1. An image displaying apparatus comprising:
a rear plate that has plural electron-emitting devices arranged in matrix;
a face plate that has a substrate, plural light-emitting members arranged in matrix on the substrate, plural metal backs each of which covers at least the one light-emitting member and which are mutually arranged in matrix at gaps, ribs which have first striped portions respectively positioned among the plural light-emitting members and protruding toward the rear plate, and a resistive wiring which includes a resistor positioned between the substrate and the ribs and electrically connecting the plural metal backs to others, and that is positioned oppositely to the rear plate; and
a spacer that is positioned between the rear plate and the ribs to mutually support the rear plate and the face plate,
wherein the rib has, on its surface, a spacer connection wiring which abuts against the spacer, and
wherein the spacer connection wiring is electrically connected to the resistive wiring.
2. An image displaying apparatus according to claim 1, wherein the spacer connection wiring abuts against the resistive wiring.
3. An image displaying apparatus according to claim 2, wherein a positioned abutment between the spacer connection wiring and the spacer is deviated from a positioned abutment between the spacer connection wiring and the resistive wiring in a direction along which the first striped portions extend.
4. An image displaying apparatus according to claim 2, wherein the resistive wiring is provided for each column of the metal backs.
5. An image displaying apparatus according to claim 2, wherein the resistive wiring is provided every plural columns of the metal backs.
6. An image displaying apparatus according to claim 1, wherein the ribs have a lattice shape which consists of the first striped portions and second striped portions extending in a direction perpendicular to the first striped portions.
7. An image displaying apparatus according to claim 1, wherein the spacer connection wiring and the metal back are integrally formed.
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 reactor assembly, comprising:
a first block having an array of reactors defined therein; and
a second block having an array of nozzles extending from a surface of the second block, the array of nozzles aligned with the array of reactors so that each of the nozzles extends into a processing region of the correspondingly aligned reactor when the surface of the second block is placed on a surface of the first block,
a plurality of openings disposed over a surface of each nozzle of the array of nozzles for dispersing fluid into the processing region of the reactor; and
a network of channels defined within the second block, the network of channels in fluid communication with a fluid source.
2. The reactor assembly of claim 1 wherein a diameter of each nozzle of the array of nozzles is one of; less than a diameter of each reactor of the array of reactors, or less than a diameter of each impeller shaft of an array of impellers.
3. The reactor assembly of claim 1 wherein each of the plurality of openings disposed over the surface of each nozzle directs fluid at different angles within a corresponding reactor.
4. The reactor assembly of claim 1 wherein each nozzle of the array of nozzles is configured to extend into an impeller shaft disposed within each reactor of the array of reactors.
5. The reactor assembly of claim 1 wherein each nozzle of the array of nozzles rotates.
6. The reactor assembly of claim 1 wherein the second block comprises a rigid, chemically-resistant material.
7. The reactor assembly of claim 1 further comprising:
a plurality of bearings, wherein each bearing couples a corresponding nozzle to a surface of the second block such that the nozzle is rotatable when the fluid is dispersed in the reactor.
8. The reactor assembly of claim 1 wherein each nozzle of the array of nozzles comprises an elongated chemically-resistant structure defined by a length and a diameter.
9. A spray cleaner accessory for a reactor assembly having an array of reactors defined therein, comprising:
a block having an upper surface and a lower surface and mountable on the reactor assembly;
an array of nozzles extending from the lower surface of the block,
a plurality of openings disposed over a surface of each nozzle, wherein each of the nozzles is elongated for extension into a corresponding reactor in the array of reactors; and
a fluid supply for spraying a fluid into the corresponding reactor, the fluid supply coupled to each nozzle.
10. The spray cleaner accessory of claim 9 wherein each of the plurality of openings disposed over the surface of the nozzle directs fluid at different angles within the corresponding reactor.
11. The spray cleaner accessory of claim 9 wherein each nozzle of the array of nozzles comprises an elongated chemically-resistant structure defined by a length and a diameter.
12. The spray cleaner accessory of claim 11 wherein the diameter of each nozzle is less than one of; a diameter of the corresponding reactor, or a diameter of a corresponding impeller shaft.
13. The spray cleaner accessory of claim 9 wherein the block comprises a rigid, chemically-resistant material.
14. The spray cleaner accessory of claim 9 wherein each nozzle is coupled to the lower surface of the block through a bearing such that each nozzle is rotatable when the fluid is sprayed into the reactor.
15. The spray cleaner accessory of claim 9 wherein each nozzle in the array of nozzles is configured to extend into an impeller shaft disposed within each reactor.