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    • 1. 发明申请
    • DEVICE FOR PRODUCING A THREE-DIMENSIONAL ARTICLE BY LASER SINTERING
    • 设备用于生产三维物体用激光实习生
    • WO1996035573A1
    • 1996-11-14
    • PCT/EP1996001485
    • 1996-04-04
    • EOS GMBH ELECTRO OPTICAL SYSTEMSWILKENING, ChristianSIEVERS, Tim
    • EOS GMBH ELECTRO OPTICAL SYSTEMS
    • B29C67/00
    • B29C64/153B29C2035/0283
    • The invention relates to a device for producing a three-dimensional article by using laser radiation to harden successive layers of a suitable material (7) at points corresponding to each cross section of the article. The device has a holder (4) which carries the article (6) being produced, an applicator (12) to apply layers of the material (7) on to the holder (4) or on to previously hardened layer, a layer-hardening device (14) designed to harden the layers of material (7) at points corresponding to each cross section of the article, and a heater unit (8), located when in its operating position above the holder (4), for warming the material (7), the heater unit (8) including at least one radiant bar heater (81) whose heating power varies along its length.
    • 这是,将要形成(6)包括用于支撑物体的支撑件(4)的装置,通过设置于借助辐射相应点的各自的对象的横截面可凝固材料(7)的层的连续凝固制造三维物体的设备, 用于在支撑件(4)或先前固化的层,固化装置(14),用于固化的材料的层施加可硬化材料(7)的层上的施加器(12)(7)其中,每个对象的相应位置的横截面和 具有在所提供的载体上的工作位置(4)的加热装置(8),用于加热可硬化材料(7),其特征在于,沿其长度改变加热功率具有加热装置(8)的至少一个直线形的辐射加热器(81)。
    • 2. 发明申请
    • DEVICE FOR THE LAYERED PRODUCTION OF AN OBJECT BY LASER SINTERING
    • 设备为对象薄膜的制备途径用激光实习生手段
    • WO1997006918A1
    • 1997-02-27
    • PCT/EP1996003382
    • 1996-08-01
    • EOS GMBH ELECTRO OPTICAL SYSTEMSMATTES, ThomasWILKENING, Christian
    • EOS GMBH ELECTRO OPTICAL SYSTEMS
    • B23K26/14
    • B23K26/1476B23K26/123B29C64/153
    • The invention concerns a device for the layered production of an object by means of laser sintering by compacting a material which can be compacted by electromagnetic radiation using a device (5) for generating an electromagnetic beam (6) and a focusing arrangement (8) for focusing the beam (6) on the material in a working plane (7). The focusing arrangement (8) comprises a lens (9), a mounting (10) supporting the lens (9), and an annular nozzle (12) which is disposed adjacent the image-side surface (11) of the lens (9) facing the working plane (7). On the output side, the annular nozzle (12) is directed relative to the image-side surface (11) such that an emerging flow runs tangentially to the image-side surface (11) towards the centre. On the input side, the annular nozzle (12) is interruptibly connected to a pressurized gas source.
    • 它是通过固化可凝固的通过电磁辐射的材料与用于产生电磁束(6)的装置(5),用于分层制造通过激光烧结的装置的物体的装置和用于所述光束(6)聚焦到材料中的聚焦装置(8) 提供了一种工作平面(7)是可用的,其中,所述聚焦装置(8)包括透镜(9)和(9)携带镜头的插座(10),邻近所述工作平面(7)朝向像侧表面(11)的透镜 (9)设置的环形喷嘴(12),这是在输出侧,以便相对于该像侧表面(11)引导,使得输出流切向像侧表面(11)沿朝向中心扫描,与输入侧可与加压气体源被关断 被连接,其特征在于。