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    • 2. 发明申请
    • SILICON SHELF TOWERS
    • 硅胶带
    • WO2006118774A3
    • 2009-06-04
    • PCT/US2006014222
    • 2006-04-14
    • INTEGRATED MATERIALS INCZEHAVI RANAANREYNOLDS REESE
    • ZEHAVI RANAANREYNOLDS REESE
    • C23C16/00
    • C30B31/14C23C16/4581C23C16/4583H01L21/67303H01L21/67306H01L21/67309
    • A silicon shelf tower (10) for batch thermal processing of silicon wafers (46) in a vertical furnace. The tower includes at least three silicon legs (16, 18, 20) joined to bases and having a vertical arrangement of slots (22). Silicon shelves (24) are detachably loaded by sliding therm through the slots in the side legs and into the slot of the back leg. An interlocking mechanism detachably locks the shelves to the back leg while the slots in the two side legs laterally constrains the shelves. The shelves include cutouts (38) to allow a robot paddle to load and unload wafers to the shelves. Circular holes (32, 34) in the shelves relieve stress and prevent wafer sticking Preferably, the shelves are formed from randomly oriented polycrystalline silicon (ROPSi). The shelves and towers can alternatively be made of other materials such as quartz and silicon carbide.
    • 一种用于在垂直炉中对硅晶片(46)进行批量热处理的硅架塔(10)。 塔架包括至少三个连接到底座并具有垂直排列的槽(22)的硅脚(16,18,20)。 硅架(24)通过滑动热穿过侧腿中的狭槽并进入后腿的槽而可拆卸地加载。 互锁机构将搁架可拆卸地锁定到后腿,同时两个侧腿中的狭槽侧向地约束搁架。 搁架包括切口(38),以允许机器人桨将载片和卸载晶片装载到货架上。 搁板中的圆孔(32,34)缓解应力并防止晶片粘贴。优选地,搁板由随机取向的多晶硅(ROPSi)形成。 架子和塔架可以替代地由其它材料制成,例如石英和碳化硅。
    • 3. 发明申请
    • JET MILL PRODUCING FINE SILICON POWDER
    • 喷枪生产精细硅粉
    • WO2008030301B1
    • 2008-06-26
    • PCT/US2007016757
    • 2007-07-26
    • INTEGRATED MATERIALS INCZEHAVI RANAANBOYLE JAMES E
    • ZEHAVI RANAANBOYLE JAMES E
    • B22F9/00
    • B02C19/063
    • A method of jet milling silicon powder in which silicon pellets are fed into a jet mill producing a gas vortex in which the pellets are entrained and pulverized by collisions with each other or walls of the milling chamber. The chamber walls are advantageously formed of high-purity silicon as are other parts contacting the unground pellets or ground powder. The pellets and chamber parts may be formed of electronic grade silicon but polycrystalline silicon may be used for chamber parts. Additionally, the particle feed tube in which the particles are entrained in a gas flow and the vortex finder operating as the outlet at the center of the vortex may be formed of silicon. The milling and feed gas may be nitrogen supplied from a liquid-nitrogen tank lined with stainless steel. The feed pellets may be formed by chemical vapor deposition.
    • 一种喷射研磨硅粉末的方法,其中将硅颗粒进料到喷射磨机中,产生气体涡流,其中颗粒被夹带并通过与研磨室的壁碰撞而粉碎。 室壁有利地由高纯度硅形成,其它部分与未研磨的颗粒或粉末粉末接触。 颗粒和室部件可以由电子级硅形成,但多晶硅可用于室部件。 此外,其中颗粒被夹带在气流中的颗粒进料管和在涡流中心作为出口操作的涡流发生器可以由硅形成。 研磨和进料气体可以是由内衬有不锈钢的液氮罐供应的氮气。 进料颗粒可以通过化学气相沉积形成。