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    • 32. 发明公开
    • ELECTRIC DISCHARGE EXCITATION EXCIMER LASER
    • DURCH ELEKTRISCHE ENTLADUNG ANGEREGTER EXCIMERLASER
    • EP1137126A1
    • 2001-09-26
    • EP99973186.2
    • 1999-11-26
    • EBARA CORPORATIONKOMATSU LTD.
    • Shinozaki, HiroyukiSekiguchi, ShinichiBarada, ToshimitsuNakazawa, Toshiharu
    • H01S3/036F16C32/04
    • F16C32/047H01S3/036H01S3/225
    • A long-life electric discharge excitation excimer laser improved in that the laser gas in the laser enclosure hardly degrades, no dust enters the inside of the magnetic bearing and the inside of the motor, and damage to the portions in contact with the laser gas is little. The electric discharge excitation excimer laser is characterized by comprising a housing connected to both ends of a laser enclosure where the laser gas is sealed and a pair of main discharge electrodes are housed, a cross flow fan rotatably supported at both ends by a magnetic bearing housed in the housing and adapted to produce a laser gas flow, a motor housed in the housing and adapted to rotate the cross flow fan, a laser gas passage extending through the gap between the rotor side and the-stator side of the magnetic bearing and the gap between the rotor side and the stator side of the motor along the full length of the housing and communicating with the laser enclosure, a laser gas introduction passage extending from the inside of the laser enclosure and communicating with the laser gas passage at one end of the housing, and a filter disposed in the laser gas introduction passage.
    • 长寿命放电励磁准分子激光器的改进在于激光外壳中的激光气体几乎不降解,不会有灰尘进入到磁轴承和电机内部,并且与激光气体接触的部分损坏是 小。 放电激发准分子激光器的特征在于,包括连接到激光器外壳的两端的壳体,其中激光气体被密封并且容纳一对主放电电极,横流风扇由两个端部旋转地支撑, 在壳体中并且适于产生激光气流,马达容纳在壳体中并且适于旋转横流风扇,激光气体通道延伸穿过磁轴承的转子侧和定子侧之间的间隙和 沿着壳体的整个长度的电机的转子侧和定子侧之间的间隙,与激光外壳连通,激光气体引入通道从激光外壳的内部延伸并与激光气体通道的一端连通 壳体和布置在激光气体导入通道中的过滤器。
    • 34. 发明公开
    • Discharge-pumped excimer laser device
    • Entladungsgepumpter准分子激光
    • EP1056171A2
    • 2000-11-29
    • EP00111269.7
    • 2000-05-25
    • EBARA CORPORATION
    • Sekiguchi, ShinichiShinozaki, HiroyukiBarada, ToshimitsuNakazawa, Toshiharu
    • H01S3/225H01S3/03
    • F16C32/047H01S3/03H01S3/036H01S3/225
    • A discharge-pumped excimer laser device has a casing (1), a pair main discharge electrodes (2), a cross-flow fan (3) for producing a high-speed laser gas flow between the main discharge electrodes (2), the cross-flow fan (3) having a rotatable shaft (4) projecting from opposite ends thereof, magnetic bearings (8,9,10,11), the rotatable shaft (4) being rotatably supported by the bearings, protective bearings (13,14,15) for supporting the rotatable shaft (4) when the magnetic bearings are not in operation, and a motor (12) for actuating the cross-flow fan (3). The magnetic bearings include radial magnetic bearings (8,9,10) disposed on the opposite ends of the rotatable shaft (4). One of the radial magnetic bearings which is disposed closely to the motor (12) has a bearing rigidity greater than the bearing rigidity of the magnetic bearing that is disposed remotely from the motor.
    • 排出泵浦准分子激光装置具有壳体(1),一对主放电电极(2),用于在主放电电极(2)之间产生高速激光气流的横流风扇(3), 横流风扇(3)具有从其两端突出的可旋转轴(4),所述旋转轴(4)由所述轴承可旋转地支撑,所述旋转轴(4,9) 14,15),用于当所述磁轴承不工作时支撑所述可旋转轴(4),以及用于致动所述横流风扇(3)的马达(12)。 磁性轴承包括设置在可旋转轴(4)的相对端上的径向磁轴承(8,9,10)。 靠近电动机(12)设置的径向磁轴承之一具有大于远离电动机的磁性轴承的轴承刚性的轴承刚性。
    • 36. 发明公开
    • Thin-film deposition apparatus
    • Vorrichtung zum Herstellen vondünnenSchichten
    • EP0909836A2
    • 1999-04-21
    • EP98113599.9
    • 1998-07-21
    • EBARA CORPORATION
    • Fukunaga, YukioShinozaki, HiroyukiTsukamoto, KiwamuShibasaki, MitsunaoHorie, KuniakiUeyama, HiroyukiMurakami, Takeshi
    • C23C16/44C23C16/54C23C16/40
    • C23C16/45565C23C16/4412C23C16/4557C23C16/45591C23C16/46
    • A compact thin-film deposition apparatus can promote a stable growth of a high quality thin-film product of uniform quality. It comprises a vacuum-tight deposition chamber (10) enclosing a substrate holding device (12) for holding a substrate (W). An elevator device (14) for moving the substrate holding device and a gas showering head (16) for flowing a film forming gas towards the substrate are provided. A transport opening (20) and an exhaust opening (22) are provided on a wall section (18) of the deposition chamber at a height to correspond to the transport position and the deposition position respectively. The deposition chamber is provided with a flow guiding member (44), and the flow guiding member comprises a cylindrical member (48) to surround an elevating path of the substrate holding device and a first ring member (50) to vertically divide a chamber space at a height between the exhaust opening and the transport opening.
    • 紧凑的薄膜沉积装置可以促进质量均匀的高质量薄膜产品的稳定生长。 它包括一个真空密封的沉积室(10),其包围用于保持基底(W)的基片保持装置(12)。 提供了用于移动基板保持装置的电梯装置(14)和用于使成膜气体朝向基板流动的气体淋浴头(16)。 输送开口(20)和排气口(22)分别设置在沉积室的壁部分(18)上,以分别对应于输送位置和沉积位置。 沉积室设置有导流构件(44),并且流动引导构件包括围绕基板保持装置的升降路径的圆柱形构件(48)和第一环构件(50),以垂直分隔腔室空间 在排气口和输送口之间的高度处。