Washing Controlling Processes TRIZ Cases

See how integrating cash register sales data with dishwasher control activates the machine at o

See how a stationary gear unit and eccentric rotation mechanism enable dishwasher spray arms to

See how a dual-foil radiofrequency sensor detects conductive liquids, solids, and pastes using

See how multi-sensor detection of water load, temperature, and pressure enables automatic mater

See how a multi-level touchscreen interface segments program selection and parameter settings t

See how overlay images on a base appliance photo convey operating status intuitively, reducing

See how angled walls and total internal reflection enable accurate water, air, and foam detecti

See how relocating a wireless communication module into a plastic base support minimizes electr

See how a dedicated wireless communication device creates a private WLAN for medical instrument

See how a two-foil radiofrequency sensor detects conductive substances through signal induction

See how a spray basket with internal and external nozzle sets enables customizable fluid routin

See how user profile matching and satisfaction scoring enable personalized appliance program re

See how overlay image depiction resolves information loss in remote appliance monitoring by lay

See how optical sensors and image processing detect filter dirt accumulation in dishwashers, tr

See how a communication interface transmits dosing completion status to target devices, enablin

See how a separate wash module extracts high-voltage components from the tub, enabling larger c

See how a separate housing for recirculation and heater reduces wiring complexity, prevents tub

Weather, time, and season data drive recommended wash and dry settings on a mobile terminal, removing the need for a separate home control hub.

Voucher-based cycle authorization links each dishwasher to a valid code, enabling secure pay-per-use operation and machine traceability.

Reduced pump speed plus inactive soaking steps cuts dishwasher noise to 36-38 dB while preserving cleaning performance.

Placing the wireless module in a plastic base support cuts metal shielding, simplifies variant installation, and improves vibration isolation.

A separate wash-module housing isolates the heater and high-voltage wiring, protecting plastic items while simplifying dishwasher recirculation.

Automatic liquid-level monitoring sends replenishment and maintenance alerts early, reducing equipment downtime and excess on-site supply.

A built-in WLAN lets sterilization accessories connect securely without public networks, improving reliable remote monitoring and control.

Multiple antennas placed around a grounded metal dishwasher tub create near-spherical wireless coverage for reliable remote communication.

A diverter malfunction check prevents false pump smooth-running results, avoiding overfill, noise, and weak wash-water circulation.

Door-mounted data connectors engage only when the dishwasher is closed, powering the user interface while securing controller communication.

Real-time energy information lets networked components adjust operation, improving power saving and control of energy use across connected systems.

An illuminated door-edge interface uses LED patterns to show cycle options and real-time dishwasher status without confusing timers or dials.

A removable ware-washer exchange head enables tool-free swaps, cutting service time, technician labor, inventory burden, and downtime.

A server-mediated remote activation scheme lets users control and monitor a laundry machine without added panel hardware or mode confusion.

A motor-driven lower spray arm uses sensor feedback and pump-speed control to prevent stalling, enable zonal washing, and improve water use.

A dual-antenna layout in the dishwasher door and rear overcomes metal-panel shielding to maintain reliable wireless connectivity.

Drain heat from one heating cycle is rescheduled through a shared heat exchanger to preheat another device's intake and cut energy use.

A smartphone transfers home Wi-Fi credentials over a secure close-range link, avoiding complex appliance input and unauthorized network access.

A second controller periodically powers the communication portion, preserving remote control while cutting standby energy use.

Wireless sensor data lets operators diagnose commercial washer faults remotely, cutting travel, downtime, and spare-parts delays.

A controller checks load amount and elapsed time before starting a wash cycle, cutting energy, water, and detergent waste.

Removable RFID control bodies replace crowded appliance panels, saving enclosure space while enabling simpler, programmable user interaction.

A monitored wash control extends pot and pan washer cycles, enforces condition compliance, and gives off-line alerts to reduce distraction.

A lockable rotatable spray arm creates a user-selected wash zone, enabling intense cleaning where needed without extra dishwasher components.

A rack-supported manifold and multi-tube feed selectively route washing fluid to distinct spray arms, improving coverage across rack positions.

By combining electrical, flow, conductivity, temperature, and weight sensing, this case improves appliance diagnostics and preventive maintenance.

Acoustic encoding lets appliances send fault data as sound for remote diagnosis, with retransmission control to reduce interference and data loss.

Utility signals are compared with appliance thresholds to shift power use during demand response, then restore the prior operating state.

Motor current and diverter checks verify minimum dishwasher fill, preventing pump air intake, noise, overfilling, and leakage.

Energy price signals drive a component driver to switch control modes, improving energy use and storage efficiency without complex management.

A removable RFID tag interface replaces crowded appliance buttons, saving enclosure space while making control more intuitive for users.