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7)
At this time, the head slider ass'y (37) lifts the
R.H. pinch
roller
lever ass'y (6A), as illustrated
in Figs. 11 and 12.
Boss (n) for mechanical chassis (801)
R.H. capstan
R.H. pinch roller lever ass'y (6A)
The claw (s) on the reverse slider (46)
lifts the R.H. pinch roller lever ass'y
(6A) to such a position that it can be
lifted by the head slider ass'y (37).
Pinch roller lever ass'y (6B)
Not ready for lifting
Ready for lifting.
When the head is retracted in forward mode, the head slider
ass''y (37) and R.H. and L.H. pinch roller lever assemblies
(6A) and (6B) are positioned as seen in Fig. 11.
Fig. 12 iNustrates the relative positions of these assemblies
with the head lifted.
Fig. 11
Boss (n) for
Piay lever (59)
mechanical chassis (801)
Play lock
G lever (58)
R.H. capstan
Cam gear ass''y (48)
R.H. pinch roiler lever
?
ass'y (6A)
Fig. 13
L.H. pinch roller lever ass'y (6B)
Fig. 12
8)
When
the cam
(1) on
the cam
gear ass'y
(48)
10) As a result, the head slider ass'y (37) is closely
:
lifts the play lever (59) to the highest position, the
fitted to the boss
(n) of the mechanical
chassis
play lever (59) is locked by the play lock G lever
(801) while the R.H. pinch roller lever ass'y (GA)
(58), as seen in Fig. 13.
is closely fitted to the capstan. Now, the mechanism
9)
As the cam gear ass'y (48) rotates further, its wall
is ready for forward play. (See Fig. 12.)
(c) is brought into contact with the boss (a) on
Fig. 7 shows the locus of the boss (a) for the cam
the cam lock ass'y lever (56). The notch (near (m))
Jock ass'y lever (56) with respect to the cam gear
in the gear of the cam gear ass'y (48) approaches
ass'y (48).
the gear of the R.H. flywheel ass'y (9A) until the
rotation of the R.H. flywheel ass'y (9A) ceases to
be transmitted
to the cam
gear ass'y (48). Thus,
the cam gear ass'y (48) stops rotating. (See Fig. 18).
as
en
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