Towards computer vision feedback for enhanced CNC machining
Por um escritor misterioso
Last updated 30 maio 2024
A vision-based sensing utility is proposed and developed to enhance the performance of CNC milling machines and to facilitate on-line monitoring and control, computer programs are developed to manipulate the source G-code file to enable real time integration of the gained feedback information. A vision-based sensing utility is proposed and developed to enhance the performance of CNC milling machines. Two cameras are attached to the machine spindle to provide visual information on work-piece surface quality while machining. This information is processed and processing outcome is used to improve the surface roughness of the machined part by adjusting the employed machining parameters. To facilitate on-line monitoring and control, computer programs are developed to manipulate the source G-code file in order to enable real time integration of the gained feedback information. The manipulated G-code program is then executed by the machine controller to allow adaptive control of the work-piece machining. The developed system automatically determines which camera is required to provide scene data for each step of tool path movement. Relative camera is then activated just as the machine completes the cutting of each tool path segment. Acquired vision data is processed to evaluate resulting surface roughness and accordingly a decision is made to either maintain the implied machining parameters or adjust their values to beneficially suit the machining task and result in better surface quality. The developed approach is tested and verified experimentally. Promising results are acquired that encourage further development towards full integration of CNC-vision systems.
Sensors, Free Full-Text
GitHub - mikeroyal/Computer-Vision-Guide: Computer Vision Guide
Materials, Free Full-Text
Sensors, Free Full-Text
Development of a computer vision-based system for part referencing
CNC Robotics: Understanding the Basics - Robotics 24/7
Additive Manufacturing Is Subtractive, Too: How CNC Machining
Development of a computer vision-based system for part referencing
Towards computer vision feedback for enhanced CNC machining
Development of a computer vision-based system for part referencing
Top US & Canada Machine Vision Software Companies
Recomendado para você
-
Knocking the dust off. Felt so good to drive it again #diesel30 maio 2024
-
New US Keyboard for HP Pavilion 17t-f100 17t-f100 17z30 maio 2024
-
About - Hudlow Axle30 maio 2024
-
G1 Autobot Optimus Prime Truck Red with Robot on Chassis from30 maio 2024
-
Nikon F100 Review in 2023 - 35mm SLR Film Camera30 maio 2024
-
Used ABB Robot HGR Industrial Surplus30 maio 2024
-
5. Hardware Menu — polychemprint3 1.0 documentation30 maio 2024
-
Nikon F100 Film Camera Sample Photos and Specifications30 maio 2024
-
WOWOW 9.2 in. Commercial Deck Mounted High-arc Brass Glass Filler30 maio 2024
-
Shellman Case Cover for HP Spectre x360 Convertible30 maio 2024
você pode gostar
-
Mushroom Cow matte Vinyl Sticker - Kawaii Stickers - Cute - Decal cut30 maio 2024
-
Onix, Steelix from 'Pokemon GO'30 maio 2024
-
The Last of Us PS3 (Brand New Factory Sealed US Version) PlayStation 330 maio 2024
-
XAIJAY Floppa Plush Lynx Cat Cube Toy 7.9 Super Soft floppa Plush30 maio 2024
-
Movimentos Com Significados Precisos, PDF, Emoções30 maio 2024
-
Momentum-Verse: Let Chaos In - Part 1 (2050) Fan Casting on myCast30 maio 2024
-
Cão das forças especiais francesas é condecorado com medalha30 maio 2024
-
FNF MODS LEAKS (@FnF_LeakingMods) / X30 maio 2024
-
Roblox girls PNG - Digital Download30 maio 2024
-
Xin Plays: Tony Hawk's Underground 2 (GBA): Part 1: Boston30 maio 2024