Thyssenkrupp Bilstein Suspension Gmbh

Other

Hosch Fordertechnik Gmbh

Cornelia Kill-frech

Kill-frech, Cornelia

Claus Weimann

Ole Götz

Martin Kiel

Andreas Nevoigt

Dirk Feist

Ralf Wilhelm

Ulrich Hartig

Elmar Lauer

Thomas Jost

Alfons Schreiner

Joachim Körner

Tina Eisenring

Andreas Kaup

Markus Schmidt

Walter Burböck

Ole Goetz

Thomas Brendecke

Kais Saadeddin

Dirk Heidhues

A scraper for a conveyor belt, a scraper module for same, a belt conveyor including same, and a method for replacing a scraper element on a scraper or belt conveyor. The scraper includes a system support with a scraper module having a base element arranged on the system support and a scraper element for contacting the conveyor belt. To allow a simple replacement of the scraper element, it is rotatably attached about a rotational axis relative to the base element by a rotational coupling, which is designed such that in a rotatable position of the scraper element within a fixed angular range, the scraper element is rigidly coupled to the base element in the direction of the rotational axis, and in a rotatable position of the scraper element within a release angular range, the scraper element can be released from the base element in the direction of the rotational axis.

Scraper with an easily replaceable scraper element

A scraper system for a conveyor belt, a belt conveyor including same, and a method. The system includes a support and a scraper element for contacting the belt. A mounting includes an attachment part for attaching relative to the belt frame of the belt, a holding element for attaching the support to the attachment part, and a support element. The holding element is coupled to the support via a clamping assembly such that a torque can be applied about the support's longitudinal axis, and the holding element is releasably connected to the attachment part. The holding element is operatively connected to the attachment part on which the support is held, and during installation, the holding element is released from the attachment part. The support, scraper module, and holding element can be pulled longitudinally into a pull-out position such that the scraper module passes by the attachment part, wherein the support element supports the support.

Conveyor belt scraper system with simple maintenance

A scraper system for a conveyor system having a conveyor belt and a method for attaching a scraper module to a scraper system. The scraper system includes a system carrier and scraper modules for contacting the conveyor belt. The scraper modules are attached to a module carrier that extends on the system carrier parallel to the system carrier. The module carrier is releasably attached to the system carrier by a clamping assembly for applying a clamping force in the transverse direction to the system carrier. The clamping assembly has a clamping rod that runs parallel to the system carrier and applies the clamping force by wedge action.

Releasable attachment of scraper modules

A belt scraper having a scraper element to be brought into abutment with a belt. The scraper element is pivotably arranged with reference to a pivoting axis. A spring element generates a torque acting on the scraper element. A sensor for determining a pivoting angle of the scraper element is a contactless sensor with an index part and a detecting part for detecting the position of the index part. The index part is arranged, at a distance from the pivoting axis, on a movable element that is coupled to the scraper element.

Belt scraper and method for operating a belt scraper

A vibration damper having a sensitive response behavior at very low amplitudes comprises a separating piston being disposed inside a bypass so as to move axially freely. The separating piston divides the bypass into two chambers mutually sealed from one another. Two valves are disposed in the bypass. The first valve acts in a compression stage as a pressure limiting valve and as a non return valve in an extension stage. The second valve acts as a pressure limiting valve in the extension stage and as a non return valve in the compression stage.

Vibration damper having an amplitude-selective damping device

A dashpot featuring amplitude-dependent shock absorption, especially intended for the wheel of a vehicle and including a hydraulically parallel cylindrical pressure-compensation chamber (). The pressure-compensation chamber is partitioned by an axially displaceable floating piston (). At least one face () of the floating piston is provided with a resilient bumper (). The object is a dashpot with a floating piston that arrives more gently at its limit inside the pressure-compensation chamber (). The bumper is accordingly accommodated in an axial hollow () that extends through the body () of the floating piston.

Dashpot with amplitude-dependent shock absorption

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Wetter, Germany

Claus Weimann