A sheet ejection tray uses a guide member to ensure sensor contact during stacking operations.
Segmented belt grips clamp flexible single-faced corrugated cardboard edges to prevent damage while maintaining high production speeds.
A sheet feeding cartridge positions a movable restricting member against the side edge of large sheets to prevent skew during attachment.
A recording apparatus stacks the mounting and receiving units vertically to reduce the occupied space.
An automated roll handling system replaces depleted reels with new ones while verifying rotation direction to maintain continuous packaging throughput.
A curved stationary sliding surface applies local overpressure through blow holes to separate sheets from a metal transport belt.
Synchronized lifting and separating nozzles prevent excessive sheet disturbance, reducing multi-feed incidents in image forming apparatuses.
A sheet feeding device control unit monitors attachment states to determine stacking levels.
Sliding movable frames adjust the cassette width to accommodate different paper sizes while reducing the image forming apparatus package dimensions.
A controller determines feed and delivery request timings based on sheet supplying mechanism type to optimize sheet delivery.
A web tension controller adjusts PI or PID parameters using a hyperbolic characteristic curve based on master axis speed.
A controller increases conveying speed in steps based on detection results to optimize paper feed rates.
A movable second roller and cover resolve jam clearing difficulties while maintaining foreign matter protection.
A sheet stacking apparatus detects descending obstacles and halts movement to prevent mechanical damage.
Dynamic stopper positioning stabilizes varying sheet thicknesses to prevent vertical alignment failures in compilation trays.
A servomotor replaces pneumatic cylinders to drive a pressing roller, eliminating pressure fluctuations for accurate sheet joining.
Dual lift plates in a sheet feeding device adjust their levels via a controller to accommodate long sheets without manual intervention.
Cam and eccentric rollers clamp documents against a transport shaft, enabling high-speed stacking while reducing space requirements.
Adjustable belt ends resolve manual repositioning bottlenecks by enabling accurate lateral spacing of sheet streams without complex mechanical structures.
A sheet reversing mechanism calculates preparation time based on transfer speed to synchronize forward and reverse motion.