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公开(公告)号:PL2908978T3
公开(公告)日:2022-05-09
申请号:PL13846880
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER
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公开(公告)号:AU2015301630B2
公开(公告)日:2021-02-18
申请号:AU2015301630
申请日:2015-08-13
Applicant: IPG PHOTONICS CORP
Inventor: ABRAMOV ANDREY , FOMIN VALENTIN , SHCHERBAKOV EUGENE , MAMEROW HOLGER , YAGODKIN DIMITRI
Abstract: The present invention provides a fiber laser system that delivers from a single processing cable a multibeam output. The present invention allows for controlling multiple fiber laser modules and delivering their respective outputs in a pre-determined sequence but in a single processing cable, thereby providing multiple processing steps on a work piece that heretofore required separate optics for each beam. Custom fiber laser systems that combine processing steps tailored for a specific industrial application such as pre-heating, cutting, cleaning, welding, brazing, ablating, annealing, cooling, polishing and the like can be readily provided because of the present invention.
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公开(公告)号:AU2015301630A1
公开(公告)日:2017-03-09
申请号:AU2015301630
申请日:2015-08-13
Applicant: IPG PHOTONICS CORP
Inventor: ABRAMOV ANDREY , FOMIN VALENTIN , SHCHERBAKOV EUGENE , MAMEROW HOLGER , YAGODKIN DIMITRI
Abstract: The present invention provides a fiber laser system that delivers from a single processing cable a multibeam output. The present invention allows for controlling multiple fiber laser modules and delivering their respective outputs in a pre-determined sequence but in a single processing cable, thereby providing multiple processing steps on a work piece that heretofore required separate optics for each beam. Custom fiber laser systems that combine processing steps tailored for a specific industrial application such as pre-heating, cutting, cleaning, welding, brazing, ablating, annealing, cooling, polishing and the like can be readily provided because of the present invention.
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公开(公告)号:MX2015004921A
公开(公告)日:2016-04-04
申请号:MX2015004921
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER , MICHALZIK ANDREAS
IPC: B23K26/24
Abstract: Una pistola de soldadura láser desplazable manualmente está configurada con una columna de soporte alargada que se extiende a lo largo de un eje longitudinal y está hecha a partir de material de peso ligero. Una placa de soporte está montada de manera desplazable en la columna mientras soporta sobre la misma un cabezal óptico que está provisto de una óptica de guía de rayos. La óptica está configurada para dirigir un rayo láser a lo largo de una trayectoria hacia una zona de soldadura a través de una ventana de protección del cabezal óptico. La pistola de soldadura láser también está estructurada con un primer brazo montado en la placa de soporte y que se extiende a lo largo de un eje longitudinal de la pistola diametralmente opuesto al cabezal óptico. La superficie interna del brazo desplazable tiene una superficie interna que define un túnel que está alineado con el cabezal óptico y axialmente atravesado por el rayo láser, una primera corriente que fluye axialmente de medio gaseoso presurizado, y una segunda corriente que fluye axialmente de medio gaseoso. La segunda corriente, que entra en el túnel a una presión menor que la de la primera corriente en respuesta a un gradiente de presión generado en la columna, no genera vórtices dentro de la columna. La primera y segunda corrientes salen a través del extremo aguas abajo del túnel a continuación de la zona de soldadura. Cuando las corrientes fluyen al exterior, retiran los residuos de soldadura que fluyen dentro del túnel antes de que los residuos alcancen la ventana de protección del cabezal óptico.
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公开(公告)号:CA2888698A1
公开(公告)日:2014-04-24
申请号:CA2888698
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP , VOLKSWAGEN AG
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER , MICHALZIK ANDREAS
IPC: B23K26/24
Abstract: A hand displaceable laser welding gun is configured with an elongated support column extending along a longitudinal axis and made from lightweight material. A support plate is displaceably mounted to the column while supporting thereon an optical head which is provided with beam-guiding optics. The optics is configured to direct a laser beam along a path towards a welding zone through a protective window of the optical head. The laser welding gun further is structured with a first arm mounted to the support plate and extending along a longitudinal axis of the gun diametrically opposite to the optical head. The inner surface of the displaceable arm has an inner surface defining a tunnel which is aligned with the optical head and axially traversed by the laser beam, a first axially flowing stream of pressurized gaseous medium, and a second axially flowing stream of gaseous medium. The second stream, entering the tunnel at a pressure lower than that one of the first stream in response to a pressure gradient generated in the column, does not generate vortexes within the column. The first and second streams exit through the downstream end of the tunnel next to the welding zone. As the streams flow out, they carry out welding debris flowing within the tunnel before the debris reach the protective window of the optical head.
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公开(公告)号:ES2862900T3
公开(公告)日:2021-10-08
申请号:ES14756747
申请日:2014-02-21
Applicant: IPG PHOTONICS CORP
Inventor: FOMIN VALENTIN , ABRAMOV ANDREY , MOCHALOV DMITRY
Abstract: Un acoplador de alta potencia (18) de modo bajo ("LM"), que comprende: una pluralidad de fibras pasivas monomodo ("SM" ') (16) que guían las respectivas salidas SM, estando las fibras MM (16) agrupadas para definir un estrechamiento cónico hacia una fibra terminal (19), teniendo la fibra terminal (19) un núcleo (44) que guía la señal de luz LM combinada en una dirección de propagación, y al menos un revestimiento (34, 36); una fibra de salida del acoplador pasivo multimodo (MM) (20) unida a la fibra terminal (19) para definir un empalme (22, 72), teniendo la fibra de salida (20) un revestimiento (42) que rodea un núcleo (44 ') que guía la luz LM, incidiendo la luz LM en una pieza de trabajo (21) que refleja parcialmente la luz incidente de modo que una parte de la luz reflejada se acopla al núcleo (44') de la fibra de salida (20) guiando la luz reflejada en una dirección de contra propagación; y un primer absorbedor de modo del revestimiento ("CMA") que rodea la fibra terminal (19) y se extiende sobre una parte de la fibra de salida del acoplador (20), estando configurado el absorbedor con: una zona de flujo superior (26) que se extiende a lo largo de la fibra terminal (19) y termina a una distancia del flujo superior del empalme (22, 72), estando configurada la zona del flujo superior (26) para dividir una parte de la luz reflejada acoplada en el núcleo (44') de la fibra de salida del acoplador (20) y dispersarla a través del empalme (22, 72) en el revestimiento del extremo de la fibra, una zona intermedia (28) que se extiende sobre el empalme (22, 72) y en regiones de las respectivas fibras de extremo y salida (19, 20) que bordean el empalme (22, 72), estando configurada la zona intermedia (28) para evitar el desacoplamiento de un parte de la luz LM que recorre el revestimiento (42) de la fibra de salida (20), una zona de flujo inferior (30) que se extiende sobre la fibra de salida (26) y termina a una distancia de un extremo del mismo del flujo inferior, estando configurada la zona de flujo inferior (30) para dispersar rayos de baja apertura numérica ("NA") de la luz LM guiada a lo largo del revestimiento (42).
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公开(公告)号:CA2888698C
公开(公告)日:2020-07-14
申请号:CA2888698
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP , VOLKSWAGEN AG
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER , MICHALZIK ANDREAS
IPC: B23K26/24
Abstract: 4. hand displaceable laser welding gun is configured with an elongated support column extending along a longitudinal axis and made from lightweight material. A support plate is displaceably mounted to the column while supporting thereon an optical head which is provided with beam-guiding optics. The optics is configured to direct a laser beam along a path towards a welding zone through a protective window of the optical head. The laser welding gun further is structured with a first arm mounted to the support plate and extending along a longitudinal axis of the gun diametrically opposite to the optical head. The inner surface of the displaceable arm has an inner surface defining a tunnel which is aligned with the optical head and axially traversed by the laser beam, a first axially flowing stream of pressurized gaseous medium, and a second axially flowing stream of gaseous medium. The second stream, entering the tunnel at a pressure lower than that one of the first stream in response to a pressure gradient generated in the column, does not generate vortexes within the column. The first and second streams exit through the downstream end of the tunnel next to the welding zone. As the streams flow out, they can-y out welding debris flowing within the tunnel before the debris reach the protective window of the optical head.
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公开(公告)号:AU2013330966B2
公开(公告)日:2017-09-14
申请号:AU2013330966
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER
Abstract: A robotically operated laser seam stepper is configured with an elongated support column extending along a longitudinal axis and made from lightweight material. A support plate is displaceably mounted to the column while supporting thereon an optical head which is provided with optics. The optics is configured to direct a laser beam along a path towards a welding zone through a protective window of the optical head. The laser seam stepper further is structured with a first arm mounted to the support plate and extending along a longitudinal axis of the stepper diametrically opposite to the optical head. The inner surface of the displaceable arm defines a tunnel which is aligned with the optical head and axially traversed by the laser beam, a first axially flowing stream of pressurized gaseous medium, and by a second axially flowing stream of gaseous medium. The second stream, entering the tunnel at a pressure lower than that one of the first stream in response to a pressure gradient generated in the column, does not generate vortexes within the column. The first and second streams exit through the downstream end of the tunnel next to the welding zone. As the streams flow out, they carry out welding debris from the tunnel.
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公开(公告)号:MX2015004910A
公开(公告)日:2015-12-09
申请号:MX2015004910
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER
Abstract: Un fotorrepetidor de costura láser operado robóticamente está configurado con una columna de soporte alargada que se extiende a lo largo de un eje longitudinal y hecha de material de peso ligero. Una placa de soporte está montada de forma desplazable en la columna mientras se soporta sobre la misma un cabezal óptico que está provisto de una óptica. La óptica está configurada para dirigir un rayo láser a lo largo de una trayectoria hacia una zona de soldadura a través de una ventana de protección del cabezal óptico. El fotorrepetidor también está estructurado con un primer brazo montado en la placa de soporte y que se extiende a lo largo de un eje longitudinal del fotorrepetidor diametralmente opuesto al cabezal óptico. La superficie interior del brazo desplazable define un túnel que está alineado con el cabezal óptico y axialmente atravesado por el rayo láser, por una primera corriente que fluye axialmente de un medio gaseoso a presión, y por una segunda corriente que fluye axialmente del medio gaseoso. La segunda corriente, entra en el túnel a una presión menor que la de la primera corriente en respuesta a un gradiente de presión generado en la columna, no genera vórtices dentro de la columna. La primera y segunda corrientes salen a través del extremo aguas abajo del túnel próximo a la zona de soldadura. Cuando las corrientes fluyen hacia el exterior, retiran residuos de soldadura del túnel.
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公开(公告)号:AU2013330964A1
公开(公告)日:2015-05-07
申请号:AU2013330964
申请日:2013-10-21
Applicant: IPG PHOTONICS CORP , VOLKSWAGEN AG
Inventor: FOMIN VALENTIN , STAROVOYTOV ANTON , ABRAMOV ANDREY , GAPONTSEV VALENTIN , FUCHS ARTJOM , SCHRAMM INGO , SCHERBAKOV EUGENE , MAMEROW HOLGER , MICHALZIK ANDREAS
IPC: B23K26/24
Abstract: A hand displaceable laser welding gun is configured with an elongated support column extending along a longitudinal axis and made from lightweight material. A support plate is displaceably mounted to the column while supporting thereon an optical head which is provided with beam-guiding optics. The optics is configured to direct a laser beam along a path towards a welding zone through a protective window of the optical head. The laser welding gun further is structured with a first arm mounted to the support plate and extending along a longitudinal axis of the gun diametrically opposite to the optical head. The inner surface of the displaceable arm has an inner surface defining a tunnel which is aligned with the optical head and axially traversed by the laser beam, a first axially flowing stream of pressurized gaseous medium, and a second axially flowing stream of gaseous medium. The second stream, entering the tunnel at a pressure lower than that one of the first stream in response to a pressure gradient generated in the column, does not generate vortexes within the column. The first and second streams exit through the downstream end of the tunnel next to the welding zone. As the streams flow out, they carry out welding debris flowing within the tunnel before the debris reach the protective window of the optical head.
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