Reusable filter system

1. A filter system comprising:

a manifold having a clip with paired legs that open and close;

a top portion of a filter assembly having an inlet, an outlet and a connector for detachably connecting the top portion from the manifold, wherein the clip is configured to attach and detach the connector by changing a configuration of the legs between an open position and a closed position, to thereby connect the manifold to the top portion;

the top portion of the filter assembly having at least two filter housings and at least two removable filters, with at least one removable filter in each of the at least two filter housings;

a detachable bottom portion of the filter assembly that is detachably attached to a bottom of the top portion of the filter assembly by attaching to a bottom of the at least two filter housings, therein coupling the at least two housings to one another, via the bottom portion of the filter assembly, the bottom of the top portion of the filter assembly being an end of the top portion of the filter assembly that is furthest from the connector for detachably connecting the top portion of the filter assembly from the manifold;

wherein the detachable bottom portion detachably connects to the top portion so that one or more of the at least two removable filters can be replaced.

2. The filter system of claim 1 , wherein the bottom portion includes at least one detachable section for each of the at least two filter housings, and the detachable section for each of the at least two filter housings each individually detach from a bottom of a different filter housing of the top portion to replace the removable filter.

3. The filter system of claim 1 , each removable filter including a top surface, the filter assembly having a removable filter cap that rests on top of each of the removable filter, hindering incoming fluid from entering the removable filter by the top surface of the removable filter, the removable filter cap has a conduit that is part of the cap, the conduit attaches to and forms a fluid tight seal with an outlet channel in the top portion.

4. The filter system of claim 1 , wherein the bottom portion include at least one bottom portion for each of the at least two filter housings, and the bottom portions are detachably attached to a base.

5. The filter system of claim 4 , wherein the base includes at least two receptacles, one receptacle for each bottom portion of each of the at least two filter housings.

6. The filter system of claim 5 , each receptacle including a collar portion accepting the bottom portion of one of the at least two filter housings.

7. The filter system of claim 5 , each housing having a cylindrical bottom portion, and each receptacle including a collar portion that mates with the bottom portion of one of the at least two filter housings.

8. The filter system of claim 5 , each filter housing having a cylindrical bottom portion having a bottom which is the bottom of the portion of the filter housing, and each receptacle including a collar portion at the bottom of the cylindrical bottom portion that mates with the bottom portion of one of the at least two filter housings.

9. The filter system of claim 5 , each housing having a cylindrical bottom portion that includes a groove, and each receptacle including a collar portion that mates with the bottom portion of the housing by fitting into the groove of the bottom portion of one of the at least two filter housings.

10. The filter system of claim 1 , further comprising: a fluid distributor within the top portion that includes at least one channel to distribute unfiltered fluid and at least one channel to collect filtered water.

11. The filter system of claim 1 , each of the at least two filter housings having an inlet conduit, the filter system further comprising: a housing cap within the top portion detachably attached to each of the at least two filter housings, the housing cap including an inlet channel that is connected to the inlet conduit of each of the at least two filter housings, and as a result, the housing cap is configured to distribute incoming water to each of the at least two filter housings attached to the housing cap.

12. The filter system of claim 1 , further comprising a rotating shaft that attaches to the manifold, the rotating shaft having a non-circular cross section, and is configured so that when the rotating shaft is turned, the rotating shaft detaches the clip, via the non-circular cross section, from the bottom portion.

13. The filter system of claim 2 , wherein the at least two filter housings include a filter cap that can be attached to a fluid distributor.

14. The filter system of claim 1 , wherein the inlet and outlet of the top portion connect to an inlet and outlet on the manifold and the manifold includes one or more valves that automatically close when the top portion is disconnected from the manifold.

15. The filter system of claim 12 , wherein the rotating shaft rotates with respect to the manifold and the at least two filter housings, and the rotating shaft attaches to the manifold; and when the shaft is turned, wherein rotating the shaft pushes the legs of the clip open and releases the legs allowing the legs to close, and wherein pushing the legs open and allowing the legs to close attaches and detaches the bottom portion.

16. A method comprising:

detaching a filter unit from a manifold;

detaching a top portion of a first filter housing of the filter unit from a bottom portion of the first filter housing of the filter unit;

detaching a top portion of a second filter housing of the filter unit from a bottom portion of the second filter housing of the filter unit;

removing a first used filter from the first filter housing;

removing a second used filter from the second filter housing;

placing a first new filter in the first filter housing;

placing a second new filter in the second filter housing;

attaching the top portion of the first filter housing of the filter unit to the bottom portion of the first filter housing of the filter unit;

attaching the top portion of the second filter housing of the filter unit to the bottom portion of the second filter housing of the filter unit;

attaching the filter unit to a fluid distributor attached to the manifold;

the first filter housing being attached to an inlet channel of the fluid distributor and an outlet channel of the fluid distributor and the second filter housing being attached to the inlet channel of the fluid distributor and the outlet channel of the fluid distributor, while connected, the first filter housing and the second filter housing form parallel paths for fluid flow between the inlet channel and the outlet channel, so that fluid that flows through one of the first filter housing and the second filter housing does not also flow through another of the first filter housing and the second filter housing;

the detaching of the filter unit from the manifold including at least turning a shaft, via a shaft handle, the shaft being in mechanical communication with a clip, as result of the shaft being rotated, via the shaft handle, the clip changing between one of two configurations, causing the filter unit to release from the manifold, the two configurations of the clip being an opened and closed.

17. The filter system of claim 1 , wherein the bottom portion includes at least one section for each of the at least two filter housings, and bottom portions of the at least two filter housings are detachably attached to a base; the base being part of the bottom portion of the at least two filter housings, the base couples the bottom portions of the at least two filter housings to one another, the base being located underneath and facing an underside of the at least two filter housings.

18. The filter system of claim 1 , further comprising a rotating shaft that attaches to the manifold, the filter system being configured such that the rotation of the shaft causes the bottom portion to detach form the manifold.