Our system provides real-time curing monitoring for new construction floor slabs utilizing power-troweling and finishing operations. Utilizing configured sensors allows us to fast-track slab measurement collaboratively for developing autonomous units which will be able to operate independently with base stations.
For floor slabs, finishing the slab requires optimal timing to prevent the slab from getting away from the contractor's control—as to when to saw cut joints, apply chemical treatments or curing compounds. These operations are planned and coordinated so that construction proceeds with minimal loss of time and effort.
By tracking moisture levels and blade pressure throughout the troweling process, our system helps prevent common finishing problems including:
Various autonomous drone assisted drives are tethered ("connected") wirelessly enabling system communication and guidance to prevent collision as multiple devices/machinery that is integrated and running simultaneously requiring coordinated synchronized steps during the placing and finishing of concrete due to the environment, that is the wind, temperature, humidity, and dust that can have a significant impact on concrete materials in real-time.
Collected data can help in the determination of timing of critical operations such saw-cutting, pavement texturing, power-trowel operations, duration, and track coverage, including blade changes or use of transition blades to determine what areas need additional finishing or prevent over curing, trowel burns, etc.
The system offers tailored modules based on threshold measurements for optimizing time critical procedural steps for managing saw cutting operations, mix-design configuration, curing & finishing steps (utilizing ride-on power-trowels, curing bridges to drone based applications or manual applications), and lifecycle asset management.
