A robotic arm positions empty trays under a mail stacker bin and sweeps envelopes into them for automated handling.
A rotating pressing bar creates a guiding channel to flatten papers.
A film discharging device uses a rotating branch conveyer to guide products into separate paths for independent processing.
Movable actuator passes through storage bin window to support and extract flat objects, automating unloading while maintaining object integrity.
A cam-guided link mechanism rotates during discharge to prevent media curling and image distortion.
Angled placement surfaces and constant-distance restricting members decurl media, preventing transport jams caused by misalignment.
Elastic member absorbs motion discrepancy between overlapping loading bases, preventing gear disengagement under external loads.
A separating member applies rotational force to detach bound sheets from clamping teeth.
An automatic selection unit scans for geometrical obstacles and extends only safe sheet pile support bars, eliminating manual configuration delays.
Movable stop means adjust spacing between stack contact surfaces to resolve stacking consistency versus device complexity.
A flexible accommodation member unwinds from a pivot shaft using a weighted operation portion, preventing jumping and catching during initial deployment.
A second bending member resists pressing forces to hold the recording medium shape, preventing curling and quality loss at high speeds.
Segmented belt conveyance aligns skewed banknotes, reducing impact forces on impeller vanes and preventing buckling during high-speed stacking.
A discharge tray switches between two angles to adapt media placement without altering the first tray posture.
An interlocking sheet-stopper structure adjusts its entry angle relative to the support plate, resolving multi-feed issues caused by varying sheet counts.