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    • 72. 发明专利
    • Take-off device of wafer sheet
    • 切片装置
    • JPS6165750A
    • 1986-04-04
    • JP18616784
    • 1984-09-04
    • Kyushu Denshi Kinzoku KkNippon Spindle Mfg Co LtdOsaka Titanium Seizo Kk
    • NINOMIYA MASAHARUONISHI ISAOKOSAKA TOSHIHIRO
    • B23Q7/04B28D5/00
    • B28D5/0094
    • PURPOSE:To surely take off a wafer, by providing a means, which releases the wafer from its close attachment to a cutter by injection of pressure air, and a means giving torque to the wafer in a direction it is detached from the cutter. CONSTITUTION:An attractively mounting mechanism 2 provides a sucker 12, in-out movably supported to an attracting main unit 10 and equipping a resilient unit 18 urging rearward, and an attracting pad 20 mounted to this sucker. While a supporting mechanism 3, supporting the attractively mounting mechanism 2, provides a lifting means 50, lifting the attractively mounting mechanism 2 with a follow-up motion to the cut rising motion of an ingot (a), and a reciprocating transfer member 31 for the attractively mounting mechanism 2 approaching to and separating from a wafer (b). While an air blow nozzle, which releases the wafer (b) from its close attachment to a cutter C by injecting air synchronously with the attracting action, is provided in the vicinity of the sucker 12 of the attractively mounting mechanism 2.
    • 目的:通过提供通过注入压力空气将晶片与切割器的紧密连接释放晶片的手段,以及在与切割器分离的方向上向晶片施加扭矩的装置来确实地取下晶片。 构成:吸引人的安装机构2提供可移动地支撑到吸引主体10并装备向后推动的弹性单元18的吸入器12和安装到该吸盘的吸引垫20。 虽然支撑吸引力的安装机构2的支撑机构3提供提升装置50,通过对铸锭(a)的切割上升运动的跟随运动提升吸引人的安装机构2,以及用于 吸引人的安装机构2接近晶片(b)并与晶片分离。 当吸引安装机构2的吸盘12附近设置有通过与吸引作用同步地喷射空气而使晶片(b)从与其切割器C紧密连接而释放的吹气喷嘴。
    • 73. 发明专利
    • Device for epitaxial growth
    • 外来成长装置
    • JPS59111997A
    • 1984-06-28
    • JP21979082
    • 1982-12-14
    • Kyushu Denshi Kinzoku Kk
    • MARUYAMA MITSUHIRO
    • C30B25/08C30B25/10H01L21/205
    • C30B25/08
    • PURPOSE:In an upright device for epitaxial growth, to improve quality of product and to raise productivity, by forming reflection layers made of a material having high reflectance on the inner faces of a metallic bell-jar and a substrate base, respectively. CONSTITUTION:The reflection layers made of Silver, gold, aluminum, etc. are formed on the inner faces of the metallic bell-jar 1-1 and the substrate base 1-2, and cooled with water by the cooling pipe 2. A wafer is set on the susceptor 4 supported by the supporting device 7, heated by the high-frequency coil 5 with rotating the susceptor 4, a reaction gas is fed from the pipe 8-1, hydrogen is made to flow from the inlet 8-2 to carry out epitaxial growth. In the operation, loss of radiation heat released from the susceptor 4 and the surface of the wafer 6 is prevented by the reflection layers 14, the temperature gradient and temperature distribution in the susceptor 4 are extremely improved and quality is greatly raised.
    • 目的:在用于外延生长的直立装置中,通过分别在金属钟形瓶和基板基底的内表面上形成由具有高反射率的材料制成的反射层,从而提高产品质量并提高生产率。 构成:在金属钟形瓶1-1和基板基体1-2的内表面上形成由银,金,铝等制成的反射层,并通过冷却管2用水冷却。晶片 被设置在由支撑装置7支撑的基座4上,由基座4旋转而被高频线圈5加热,从管8-1供给反应气体,使氢从入口8-2流出 进行外延生长。 在操作中,通过反射层14防止从基座4和晶片6的表面放出的辐射热的损失,基座4中的温度梯度和温度分布极大地提高,并且质量大大提高。
    • 79. 发明专利
    • SINGLE CRYSTAL PRODUCTION APPARATUS
    • JPS63315589A
    • 1988-12-23
    • JP14975687
    • 1987-06-16
    • OSAKA TITANIUMKYUSHU DENSHI KINZOKU KK
    • KURAMOCHI KAORU
    • C30B15/14C30B15/00H01L21/208
    • PURPOSE:To produce a high-quality single crystal in high efficiency, by encircling a single crystal pulling zone with a heat-shielding member composed of an annular rim and a specific heat-shielding member, thereby forming a proper temperature gradient along the pulling direction while keeping excellent heat-insulation effect. CONSTITUTION:An annular space having a right-angled triangle cross-section is formed by integrating an annular outer ring part 43a having L-shaped cross-section with an inner ring part 43b having an inverted conical form. A heat-insulation material 43d is closely packed in the annular space to form a heat-shielding member 43. A heat-shielding part 4 is produced by engaging the heat-shielding member 43 with an inner circumferential edge of a thick-walled annular rim part 41 provided with a supporting cylinder 42 on the lower face near the outer circumferential edge via flanges 43e, 43f and a seat 41a of the annular rim part 41. The heat-shielding part 4 is arranged around a pulling zone through which a single crystal 8 is pulled up via a pulling shaft 7 and a seed crystal 6 from a double-walled crucible 1 having a quartz vessel 1b in a graphite vessel 1a of a Czochralski single crystal production apparatus. A single crystal 8 can be grown while effectively shielding the heat radiated from the crucible 1 and the molten liquid.