US Patent Application 18299205. IMAGE FORMING SYSTEM FOR INSPECTING QUALITY OF IMAGE FORMED ON PRINTING MEDIUM simplified abstract
Contents
IMAGE FORMING SYSTEM FOR INSPECTING QUALITY OF IMAGE FORMED ON PRINTING MEDIUM
Organization Name
CANON KABUSHIKI KAISHA==Inventor(s)==
[[Category:Kensuke Sasaki of Chiba (JP)]]
IMAGE FORMING SYSTEM FOR INSPECTING QUALITY OF IMAGE FORMED ON PRINTING MEDIUM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18299205 titled 'IMAGE FORMING SYSTEM FOR INSPECTING QUALITY OF IMAGE FORMED ON PRINTING MEDIUM
Simplified Explanation
- The patent application describes an image forming system that includes a background member of black color and at least one processor. - The system is designed to form a test chart on a first printing medium based on RIP data and inspect an inspection target image formed on a second printing medium. - The test chart consists of light patch images and dark patch images, each with different density. - The purpose of the system is to analyze and evaluate the quality of images formed by an image forming apparatus. - The system uses the test chart to compare the printed image with the RIP data to identify any discrepancies or issues. - This allows for the detection of problems in the image forming process and helps in improving the overall image quality.
Original Abstract Submitted
An image forming system includes: a background member of a black color provided at an opposite side to a reading unit with respect to a conveyance path; and at least one processor configured to form a test chart on a first printing medium based on RIP data corresponding to the test chart, and inspect an inspection target image formed on a second printing medium by an image forming apparatus based on first image data obtained by reading the inspection target image formed on the second printing medium and the RIP data corresponding to the inspection target image. The test chart includes light patch images and dark patch images surrounding the light patch images, and each one of the light patch images and the dark patch images has different density.
