METHOD AND DEVICE FOR MULTI-BEAM TRANSFORMATION AND SHAPING OR MICROSCANNING TRANSFORMATION AND SHAPING OF LASER BEAMS

摘要

the object of the invention is lu00e9zernyalu00e1bu0151k procedure su0151knyalu00e1bu0151s vagymikru0151szkennelu00e9ses leku00e9pzu00e9su00e9re and fu0151rmu00e1lu00e1su00e1ra,which procedure su0151ru00e1n araszter and fu0151ltmu00e9lysu00e9gu00e9lessu00e9get u0151lyan telecentriku0171s / ku0151nfu0151ku00e1lisu0151ptikai maximize system application.a telecentriku0171s ku0151nfu0151ku00e1lis amelytelecentriku0171s / system / subsystem and a ku0151nfu0151ku00e1lisalrendszerre afu0151ku00e1lis bu0151ntju00e1k.the invention tu00e1rgyatu0151vu00e1bbu00e1 equipment lu00e9zernyalu00e1bu0151k deku0151mpu0151nu00e1lt, mu0151du0171lu00e1lt su0151knyalu00e1bu0151svagy mikru0151szkennelu00e9ses leku00e9pzu00e9su00e9re and fu0151rmu00e1lu00e1su00e1ra,ku00e9szu00fclu00e9kbenlu00e9zernyalu00e1bu0151 (s) which is (are) production and gu00e1rfu0151rru00e1s directly vagynyalu00e1bszu0171ku00edtu0151 lencsu00e9 (s) through the input fu00f3ku0171szsu00edkban lu00e9vu0151bemenu0151nyakkal (s) is u0151ptikai kapcsu0151latban,in the apparatus, an output tu0151vu00e1bbu00e1 abemenu0151 fu00f3ku0171szsu00edktu00f3l fu00f3ku0171szs kig for u0151lyantelecentriku0171s / ku0151nfu0151ku00e1lis u0151ptikai system.amelytelecentriku0171s / ku0151nfu0151ku00e1lis u0151ptikai system is a telecentriku0171s / ku0151nfu0151ku00e1lisalrendszerre subsystem and a afu0151ku00e1lis is bu0151ntva.the talu00e1lmu00e1nyszerinti procedure, that's the point, the hu0151gy telecentriku0171s / ku0151nfu0151ku00e1lisalrendszer fu00f3ku0171sztu00e1vu0151lsu00e1gu00e1t i vu00e1ltu0151ztatju00e1k, (2)hu0151gy atelecentriku0171s / ku0151nfu0151ku00e1lis subsystem, (2) a lens (11), it is elhely to replace a smaller or nagyu0151bb fu00f3ku0171sztu00e1vu0151lsu00e1gu00fa, cseru00e9ltlencsu00e9vel (12).hu0151gy exchanged the first lens (12) fu00f3ku0171szsu00edkja u0171gyanu0151daessen, ahu0151l the original lens (11), the first plane of the fu00f3ku0171s vu0151lt,and / or azafu0151ku00e1lis subsystem, (3) surrounding the first lens (13) to a smaller or u00fagyhelyettesu00edtik nagyu0151bb fu00f3ku0171sztu00e1vu0151lsu00e1gu00fa, changed elsu0151lencsu00e9vel (15).hu0151gy exchanged the first lens (15) mu00e1su0151dik fu00f3ku0171szsu00edkjau0171gyanu0151da ahu0151l fall, the first lens (13) mu00e1su0151dik fu00f3ku0171szsu00edkja vu0151lt.according to the essence of the atalu00e1lmu00e1ny equipment, hu0151gy, atelecentriku0171s / ku0151nfu0151ku00e1lis subsystem (2) from each other eltu00e9ru0151fu00f3ku0171sztu00e1vu0151lsu00e1gu00fa replaceable lens (11, 12) are placed, the lenses (1, hu0151gy12), the first fu00f3ku0171szsu00edkja (fs, fs'), the total telecentriku0171s / ku0151nfu0151ku00e1lisrendszer (1) (f) coincide with the input fu00f3ku0171szsu00edkju00e1val,while su0142 fs and f '(ahu0151l f is the total telecentriku0171s / ku0151nfu0151ku00e1lis u0151ptikai system (1) fu00f3ku0171sztu00e1vu0151lsu00e1ga w2, the letapu0151gatu00e1si plane elu0151u00e1llu00edtu0151tt neck ru00e1diu0171sza,the afu0151ku00e1lis dz subsystem (3) in a woman dwnyak axial eltu0151lu00e1sa, r = relative fu0151ltmu00e9ret - vu00e1ltu0151 - ~ w of different tolerance, l is the hu0171llu00e1mhu0151ssz), and / or by the system (3) azafu0151ku00e1lis replaceablefu00f3ku0171sztu00e1vu0151lsu00e1gu00faelsu0151 divergent lens (13, 15) are placed, the mu00e1su0151dik hu0151gy fu00f3u0171szsu00edkju0171k (f 'of the m1) afu0151ku00e1lis mu00e1su0151dik lencsu00e9ju00e9nek subsystem (14) elsu0151fu00f3ku0171szsu00edkju00e1val (m2 (f') overlap. a