Fuser oil contamination prevention and clean-up method

A method for controlling fuser release oil contamination in an electrostatographic reproduction apparatus having a plurality of imaging modules in tandem relative to a receiver transport belt movable by a transport path, each imaging module having an intermediate transfer member, said method comprising the steps of:

• a. identifying events wherein, in said imaging modules, said intermediate transfer member will operatively contact said receiver transport belt;
• b. in the first of said tandem imaging modules in the direction of movement of said receiver transport belt, depositing a substantially uniform layer of charged pigmented marking particles onto said intermediate transfer member in the areas that will operatively contact said receiver transport belt;
• c. transferring said layer of charged pigmented marking particles from said intermediate transfer member directly to said receiver transport belt;
• d. utilizing said pigmented marking particles to adhere fuser release oil;
• e. in the last of said tandem imaging modules in the direction of movement of said receiver transport belt, transferring said layer of charged pigmented particles from said receiver transport belt to said intermediate transfer member;
• and
• f. removing said layer of charged pigmented marking particles from said intermediate transfer member, thereby removing said fuser release oil.

In an electrostatographic reproduction apparatus having a plurality of imaging modules in tandem relative to a receiver transport belt moveable along a transport path, each said imaging module having a photoconductive member, a method of removing fuser release oil contamination comprising the steps of:

• a. in each said imaging module, for a predetermined number of cycles, depositing a substantially uniform layer of charged pigmented marking particles onto said photoconductive member;
• b. in all except the last of said imaging modules, in the direction of movement of said receiver transport belt, transferring said layer of charged pigmented marking particles from said photoconductive member directly to said receiver transport belt;
• c. utilizing said pigmented marking particles to prevent fuser release oil from contaminating said photoconductive member;
• d. in the last of said imaging modules, in the direction of movement of said receiver transport belt, removing said layer of charged pigmented marking particles, deposited in step a, from said photoconductive member;
• e. in the last of said imaging modules, in the direction of movement of said receiver transport belt, transferring said layer of charged pigmented particles, transferred to said receiver transport belt in step b, from said receiver transport belt to said photoconductive member;
• and
• f. in the last of said imaging modules, in the direction of movement of said receiver transport belt, removing said layer of charged pigmented marking particles, transferred from said receiver transport belt in step e, from said photoconductive member.

In an electrostatographic reproduction apparatus having a plurality of imaging modules in tandem relative to a receiver transport belt movable by a transport path, each said imaging module having an intermediate transfer member, a method of removing fuser release oil contamination comprising the steps of:

• a. in each said imaging module, for a predetermined number of cycles, depositing a substantially uniform layer of charged pigmented marking particles onto said intermediate transfer member;
• b. in all except the last of said tandem imaging modules in the direction of movement of said receiver transport belt, transferring said layer of charged pigmented marking particles from said intermediate transfer member directly to said receiver transport belt;
• c. in the last of said imaging modules, removing said layer of charged pigmented marking particles, deposited in step a, from said intermediate transfer member;
• d. utilizing said pigmented marking particles to adhere fuser release oil;
• e. in the last of said tandem imaging modules in the direction of movement of said receiver transport belt, transferring said layer of charged pigmented particles, transferred to said receiver transport belt in step b, from said receiver transport belt to said intermediate transfer member;
• and
• f. in the last of said imaging modules, removing said layer of charged pigmented marking particles, transferred from said receiver transport belt in step e, from said intermediate transfer member.