Mechanical Apparatus TRIZ Cases

By varying upper and lower blowout openings, the stocker balances airflow across storage while reducing fan count, cost, and heat.

See how distributed sensors, radio modules, and server-based fingerprinting enable reliable con

Sliding rails let orthogonally mounted air-handling components move outside the housing, reducing operator strain during extraction.

Temperature readings at the evaporator or freeze plate confirm harvest completion after sensor triggering, reducing incomplete cycles and system wear.

See how repositioning the dust box above the heat exchanger enables automatic filter cleaning w

See how distributed light control modules with embedded temperature sensors enable automated HV

See how magnetic electrical contacts replace mechanical connectors to enable tool-free luminair

See how a mobile control unit with integrated sensors resolves stationary measurement errors by

See how a master-slave remote control architecture uses wireless intermediary devices to enable

See how adaptive expansion-device control enables stable refrigerant injection across cooling,

See how aggregate current measurement with frequency-domain analysis detects individual HVAC co

Pressure readings near the fan blades and in a low-flow region improve circulating-air volume-flow control despite filter loading and exhaust changes.

See how a fog-based cleaning system with sub-15-micron particles automates evaporator coil main

See how ionizer electrodes clean automatically by leveraging air conditioner flap rotation, eli

See how independent filtration and purification channels with matched fan types resolve the flo

Fixed pump operation and variable condenser fan speed match cooling capacity to demand while limiting energy waste and liquid-line freezing.

Absolute temperature control can miss changing thermal conditions and user preferences; infrared mapping supports responsive HVAC adjustment and energy efficiency.

See how a vacuum chamber positioned between evaporator and condenser portions reduces noise tra

See how segmented refrigerant flow paths with bypass valves maintain dehumidifying ability duri

See how a dual-loop design isolates refrigerant outdoors and circulates heat medium indoors, pr

See how a laminated vent panel with differential thermal expansion coefficients flexes to open

See how multi-orifice collision-plate atomization prevents droplet coalescence and spray resist

Aircraft ECS sensors compare contaminant levels with sensory thresholds to trigger purification changes and maintain acceptable cabin air quality.

See how a ventilation device detects other units via fan rotation speed changes and adjusts air

See how a shielded temperature sensor positioned in the air passage reduces radiant heat from t

See how predictive air quality control reduces sensor count and complexity while optimizing mot

Surface temperature and room humidity measurements reveal condensation risk, helping distinguish construction defects from tenant-related moisture issues.

See how a control device segments the day into three time slots with varying energy suppression

See how a main and terminal dehumidification unit with shared recovery heating reduces energy c

See how a variable flow valve control board bridges short- and long-distance communication line

See how a smooth-transition expansion device enables isentropic refrigerant expansion, reducing

See how merging imaging and control into a wall-mounted air conditioner eliminates dedicated ce

See how refrigerant collection operation detects accumulation in hot water supply circuits and

See how temperature efficiency ratio calculation detects heat medium flow abnormalities to prev

See how independent coolant pathways with impinging jet streams cool high heat flux microproces

See how dual injection channels and an injection heat exchanger lower compressor discharge temp

See how throttling members and segmented flow paths with independent expansion valves reduce ba

See how multi-sensor detection of occupant location, state, and zone temperature enables person

See how linked control modes coordinate supply air and chilled beam fans to reduce unnecessary

See how series-connected heat sink modules use single-phase liquid coolant that vaporizes into

See how a variable-volume container adjusts refrigerant charge dynamically to maintain optimal

See how temperature and humidity detection defines an operation permission region to prevent oz

See how redundant air handling and power systems enable fail-over operation in mobile cleanroom

See how correspondence indicators measure heating rate of change to schedule HVAC start times,

See how geolocation-based return time estimation adjusts thermostat setpoints dynamically to re

See how a network-connected thermostat analyzes causative agents and displays HVAC energy usage

Residual vapor and liquid droplets reduce chiller heat-transfer efficiency; a horizontal flash tank uses density-driven separation to deliver cleaner refrigerant streams.

See how selectively controlled LED illumination and independent electronic locks enable secure,