Schlegel Corporation

Schlege Systems, Inc.

Jay E Boyce

Stanley R Miska

Michael J Ferraro

Steven Charles Gilbert

A sensor for the seat of a motor vehicle includes a compressible, preferably foam layer disposed between two conductive sheets. In one embodiment, the capacitance between the conductive sheets is measured to determine what and whether an object is disposed on the sensor, while in another application, apertures are formed through the compressible layer to allow the conductive sheets to contact one another through the apertures. One embodiment having relatively low resistivity to produce a short circuit, and another embodiment has higher resistivity in which the magnitude of the change and resistance may be used to determine the nature of an object.

Conductive fabric sensor for vehicle seats

A glass guidance component having an injection molded thermoplastic chassis integrally bonded to a fabric interface during the molding process. The chassis is a thermoplastic polymer formed by injecting the thermoplastic into a mold in which the fabric interface is predisposed. During the injection and setting of the thermoplastic chassis, the fabric integrally bonds to the chassis. The fabric interface is disposed at locations which contact a glass panel and may include a pile material.

Method of making an injection molded glass guidance component

An overhanging barrier fin weatherstrip and method having a backing strip, and one surface of a sealing body affixed thereto with the opposite surface free. The backing strip and sealing body form a sealing assembly. An inverted shallow V-shaped barrier fin is provided having first and second web portions joined together along a common fold line. The barrier fin is arranged with an edge surface of the first web portion secured to the sealing assembly, and the first web portion extending vertically with the fold line substantially at the level of the opposite free surface of the sealing body. The second web portion extends outwardly from the fold line overhanging the opposite free surface of the sealing body.

Overhanging barrier fin weatherstrip and method of manufacture

Weatherstrip is composed of a substrate having a pile strip upstanding from one surface thereof. In one embodiment the substrate is made of two different materials, one of which is a thermoplastic material that is heat sealed by being passed over a heated bar to prevent the edges of the weatherstrip from fraying. The other material maintains the structural integrity of the substrate during heat-sealing. Essentially the whole of the undersurface of the substrate including the portion immediately beneath the pile strip contains the aforementioned thermoplastic material, making it possible for the substrate to be surface mounted on a component such as a door or window fabricated of a material compatible to the thermoplastic material. In another embodiment the substrate may be composed entirely or partly of the thermoplastic material, and the same thermoplastic material is extruded onto the back of the substrate.

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Honeoye Falls, NY, United States of America

Jay E Boyce