1-8. (canceled)
9. A method of making a sensor device, comprising:
providing a flexible polymer substrate;
forming a peelable film on an upper surface of the flexible polymer substrate;
forming an organic semiconductor layer atop the peelable film, the layer having an exposed major surface opposite the peelable film;
creating a pattern of conductors atop the exposed major surface of the organic semiconductor layer;
providing a permanent substrate with contacts on an upper surface thereof;
mounting the organic semiconductor layer with the flexible polymer substrate secured thereto by the peelable film on the permanent substrate oriented so that selected conductors of the pattern of conductors on the organic semiconductor layer make contact with the contacts on the upper surface of the permanent substrate; and
removing the flexible polymer substrate with the peelable film adhered thereto from the organic semiconductor layer.
10. A sensor device, comprising:
a substrate having an upper surface with contacts thereon;
an organic semiconductor layer supported above the substrate, the organic semiconductor layer including a sensor cell therein; and
a reactive interface layer disposed on the organic semiconductor layer, the reactive interface layer having an exposed upper surface, the reactive interface layer comprising a polymer containing a chemical that is selectively reactive to a specific substance in contact with the exposed upper surface;
wherein a reaction in the reactive interface layer of the chemical therein with the specific substance is sensed by the sensor cell in the organic semiconductor layer, whereby the sensor device can detect exposure to the specific substance.
11. The sensor device of claim 10 wherein the chemical is an enzyme.
12. The sensor device of claim 11 wherein the enzyme is glucose oxidase and the specific substance is glucose.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A moisture removal system for a gas turbine, the system comprising:
a housing for supporting a primary air filter, the housing operably connected with a gas turbine;
a hood attached to the housing, the hood having a surface disposed at an acute angle relative to horizontal; and
a preliminary filter supported above the hood and extending in a downward direction, the preliminary filter comprising media capable of separating moisture from the air flowing through the preliminary filter at an exterior surface of the preliminary filter;
whereby separated moisture agglomerates into a drop incapable of being carried by the flow of inlet air so the drop falls onto the hood to be directed out of the flow of inlet air.
2. The moisture removal system of claim 1 further including a conduit to conduct water away from the flow of inlet air.
3. The moisture removal system of claim 1 wherein the preliminary filter is in the form of at least one pocket filter extending in a substantially vertical direction.
4. The moisture removal system of claim 1 wherein the preliminary filter includes a frame that is receivable in a channel connected with the housing.
5. The moisture removal system of claim 4 wherein the frame of the preliminary filter extends around the mounting periphery of a pocket filter structure formed from the media.
6. The moisture removal system of claim 1 wherein the media of the preliminary filter is made from a hydrophobic material.
7. The moisture removal system of claim 1 wherein the preliminary filter is mounted in a second hood.
8. A method of removing moisture from inlet air flowing to a gas turbine, the method comprising the steps of:
providing a housing for supporting a primary air filter, the housing being operably connected with a gas turbine;
providing a hood connected with the housing, the hood having a surface disposed at an acute angle relative to horizontal;
directing inlet air flow into a preliminary filter supported above the hood and extending in a downward direction, the preliminary filter comprising media capable of separating moisture from the inlet air flowing through the preliminary filter at an exterior surface of the preliminary filter; and
agglomerating separated moisture into a drop incapable of being carried by the flow of inlet air so the drop falls onto the hood to be directed out of the flow of inlet air.
9. The method of claim 8 further including the step of conducting water away from the flow of inlet air in a conduit.
10. The method of claim 8 wherein the directing step includes providing a preliminary filter that is in the form of a pocket filter extending in a substantially vertical direction.
11. The method of claim 8 wherein the directing step includes providing the preliminary filter with a frame that is receivable in a channel connected with the housing.
12. The method of claim 11 wherein the directing step further includes providing the frame of the preliminary filter extending around a mounting periphery of a pocket filter structure formed from the media.
13. Moisture removal structure for a filtration system, the structure comprising:
a housing;
a hood attached to the housing, the hood having a surface disposed at an acute angle relative to horizontal; and
a preliminary filter supported above the hood and extending in a downward direction, the preliminary filter comprising media capable of separating moisture from the air flowing through the preliminary filter at an exterior surface of the preliminary filter;
whereby separated moisture agglomerates into a drop incapable of being carried by the flow of air so the drop falls onto the hood to be directed out of the flow of air.
14. The moisture removal structure of claim 13 further including a conduit to conduct water away from the flow of inlet air.
15. The moisture removal structure of claim 13 wherein the preliminary filter is in the form of at least one pocket filter extending in a substantially vertical direction.
16. The moisture removal structure of claim 13 wherein the preliminary filter includes a frame that is receivable in a channel connected with the housing.
17. The moisture removal structure of claim 16 wherein the frame of the preliminary filter extends around the mounting periphery of a pocket filter structure formed from the media.
18. The moisture removal structure of claim 13 wherein the media of the preliminary filter is made from a hydrophobic material.
19. The moisture removal structure of claim 13 wherein the preliminary filter is mounted in a second hood.
20. The moisture removal structure of claim 13 further including a primary filter supported by the housing to separate particulates from the flow of air.