Sealed sensor apparatus

1. A sealed sensor apparatus comprising:

a housing including

a base portion configured to house circuitry of the sensor apparatus, and

an integral cylindrical extension projecting from the base portion, the cylindrical extension including an interior surface defining an interior cavity and an exterior surface radially spaced from the interior surface;

a gasket received around the exterior surface of the cylindrical extension, wherein the gasket includes a radially inward projection adjacent a distal end of the cylindrical extension such that the gasket contacts both the exterior surface and the interior surface of the cylindrical extension; a lens sealingly mounted to the cylindrical extension; wherein the gasket further includes an outer gasket surface including a mounting groove defined therein; and wherein the gasket further comprises an outwardly projecting sealing rib spaced from an outwardly projecting gasket shoulder, the sealing rib and gasket shoulder defining the mounting groove therebetween.

2. The sealed sensor apparatus of claim 1 , wherein the lens is overmolded in the cylindrical extension.

3. A sealed sensor apparatus comprising:

a housing including

a base portion configured to house circuitry of the sensor apparatus, and

an integral cylindrical wall projecting from the base portion, the cylindrical wall including a central axis and a cylinder length defined along the central axis; and

a gasket disposed on the cylindrical wall and coextensive with a majority of the cylinder length, wherein the gasket further includes:

an outwardly projecting gasket shoulder, and

an outwardly projecting sealing rib spaced from the outwardly projecting gasket shoulder, the sealing rib and gasket shoulder defining a mounting groove therebetween.

4. The sealed sensor apparatus of claim 3 , wherein the gasket further comprises an inwardly projecting gasket lens end engaging the lens end of the cylindrical wall.

5. The sealed sensor apparatus of claim 3 , further comprising diametrically opposed mounting protrusions disposed on the cylindrical wall nearer the lens end than the base end.

6. A sealed sensor apparatus comprising:

a mounting plate;

a mounting hole defined in the mounting plate by a hole perimeter surface of the mounting plate, the hole perimeter surface parallel to an axis of the mounting hole;

a housing including a base portion and an integral cylindrical portion extending therefrom, the cylindrical portion inserted in the mounting hole; and

a gasket disposed between the cylindrical portion and the hole perimeter surface, wherein the gasket includes:

an outwardly projecting gasket shoulder, and

an outwardly projecting sealing rib spaced from the outwardly projecting gasket shoulder, the outwardly projecting sealing rib and outwardly projecting gasket shoulder capturing the mounting plate therebetween.

7. The sealed sensor apparatus of claim 6 , wherein the cylindrical portion and the mounting hole are sized such that the gasket forms a water-tight seal between the cylindrical portion and the hole perimeter surface.

8. The sealed sensor apparatus of claim 6 , wherein the gasket is further disposed between the housing and the mounting plate such that the cylindrical portion and the gasket plug the mounting hole.

9. The sealed sensor apparatus of claim 6 , further comprising:

a lens mounted to the cylindrical portion, the lens extending in a direction away from the base portion beyond the mounting plate.

10. The sealed sensor apparatus of claim 9 , wherein the lens is sealingly mounted to the cylindrical portion.