US 12,393,168 B1
Adaptive manufacturing method for building components
Stanislav Buchenkov, Belgrade (RS); Semen Nagornyi, Belgrade (RS); Kirill Kuznetcov, Belgrade (RS); Rodion Shishkov, London (GB); and Viktor Rukavishnikov, Belgrade (RS)
Assigned to ADDRESS ROBOTICS LIMITED, UK, London (GB)
Filed by ADDRESS ROBOTICS LIMITED, UK, London (GB)
Filed on Feb. 10, 2025, as Appl. No. 19/049,915.
Int. Cl. G05B 13/04 (2006.01)
CPC G05B 13/042 (2013.01) 13 Claims
OG exemplary drawing
 
1. A method for adaptive manufacturing of building components performed by a processor comprising the following steps:
creating a digital information model of a building containing at least building components' dimensions and positions, wherein the digital information model associates each building component with its persistent unique identifier;
manufacturing the at least one building component identified by its persistent unique identifier;
scanning the at least one manufactured building component identified by its persistent unique identifier using at least one of laser scanning, or structured light scanning, or ultrasound-based scanning to generate a digital representation of the scanned manufactured building component's actual dimensions and shape;
updating the digital information model based on at least the scanned manufactured building component's actual dimensions and shape to dynamically adjust manufacturing parameters for subsequent building components;
recalculating and adjusting the dimensions and/or shape of those unmanufactured building components that have at least one surface adjacent to at least one surface of the scanned manufactured building component based on deviations detected in the scanned manufactured building component,
wherein the adjustments are transmitted to an automated manufacturing system for real-time modifications to production equipment,
wherein during manufacturing of each subsequent building component, the said adjusted dimensions and/or shape obtained from the most recently updated digital information model are used.