Fluid reservoir and method of manufacturing a fluid reservoir

1. A fluid reservoir comprising:

a housing defining a chamber for receiving a fluid;

a plurality of mounting portions carried by the housing, the mounting portions are integrally formed with and on the housing; and

at least one fitting, each fitting selectively attached to a respective mounting portion of the plurality of mounting portions;

wherein the plurality of mounting portions are generally circular and the at least one fitting has a generally circular base;

wherein the housing is generally rectangular and includes a plurality of sides forming housing outer walls, the housing outer walls connected to enclose at least one fluid chamber within the housing;

wherein each mounting portion includes:

an upwardly extending annular flange formed on and with one of the housing outer walls, the upwardly extending flange extending outwardly from one of the housing outer walls;

a closed central wall portion circumscribed by the upwardly extending annular flange, the closed central wall portion removed for access to the at least one fluid chamber when the at least one fitting is selectively attached to the upwardly extending annular flange of the respective mounting portion;

wherein the upwardly extending annular flange is receivable into a matching annular recess formed into the generally circular base of a mating one of the at least one fitting.

2. The fluid reservoir of claim 1 , wherein

the generally circular base of the at least one fitting has a central axis, the generally circular base being rotatable about the central axis prior to selective attachment of the at least one fitting to the respective one of the mounting portions such that the at least one fitting is rotationally orientable relative to the housing.

3. The fluid reservoir of claim 1 , wherein

the plurality of sides is six sides oriented generally orthogonal to one another and further wherein at least one of the mounting portions is oriented at an intersection of first and second adjacent sides of the orthogonally oriented sides.

4. The fluid reservoir of claim 3 , wherein

the at least one of the mounting portions defines a mounting surface disposed at an angle relative to both the first and second adjacent sides.

5. The fluid reservoir of claim 1 , wherein

the housing includes first and second substantially identical housing elements that cooperate to define the at least one fluid chamber.

6. The fluid reservoir of claim 1 , wherein

the at least one fitting is selected from a group consisting of a reservoir neck and a hose fitting.

7. A fluid reservoir comprising:

a generally rectangular housing including six orthogonally oriented sides forming housing outer walls;

a plurality of mounting portions carried by the generally rectangular housing, the mounting portions are integrally formed with and on the housing, at least one of the mounting portions being disposed at an intersection of a pair of adjacent sides of the orthogonally oriented sides such that a mounting surface of the at least one mounting portion is oriented at an angle relative to the pair of adjacent sides; and

at least one fitting, each fitting selectively attached to a respective one of the plurality of mounting portions;

wherein the plurality of mounting portions are generally circular and the at least one fitting has a generally circular base;

wherein the six orthogonally oriented sides form housing outer walls, the housing outer walls connected to enclose at least one fluid chamber within the housing;

wherein each mounting portion includes:

an upwardly extending annular flange formed on and with a respective one of the housing outer walls, the upwardly extending flange extending outwardly from the respective housing outer wall;

a closed central wall portion circumscribed by the upwardly extending annular flange, the closed central wall portion removed for access to the at least one fluid chamber when the at least one fitting is selectively attached to the upwardly extending annular flange of the respective mounting portion;

wherein the upwardly extending annular flange is received into a matching annular recess formed into the generally circular base of a mating one of the at least one fitting.

8. The fluid reservoir of claim 7 , wherein

the generally circular base of the at least one fitting has a central axis, the generally circular base being rotatable about the central axis prior to selective attachment of the at least one fitting to the respective one of the mounting portions such that the at least one fitting is rotationally orientable relative to the housing.

9. The fluid reservoir of claim 7 , wherein

the housing includes first and second substantially identical housing elements that cooperate to define a chamber for receiving a fluid.

10. The fluid reservoir of claim 7 , wherein

the at least one fitting is selected from a group consisting of a reservoir neck and a hose fitting.

11. The fluid reservoir of claim 7 , wherein

the mounting surface of the at least one mounting portion is disposed at an angle of approximately 45 degrees to both sides of the pair of adjacent sides.

12. The fluid reservoir of claim 7 , wherein

the at least one fitting further includes a hose connection portion, the hose connection portion extending along an axis at an angle to the generally circular base.

13. The fluid reservoir of claim 12 , wherein the hose connection portion extends relative to the generally circular base at an angle of approximately 45 degrees.

14. A method of constructing a fluid reservoir, the method comprising:

providing a housing having a plurality of sides forming housing outer walls, the housing outer walls defining a chamber for receiving a fluid within the housing, the housing further defining a plurality of mounting portions integrally formed with and on the housing;

providing at least one fitting for mount onto the housing;

forming an upwardly extending annular flange on each of the plurality of mounting portions, the upwardly extending annular flange formed on and with a respective housing outer wall, the upwardly extending flange extending outwardly from the respective housing outer wall;

wherein the upwardly extending annular flange circumscribes a closed central wall portion, the closed central wall portion removed for access to the fluid chamber when the at least one fitting is selectively attached to the upwardly extending annular flange of the mounting portion;

opening the closed central wall portion of a respective one of the mounting portions;

selectively mating one of the at least one fittings to at least one of the mounting portions;

the upwardly extending annular flange received into a matching annular recess formed into a base of the mating one of the at least one fitting.

15. The method of claim 14 , wherein

the housing is generally rectangular with six orthogonally oriented sides, the selectively mating step includes orienting the base at an angle relative to an adjacent pair of the orthogonally oriented sides.

16. The method of claim 15 , wherein

in the selectively mating step, the fitting base is oriented at an angle of approximately 45 degrees relative to both of sides of the adjacent pair of orthogonally oriented sides.

17. The method of claim 14 , wherein

the at least one fitting includes a hose connection portion oriented at an angle relative to the fitting base, and further wherein the selectively mating step includes orienting the hose connection portion generally parallel to a side of the housing.

18. A kit for constructing a fluid reservoir, the kit comprising:

a plurality of housing elements, each housing element cooperating with another housing element to define a generally rectangular housing including six orthogonally oriented sides;

a plurality of mounting portions carried by each housing element of the plurality of housing elements, the mounting portions integrally formed with and on the housing element;

wherein at least one of the mounting portions is disposed at an intersection of a pair of adjacent sides of the orthogonally oriented sides when two of the housing elements are joined to define the generally rectangular housing; and

at least one fitting, each fitting selectively attached to a respective one of the plurality of mounting portions;

wherein the plurality of mounting portions are generally circular and the at least one fitting has a generally circular base;

wherein the housing is generally rectangular and the six orthogonally oriented sides form housing outer walls, the housing outer walls connected to enclose at least one fluid chamber within the housing;

wherein each mounting portion includes:

an upwardly extending annular flange formed on and with one of the housing outer walls, the upwardly extending flange extending outwardly from the housing outer wall;

a closed central wall portion circumscribed by the upwardly extending annular flange, the closed central wall portion removed for access to the at least one fluid chamber when the at least one fitting is selectively attached to the upwardly extending annular flange of the mounting portion;

wherein the upwardly extending annular flange is receivable into a matching annular recess formed into the generally circular base of a mating one of the at least one fitting.