Fluid level detection device with stabilizer

1. An engine comprising:

an engine block;

an oil pan operatively connected to the engine block, the oil pan including a chamber floor, a first chamber wall and a second chamber wall defining a chamber configured for collecting a fluid therein;

wherein the fluid in the chamber defines a present fluid volume and a present fluid level relative to the chamber floor;

a fluid level detection device operatively connected to the oil pan, the fluid level detection device including:

a sensor configured to indicate one of at least two states, a first state when the present fluid level in the chamber is above a threshold level, and a second state when the present fluid level in the chamber is below the threshold level;

a stabilizer configured to at least partially surround the sensor, the stabilizer having a first and second end;

wherein the stabilizer includes a base portion at the first end and a plurality of sidewalls each contiguous with the base portion, each of the plurality of sidewalls extending higher than the threshold level;

wherein the plurality of sidewalls includes first, second, third and fourth sidewalls, the first sidewall being contiguous with both the second and fourth sidewalls;

wherein the third sidewall is contiguous with both the second and fourth sidewalls;

wherein the first sidewall defines a drain slot extending from a slot level to the second end of the stabilizer, such that the drain slot opens into the second end of the stabilizer;

wherein the plurality of sidewalls and the base portion define a storage well configured to store a portion of the fluid around the sensor; and

wherein the stabilizer is configured to prevent the sensor from indicating the second state when the present fluid volume in the chamber is above the predetermined minimum volume.

2. The engine of claim 1 , wherein the drain slot is configured to be proximate to a rear of the engine block.

3. The engine of claim 1 , further comprising:

a mounting member operatively connected to one of the first and second chamber walls of the oil pan, the mounting member being configured to be substantially parallel to the chamber floor of the oil pan; and

wherein the fluid level detection device is operatively connected to the mounting member.

4. The engine of claim 1 , wherein the stabilizer is configured to prevent the sensor from indicating the second state during a non-stable event.

5. A fluid level detection device for a chamber containing a fluid and defining a chamber floor, the device comprising:

a sensor operatively connected to the chamber;

wherein the fluid in the chamber defines a present fluid volume and a present fluid level relative to the chamber floor;

wherein the sensor is configured to indicate one of at least two states, a first state when the present fluid level in the chamber is above a threshold level with respect to the chamber floor, and a second state when the present fluid level in the chamber is below the threshold level;

a stabilizer configured to at least partially surround the sensor, the stabilizer having a first and second end;

wherein the stabilizer includes a base portion at the first end and a plurality of sidewalls each contiguous with the base portion, the plurality of sidewalls including first, second, third and fourth sidewalls;

wherein the first sidewall is contiguous with both the second and fourth sidewalls;

wherein the third sidewall is contiguous with both the second and fourth sidewalls:

wherein the first sidewall defines a drain slot extending from a slot level to the second end of the stabilizer, such that the drain slot opens into the second end of the stabilizer;

wherein the plurality of sidewalls and the base portion define a storage well configured to store a portion of the fluid around the sensor; and

wherein the stabilizer is configured to prevent the sensor from indicating the second state when the present fluid volume in the chamber is above a predetermined minimum volume.

6. The device of claim 5 , wherein:

the slot level is configured to be less than the threshold level; and

the drain slot is configured to allow the portion of the fluid in the storage well to drain out of the storage well when the present fluid volume in the chamber is below the predetermined minimum volume.

7. The device of claim 5 , wherein each of the plurality of sidewalls extends higher with respect to the chamber floor than the threshold level.

8. The device of claim 5 , wherein each of the plurality of sidewalls of the stabilizer is substantially perpendicular to the base portion of the stabilizer.

9. The device of claim 5 , wherein the sensor is configured to be substantially parallel to each of the plurality of sidewalls of the stabilizer; and wherein the stabilizer is configured to prevent the sensor from indicating the second state during a non-stable event.

10. The device of claim 5 , further comprising:

a mounting member integrally formed with the chamber; and

wherein the sensor is rigidly operatively connected to the mounting member.

11. The device of claim 5 , wherein the sensor includes a seat portion, and further comprising:

a mounting member operatively connected to the chamber, the sensor being rigidly operatively connected to the mounting member;

respective coincident apertures defined in the seat portion of the sensor, the base portion of the stabilizer and the mounting member; and

a fastener extending through the respective coincident apertures and configured to connect the sensor, the stabilizer and the mounting member.

12. The device of claim 5 , wherein the sensor includes:

a guide;

a vertically movable float operatively connected to the guide, the float being configured to travel along the guide as the present fluid level in the chamber changes;

a magnetic element fixedly connected to the float; and

at least one Hall effect sensor configured to sense a position of the float by detecting a location of the magnetic element.

13. An oil pan comprising:

a chamber floor;

a first and a second chamber wall extending away from the chamber floor, the chamber floor and the first and second chamber walls defining a chamber configured for collecting a fluid therein;

wherein the fluid in the chamber defines a present fluid volume and a present fluid level relative to the chamber floor;

a fluid level detection device operatively connected to the first chamber wall, the fluid level detection device including:

a sensor configured to indicate one of at least two states, a first state when the present fluid level in the chamber is above a threshold level, and a second state when the present fluid level in the chamber is below the threshold level;

a stabilizer configured to at least partially surround the sensor, the stabilizer having a first and second end;

wherein the stabilizer includes a base portion at the first end and a plurality of sidewalls each contiguous with the base portion, the plurality of sidewalls including first, second, third and fourth sidewalls;

wherein the first sidewall is contiguous with both the second and fourth sidewalls;

wherein the third sidewall is contiguous with both the second and fourth sidewalls;

wherein the first sidewall defines a drain slot extending from a slot level to the second end of the stabilizer, such that the drain slot opens into the second end of the stabilizer;

wherein the plurality of sidewalls and the base portion define a storage well configured to store a portion of the fluid around the sensor; and

wherein the stabilizer is configured to prevent the sensor from indicating the second state when the present fluid volume in the chamber is above a predetermined minimum volume.

14. The oil pan of claim 13 , wherein:

the first chamber wall extends a first height relative to the chamber floor; and

the second chamber wall extends a second height relative to the chamber floor, the first height being greater than the second height.

15. The oil pan of claim 13 , wherein each of the plurality of sidewalls extends higher with respect to the chamber floor than the threshold level.

16. The oil pan of claim 13 , wherein each of the plurality of sidewalls of the stabilizer is substantially perpendicular to the base portion of the stabilizer.

17. The oil pan of claim 13 , wherein the sensor includes a seat portion, and further comprising:

a mounting member operatively connected to the chamber, the sensor being rigidly operatively connected to the mounting member;

respective coincident apertures defined in the seat portion of the sensor, the base portion of the stabilizer and the mounting member; and

a fastener extending through the respective coincident apertures and configured to connect the sensor, the stabilizer and the mounting member.

18. The oil pan of claim 13 , wherein:

the slot level of the first sidewall is configured to be less than the threshold level; and

the drain slot is configured to allow the portion of the fluid in the storage well to drain out of the storage well when the present fluid volume in the chamber is below the predetermined minimum volume.

19. The oil pan of claim 18 , further comprising:

a drain passage defined between the drain slot and the first chamber wall, such that the portion of the fluid draining out of the storage well flows through the drain passage; and

wherein the drain slot is spaced from the first chamber wall by a first distance.

20. The oil pan of claim 18 , wherein the first distance is between approximately 5 mm and 15 mm.