Apparatus and method for connecting water treatment devices
View Patent ↗A method and apparatus for connecting water treatment devices is provided. Connecting brackets may allow for a multiple configurations of water treatment devices and can simplify the building of water treatment systems.
1. A system comprising:
a first electrodeionization device comprising a housing;
a first bracket attached to the first electrodeionization device wherein the first bracket comprises: a plate defining a receiving section shaped to conform with a share of a portion of the housing and constructed and arranged to support a weight of the first electrodeionization device;
and a first plate edge positioned on at least one of an outer periphery and a face opposite the receiving section constructed and arranged to be fastened to another plate edge;
a second electrodeionization device; and
a second bracket attached to the second electrodeionization device and joined to the first bracket,
wherein a longitudinal axis of the first electrodeionization device is substantially parallel to a longitudinal axis of the second electrodeionization device.
2. The system of claim 1 wherein the first bracket is joined directly to a third bracket attached to a third electrodeionization device wherein a longitudinal axis of the third electrodeionization device is substantially parallel to the longitudinal axes of the first and second electrodeionization devices.
3. The system of claim 2 wherein at least two of the electrodeionization devices are mounted end-to-end.
4. The system of claim 1 wherein the first plate edge is substantially parallel to a longitudinal axis of the first electrodeionization device.
5. The system of claim 1 further comprising a fastener for joining the first bracket to the second bracket via the first plate edge.
6. The system of claim 1 wherein the first plate edge is substantially normal to a longitudinal axis of the first electrodeionization device.
7. The system of claim 1 wherein the first bracket further comprises a second plate edge constructed and arranged to be fastened to a second plate edge on the second bracket.
8. The system of claim 1 wherein the plate of the first bracket defines a passageway constructed and arranged to receive at least one electrical conduit.
9. The system of claim 1 wherein the plate of the first bracket defines at least one fluid passageway.
10. An electrodeionization device comprising:
a housing comprising a first end and a second ends;
a first bracket attached to the first end, wherein the first bracket comprises; a plate defining a receiving section shaped to conform with a shape of a portion of the housing and constructed and arranged to support a weight of the electrodeionization device: and a first plate edge positioned on at least one of an outer periphery and a face opposite the receiving section constructed and arranged to be fastened to another plate edge; and
a second bracket attached to the second end, wherein the second bracket comprises: a plate defining a receiving section shaped to conform with a shape of a portion housing and constructed and arranged to support a weight of the first electrodeionization device;
and a first plate edge positioned on at least one of an outer periphery and a face opposite the receiving section constructed and arranged to be fastened to another plate edge,
wherein the first bracket and second bracket each support a weight of a second electrodeionization device.
11. The electrodeionization device of claim 10 wherein the brackets supply the sole structural support for the weight of the second electrodeionization device.
12. The electrodeionization device of claim 10 wherein the first plate edge of the first bracket is substantially parallel to a longitudinal axis of the first electrodeionization device.
13. The electrodeionization device of claim 10 further comprising a fastener for joining the first bracket to the second bracket via the first plate edge of the first bracket.
14. The electrodeionization device of claim 10 wherein the first plate edge of the first bracket is substantially normal to a longitudinal axis of the first electrodeionization device.
15. The electrodeionization device of claim 10 wherein the first bracket further comprises a second plate edge constructed and arranged to be fastened to a second plate edge on the second bracket.
16. The electrodeionization device of claim 10 wherein the plate of the first bracket defines a passageway constructed and arranged to receive at least one electrical conduit.
17. The electrodelonization device of claim 10 wherein the plate of the first bracket defines at least one fluid passageway.
18. An electrodeionization system comprising:
first and second electrodeionization devices; and
two brackets, wherein the two brackets each comprise: a plate defining a receiving section shaped to conform with a shape of a portion of an electrodeionization device and constructed and arranged to support a weight of an electrodeionization device; and a first plate edge positioned on at least one of an outer periphery and a face opposite the receiving section constructed and arranged to be fastened to another plate edge, and
wherein the first and second electrodeionization devices are in fluid communication via the two brackets.
19. The system of claim 18 absent any piping that is external the electrodeionization devices and the two brackets.
20. The system of claim 18 wherein the plate of each bracket defines at least one fluid passageway.
21. A method of supporting an electrodeionization device comprising:
providing a first electrodeionization device including a housing,the housing attached to a first bracket at one end of the housing and a second bracket at an opposite end of the housing;
providing a second electrodeionization device including a housing attached to a third bracket one end of the housing and a fourth bracket at an opposite end of the housing;
positioning the second electrodeionization device above the first electrodeionization device; and
fastening the first bracket to the third bracket and the second bracket to the fourth bracket wherein a weight of the first electrodeionization device and a weight of the second electrodeionization device are substantially supported by the first and second brackets.
22. The method of claim 21 further comprising attaching a third electrodeionization device to the second electrodeionization device by fastening the third and fourth brackets to a fifth and sixth bracket that are attached to the third electrodeionization device wherein a weight of the third electrodeionization device is substantially supported by the first and second brackets.
23. The method of claim 21 wherein the housings are attached to their associated brackets before the brackets are fastened to one another.
24. A method of supporting an electrodeionization device comprising:
providing a first electrodeionization device including a housing, the housing attached to a first bracket at one end of the housing and a second bracket at an opposite end of the housing;
providing a second electrodeionization device including a housing attached to a third bracket at one end of the housing and a fourth bracket at an opposite end of the housing; and
fastening the first bracket to the third bracket end-to-end to align the first and second electrodeionization devices along a common longitudinal axis,
wherein a weight of the first electrodeionization device is transferred to a base by at least one of the first and second brackets.
25. The method of claim 24 further comprising attaching a third electrodeionization device to the second electrodeionization device by fastening the third and fourth brackets to a fifth and sixth bracket that are attached to the third electrodeionization device wherein the weight of the third electrodeionization device is substantially supported by the third and fourth brackets.