Arntz Beteiligungs Gmbh & Co. Kg

Arntz Beteilungs Gmbh & Co. Kg

Salem Hazim

Florian Lotz

Willi Ollenborger

Michael Giessmann

Michael GIEßMANN

The invention relates to a force transmission belt, formed of at least one belt material () having a belt longitudinal direction and having a belt width extending transversely to the belt longitudinal direction, containing a belt back (), a tension-bearing element zone () having a plurality of tension-bearing elements arranged adjacent to each other over the belt width at a distance and parallel to each other, and a force transmission zone () adjoining the tension-bearing element zone (). Said force transmission belt can be formed simply, economically, and with improved running properties in that the tension-bearing elements are formed by at least two narrow strips () of a pre-stretched plastic material, which strips are arranged adjacent to each other over the belt width and are spaced apart from each other by belt material ().

Force transmission belt

For showing a wear state of a V-ribbed belt, which is constructed with a belt backing (), a tension strand () arranged underneath the belt backing and a carcass (), in which there are formed, in the longitudinal direction of the V-ribbed belt, V-ribs () which run parallel to one another, have in each case an interspace () with respect to one another and have inclined rib flanks (), wherein the interspaces (), formed for the engagement of pulley ribs () of a V-belt pulley (), between two V-ribs () of the V-ribbed belt extend as far as a rib base () of the V-ribs (), according to the invention a removal of material in the rib base () is detected as a criterion for the wear state.

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Hoexter, Germany

Salem Hazim