Ironing Machines TRIZ Cases

See how temporary storage and manual second-corner location balance automation and cycle time f

See how a removable presser with support holders and recesses enables flexible positioning for

See how light emitters in the introduction area indicate optimal temperature zones on conveying

See how actuator-based speed and position control stabilizes cloth spreading operations, elimin

See how a modular conveyor-clamp-air system rotates, flattens, and stacks textile articles to b

A single-track conveyor transfers adjacent laundry corners sequentially to spreading clamps, removing track switches and simplifying reliable input handling.

See how a concave suction surface with vertical planar part maintains consistent distance to th

See how a removable presser with elastic mounting enables flexible positioning and efficient wr

See how steam generation inside a double-walled mangle trough eliminates external generators an

See how movable spreader clamps receive cloth at various angles, straighten edges, and deliver

See how a movable presser-fixing structure enables flexible positioning and tool-free adjustmen

See how a burner passage with decreasing cross-section improves radiant heat distribution, redu

See how three water level sensors at different heights compensate for impurity-caused degradati

See how a compression body with moisture chambers presses clothes against a support body to rem

See how independent rollers and detector-equipped sledges automatically reorient skewed launder

See how a textile spreader uses opposing carriages and pressure sensors to adjust spreading for

See how movable transfer clips reduce spreading clip movement distance in mangle insertion mach

See how a perforated trough with welded heat-conducting plates removes moisture continuously, e

See how retracted waiting locations at charger stations enable continuous cloth delivery to spr

See how induction heating with isolated electrical conductors enables rapid chest warm-up, prec

See how a dual-clamp feeding device uses differential friction and secondary repositioning to m

See how independent feeding chuck trajectories simplify corner grasping for large cloths, reduc

See how combining mechanical clamp pressure with negative pressure suction secures heavy cloth

See how a double-clamp transfer device and synchronized loading clamps automate laundry sorting

See how an integrated presser with compression and support units forms creases during steam tre

See how orthogonal holding pieces and dynamic opening prevent interference with lifting means,

See how segmented steam chambers, independent condensate discharge, and counterweight balancing

See how a double-clip transfer device and synchronized loading device enable reliable, continuo

See how a biodegradable hot-air attachment converts a hair dryer into a portable iron, removing

See how a movable transverse boom with dynamic alignment profiles straightens moist cloth fore

See how moving corner regions through spreader clamps to outermost points prevents tail formati

See how sequential corner transfer at a single point eliminates branched rail systems and reduc

See how a sensor-driven motor rotates the steamer head to maintain horizontal spray direction,

See how a presser and support device form creases during washing, eliminating post-wash ironing

See how positioning the inlet below the outlet enables gravity-fed laundry entry into the ironi

See how light emitters indicate temperature-suitable zones directly in the ironing area, elimin

See how a movable laundry care device uses separate jetting and suction units with filtration t

See how a flexible heat-resistant film between press plate and door firmly fixes pants portions

See how vertically aligned cylinders with heating films and vacuum sealing reduce evaporation t

Retracting loading clamps and raising spreading clamps keeps laundry edges straight above the conveyor, reducing creases and warping.

3D imaging and surface profiling identify grip points and sorting criteria in dirty laundry, enabling fast automated separation.

A cloth standby section buffers excess pieces before or after the feeding conveyor to prevent congestion and keep the straightening unit supplied.

Sensor-based feed guidance detects unused roller width and directs operators to spread laundry evenly, reducing wear, energy waste, and finish variation.

A roughened felt outer belt surface increases friction to carry laundry without slipping, improving ironing quality and reducing wrinkles.

Air bellows replace lever linkages to move the heated trough shell, reducing wear and keeping contact pressure even across the mangle.

A partitioned double-wall ironer chest uses air and heat-transfer elements to avoid oil clogging while keeping heating uniform.

Direct-drive linear motor slides position splaying clamps precisely, fully spreading laundry for mangle feeding without belt slip or fabric damage.

Metal foam and a partitioned air chamber replace clog-prone oil heating, delivering more uniform ironer chest temperatures with less maintenance.

Condensate draining over vertical heat exchanger plates carries away lint and residues, preserving laundry exhaust heat recovery efficiency.