A controller adjusts carriage movement distance by selectively deactivating nozzles across multiple recording passes to reduce travel time.
A controller adjusts carriage velocity thresholds based on real-time sensor data to optimize print head movement.
Low glass transition temperature nonionic resin in processing fluid enhances ink adhesion, preventing detachment during cutting and transport.
A control unit moves an ink jet head vertically to track the surface height of a print medium during conveyance.
A printer carriage guide member regulates lateral movement during reciprocating row motion to maintain precise print alignment.
Dual acceleration sensors detect carriage abnormalities via frequency analysis, filtering external impulses to prevent false stops.
Scanner detects frame lines on material to set a precise print area, preventing misalignment during manual movement.
A glass strip provides a flat reference surface for an inkjet print head guiding assembly, reducing manufacturing cost while maintaining positioning accuracy.
Rearranging the liquid jetting head and storage tank to sandwich the carriage connection portion reduces moment-induced wobbling during high-speed scanning.
Control device acquires gap information between ink discharging surface and recording sheet to adjust ink discharging timing.
Segmented nozzle columns prevent air curtain formation that traps ink mist, suppressing nozzle contamination while maintaining permeation efficiency.
Calibrates conveying amounts based on head tilting offsets to prevent white lines and overlaps in bi-directional printing.
Segmented binding members prevent friction-induced chipping in curved ink jet printer tubes by maintaining controlled distances between components.
A recording head adjusts dot ratios across multiple scan passes to maintain uniform liquid distribution on the medium.
Rotating shape data aligns ink patterns with scanning directions, preventing spread distortion and improving unevenness formation accuracy.