Method of assembling printer media transport arrangement

1. A method of assembling a print media transport arrangement of a printer, the method comprising the steps of:

providing a support frame for at least one elongate roller;

positioning said roller so as to be supported at its longitudinal first and second ends by the support frame;

positioning a first ring bearing of a fixing plate about said supported first end of said roller, the fixing plate being separate from the support frame and the first ring bearing being configured to allow rotation of said roller, the rotation, in use, providing transport of print media within the printer; and

slidably engaging the fixing plate, having said supported first end of said roller positioned within the first ring bearing, with the support frame so as to fix the fixing plate and said roller to the support frame,

wherein, during the sliding engagement, said roller pivots about the second end due to the configuration of the first ring bearing.

2. A method according to claim 1 , wherein in the step of positioning said roller, the first end of said roller is passed through a slot of the support frame, the slot being configured to allow movement of the first end during the engagement step.

3. A method according to claim 2 , wherein in the engagement step, the movement of the first end during the sliding engagement moves said roller from being at an angle off normal to the transport path of the print media to being normal to the transport path, the first ring bearing being configured to accommodate the angular movement of said roller.

4. A method according to claim 3 , wherein the first ring bearing is configured to only contact the first end of said roller about a line around the circumference of said roller throughout the angular movement of said roller in the engagement step.

5. A method according to claim 3 , wherein, in the engagement step, the fixing plate is slid parallel to the transport path so as to slidably engage with the support frame.

6. A method according to claim 1 , wherein the fixing plate incorporates at least one tab configured to slidably engage with a slot of the support frame in the engagement step.

7. A method according to claim 3 , wherein:

in the step of positioning said roller so as to be supported at its longitudinal first and second ends by the support frame, the second end of said roller is positioned in a second ring bearing of a second fixing plate for fixing the second end of said roller to the support frame, the second bearing being configured to allow the rotation of said roller; and

in the step of engaging the first fixing plate, said roller pivots about the second end due to the configuration of both the first and second ring bearings.

8. A method according to claim 7 , wherein in the step of engaging the first fixing plate, the second bearing is configured to accommodate the angular movement of said roller.

9. A method according to claim 8 , wherein the second ring bearing is configured to only contact the second end of said roller about a line around the circumference of said roller throughout the angular movement of said roller in the step of engaging the first fixing plate.

10. A method according to claim 3 , wherein:

the step of positioning said roller comprises positioning a plurality of elongate rollers so as to be supported at their longitudinal first and second ends by the support frame;

the step of positioning the first ring bearing comprises positioning a plurality of first ring bearings about the first end of each respective roller, each first ring bearing being configured to allow rotation of the respective roller about the first end thereof and

in the engagement step, the configuration of each of the first ring bearings allows the pivoting of the respective roller about the second end thereof.

11. A method according to claim 7 , wherein:

the step of positioning said roller comprises positioning a plurality of elongate rollers so as to be supported at their longitudinal first ends by the support frame and positioned at their longitudinal second ends in a respective one of a plurality of second ring bearings of the second fixing plate, each second ring bearing being configured to allow rotation of the respective roller about the second end thereof;

the step of positioning the first ring bearing of the first fixing plate comprises positioning a plurality of first ring bearings about the first end of each respective roller, each first ring bearing being configured to allow rotation of the respective roller about the first end thereof; and

in the step of engaging the first fixing plate, the configuration of each of the first ring bearings allows the pivoting of the respective roller about the second end thereof.