Abstract: A dosing device for bulk material having a dosing scale fastened to an outlet opening of a bulk material container. The dosing device comprises a motor-driven conveyor, extending substantially horizontally, which is designed to convey the bulk material from an entry region to an exit region. The entry region is arranged under the bulk material container. The exit region is supported on at least one first measurement device which is arranged and designed to determine the weight load of the conveyor by the bulk material. The conveyor is attached in a free floating manner to the bulk material container at the entry region thereof.

Abstract: A dosing device for bulk material having a dosing scale fastened to an outlet opening of a bulk material container. The dosing device comprises a motor-driven conveyor, extending substantially horizontally, which is designed to convey the bulk material from an entry region to an exit region. The entry region is arranged under the bulk material container. The exit region is supported on at least one first measurement device which is arranged and designed to determine the weight load of the conveyor by the bulk material. The conveyor is attached in a free floating manner to the bulk material container at the entry region thereof.

Abstract: This invention concerns a device for vibration damping of an object (1) moving along a trajectory arranged on a frame (7), whereas the object (1) involves spaces filled-in with magnetorheologic fluid which moves towards the object (1) and the device contents at least one control electromagnet (2,12) for achieving magnetorheologic fluid condition change to which a signal for vibration damping is fed from a control unit, whereas the control electromagnet/s (2,12) is/are arranged firmly on the frame on which the object's (1) trajectory is positioned. The control electromagnets (2,12) are arranged evenly with regard to the object's (1,5) trajectory (4,14), in case of need evenly to one another.

Abstract: The invention concerns a weigh batcher for bulk material with an essentially horizontally extending conveyor (24) fastened to the outlet of a bulk material container (1, 50), at whose end away from the outlet a bulk material discharge is provided, and whose end near the outlet is situated beneath the outlet, in which a cylindrical vertical tube open on both sides (11, 13; 64) is fastened between the outlet and the end near the outlet to the upstream agitator (5, 55), and that the motor-driven conveyor (24) is mounted floating on the bulk material container.

Abstract: The task to provide a weigh feeder that permits more reliable control of the amount of bulk material transported by the weigh feeder is solved according to the invention in that a motor-driven conveyor is mounted separately and completely floating to convey the bulk material, in which a number of measurement devices are provided that are arranged and designed in order to determine the weight load of the conveyor from the bulk material. Through separate, completely floating support of the conveyor, a uniform force effect on the support of the conveyor and on the load cells arranged on it is achieved. The conveyor can therefore be weighed without a lever effect caused by a fixed bearing. Through separate, completely floating support of the conveyor, exclusively the weight of the entire conveyor without the weight of other components of the weigh feeder can also be determined.

Abstract: This invention concerns a device for vibration damping of an object (1) moving along a trajectory arranged on a frame (7), whereas the object (1) involves spaces filled-in with magnetorheologic fluid which moves towards the object (1) and the device contents at least one control electromagnet (2,12) for achieving magnetorheologic fluid condition change to which a signal for vibration damping is fed from a control unit, whereas the control electromagnet/s (2,12) is/are arranged firmly on the frame on which the object's (1) trajectory is positioned. The control electromagnets (2,12) are arranged evenly with regard to the object's (1,5) trajectory (4,14), in case of need evenly to one another.