the spindles, couplings and the like which connect these components, the main gear mechanism (HG) is a single-stage one and the drive axis (AN) is spaced apart from the output axis (AB) by an upwardly directed, vertical spacing (vA).

Abstract: In the case of a drive arrangement for a rolling mill, comprising at least one drive motor (M), a main gear mechanism (HG), a pinion gear mechanism (KWG), a rolling stand (G) with working rolls (AW), and the spindles, couplings and the like which connect these components, the main gear mechanism (HG) is a single-stage one and the drive axis (AN) is spaced apart from the output axis (AB) by an upwardly directed, vertical spacing (vA).

Abstract: The present invention pertains to an oscillator arrangement for carrying out a frequency modulation process, wherein an oscillator (1) with automatic amplitude control (5, 6, 7) is provided. The shift keying is not realized with reconnectable capacitances in the oscillator (1) that determine its oscillator frequency, but rather by suitably influencing (6) the feed current of the oscillator in dependence on the modulation signal (FSK), namely with the aid of the amplitude control (5, 6, 7). Undesirable charge injections do not occur in the proposed oscillator arrangement because reconnectable capacitances are no longer required for achieving the desired frequency deviation.

Abstract: The present invention pertains to an oscillator arrangement for carrying out a frequency modulation process, wherein an oscillator (1) with automatic amplitude control (5, 6, 7) is provided. The shift keying is not realized with reconnectable capacitances in the oscillator (1) that determine its oscillator frequency, but rather by suitably influencing (6) the feed current of the oscillator in dependence on the modulation signal (FSK), namely with the aid of the amplitude control (5, 6, 7). Undesirable charge injections do not occur in the proposed oscillator arrangement because reconnectable capacitances are no longer required for achieving the desired frequency deviation.

Abstract: A process and a device for collecting and palletizing bottles 3 is provided, especially empty plastic bottles, which are fed from a bottle producer 36 or a bottle conveyor 8 in one or more rows one behind the other to a collecting device 4. They are transferred there to one or more intermediate carriers 6, forming bottle layers 25, wherein the loaded intermediate carriers 6 are subsequently conveyed to a palletizing device 7. The intermediate carriers 6 move in a circle in the collecting and palletizing unit 2 and can also be transferred into a storage facility 7 for intermediate storage.

Abstract: The invention relates to a device for processing bottles, especially empty plastic bottles. The processing device (1) comprises at least one collecting device (4) for receiving bottles (3) delivered to it and for loading several mobile intermediate supports (6) with said bottles, as well as at least one magazine (37) for the intermediate storage of full and/or empty intermediate supports (6).

Abstract: A process and a device for collecting and palletizing bottles 3 is provided, especially empty plastic bottles, which are fed from a bottle producer 36 or a bottle conveyor 8 in one or more rows one behind the other to a collecting device 4. They are transferred there to one or more intermediate carriers 6, forming bottle layers 25, wherein the loaded intermediate carriers 6 are subsequently conveyed to a palletizing device 7. The intermediate carriers 6 move in a circle in the collecting and palletizing unit 2 and can also be transferred into a storage facility 7 for intermediate storage.