Integrated glass fog sensor unit
First Claim
Patent Images
1. An integrated glass fog sensor unit for adhering to a glass surface, the unit comprising:
- a thermal barrier tray having a hole, a perimeter wall, a top surface, and a bottom surface, the hole extending through the top surface and the bottom surface, the top and bottom surfaces defined by the perimeter wall;
an adhesive layer secured to the bottom surface for adhering to the glass surface;
a multi-conductor member having a conductor terminal end, a conductor sensor end, and a plurality of conductors, the conductor sensor end disposed over the top surface, the conductors each extending from the conductor terminal end to the conductor sensor end, one of the conductors being a common ground;
a glass temperature sensor termed to the conductor sensor end, the glass temperature sensor within the hole and in communication with the glass surface;
an ambient air temperature sensor termed to the conductor sensor end, secured to the top surface;
a relative humidity sensor termed to the conductor sensor end, the humidity sensor secured to the top surface, the relative humidity sensor mounted adjacent to the ambient air temperature sensor, the common ground termed to the glass temperature sensor, the ambient air temperature sensor and the relative humidity sensor; and
a protective dome having a plurality of apertures, the dome engaged to the perimeter wall, the dome covering the tray, the glass temperature sensor, the ambient air temperature sensor, the relative humidity sensor, and the conductor sensor end.
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Abstract
Described is an integrated glass fog sensor unit utilized to provide the necessary data to predict glass fog formation. The unit includes a glass surface temperature sensor, an ambient air temperature sensor, and a relative humidity sensor. The unit is mounted on a thermal barrier tray which serves to thermally isolate the ambient air temperature sensor and the relative humidity sensor from the glass surface. A protective dome having a plurality of apertures covers the tray and sensors. A flex circuit, also acting as a thermal barrier, is utilized to complete the circuit between the sensors and the fog control unit.
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Citations
9 Claims
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1. An integrated glass fog sensor unit for adhering to a glass surface, the unit comprising:
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a thermal barrier tray having a hole, a perimeter wall, a top surface, and a bottom surface, the hole extending through the top surface and the bottom surface, the top and bottom surfaces defined by the perimeter wall;
an adhesive layer secured to the bottom surface for adhering to the glass surface;
a multi-conductor member having a conductor terminal end, a conductor sensor end, and a plurality of conductors, the conductor sensor end disposed over the top surface, the conductors each extending from the conductor terminal end to the conductor sensor end, one of the conductors being a common ground;
a glass temperature sensor termed to the conductor sensor end, the glass temperature sensor within the hole and in communication with the glass surface;
an ambient air temperature sensor termed to the conductor sensor end, secured to the top surface;
a relative humidity sensor termed to the conductor sensor end, the humidity sensor secured to the top surface, the relative humidity sensor mounted adjacent to the ambient air temperature sensor, the common ground termed to the glass temperature sensor, the ambient air temperature sensor and the relative humidity sensor; and
a protective dome having a plurality of apertures, the dome engaged to the perimeter wall, the dome covering the tray, the glass temperature sensor, the ambient air temperature sensor, the relative humidity sensor, and the conductor sensor end. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. An integrated glass fog sensor unit for use on an inner glass surface of an automotive windshield, comprising:
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a thermal barrier tray having a hole and a perimeter wall;
an adhesive layer disposed between the glass surface and the tray;
a flex circuit comprising;
a conductor terminal end, a conductor sensor end formed to the thermal barrier tray and defined by the perimeter wall, and a plurality of conductor strips extending from the conductor terminal end to the conductor sensor end, one strip being a common ground;
a glass temperature sensor termed to the conductor sensor end, the glass temperature sensor within the hole and in functional contact with the glass surface, the glass temperature sensor being a thermistor;
an ambient air temperature sensor termed to the sensor end and secured to the tray, the ambient air temperature sensor being a thermistor;
a relative humidity sensor termed to the conductor sensor end and secured to the tray, the relative humidity sensor mounted adjacent to the ambient air temperature sensor, the common ground termed to the glass temperature sensor, the ambient air temperature sensor, and the relative humidity sensor; and
a protective dome having a plurality of apertures, the dome engaged to the perimeter wall, the dome covering the tray, the glass temperature sensor, the ambient air temperature sensor, the relative humidity sensor, and the conductor sensor end. - View Dependent Claims (9)
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Specification
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Current AssigneeAptiv Technologies Limited (Aptiv PLC)
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Original AssigneeDelphi Technologies, Inc. (BorgWarner Incorporated)
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InventorsKing, Timothy O., Urbank, Thomas Martin
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Primary Examiner(s)Williams, Hezron
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Assistant Examiner(s)CYGAN, MICHAEL T
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Application NumberUS09/650,131Time in Patent Office693 DaysField of Search73/290.1, 73/290.4, 73/290.5, 733/350.2, 733/350.3, 733/350.4, 733/350.5, 733/350.7, 621/50, 621/761, 621/762, 340/602, 374/27, 374/28US Class Current73/29.01CPC Class CodesB60H 1/00785 by the detection of humidit...
