Fully automated online measurement of the size distribution of limestone fragments on conveyor belt is presented based on 3D range data collected every minute during 13 hours of production. The research establishes the necessary measurement technology to facilitate automatic control of particle breaking or aggregating processes to improve both energy efficiency and product quality. Techniques are presented covering; sizing of fragments, determination of non-overlapped and overlapped fragments, and mapping of sizing results to distributions comparable to sieving. Detailed variations in the product sieve size are shown with an abrupt change when the size range of the limestone fragments was changed.Godkänd; 2009; 20090616 (mjt)Vision Systems ...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This study shows how to develop a fast, reliable, and non-invasive artificial vision system to quant...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This study shows how to develop a fast, reliable, and non-invasive artificial vision system to quant...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone fragments on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Fully automated online measurement of the size distribution of limestone particles on conveyor belt ...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
Optimisation and control of blasting, comminution and agglomeration processes is a complex task with...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This study shows how to develop a fast, reliable, and non-invasive artificial vision system to quant...