IMAGE PROCESSING UNIT FOR SUPPORTING MULTIPLE SCANNERS

• US 20130194639A1
• Filed: 01/31/2012
• Published: 08/01/2013
• Est. Priority Date: 01/31/2012
• Status: Abandoned Application

• Current Assignee: Eastman Kodak Company
• Original Assignee: Eastman Kodak Company
• Inventors: Link, Bruce A., Kurdt, Donald C., Pultorak, David M., Lathrop, George E.
• Application Number:
  US13/362,419
• Publication Number:
  US 20130194639A1
• Time in Patent Office: Days
• US Class Current: 358/442
• CPC Class Codes: H04N 1/32502 in systems having a plurality of input or output devices
• CPC Class Codes: H04N 1/32593 Using a plurality of controllers, e.g. for controlling different interfaces

Abstract

An image processing unit for processing digital image data. A plurality of hardware interfaces each is associated with one of a plurality of digital image sources for receiving image data. There are means for determining a data source from the received image data, and an image processing unit connected to the interfaces processes the received image data to generate processed image data. An output interface connected to the image processing unit outputs the processed image data.

Claims

1. An image processing unit for processing received digital image data, comprising:

a plurality of hardware interfaces, each associated with one of a plurality of digital image data sources for receiving the image data therefrom;

means for determining a data source from the received digital image data;

an image processing unit connected to the interfaces for processing the received image data to generate processed image data; and

an output interface connected to the image processing unit for outputting the processed image data.

2. The image processing unit of claim 1, further comprising:

memory for storing image processing parameters, wherein at least one of the image processing parameters is adjusted in response to the determined data source identifier to provide customized processing for the image data.

3. The image processing unit of claim 2, wherein the image processing parameters comprise a table wherein each of the image processing parameters are associated with the determined data source identifier.

4. The image processing unit of claim 2, wherein the image processing parameters control any one or more of color reproduction, sharpening, resolution, and file format of the processed image data.

5. The image processing unit of claim 2, further comprising memory for identifying a storage location for controlling where the processed image data will be sent for storage via the output interface.

6. The image processing unit of claim 2, further comprising a program memory connected to the image processing unit and storing selectable instructions for execution by the processing unit in response to the image processing parameters.

7. An image processing unit for processing image data provided by a plurality of image data sources, comprising:

a plurality of separate hardware interfaces each for receiving the image data and a corresponding identifier from one of the plurality of image data sources;

an output interface for outputting processed image data; and

a processing section comprising a plurality of selectable image processing parameters, and wherein at least one of the image processing parameters is selected in response to the received identifier for customizably processing the image data for a data source corresponding to the received identifier.

8. The image processing unit of claim 7, wherein the image processing parameters are configured to modify a known characteristic of the image data from the data source corresponding to the received identifier.

9. The image processing unit of claim 8, wherein the image processing parameters control any one or more of color reproduction, sharpening, resolution, and file format of the processed image data.

10. The image processing unit of claim 8, further comprising a program memory connected to the image processing unit and storing selectable instructions for execution by the image processing unit in response to selected ones of the image processing parameters.

11. An image processing unit for processing received digital image data, comprising:

a network connected input for receiving digital image data therefrom;

means for determining a data source from the received digital image data;

an image processing unit connected to the input for processing the received image data to generate processed image data; and

a network connected output interface connected to the image processing unit for outputting the processed image data.

12. The image processing unit of claim 11, wherein the received digital image data comprises a source identifier, and wherein the means for determining a data source comprises a processor programmed to read the source identifier.

13. The image processing unit of claim 11, further comprising:

memory for storing image processing parameters, the image processing parameters for controlling a type and amount of image processing upon the received image data.

14. The image processing unit of claim 13, wherein the image processing parameters comprise a table wherein each of the image processing parameters are associated with the determined data source.

15. The image processing unit of claim 13, wherein the image processing parameters control any one or more of color reproduction, sharpening, resolution, and file format of the processed image data.

16. The image processing unit of claim 11, further comprising memory for identifying a storage location for controlling where the processed image data will be sent for storage via the output interface.

17. The image processing unit of claim 13, further comprising a program memory connected to the image processing unit and storing selectable instructions for execution by the processing unit in response to the image processing parameters.

18. The image processing unit of claim 11, further comprising a plurality of processors all of which are connected to the network connected input for individually processing the received digital image data.

19. The image processing unit of claim 11, further comprising a plurality of processors wherein a first portion of the processors are each connected to the network connected input for partially processing the received digital image data, and wherein each of the processors in said portion of the processors are each connected to one other processor for forwarding the image data thereto to be further processed.

20. The image processing unit of claim 19, wherein a second portion of the processors are each connected to the network connected output interface.