The mounting strip is bonded to a major face of the glazing by a strip (8) of adhesive material in contact with at least a portion of the mounting strip.

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The flexible sealing strip is formed from a series of individual separate strip segments aligned next to each other along the mounting strip.

The mounting member is disposed so as to straddle the sensor holding member and is affixed by a mounting band by tightening a mounting screw.

A method of bonding the mounting strip to the glazing is also disclosed.

The apparatus may comprise a mounting strip adapted to engage a surface within the housing, a pair of resilient brackets spaced apart on the mountain strip, and a cleaning roller.

The mounting strip (11) can readily be removed in order to release the curtain (1) as required.

At least another portion of the mounting strip is spaced from the major face of the glazing.

The connecting tracks (6) have a similar width (b) in the area of the mounting strip (3).

The adhesive is positioned such that the mounting strip does not overlap the edge of the glazing.

The assembly (2) is secured to the kettle (10) by a transverse mounting band (51) that is fastened to the bottom (11) of the kettle (10) and connected to the mounting band (60).

A preferable method for mounting the add-on unit is to have a leg (12) on the end of the spacer (4) with a mounting tape C attaching it to the existing pane B.

A mounting strip (4) for binding the vacuum flask (2) is arranged at the side of the main rack (1).

The invention relates to a device for assigning a tool to a workpiece that is conveyed on an assembly line.

The invention relates to a semiconductor chip (1) connected on its mounting side (5) to connecting tracks (6) of a lead frame (2) via an interposed mounting strip (3) (LOC arrangement).