MACHINE VISION EMBEDDED BASED DEVICE

Brand Owner (click to sort) Address Description
ADVANTAGE Cognex Corporation 1 Vision Drive Natick MA 01760 Machine vision embedded based device comprised of processor, memory, optics, lighting, machine vision algorithms, communication hardware and protocols used in OEM ID and machine vision applications, namely, locating, identifying, gauging, and inspecting objects;
LEGEND Cognex Corporation 1 Vision Drive Natick MA 01760 Machine vision embedded based device comprised of processor, memory, optics, lighting, machine vision algorithms, communication hardware and protocols used in OEM ID and machine vision applications, namely, locating, identifying, gauging, and inspecting objects;
VISIFLEX Cognex Corporation 1 Vision Drive Natick MA 01760 Machine vision embedded based device comprised of processor, memory, optics, lighting, machine vision algorithms, communication hardware and protocols used in OEM ID and machine vision applications, namely, locating, identifying, gauging, and inspecting objects;VISION FLEX;
VISION ENGINE Cognex Corporation 1 Vision Drive Natick MA 01760 Machine vision embedded based device comprised of processor, memory, optics, lighting, machine vision algorithms, communication hardware and protocols used in OEM ID and machine vision applications, namely, locating, identifying, gauging, and inspecting objects;
 

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

    
Technical Examples
  1. A method of inspection for use with color machine vision systems is provided in which a device-independent digital colorimetric image of a reference object is created on a first machine vision system. The digital colorimetric image can then be shared with other machine vision systems by sending the image electronically, instead of requiring the sharing of the actual reference object. A video image can then be calculated on the second machine vision system using the colorimetric image. The calculated video image can then be used as a reference for comparisons during video inspection on the second machine vision system.