WATER IN FUEL SENSOR
A fuel system including a fuel container containing fluid and a water sensor. The water sensor is in at least partial fluid contact with the fluid. The water sensor has a longitudinal axis that is substantially horizontal. The water sensor is configured to sense water in the fluid at a predetermined level in the fuel container. The water sensor is further configured to sense water at the predetermined level regardless of a rotational position of the water sensor about the longitudinal axis.
1 . A fuel system, comprising:
a fuel container containing fluid; and
a water sensor in at least partial fluid contact with the fluid, said water sensor having a longitudinal axis, said longitudinal axis being substantially horizontal, said water sensor being configured to sense water in the fluid at a predetermined level in said fuel container, said water sensor being further configured to sense water at the predetermined level regardless of a rotational position of said water sensor about said longitudinal axis.
2 . The fuel system of claim 1 , wherein said water sensor has at least two annular electrical conductors in contact with the fluid.
3 . The fuel system of claim 2 , wherein said at least two annular electrical conductors are substantially the same size.
4 . The fuel system of claim 3 , wherein said at least two annular electrical conductors are substantially parallel with each other.
5 . The fuel system of claim 4 , wherein said at least two annular electrical conductors are disk-like in shape.
6 . The fuel system of claim 5 , wherein said at least two annular electrical conductors are substantially normal to said longitudinal axis.
7 . The fuel system of claim 6 , wherein said water sensor additionally includes at least one other electrical conductor, said two annular electrical conductors including a first annular electrical conductor and a second annular electrical conductor, said first annular electrical conductor having a hole therethrough with said other electrical conductor passing through the hole, said other electrical conductor not being directly electrically connected to said first annular electrical conductor, said other electrical conductor being directly electrically connected to said second annular electrical conductor
8 . The fuel system of claim 1 , wherein said water sensor further includes a first electrical conductor and a second electrical conductor each circumscribing an outer surface of said water sensor, said at least two electrical conductors being in contact with the fluid.
9 . The fuel system of claim 8 , wherein said water sensor further includes a third electrical conductor and a fourth electrical conductor, said third electrical conductor being in direct electrical contact with said first electrical conductor, said fourth electrical conductor being in direct electrical contact with said second electrical conductor, said fourth electrical conductor passing longitudinally through said first electrical conductor.
10 . The fuel system of claim 9 , wherein said water sensor further includes an electrical component electrically connected between said third electrical conductor and said fourth electrical conductor.
11 . A water sensor for use with a fuel container containing a fluid, the water sensor comprising:
a structural body having a longitudinal axis, said longitudinal axis being substantially horizontal, the water sensor being configured to detect water in the fluid at a predetermined level in the fuel container, the water sensor being further configured to detect water at the predetermined level regardless of a rotational orientation of said structural body about said longitudinal axis.
12 . The water sensor of claim 11 , further comprising at least two annular electrical conductors in contact with the fluid.
13 . The water sensor of claim 12 , wherein said at least two annular electrical conductors are substantially the same size.
14 . The water sensor of claim 13 , wherein said at least two annular electrical conductors are substantially parallel with each other.
15 . The water sensor of claim 14 , wherein said at least two annular electrical conductors are disk-like in shape.
16 . The water sensor of claim 15 , wherein said at least two annular electrical conductors are substantially normal to said longitudinal axis.
17 . The water sensor of claim 16 , further comprising at least one other electrical conductor, said two annular electrical conductors including a first annular electrical conductor and a second annular electrical conductor, said first annular electrical conductor having a hole therethrough with said other electrical conductor passing through the hole, said other electrical conductor not being directly electrically connected to said first annular electrical conductor, said other electrical conductor being directly electrically connected to said second annular electrical conductor
18 . The water sensor of claim 11 , further comprising a first electrical conductor and a second electrical conductor each circumscribing an outer surface of said structural body, said at least two electrical conductors being in contact with the fluid.
19 . The water sensor of claim 18 , further comprising:
a third electrical conductor; and
a fourth electrical conductor, said third electrical conductor being in direct electrical contact with said first electrical conductor, said fourth electrical conductor being in direct electrical contact with said second electrical conductor, said fourth electrical conductor passing longitudinally through said first electrical conductor.
20 . The water sensor of claim 19 , wherein said water sensor further includes an electrical component electrically connected between said third electrical conductor and said fourth electrical conductor.