DATA IMAGING MUG SHOT

Brand Owner (click to sort) Address Description
COMPU-CAPTURE COMPU-COLOR, INC. 2010 CABOT BLVD. WEST LANGHORNE PA 19047 data imaging and mug shot storing and retrieval systems; namely, computers, computer keyboards, display screens, printers and cables; optical disk drives; video cameras; electrical power supplies; computer programs used to facilitate photographic imaging and mug shot storage and retrieval;COMPUTER CAPTURE;
CPC2000 Digital Descriptor Systems, Inc. 2010F Cabot Blvd. West Langhorne PA 19047 data imaging and mug shot storing and retrieval systems, namely, computers, computer key boards; display screens; printers and cables; optical disk drives; video cameras; electrical power supplies; computer programs used to facilitate photographic imaging and mug shot storage and retrieval;
DDSI Digital Descriptor Systems, Inc. 2010F Cabot Blvd. West Langhorne PA 19047 data imaging and mug shot storing and retrieval systems, namely, computers, computer key boards; display screens; printers and cables; optical disk drives; video cameras; electrical power supplies; computer programs used to facilitate photographic imaging and mug shot storage and retrieval;
DIGITAL DESCRIPTOR SYSTEMS, INC. Digital Descriptor Systems, Inc. 2010F Cabot Blvd. West Langhorne PA 19047 data imaging and mug shot storing and retrieval systems, namely, computers, computer key boards; display screens; printers and cables; optical disk drives; video cameras; electrical power supplies; computer programs used to facilitate photographic imaging and mug shot storage and retrieval;SYSTEMS, INC.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. To efficiently generate image data by using correction data. First offset data is obtained in advance for each of a plurality of imaging times, and is stored in a second image storage unit. The imaging time requested by a user is selected from the plurality of imaging times by a control unit, and an object is shot in the selected imaging time so as to store image data in a first image storage unit. A correction processing unit offset-corrects the image data by using first offset data corresponding to the selected imaging time and outputs first image data (preview image). In parallel with an output of the first image data, an imaging operation without irradiation is performed to have second offset data on approximately the same conditions as actual imaging obtained by the control unit, and the image data is offset-corrected by using the obtained second offset data so as to output second image data.