Drying Machines With Progressive Movements TRIZ Cases

See how bidirectional drum rotation and motor load measurement enable weight detection without

See how a self-powered sensor unit harvests energy from appliance operation to detect lint buil

Detachable engaging portions let the heater be replaced without removing the drum, cutting maintenance time while keeping drying stable.

Variable chain and gearwheel spacing lets one lid conveyor handle multiple formats with uniform displacement and less changeover downtime.

Continuous tunnel drying with conveyor transfer removes the pulp container bottleneck, enabling closed-loop filling at over 10,000 units per hour.

Extended support sticks with thrust and traction chain handling keep long pasta separated, improving drying uniformity and preventing breakage.

A multi-storey stick mover combines lateral and vertical transfer to keep long pasta stable, avoid wall contact, and preserve drying quality.

A rotating cam gripper and fixed guide smooth pasta transfer between conveyors, cutting impacts and raising throughput.

A separating device uses a nozzle and moveable cover to create an air curtain between adjacent spaces.

Segmented discharge slots maintain constant air velocity and double draw-down force, eliminating machine direction wrinkles in tensioned webs.

Dynamic speed and temperature coordination prevents web brittleness during drying, eliminating manual interventions required for web breaks.

A nanovoided coating process forms an insoluble polymer matrix with controlled pores through partial polymerization and solvent removal.

An exhaust air removal device on the second end face of a gas-permeable drum discharges unheated medium, resolving energy waste from heating exhaust air.

Coupling a thermal engine to a generator and heat exchanger recovers waste exhaust energy to power system components and dry vehicle bodies.

A drying device conveying part lowers to a retreating position when power cuts off, separating it from the heating element.

A drying device duct cools exhaust air to prevent external condensation and droplet formation on printer components.

A dryer transport unit uses a vertically movable third support portion between inlet and outlet supports to adjust medium tension.

Thermal insulation on axle bearings reduces energy loss through conduction while maintaining external bearing accessibility for maintenance.

A drying device with individually controlled rotary drives adapts cylinder speed to maintain consistent thread tension during moisture removal.

A separable conveyor roller design enables rapid removal and reassembly of drying system components without detaching motion transmission elements.

A conveyor transfer section rotates workpieces about a stationary axis to change movement direction.

Saturated steam curing of high internal phase emulsions reduces monomer loss below 5 percent and cuts equipment buildup via a quiescent atmospheric layer.

Internal duct routing connects the heat wheel directly to warm air sides inside the housing, eliminating external piping and reducing heat losses.

A drying apparatus adjusts medium temperature from opposite surfaces to evaporate ink efficiently.

Pendulum receptacles on transport chains engage pasta rods only in carrying positions to prevent mechanical interference during transfer.

A compact heat treatment plant uses a forced hot air circulation circuit with baffles and a centrifugal fan to ensure uniform temperature distribution.

Vertical staging separates preheating from drying, eliminating carrier reheating cycles that waste energy in continuous wheel processing.

Concentric web conditioning modules extend the drying path length to improve energy efficiency without increasing physical footprint.

An intersecting opening in a tubular member vents heated air to prevent terminal damage while maintaining structural integrity.

A drying vessel vaporizes inorganic salts from a moving catalyst roaster belt using directed heating medium flow.

An actuated rod rotates within a heated chamber to blend multiple filaments, increasing print speed and material distribution uniformity.

A drying device maintains a heated state in a motor vehicle body to enable sealing material application using residual heat.