Contitech Transportbandsysteme Gmbh

Contitech Luftfedersysteme Gmbh

Olaf Kluth

Carsten Behrens

Jens Schlomski

Andreas Fleck

The present invention relates to a running gear chain (), in particular a bogie chain (), having a flexible body (), preferably an elastomer body (), which is closed in endless fashion, or closable in endless fashion, in a running direction (A). The running gear chain () according to the invention is characterized by a multiplicity of rigid transverse elements () which are connected to the outer side of the flexible body () and extend substantially transversely with respect to the running direction (A), wherein at least some of the rigid transverse elements (), preferably all of the rigid transverse elements (), are arranged so close together in the running direction (A) that, with a planar extent of the flexible body (), two immediately adjacent rigid transverse elements () make contact in the running direction (A).

Running gear chain, in particular bogie chain

The present invention relates to a pouch conveyor belt with a conveyor belt body, preferably an elastomer conveyor belt body, which is designed to hold a conveyed material in the interior of the closed pouch conveyor belt. The pouch conveyor belt is characterized in that the conveyor belt body comprises at least one sensor element which is configured to detect at least the temperature of the conveyor belt body at the location of the sensor element.

Pouch conveyor belt

The present invention relates to a pocket-type conveyor belt installation () having a plurality of carrying rollers () which are designed to support a pocket-type conveyor belt (), preferably a lower conveyor belt edge () of a pocket-type conveyor belt (), wherein the carrying rollers () are each connected in load-bearing fashion by means of at least one carrying roller holder () to a carrying frame () of the pocket-type conveyor belt installation (). The pocket-type conveyor belt installation () is characterized in that at least one carrying roller holder (), preferably a plurality of carrying roller holders (), has at least one sensor element (), which is arranged and designed to record at least a force and/or a change in force between the carrying roller () and the carrying frame ().

Pocket-type conveyor belt installation

The present invention relates to a pouch conveyor belt () with a conveyor belt body (), preferably an elastomer conveyor belt body (), which is designed to hold a conveyed material () in the interior () of the closed pouch conveyor belt (). The pouch conveyor belt () is characterized in that the conveyor belt body () comprises at least one sensor element () which is configured to detect at least the temperature of the conveyor belt body () at the location of the sensor element ().

The invention is directed to a flexible pipe connecting unit which includes a part made of elastic workable material. The pipe connecting unit includes a wave-shaped or hose-shaped bellows () made of elastomeric material. The bellows () has respective projecting flange collars () at its respective ends. The flange collars () preferably are provided with a reinforcement insert () and annularly-shaped pipe connecting pieces (flanges) are disposed behind corresponding ones of the flange collars. The pipe connecting unit () coacts directly with weld-on flanges as counter flanges () without additional seals or corresponding joining locations. For this purpose, the end sealing faces of the flange collars () are partitioned in the radial direction by a peripherally extending slot (). In this way, at least two coaxial concentric annularly-shaped sealing surfaces (-I,-II) are formed. With outer weld-on or slip-on flanges (), only corresponding ones of the outer annular sealing Surfaces (-I) are in contact engagement and, when the counter flange () is a welding-neck flange, at least the outer sealing annular surface (-I) comes into contact engagement. A stabilization ring () can be implanted in the slot () of the flange collar () between the outer annular sealing surface (-I) and the inner annular sealing surface (-II).

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Hannover, Germany

Olaf Kluth