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    • 1. 发明申请
    • IMMERSIVE OXIDATION AND ETCHING PROCESS FOR CLEANING SILICON ELECTRODES
    • 用于清洁硅电极的强力氧化和蚀刻工艺
    • US20100139692A1
    • 2010-06-10
    • US12635167
    • 2009-12-10
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • C23G1/02
    • B24B41/06B08B3/08B08B3/12C11D7/08C11D7/261C11D7/265C11D11/0047
    • A process for cleaning a silicon electrode is provided where the silicon electrode is soaked in an agitated aqueous detergent solution and rinsed with water following removal from the aqueous detergent solution. The rinsed silicon electrode is then soaked in an agitated isopropyl alcohol (IPA) solution and rinsed. The silicon electrode is then subjected to an ultrasonic cleaning operation in water following removal from the IPA solution. Contaminants are then removed from the silicon electrode by soaking the silicon electrode in an agitated mixed acid solution comprising hydrofluoric acid, nitric acid, acetic acid, and water. The silicon electrode is subjected to an additional ultrasonic cleaning operation following removal from the mixed acid solution and is subsequently rinsed and dried. In other embodiments of the present disclosure, it is contemplated that the silicon electrode can be soaked in either the agitated aqueous detergent solution, the agitated isopropyl alcohol (IPA) solution, or both. Additional embodiments are contemplated, disclosed, and claimed.
    • 提供一种用于清洁硅电极的方法,其中硅电极浸泡在搅拌的洗涤剂水溶液中,并在从洗涤剂水溶液中除去后用水冲洗。 然后将冲洗的硅电极浸泡在搅拌的异丙醇(IPA)溶液中并漂洗。 然后在从IPA溶液中除去之后,将硅电极进行超声波清洗操作。 然后通过将硅电极浸入包含氢氟酸,硝酸,乙酸和水的搅拌的混合酸溶液中从硅电极中除去污染物。 在从混合酸溶液中除去之后,对硅电极进行附加的超声波清洗操作,随后漂洗并干燥。 在本公开的其它实施例中,预期硅电极可以浸泡在搅拌的含水洗涤剂溶液,搅拌的异丙醇(IPA)溶液中或两者中。 额外的实施例被设想,公开和要求保护。
    • 4. 发明授权
    • Electrode carrier assemblies
    • 电极载体组件
    • US08580079B2
    • 2013-11-12
    • US12817699
    • 2010-06-17
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • H01J1/94
    • H01J37/32532H01J37/32431
    • In accordance with one embodiment of the present disclosure, an electrode carrier assembly is provided including an electrode carrying annulus and a plurality of electrode mounting members. The electrode carrying annulus includes an electrode containment sidewall that forms an inner or outer radius of the electrode carrying annulus. The electrode carrying annulus further includes a plurality of radial sidewall projections that project radially away from the electrode containment sidewall. The radial sidewall projections each include an upward-facing tapered spacer including an upward-facing micro-mesa. The electrode mounting members each include a downward-facing tapered spacer including a downward-facing micro-mesa. The electrode mounting members are rotatably engaged with the electrode carrying annulus, and are configured to rotate between a free position and a bracketed position.
    • 根据本公开的一个实施例,提供了一种电极载体组件,其包括承载环的电极和多个电极安装构件。 承载电极的电极包括形成电极承载环的内部或外部半径的电极容纳侧壁。 承载电极的电极还包括多个径向侧壁突起,其径向突出远离电极容纳侧壁。 径向侧壁突起各自包括面向上的微型台面的向上的锥形间隔件。 电极安装构件各自包括面向下的微型台面的朝下的锥形间隔件。 电极安装构件可旋转地与电极承载环形接合,并且构造成在空闲位置和支架位置之间旋转。
    • 5. 发明授权
    • Platen and adapter assemblies for facilitating silicon electrode polishing
    • 用于促进硅电极抛光的压板和适配器组件
    • US08550880B2
    • 2013-10-08
    • US12635175
    • 2009-12-10
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • B24B41/06B24B1/00
    • B24B41/06B08B3/08B08B3/12C11D7/08C11D7/261C11D7/265C11D11/0047
    • A process is provided for polishing a silicon electrode utilizing a polishing turntable and a dual function electrode platen. The dual function electrode platen is secured to the polishing turntable and comprises a plurality of electrode mounts arranged to project from an electrode engaging face of the dual function electrode platen. The electrode mounts complement respective positions of mount receptacles formed in a platen engaging face of the silicon electrode to be polished. The electrode mounts and the mount receptacles are configured to permit non-destructive engagement and disengagement of the electrode engaging face of the electrode platen and the platen engaging face of the silicon electrode. The dual function electrode platen further comprises platen adapter abutments positioned radially inward of the electrode mounts. The platen adapter abutments are configured to bring a platen adapter into approximate alignment with the rotary polishing axis. The silicon electrode is polished by (i) engaging the electrode engaging face of the electrode platen and the platen engaging face of the silicon electrode via the electrode mounts and mount receptacles, (ii) utilizing the polishing turntable to impart rotary motion to the engaged silicon electrode, and (iii) contacting an exposed face of the silicon electrode with a polishing surface as the silicon electrode rotates about the rotary polishing axis. Additional embodiments are contemplated, disclosed and claimed.
    • 提供了利用抛光转台和双功能电极压板来抛光硅电极的工艺。 双功能电极台板被固定在抛光转台上,并且包括多个电极安装件,布置成从双功能电极压板的电极接合面突出。 电极安装件补充形成在待抛光的硅电极的压板接合面中的安装插座的相应位置。 电极安装件和安装座被构造成允许电极压板的电极接合面和硅电极的压板接合面的非破坏性接合和分离。 双功能电极台板还包括位于电极座的径向内侧的压板适配器支座。 压板适配器支座构造成使压板适配器与旋转抛光轴线大致对准。 通过(i)经由电极安装件和安装座接合电极台板的电极接合面和硅电极的台板接合面来研磨硅电极,(ii)利用抛光转台将旋转运动传递到接合的硅 电极,以及(iii)当硅电极围绕旋转抛光轴线旋转时,使硅电极的暴露面与抛光表面接触。 预期,公开和要求保护附加实施例。
    • 6. 发明授权
    • Electrode securing platens and electrode polishing assemblies incorporating the same
    • 电极固定压板和电极抛光组件
    • US08444456B2
    • 2013-05-21
    • US12917794
    • 2010-11-02
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • H01L21/304H01J1/88
    • B24B37/30B24B41/061
    • In one embodiment, an electrode polishing assembly may include an electrode securing platen, a plurality of electrode locating fasteners, and an electrode. Each of the electrode locating fasteners may include an electrode spacing shoulder, a variance cancelling shoulder extending from the electrode spacing shoulder, a threaded platen clamping portion extending from the variance cancelling shoulder, and a threaded nut that engages the threaded platen clamping portion. The electrode locating fasteners clamp the electrode securing platen between the threaded nut and the electrode spacing shoulder. The variance cancelling shoulder is at least partially within one of a plurality of variance cancelling passages of the electrode securing platen. A minimum position stack-up is equal to a minimum passage size minus a maximum shoulder size. A maximum position stack-up is equal to a maximum passage size minus a minimum shoulder size. The maximum position stack-up is greater than the minimum position stack-up.
    • 在一个实施例中,电极抛光组件可以包括电极固定压板,多个电极定位紧固件和电极。 每个电极定位紧固件可以包括电极间隔肩部,从电极间隔肩部延伸的方差消除肩部,从变形消除肩部延伸的螺纹压板夹持部分和与螺纹压板夹持部分接合的螺纹螺母。 电极定位紧固件将电极固定压板夹在螺母和电极间隔肩之间。 方差消除肩部至少部分地在电极固定台板的多个方差消除通路之一内。 最小位置叠加等于最小通道尺寸减去最大肩部尺寸。 最大位置叠加等于最大通道尺寸减去最小肩部尺寸。 最大位置叠加大于最小位置叠加。
    • 7. 发明申请
    • Electrode Securing Platens And Electrode Polishing Assemblies Incorporating The Same
    • 电极固定压板和电极抛光组件结合在一起
    • US20120108152A1
    • 2012-05-03
    • US12917794
    • 2010-11-02
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • B24B41/06
    • B24B37/30B24B41/061
    • In one embodiment, an electrode polishing assembly may include an electrode securing platen, a plurality of electrode locating fasteners, and an electrode. Each of the electrode locating fasteners may include an electrode spacing shoulder, a variance cancelling shoulder extending from the electrode spacing shoulder, a threaded platen clamping portion extending from the variance cancelling shoulder, and a threaded nut that engages the threaded platen clamping portion. The electrode locating fasteners clamp the electrode securing platen between the threaded nut and the electrode spacing shoulder. The variance cancelling shoulder is at least partially within one of a plurality of variance cancelling passages of the electrode securing platen. A minimum position stack-up is equal to a minimum passage size minus a maximum shoulder size. A maximum position stack-up is equal to a maximum passage size minus a minimum shoulder size. The maximum position stack-up is greater than the minimum position stack-up.
    • 在一个实施例中,电极抛光组件可以包括电极固定压板,多个电极定位紧固件和电极。 每个电极定位紧固件可以包括电极间隔肩部,从电极间隔肩部延伸的方差消除肩部,从变形消除肩部延伸的螺纹压板夹持部分和与螺纹压板夹持部分接合的螺纹螺母。 电极定位紧固件将电极固定压板夹在螺母和电极间隔肩之间。 方差消除肩部至少部分地在电极固定台板的多个方差消除通路之一内。 最小位置叠加等于最小通道尺寸减去最大肩部尺寸。 最大位置叠加等于最大通道尺寸减去最小肩部尺寸。 最大位置叠加大于最小位置叠加。
    • 8. 发明申请
    • Electrode Carrier Assemblies
    • 电极载体组件
    • US20110308732A1
    • 2011-12-22
    • US12817699
    • 2010-06-17
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Cliff La CroixArmen AvoyanDuane OutkaCatherine ZhouHong Shih
    • H01J1/94
    • H01J37/32532H01J37/32431
    • In accordance with one embodiment of the present disclosure, an electrode carrier assembly is provided including an electrode carrying annulus and a plurality of electrode mounting members. The electrode carrying annulus includes an electrode containment sidewall that forms an inner or outer radius of the electrode carrying annulus. The electrode carrying annulus further includes a plurality of radial sidewall projections that project radially away from the electrode containment sidewall. The radial sidewall projections each include an upward-facing tapered spacer including an upward-facing micro-mesa. The electrode mounting members each include a downward-facing tapered spacer including a downward-facing micro-mesa. The electrode mounting members are rotatably engaged with the electrode carrying annulus, and are configured to rotate between a free position and a bracketed position.
    • 根据本公开的一个实施例,提供了一种电极载体组件,其包括承载环的电极和多个电极安装构件。 承载电极的电极包括形成电极承载环的内部或外部半径的电极容纳侧壁。 承载电极的电极还包括多个径向侧壁突起,其径向突出远离电极容纳侧壁。 径向侧壁突起各自包括面向上的微型台面的向上的锥形间隔件。 电极安装构件各自包括面向下的微型台面的朝下的锥形间隔件。 电极安装构件可旋转地与电极承载环形接合,并且构造成在空闲位置和支架位置之间旋转。
    • 9. 发明授权
    • Immersive oxidation and etching process for cleaning silicon electrodes
    • 沉积氧化和蚀刻工艺,用于清洁硅电极
    • US08075703B2
    • 2011-12-13
    • US12635167
    • 2009-12-10
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • Armen AvoyanDuane OutkaCatherine ZhouHong Shih
    • B08B3/12B08B3/08B08B3/04
    • B24B41/06B08B3/08B08B3/12C11D7/08C11D7/261C11D7/265C11D11/0047
    • A process for cleaning a silicon electrode is provided where the silicon electrode is soaked in an agitated aqueous detergent solution and rinsed with water following removal from the aqueous detergent solution. The rinsed silicon electrode is then soaked in an agitated isopropyl alcohol (IPA) solution and rinsed. The silicon electrode is then subjected to an ultrasonic cleaning operation in water following removal from the IPA solution. Contaminants are then removed from the silicon electrode by soaking the silicon electrode in an agitated mixed acid solution comprising hydrofluoric acid, nitric acid, acetic acid, and water. The silicon electrode is subjected to an additional ultrasonic cleaning operation following removal from the mixed acid solution and is subsequently rinsed and dried. In other embodiments of the present disclosure, it is contemplated that the silicon electrode can be soaked in either the agitated aqueous detergent solution, the agitated isopropyl alcohol (IPA) solution, or both. Additional embodiments are contemplated, disclosed, and claimed.
    • 提供一种用于清洁硅电极的方法,其中硅电极浸泡在搅拌的洗涤剂水溶液中,并在从洗涤剂水溶液中除去后用水冲洗。 然后将冲洗的硅电极浸泡在搅拌的异丙醇(IPA)溶液中并漂洗。 然后在从IPA溶液中除去之后,将硅电极进行超声波清洗操作。 然后通过将硅电极浸入包含氢氟酸,硝酸,乙酸和水的搅拌的混合酸溶液中从硅电极中除去污染物。 在从混合酸溶液中除去之后,对硅电极进行附加的超声波清洗操作,随后漂洗并干燥。 在本公开的其它实施例中,预期硅电极可以浸泡在搅拌的含水洗涤剂溶液,搅拌的异丙醇(IPA)溶液中或两者中。 额外的实施例被设想,公开和要求保护。