between media 5 and paper sliding tray 100 friction can be controlled several ways for example by proper selection of paper sliding tray 100 material as well as the angle of the paper sliding tray 100 referring next to fig1 media 5 travels down paper sliding tray 100 until it reaches lower feeding roller 112c or the transportation belt 115 the embodiment of flipper 11 as just described in fig9 14 is shown in a simplified format in fig1 with this embodiment media 5 is transported by lower feeding roller 112c as it exits paper sliding tray 100 using lower feeding roller 112c to remove media 5 from sliding paper tray 100 reduces the importance of proper friction control additionally only one motor is required to drive both the feeding rollers and transportation belt however this arrangement does not allow for accelerated removal of media 5 from paper sliding tray 100 to reduce the possibility of paper jams in the flipper it may be desirable to extract media 5 from paper sliding tray 100 before the next sheet is released from rollers 112a and 112c fig1 shows an alternative arrangement wherein media 5 is extracted from paper sliding tray 100 by transportation belt 115 the arrangement of fig1 in.