Information processing system and method for reading image to determine defective image, non-transitory computer readable medium storing program

A non-transitory computer readable medium a storing program causing an information processing apparatus to realize:

• an acquisition function of acquiring a read image that is an image obtained in a manner that an image reading section reads a diagnosis image of a recording medium, which is output by an image forming section, the read image including a first range that is a range of the recording medium and a second range that is a range extending from the first range in a reading direction of the image reading section, wherein the reading direction is a direction in which the diagnosis of the recording medium is sequentially read as the recording medium is transported;
• and
• a generation function of generating a screen including information regarding the image forming section in a case where a defective image is in the first range as a result of diagnosing the read image acquired by the acquisition function, and a generation function of generating another screen including information regarding the image reading section in a case where the defective image is in the second range as the result of diagnosing the acquired read image,
• wherein the another screen includes a notification to clean the image reading section in a case where the defective image is included in both the second range and the first range and a distance between a position between the defective image in the first range and a position between the defective image in the second range is less than a threshold.

An information processing method comprising:

• acquiring a read image that is an image obtained in a manner that an image reading section reads a diagnosis image of a recording medium, which is output by an image forming section, the read image including a first range that is a range of the recording medium and a second range that is a range extending from the first range in a reading direction of the image reading section, wherein the reading direction is a direction in which the diagnosis of the recording medium is sequentially read as the recording medium is transported;
• and
• generating a screen including information regarding the image forming section in a case where a defective image is in the first range as a result of diagnosing the acquired read image, and generating another screen including information regarding the image reading section in a case where the defective image is in the second range as the result of diagnosing the acquired read image,
• wherein the another screen includes a notification to clean the image reading section in a case where the defective image is included in both the second range and the first range and a distance between a position between the defective image in the first range and a position between the defective image in the second range is less than a threshold.