Level Control TRIZ Cases
- Wind Turbine Layout Optimization with Multi-Objective Constraints
An optimization framework balances energy production against mechanical loads, noise, and cost metrics to resolve multi-disciplinary design contradictions.
- Dual-Zone Washer Fluid Reservoir with Float Valves
Segmenting the reservoir into two zones with independent low points prevents air intake during fluid delivery.
- Flue Gas Recirculation via ID Fan Pressure Differential
A recirculation duct and variable flow restrictor utilize induced draft fan discharge pressure to move treated gas back to the scrubber inlet.
- Mobile Terminal Energy Control Apparatus
A mobile terminal receives energy usage data and generates alarms when consumption exceeds user-set limits.
- Generator Control Apparatus for Automotive Power Management
A control apparatus determines power generation cost to adjust generator output and charge an energy storage device.
- Wind Turbine Power Factor Control via Reactance Correction
Central controller determines individual power-factor command values for wind turbines using specific reactance components between each unit and the interconnection node.
- Power Management System for Peak Load Reduction
A power management apparatus generates consulting messages based on operation information to display user consumption patterns.
- Integrated Power and Desalination Plant Optimization
Unified simulation models capture steam-water synergies, eliminating manual parameter integration to reduce operational costs.
- PoE Power Scheduling Circuit for High-Density Device Deployment
Time-based scheduling allocates power to multiple PoE+ devices, preventing PSE overload and overheating.
- Generator Control System Occupancy-Based Runtime Optimization
An automatic transfer switch controller differentiates load power delivery by occupancy status, reducing generator wear and energy consumption during outages.
- AC Water Level Sensing Probes with Rectifier Circuit
Two insulated probes powered by low-voltage alternating current generate a control voltage through a shunted full-wave bridge rectifier.
- Continuous Microbubble Production via Ultrasonic Flow Chamber
A microbubble generation system produces stable gas-filled colloids using ultrasonic vibration within a continuous flow chamber.