Table of Contents
Advertisement
A
MECHANISM DESCRIPTION
The mode gear (57) is rotated and the pin of the select arm
lever ass'y (10) is put in the groove of the peripheral cam of
the mode gear. Then, the EJ gear ass'y (19) is meshed with
gear B (55) and rotated by releasing the other pin of the select
arm lever assy (10). The reset plate lever ass'y (34) is mov-
ed back by the upper boss of the EJ gear ass'y (19) to turn on
the leaf switch (100) for ejection to turn on the motor.
At the same time, the EJ plate lever (33) is also moved back
and fixed to the trigger plate arm (31) through the tension
spring (87) for preventing an overload. While the reset plate
lever ass'y (34) is moving back, the catch guide (48) is push-
ed forward through the over center rod (91). At this time, the
cassette houding holder (38) is lifted by the EJ plate lever
(33).
Then, the EJ gear ass'y (19) rotates. When its boss is parted
from the reset plate lever ass'y (34), the reset plate lever
assy (34) is returned to the forward position by the reset/P
tension spring (81). At this time, the over center rod (91) is
pulled,
and
the catch
guide
(48)
is moved
forward
to
discharge the cassette.
Even if the power switch is turned off, the loading operation
can be performed, but the mechanism
is set to the ejection
mode immediately, because the loading mechanism is turned
on by the leaf switch (S1) and the motor is turned on by the
leaf switch (S3) to start the ejection operation.
EJ gear ass'y (19)
Boss
EJ gear ass'y (19)
Reset piate lever
ass''y (34)
EJ gear ass'y (19)
Select arm lever
ass'y (10)
Reset plate lever
ass'y (34)
Over center rod (91)
EJ/P tension spring (80)
Reset/P tension spring (81)
Advertisement
Table of Contents
