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Isaak
Isaak Chagouel, Albany, NY US
| Patent application number | Description | Published |
|---|---|---|
| 20120097848 | SCANNING INCREMENTAL FOCUS MICROSCOPY - Method and apparatus are provided for generating an enhanced image of an object. The method includes obtaining images of an area of an object generated using a probe of having a probe size greater than or equal to a minimum probe area size. An enhanced image of the area of the object is generated by accurately computing the emission intensities emitted from pixel areas smaller than the minimum probe size and within the area of the object. This is repeated for other areas of the object to form other enhanced images. The enhanced images are combined to form an accurate enhanced image of the object. | 04-26-2012 |
Isaak Finkelshteyn, Concord CA
| Patent application number | Description | Published |
|---|---|---|
| 20110258953 | SLAB EDGE CASING AND METHOD THEREFOR - A slab edge casing for finishing a slab edge is provided. The casing comprises a face which defines a finished slab edge for an unfinished slab edge; and, a base which extends from the face. The base is connectable to one of a slab face that is adjacent the unfinished slab edge or is registerable with the unfinished slab edge. The face and base have respective inside surfaces that define a form into which concrete is poured and allowed to cure. One of the face and base also comprise a reinforcing element mount for receiving a reinforcing element that extends from the unfinished slab edge. A method for installing the casing is also provided. | 10-27-2011 |
Isaak Rivshin, Pittsford, NY US
| Patent application number | Description | Published |
|---|---|---|
| 20110194125 | DISTRIBUTED DATA FLOW FOR PAGE PARALLEL IMAGE PROCESSING WITHIN PRINTING SYSTEMS - A system renders print jobs via a marking engine. A raster image processor receives the job from the input module and renders it to one or more raster images. One or more contone image processors receive the one or more raster images to perform cross-channel image processing to render the raster images into a form compatible with the marking engine, wherein the output is partially sub-partitioned by color separation. An image refactoring and distribution network completes the sub-partitioning by separation of the rendered contone raster images by color separation and distributes each color sub-partition to a marker channel module specific to each color sub-partition. A marking engine receives the color sub-partitioned image data, marks the image onto a substrate and outputs a hardcopy of the image. | 08-11-2011 |
Isaak Tsimberg, Brooklyn, NY US
| Patent application number | Description | Published |
|---|---|---|
| 20110266154 | Analysis of an auxiliary leveler additive in an acid copper plating bath - An auxiliary leveler additive that cannot be analyzed by conventional CVS methods for acid copper plating baths is analyzed by cyclic voltammetry at a platinum rotating disk electrode from its effect on the anodic current at very positive potentials. | 11-03-2011 |
Isaak Zaritskiy, Copiague, NY US
| Patent application number | Description | Published |
|---|---|---|
| 20080264341 | APPARATUS FOR CATHODIC VACUUM-ARC COATING DEPOSITION - Apparatus for cathodic vacuum-arc coating deposition. The apparatus includes a mixing chamber, at least one input duct projecting from a first end wall of the mixing chamber, and an output duct projecting from a second end wall of the mixing chamber. Coupled with each input duct is a plasma source adapted to discharge an ion flow of a coating material into the mixing chamber, which is subsequently directed to the output duct. A first solenoidal coil disposed about a side wall of the mixing chamber creates a first magnetic field inside the mixing chamber for steering the ion flow. A second solenoidal coil is disposed adjacent to the first end wall and aligned substantially coaxially with the output duct. The second solenoidal coil creates a second magnetic field inside the mixing chamber for steering the first ion flow. The electrical currents flow through the first and second solenoidal coils in opposite solenoidal directions. | 10-30-2008 |