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A valve configured to receive a fluid, such as ambient air, from one or more sources and distribute the fluid to one or more outlet ports selected from a plurality of outlet ports. The valve includes a first and second member forming a cavity that contains a rotational disk used to directed a fluid

A valve configured to receive a fluid, such as ambient air, from one or more sources and distribute the fluid to one or more outlet ports selected from a plurality of outlet ports. The valve includes a first and second member forming a cavity that contains a rotational disk used to directed a fluid through one or more outlet ports located in the second member. The first member includes a distribution chamber for receiving the fluid from an inlet port and for distributing the fluid to the rotational disk. The rotational disk may be controlled using a motor and sensor to align one or more apertures in the disk with one or more selected output ports in the second member. Thus, a fluid may be directed from a single distribution chamber to one or more selected outlet ports.

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1. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outl

1. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet port; at least one seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member; and at least one outlet port seal positioned between the rotational disk and the second valve body member; and further comprising a housing for protecting the first valve body member and the second valve body member. 2. The valve as set forth in claim 1, further comprising a motor for rotating the rotational disk.3. The valve as set forth in claim 2, wherein the motor is a stepper motor.4. The valve as set forth in claim 1, wherein the at least one seal positioned between the rotational disk and the first valve body member comprises an o-ring.5. The valve as set forth in claim 1, wherein the at least one seal positioned between the rotational disk and the first valve body member is positioned within at least one recess in the first valve body member.6. The valve as set forth in claim 1, wherein the at least one outlet port seal comprises an o-ring.7. The valve as set forth in claim 1, wherein the outlet ports of the second valve body member are positioned equidistant from a point on the second valve body member.8. The valve as set forth in claim 1, wherein the rotational disk further comprises at least one aperture through which the fluid may flow from a top surface of the rotational disk to a bottom surface of the rotational disk.9. The valve as set forth in claim 8, further comprising a sensor for positioning the at least one aperture so that a fluid may flow from the first valve body member, through the rotational disk, and into at least one outlet port.10. The valve as set forth in claim 9, wherein the sensor comprises a hall effect sensor.11. The valve as set forth in claim 1, wherein the outlet ports of the second valve body member are capable of being coupled with a conduit.12. A The valve as set forth in claim 1, wherein the distribution chamber comprises a toroidal shape.13. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet at least one seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member; at least one outlet port seal positioned between the rotational disk and the second valve body member; and the at least one seal positioned between the rotational disk and the first valve body member comprises a Y-shaped cross-section having first and second mutually diverging elements extending from a base element disposed between the rotational disk and the first valve body member, with one divergent element sealingly contacting the rotational disk and the other divergent element sealingly contacting the first valve body. 14. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet port; at least one seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member; at least one outlet port seal positioned between the rotational disk and the second valve body member; and the at least one outlet port seal comprises a Y-shaped cross-section having first and second mutually diverging elements extending from a base element disposed between the rotational disk and the second valve body member, with one divergent element sealingly contacting the rotational disk and the other divergent element sealingly contacting the second valve body. 15. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet port; at least one inner seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member, the at least one inner seal having an outside diameter less than an inside diameter of the distribution chamber; at least one outer seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member, the at least one outer seal having an inside diameter greater than an outside, diameter of the distribution chamber; and at least one outlet port seal positioned between the rotational disk and the second valve body member. 16. The valve as set forth in claim 15, wherein the at least one inner seal comprises a Y-shaped cross-section.17. The valve as set forth in claim 15, wherein the at least one outer seal comprises a Y-shaped cross-section.18. The valve as set forth in claim 15, wherein the at least one outlet port seal comprises a Y-shaped cross-section.19. The valve as set forth in claim 15, wherein the at least one inner seal is positioned within at least one recess in the first valve body member.20. The valve as set forth in claim 15, wherein the at least one outer seal is positioned within at least one recess in the first valve body member.21. The valve as set forth in claim 15, wherein the at least one outlet port seal is positioned within at least one recess in the second valve body member.22. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet port; at least one outer seal positioned between the rotational disk and the first valve body member for sealing the rotational disk to the first valve body member, the at least one outer seal having an inside diameter greater than an outside diameter of the distribution chamber; and at least one outlet port seal positioned between the rotational disk and the second valve body member. 23. A valve, comprising:a valve body comprising a first valve body member coupled to a second valve body member, the first valve body member comprising a distribution chamber in fluid communication with an inlet port for receiving the fluid and for distributing the fluid to one of a plurality of outlet ports located in the second valve body member; and the second valve body member comprising a plurality of outlet ports; a rotational disk positioned in the valve body between the inlet port and the plurality of outlet ports for directing the fluid from the distribution chamber to an outlet port; at least one seal positioned between the rotational disk and the first valve body member and exerting force on one surface of the rotational disk for sealing the rotational disk relative to the first valve body member; outlet port seals positioned between the rotational disk and each of the plural outlet ports of the second valve body member and exerting forces on an opposite surface of the rotational disk for sealing the rotational disk relative to the second valve body member; and the force exerted on the one surface of the rotational disk by the at least one seal is substantially equal to the forces exerted on the other surface of the rotational disk by the outlet port seals, so that the seals on each side of the rotational disk will undergo substantially equal frictional wear.