| 摘要 |
<p>#CMT# #/CMT# Installation and quality control in laser weld automated processes incorporates a high-power laser beam (1) that goes through head welding (9) to a workpiece (3) producing a plasma column and a zone of molten material, comprises: (a) collection means (7,8) for electromagnetic radiation; (b) detection means (10,11) sensitive to electromagnetic radiation; (c) amplification means (12) which amplify the signals; and (d) built-in media for monitoring and analysis of storage media (13). #CMT# : #/CMT# Installation and quality control in laser weld automated processes incorporates a high-power laser beam (1) that goes through head welding (9) to a workpiece (3) producing a plasma column and a zone of molten material, comprises: (a) collection means (7,8) for electromagnetic radiation from the plasma column generated during welding and the radiation emitted by the molten material at high temperature; (b) detection means (10,11) sensitive to electromagnetic radiation that transforms the collected radiation for the collection means; (c) amplification means (12) which amplify the signals; and (d) built-in media for monitoring and analysis of storage media (13). An independent claim is included for an automated process for installation and quality control in laser weld. #CMT#USE : #/CMT# Used as installation and quality control in laser weld automated processes. #CMT#DESCRIPTION OF DRAWINGS : #/CMT# The drawing shows a block diagram of the welding system. 1 : High-power laser beam 3 : Workpiece 7,8 : Collection means 9 : Head welding 10,11 : Detection means 12 : Amplification means 13 : Storage media.</p> |
