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A strainer constructed for attachment to an inlet of a fuel pump has at least one layer of permeable material forming a cavity. A body is disposed at least in part in the cavity and has at least one tubular portion arranged for fluid communication with the inlet of the fuel pump to provide a substan

A strainer constructed for attachment to an inlet of a fuel pump has at least one layer of permeable material forming a cavity. A body is disposed at least in part in the cavity and has at least one tubular portion arranged for fluid communication with the inlet of the fuel pump to provide a substantially unrestricted flow path leading from the filter to the inlet of the fuel pump, while inhibiting vapor from entering the fuel pump.

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1. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity so that the body is engageable with said at least one layer of fuel permeable material and having at least one tubular portion disposed at least

1. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity so that the body is engageable with said at least one layer of fuel permeable material and having at least one tubular portion disposed at least in part in the cavity and arranged for fluid communication with an inlet of the fuel pump providing a substantially unrestricted flow of fuel through the at least one layer of permeable material, into the tubular portion in the cavity, and into the inlet of the fuel pump while inhibiting vapor from entering the fuel pump. 2. The strainer of claim 1 wherein said cavity is defined at least in part by a pair of laterally spaced walls of the fuel permeable material. 3. The strainer of claim 2 wherein said tubular portion extends generally laterally between said laterally spaced walls. 4. The strainer of claim 1 wherein the tubular portion extends less than the entire length of the body and a channel portion is defined at least in part by the body spaced from the tubular portion. 5. The strainer of claim 1 further comprising a connector tube molded as one piece with the body and in fluid communication with the at least one tubular portion and arranged for connection to the inlet of the fuel pump. 6. The strainer of claim 1 wherein the body extends substantially across the length of the cavity. 7. The strainer of claim 6 wherein the tubular portion extends at least halfway across the length of the cavity. 8. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity and having at least one tubular portion arranged for fluid communication with an inlet of the fuel pump providing a substantially unrestricted flow of fuel through the at least one layer of permeable material, into the tubular portion and into the inlet of the fuel pump while inhibiting vapor from entering the fuel pump, said cavity having at least one wall and said body having a surface molded integrally to at least a portion of said at least one wall. 9. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity and having at least one tubular portion arranged for fluid communication with an inlet of the fuel pump providing a substantially unrestricted flow of fuel through the at least one layer of permeable material, into the tubular portion and into the inlet of the fuel pump while inhibiting vapor from entering the fuel pump, and a plurality of teeth projecting from the body defining spaces between the teeth through which fuel is free to flow substantially unrestricted into the tubular portion. 10. The strainer of claim 9 wherein the teeth project from a surface of the body generally opposite the surface maintained adjacent said at least one wall. 11. The strainer of claim 9 further comprising a plurality of protrusions extending generally laterally relative to the plurality of teeth defining spaces between the protrusions through which fuel is free to flow further providing the substantially unrestricted flow of fuel into the tubular portion. 12. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity and having at least one tubular portion arranged for fluid communication with an inlet of the fuel pump providing a substantially unrestricted flow of fuel, through the at least one layer of permeable material, into the tubular portion and into the inlet of the fuel pump while inhibiting vapor from entering the fuel pump, wherein the tubular portion extends less than the entire length of the body and a channel portion is defined at least in part by the body spaced from the tubular portion and a recessed portion in the channel portion provides at least in part substantially unrestricted flow o f fuel into the tubular portion. 13. The strainer of claim 12 further comprising a plurality of teeth projecting from the body, and spaces defined between the teeth through which fuel is free to flow substantially unrestricted into the tubular portion. 14. The strainer of claim 13 wherein the plurality of teeth extend from the body in the area of the tubular portion and the channel portion, wherein the teeth extending from the channel portion are longer than the teeth extending from the tubular portion. 15. The strainer of claim 14 wherein the teeth extending from the channel portion are generally opposite the recessed portion. 16. A strainer for a fuel pump, comprising:at least one layer of fuel permeable material forming a cavity; anda body disposed at least in part in the cavity and having surfaces engageable with said at least one layer of fuel permeable material and defining a substantially unrestricted and unobstructed flow path defined at least in part in the cavity and arranged for fluid communication with an inlet of the fuel pump providing a substantially unrestricted flow of fuel through the at least one layer of permeable material into the inlet of the fuel pump while inhibiting vapor from entering the fuel pump. 17. The strainer of claim 16 further comprising a plurality of teeth projecting from the body defining spaces between the teeth through which fuel is free to flow substantially unrestricted into the inlet of the fuel pump. 18. The strainer of claim 17 further comprising a plurality of protrusions extending generally relative to the plurality of teeth defining spaces between the protrusions through fuel is free to flow further providing for the substantially unrestricted flow of fuel into the inlet of the fuel pump. 19. The strainer of claim 16 wherein said cavity has a pair of laterally spaced walls and said body has a tubular portion extending generally laterally between said laterally spaced walls. 20. The strainer of claim 19 wherein the tubular portion extends less than the entire length of the body and a channel portion is defined at least in part by the body spaced from the tabular portion.