Control Apparatus TRIZ Cases
- Modular Concrete Mixing Units for Continuous On-Site Supply
Portable mixing, power, water, and preloaded material bins enable continuous on-site concrete production while cutting transport time and dust.
- Concrete Mixer Drum Load Detection via Cradle Strain
Indirectly calculating concrete volume through cradle deformation avoids direct weighing inaccuracies caused by fuel fluctuations.
- Concrete Rheology and Air Control via NDR Profiles
A process control system monitors concrete air content and slump using nominal dosage response profiles.
- Polycarboxylate Ether Dispersants for Rapid Concrete Slump Control
Phosphate-modified PCE dispersants reduce mixing time to prevent air entrainment and overheating during rapid automated slump adjustment.
- Concrete Mixer Drum Mode Control System
Automated mode selection reduces manual operator intervention while ensuring consistent concrete mixing across varying load conditions.
- Concrete Mixer Sensor Data Processing Using Machine Learning
Trained data processing engines analyze sensor signals to determine fresh concrete properties in real time.
- Concrete Mixer Motor Power Feedback for Slump Control
Mixer motor power feedback controls water addition to resolve operator-dependent slump inconsistency.
- Automatic Drum Rotation Control for Concrete Transit Mixer Trucks
An automatic control system senses vehicle speed and maintains constant drum rotation, reducing wear on mixer fins and extending service life.
- Post-batching CMA Dosing for Concrete Slump Control
Automated dosing system adds clay mitigation agents during transit to maintain concrete slump and air content.