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| Class Numbers & Titles | Class Numbers Only | USPC Index | International | HELP |
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Class 430 | RADIATION IMAGERY CHEMISTRY: PROCESS, COMPOSITION, OR PRODUCT THEREOF |
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| 1 | HOLOGRAPHIC PROCESS, COMPOSITION, OR PRODUCT |
| 3 | USE OF SOUND OR NONDIGITAL COMPRESSIVE FORCE |
| 4 | RADIATION MODIFYING PRODUCT OR PROCESS OF MAKING |
| 8 | MICROGRAPHY, PROCESS, COMPOSITION, OR PRODUCT OTHER THAN MICROELECTRONIC DEVICE MANUFACTURE |
| 9 | IMAGED PRODUCT |
| 10 | Antifraud or antitampering |
| 11 | Structurally defined |
| 13 | Image contained within transparent base |
| 14 | Multilayer |
| 16 | Deposited metal coating on image |
| 17 | Nonsilver image |
| 18 | Including resin or synthetic polymer |
| 19 | ERASABLE IMAGING |
| 20 | LIQUID CRYSTAL PROCESS, COMPOSITION, OR PRODUCT |
| 21 | RETRIEVING IMAGE MADE USING RADIATION IMAGERY |
| 22 | REGISTRATION OR LAYOUT PROCESS OTHER THAN COLOR PROOFING |
| 23 | PRODUCING CATHODE-RAY TUBE OR ELEMENT THEREOF |
| 24 | Using specific control or specific modification of exposure, i.e., by manipulation of radiation source or exposure through elements other than shadow mask |
| 25 | With light-absorbing matrix on faceplate |
| 26 | With faceplate of phosphoric stripes |
| 27 | With filter material on finished faceplate |
| 28 | Using specified radiation-sensitive composition other than a nominal sensitized polyvinyl alcohol |
| 29 | Using specified post-imaging process composition |
| 30 | INCLUDING CONTROL FEATURE RESPONSIVE TO A TEST OR MEASUREMENT |
| 31 | ELECTRIC OR MAGNETIC IMAGERY, E.G., XEROGRAPHY, ELECTROGRAPHY, MAGNETOGRAPHY, ETC., PROCESS, COMPOSITION, OR PRODUCT |
| 32 | Electrophoretic imaging, process, composition, or product |
| 33 | Post treatment process to fix or transfer image, or collect or remove electric radiation sensitive pigment |
| 34 | Pretreatment process to change the physical properties of electrophoretic suspension or specified imaging feature exposure |
| 35 | Specified electric field applied or electric charging step |
| 36 | Manipulation of electrode |
| 37 | Electric radiation sensitive pigment |
| 38 | Material used to modify electrophoretic suspension response |
| 39 | Magnetic imaging |
| 40 | Manifold imaging, process, composition, or product |
| 41 | Migration imaging, process, composition, or product, e.g., electrosolography, etc. |
| 42.1 | To produce color reproduction (i.e., two or more colors specified) |
| 43.1 | With color correction step |
| 44.1 | With sintering |
| 45.1 | Process with identified developing composition or identified developing step (e.g., toner binder, softening point, reversal developing, etc.) |
| 45.2 | Liquid developing composition or process (e.g., using toner particles in liquid vehicle, etc.) |
| 45.3 | Identified developing feature (e.g., reversal development, etc.) |
| 45.31 | Developing electrostatic latent images of different potential areas or polarities (e.g., trilevel image of three differentially charged areas, etc.) |
| 45.32 | Magnetic brush |
| 45.33 | Polymerizing developing composition (e.g., photohardening of microcapsules, etc.) |
| 45.4 | Developing composition having five or more different color toners (e.g., pentachrome, hexachrome, etc.) |
| 45.5 | Developing composition having subtractive colorant (i.e., cyan, magenta, or yellow) |
| 45.51 | Dissimilar toners of identified chemical or physical property |
| 45.53 | Developing composition forming glossy image |
| 45.54 | Identified shape (e.g., sphere-shaped toner, toner shape factor, etc.) |
| 45.55 | Identified toner or colorant surface area or size (e.g., pigment size, etc.) |
| 45.56 | Having carrier particles (i.e., multicomponent developer) |
| 46.1 | Process with identified radiation-conductive element or composition (e.g., photoreceptor, etc.) |
| 46.2 | Plural charge generation layers |
| 46.3 | Color filter layer |
| 46.4 | Identified organic binder |
| 46.5 | Inorganic-containing radiation conductive composition |
| 47.1 | Process with identified receptor or identified image transfer process step |
| 48 | Electrostatic image transfer |
| 49.1 | To produce printing surface |
| 49.2 | Driographic (i.e., waterless) printing surface |
| 49.3 | Having toned image transfer |
| 49.4 | Having imagewise portion removal of radiation-sensitive imaging layer (e.g., dissolving, transfer, plasma etching, etc.) |
| 49.41 | Removal of portion under imaging layer of toner area only |
| 49.42 | Includes etching substrate |
| 49.43 | By wet removal (e.g., solvent, surface active agent solution, alkaline solution, etc.) |
| 49.5 | Posttreatment making nonimaged or nontoned areas hydrophilic |
| 50 | Deformation imaging, e.g., frost imaging, etc. |
| 51 | Persistent internal polarization imaging |
| 52 | Electrolysis imaging |
| 53 | Using ion or particle flow modulation |
| 54 | To produce multiple image on medium or plural radiant energy exposures of medium, e.g., image intensification using two images, or two exposures of same image, etc. |
| 55 | Charging simultaneous with imaging |
| 56 | Radiation-sensitive composition or product |
| 57.1 | Having plural conductive layers |
| 57.2 | With plural charge generation layers |
| 57.3 | Nitrogen hetero ring compound in one or more charge generation layers |
| 57.4 | Inorganic silicon (e.g., elemental silicon, silicon alloy or inorganic compound thereof) in one or more charge generation layers |
| 57.5 | With germanium (elemental, compound or alloy) in layer containing silicon |
| 57.7 | P-type or n-type silicon containing (e.g., silicon doped with a Group IIIa, or a Group Va element) |
| 57.8 | Inorganic selenium (Se) (e.g., elemental selenium, selenium alloy or inorganic compound thereof) |
| 58.05 | Charge transport layer |
| 58.1 | Inorganic charge transport layer |
| 58.15 | Sulfur containing hetero ring in charge transport layer |
| 58.2 | Organosilicon or organogermanium in charge transport layer |
| 58.25 | Cyclic ketone, cyclodicyanomethylene, or cyclomethylenemalonate in charge transport layer |
| 58.3 | Containing at least three aryl groups bonded to a single carbon atom in charge transport layer |
| 58.35 | Organic nitrogen in charge transport layer |