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    • 2. 发明申请
    • Apparatus for manufacturing solder balls
    • 焊球制造装置
    • US20020005606A1
    • 2002-01-17
    • US09964305
    • 2001-09-26
    • MK Electron Co., Ltd
    • Jin-Hyung LeeByung Chul MoonJin LeeJeong-Tak MoonChang-Rok OhJae Gyu Nam
    • C21C001/00C21B007/12B22D041/08
    • B23K35/0244B22F1/0048B22F9/08B22F2009/086B22F2999/00Y10S75/953B22F2202/01
    • An apparatus for manufacturing solder balls including a tundish, a vibrator, a cooling liquid tank an inactive atmospheric chamber, a molten metal receiving tray, a ball collecting barrel, and a cooling liquid reservoir. The tundish has orifices at its bottom. The vibrator is immersed in the molten metal of the tundish and generates vibrations. The cooling liquid tank is situated under the tundish and is provided with a cooling liquid heater at its upper and middle outer surface, a cooling liquid cooler at its lower outer surface, and a cooling liquid discharge conduit at its top. The inactive atmospheric chamber is interposed between the bottom of the tundish and the op surface of the cooling liquid. The molten metal receiving tray is seated on a portion of the inactive atmospheric chamber and is horizontally movable. The ball collecting barrel is positioned under the cooling liquid tank and is provided with a cut-off valve at its top, a ball removing valve at its bottom, and a cooling liquid supply conduit at it s upper portion. The cooling liquid reservoir is situated under the ball collecting barrel, is provided with a ball collecting sieve at its inlet and is connected with the cooling liquid discharge conduit and the cooling liquid supply conduit.
    • 一种用于制造焊球的装置,包括中间包,振动器,冷却液罐,无效大气室,熔融金属接收盘,球收集筒和冷却液储存器。 中间包底部有孔。 振动器浸入中间包的熔融金属中并产生振动。 冷却液箱位于中间包下方,在其上外中表面设有冷却液加热器,其下外表面设有冷却液冷却器,顶部设有冷却液排出管。 惰性气体室介于中间包的底部和冷却液的操作表面之间。 熔融金属接收托盘位于非活动大气室的一部分上并且可水平移动。 集尘桶位于冷却液箱的下方,在其顶部设有截止阀,底部设有截流阀,其上部设有冷却液供给管。 冷却液贮存器位于球收集筒下方,在其入口处设有球收集筛并与冷却液排出管道和冷却液供应管道连接。
    • 3. 发明申请
    • APPARATUS AND METHOD FOR TAPPING A FURNACE
    • 烧烤炉的设备和方法
    • US20010007382A1
    • 2001-07-12
    • US09159280
    • 1998-09-22
    • BRIAN D. RAIVOGARY V. BUSSMITCHELL R. GREENHALGH
    • C21B007/12C21C005/48
    • F27D3/1509C21C5/38C21C5/445C21C5/5205F27B3/19F27D3/1536F27D9/00F27D2003/127F27D2099/0093Y02P10/216
    • An apparatus and method for controlling the flow of molten material from a melt container. The apparatus includes a tubular insert sized for insertion into a tap hole formed in a sidewall of the melt container and a rod receivable within the insert. A cooling device is provided to cool the rod to a temperature below the temperature of the molten material. The rod is axially movable within the insert between a first position wherein the rod is positioned within the tubular insert for cooling a portion of the molten material located at the first end of the insert to form a plug and stop the flow of molten material through the passageway, and a second position wherein the rod is spaced from the first end of the insert to allow the plug to melt and start the flow of molten material through the passageway. A method for trapping gases emitted during the melt and tapping processes is also disclosed.
    • 一种用于控制来自熔体容器的熔融材料的流动的装置和方法。 该装置包括尺寸适于插入形成在熔体容器的侧壁中的抽头孔中的管状插入件和可插入到插入件内的杆。 提供冷却装置以将棒冷却至低于熔融材料温度的温度。 所述杆可在所述插入件内在第一位置之间轴向移动,其中所述杆定位在所述管状插入件内,用于冷却位于所述插入件的第一端处的熔融材料的一部分以形成塞子并且阻止熔融材料流过所述第二位置 通道和第二位置,其中杆与插入件的第一端隔开,以允许塞子熔化并开始熔融材料流过通道。 还公开了一种用于捕集在熔融和攻丝过程中排出的气体的方法。
    • 5. 发明申请
    • Method of relining a vessel
    • 改装船只的方法
    • US20010020758A1
    • 2001-09-13
    • US09768791
    • 2001-01-25
    • Matthew John GurrMartin Joseph Dunne
    • F27D001/16C21B007/12C21C007/00C21B003/00
    • F27B3/12F27B3/14F27D1/16
    • A method of relining a vessel that is used to carry out a direct smelting process that produces molten metal under conditions requiring molten bath temperatures of at least 1000null C. is disclosed. The vessel is of the type that has a floor that is refractory lined, a side wall that is at least partially refractory lined, and a top wall, and at least two access openings to the interior of the vessel. The relining method includes the steps of cooling down the vessel, gaining access to the interior of the vessel via the access openings, relining the vessel, and re-starting operation of the process in a period of time of 21 or less days.
    • 公开了一种用于进行直接熔炼工艺的容器的方法,该方法在需要至少1000℃的熔融浴温度的条件下产生熔融金属。 容器是具有耐火材料衬里的地板,至少部分耐火材料衬里的侧壁和顶壁以及至少两个到容器内部的进入开口的类型。 修复方法包括以下步骤:冷却船只,通过进入开口进入船只内部,使船只更换,并在21天或更短的时间内重新启动过程操作。