A. Raymond Et Cie

A. Raymond & Cie

A. Raybond Et Cie

Hänsel, Mathias

Mathias Hänsel

Michel Bremont

Axel Rhein

Uwe Spitz

Herbert Le Pabic

Frederic Laure

Olivier Daverio

Frédéric Laure

Sébastien Lichtle

Laurent Chouvet

Christoph Jürgens

A manually operated or automated bonding tool for the attachment of a formed adhesive element to a bonding part is disclosed. The bonding tool includes a loading module in which the bare bonding part is loaded, an oven module in which the bare bonding part is heated, an adhesive picking station module in which the adhesive is attached to the heated bare bonding part, and a part transfer module which advances the bare bonding part sequentially from the loading module, through the oven module, and to the adhesive picking station module. The oven module includes an elongated heating block having a bonding part guide by which the bare bonding parts are transferred through the oven and to the adhesive picking station module. The part transfer module is used to push the unheated bare bonding part into and through the oven module and into position on the adhesive picking station module.

Bonding tool for attaching prepared adhesive to bonding part

A device for displaceably holding a glass pane () in a sliding rail has at least one fastening part () to which a hot-melt adhesive cushion () is fitted and which has at least one locking element (). Furthermore, there is an elongate holding rail () which can be brought into engagement with the or each locking element (). The or each locking element () can be moved between a locking position, in which the or each fastening part () is connected fixedly to the holding rail (), and a release position in which the engagement with the holding rail () is released and the glass pane () can be removed from the holding rail (). As a result, repair due to wear of the holding rail () is less cost-intensive, since the glass pane () is connected releasably to the holding rail ().

Device for displaceably holding a glass pane in a sliding rail

The invention relates to a method for coating adhesive surfaces of fixing elements with a hot-melt adhesive, and to a device for carrying out said coating method. Base surfaces () of recesses () are formed by tappets (), whereby the lateral walls thereof are displacably guided in the recesses (). A displaceable container () which is used to fill up the adhesive powder in the recesses () is arranged next to the recesses (). The side edges () of the container () cover a working plate (). A slit () which is used to receive the securing element () is arranged on the other side of the recesses (), said slit being provided with continuous holes () for the tappets (). A pressure stamp () provided with a pressure plate () which is lowered onto the securing element () is arranged over the recesses (). A heating station () which is used to heat the securing element prior to heating the recesses () to the desired heating temperature is arranged at a distance from the slits ().

Method and device for coating adhesive surfaces of fixing elements with a hot-melt adhesive

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Rümmingen, Germany

Mathias Hänsel