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    • 1. 发明授权
    • Gas supply method using a gas supply system
    • 供气方式采用供气系统
    • US07854962B2
    • 2010-12-21
    • US12320197
    • 2009-01-21
    • Shigeru KasaiSum TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • Shigeru KasaiSum TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • C23C16/448
    • H01L21/67017C23C16/4481Y10T137/0324
    • Disclosed herein is a processing system that can supply a material gas produced inside a material reservoir tank into a processing apparatus while generating almost no pressure loss. The processing system has a processing apparatus including a gas injection injector for injecting a specific material gas into a processing vessel in order to provide specific processing to an object to be processed W, the material gas being produced from a metallic compound material M with low vapor pressure; and a gas supply system for supplying the specific material gas to the gas injector, the gas injector is a shower head portion and the gas supply system provides: a gas passage extending upwardly from the showerhead portion; a material reservoir tank attached to the upper-end portion of the gas passage for containing the metallic compound material therein; and an open/close valve for opening/closing the gas passage.
    • 这里公开了一种处理系统,其能够在几乎不产生压力损失的同时将材料储存罐内产生的材料气体提供到处理装置中。 处理系统具有处理装置,该处理装置包括用于将特定材料气体注入到处理容器中的气体注入喷射器,以便对被加工物W进行特定处理,所述原料气体由低蒸气的金属化合物M 压力; 以及用于将特定材料气体供给到气体喷射器的气体供给系统,气体喷射器是淋浴头部分,气体供应系统提供:从喷头部分向上延伸的气体通道; 附着在气体通道的上端部分的材料储存罐,用于在其中容纳金属化合物材料; 以及用于打开/关闭气体通道的打开/关闭阀。
    • 2. 发明申请
    • Gas supply system and processing system
    • 供气系统及处理系统
    • US20070163713A1
    • 2007-07-19
    • US10525207
    • 2003-08-25
    • Shigeru KasaiSumi TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • Shigeru KasaiSumi TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • C23F1/00
    • H01L21/67017C23C16/4481Y10T137/0324
    • A processing system that can supply a material gas produced inside a material reservoir tank into a processing apparatus while generating almost no pressure loss is provided. In a processing system comprising: a processing apparatus including a gas injection means 42 for injecting a specific material gas into a processing vessel 26 in order to provide specific processing to an object to be processed W, said material gas being produced from a metallic compound material M with low vapor pressure; and a gas supply system 24 for supplying said specific material gas to said gas injection means, said gas injection means is a shower head portion and said gas supply system provides: a gas passage 56 extending upwardly from said showerhead portion; a material reservoir tank 58 attached to the upper-end portion of said gas passage for containing said metallic compound material therein; and an open/close valve 60 for opening/closing said gas passage.
    • 提供了一种处理系统,其能够在几乎不产生压力损失的同时将材料储存罐内产生的原料气体提供到处理设备中。 一种处理系统,包括:处理装置,包括用于将特定材料气体注入处理容器26中的气体注入装置42,以便对被处理物体W进行特定处理,所述原料气体由金属化合物材料 M蒸汽压低; 以及用于向所述气体注入装置供应所述特定材料气体的气体供应系统24,所述气体注入装置是淋浴喷头部分,所述气体供应系统提供:从所述喷头部分向上延伸的气体通道56; 附着在所述气体通道的上端部分的材料储存罐58,用于在其中容纳所述金属化合物材料; 以及用于打开/关闭所述气体通道的打开/关闭阀60。
    • 3. 发明授权
    • Jig for cross hatching test
    • 夹具用于交叉孵化试验
    • US5056228A
    • 1991-10-15
    • US588432
    • 1990-09-26
    • Norihiko YamamotoManabu Nakamura
    • Norihiko YamamotoManabu Nakamura
    • B43L13/24G01N19/04G01N33/32
    • B43L13/24G01N19/04G01N33/32
    • A jig for a cross hatching test which is rectangular in shape and is used for ruling straight lines intersecting each other at a predetermined angle on a rectangular test plate, including (a) a first straight line passing on the surface of the jig with an angle, for adjusting the left longer side of the test plate to draw a straight line on the test plate with the right longer side of the jig; (b) a second straight line orthogonal to the first straight line, for adjusting the lower shorter side of the test plate; (c) a third straight line with the predetermined angle to the left longer side of the jig, for adjusting the drawn straight line to draw another straight line with the left longer side of the jib with the predetermined angle to the previously drawn straight line; and (d) an opening interposed in the middle of the first straight line, for adjusting the left longer side of the plate to the first straight line to draw the straight line on the test plate with the right longer side of the jig.
    • 一种交叉阴影试验用夹具,其形状为矩形,用于将矩形测定板上以规定角度相交的直线形成为直线,其特征在于,包括:(a)以夹角为准的通过所述夹具的表面的第一直线 用于调整测试板的左侧长边以在夹具的右侧长边将测试板上的直线画成直线; (b)与第一直线正交的第二直线,用于调整测试板的较短的短边; (c)具有与夹具的左侧长度相对的预定角度的第三直线,用于调整拉出的直线以与起先拉出的直线以预定角度将起重臂的左侧长边拉出另一条直线; 和(d)插入在第一直线的中间的开口,用于将板的左侧长度调整到第一直线,以使夹具的右侧长度方向将测试板上的直线拉伸。
    • 6. 发明申请
    • Gas supply system and proessing system
    • 供气系统和进气系统
    • US20090133755A1
    • 2009-05-28
    • US12320197
    • 2009-01-21
    • Shigeru KasaiSum TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • Shigeru KasaiSum TanakaTetsuya SaitoNorihiko YamamotoKenichi Yanagitani
    • C23C16/448G05D7/06
    • H01L21/67017C23C16/4481Y10T137/0324
    • A processing system that can supply a material gas produced inside a material reservoir tank into a processing apparatus while generating almost no pressure loss is provided.In a processing system comprising: a processing apparatus including a gas injection means 42 for injecting a specific material gas into a processing vessel 26 in order to provide specific processing to an object to be processed W, said material gas being produced from a metallic compound material M with low vapor pressure; and a gas supply system 24 for supplying said specific material gas to said gas injection means, said gas injection means is a shower head portion and said gas supply system provides: a gas passage 56 extending upwardly from said showerhead portion; a material reservoir tank 58 attached to the upper-end portion of said gas passage for containing said metallic compound material therein; and an open/close valve 60 for opening/closing said gas passage.
    • 提供了一种处理系统,其能够在几乎不产生压力损失的同时将材料储存罐内产生的原料气体提供到处理设备中。 一种处理系统,包括:处理装置,包括用于将特定材料气体注入处理容器26中的气体注入装置42,以便对被处理物体W进行特定处理,所述原料气体由金属化合物材料 M蒸汽压低; 以及用于向所述气体注入装置供应所述特定材料气体的气体供应系统24,所述气体注入装置是淋浴喷头部分,所述气体供应系统提供:从所述喷头部分向上延伸的气体通道56; 附着在所述气体通道的上端部分的材料储存罐58,用于在其中容纳所述金属化合物材料; 以及用于打开/关闭所述气体通道的打开/关闭阀60。
    • 7. 发明授权
    • Bag transport and tilt-correction device
    • 袋运输和倾斜校正装置
    • US08079200B2
    • 2011-12-20
    • US12381629
    • 2009-03-13
    • Shoji TsutsuiKakue NakamotoNorihiko Yamamoto
    • Shoji TsutsuiKakue NakamotoNorihiko Yamamoto
    • B31B1/90B65B43/39
    • B65B43/465B65B3/02B65B57/02B65B61/186Y10S493/923
    • A bag transport and tilt-correction device for a system for, for instance, manufacturing bags with diagonal spouts, the device including openable and closeable gripping members, an air chuck that opens and closes the gripping members, a reciprocal movement mechanism that reciprocates the gripping members between the bag receiving position and the bag hand-over position, and a reciprocal swing mechanisms that swing the gripping members within the vertical plane along the width direction of the gripped bags. The gripping members are moved together with a reciprocal moving body, which is part of the reciprocal movement mechanisms, and attached to the bottom edge of swing levers, which are part of the reciprocal swing mechanism and operated by a cam during the reciprocal movement process, so as to swing together with it. The tilt of the bag is corrected by the swing motion of the gripping members.
    • 一种用于例如制造具有对角口的袋的系统的袋运输和倾斜校正装置,该装置包括可打开和可关闭的夹持构件,打开和关闭夹持构件的空气夹具,使夹紧物往复运动的往复运动机构 在袋接收位置和袋移动位置之间的构件,以及沿着夹持袋的宽度方向在垂直平面内摆动夹持构件的往复摆动机构。 夹持构件与作为往复运动机构的一部分的往复移动体一起移动,并且附接到作为往复摆动机构的一部分并且在往复运动过程中由凸轮操作的摆动杆的底部边缘, 以便与它一起摇摆。 通过夹持构件的摆动来纠正袋的倾斜。
    • 8. 发明申请
    • Bag transport and tilt-correction device
    • 袋运输和倾斜校正装置
    • US20090233778A1
    • 2009-09-17
    • US12381629
    • 2009-03-13
    • Shoji TsutsuiKakue NakamotoNorihiko Yamamoto
    • Shoji TsutsuiKakue NakamotoNorihiko Yamamoto
    • B31B1/90B65B43/39B65B57/02
    • B65B43/465B65B3/02B65B57/02B65B61/186Y10S493/923
    • A bag transport and tilt-correction device for a system for, for instance, manufacturing bags with diagonal spouts, the device including openable and closeable gripping members, an air chuck that opens and closes the gripping members, a reciprocal movement mechanism that reciprocates the gripping members between the bag receiving position and the bag hand-over position, and a reciprocal swing mechanisms that swing the gripping members within the vertical plane along the width direction of the gripped bags. The gripping members are moved together with a reciprocal moving body, which is part of the reciprocal movement mechanisms, and attached to the bottom edge of swing levers, which are part of the reciprocal swing mechanism and operated by a cam during the reciprocal movement process, so as to swing together with it. The tilt of the bag is corrected by the swing motion of the gripping members.
    • 一种用于例如制造具有对角口的袋的系统的袋运输和倾斜校正装置,该装置包括可打开和可关闭的夹持构件,打开和关闭夹持构件的空气夹具,使夹紧物往复运动的往复运动机构 在袋接收位置和袋移动位置之间的构件,以及沿着夹持袋的宽度方向在垂直平面内摆动夹持构件的往复摆动机构。 夹持构件与作为往复运动机构的一部分的往复移动体一起移动,并且附接到作为往复摆动机构的一部分并且在往复运动过程中由凸轮操作的摆动杆的底部边缘, 以便与它一起摇摆。 通过夹持构件的摆动来纠正袋的倾斜。
    • 10. 发明申请
    • Film forming apparatus
    • 成膜装置
    • US20050120955A1
    • 2005-06-09
    • US11030899
    • 2005-01-10
    • Hideaki YamasakiYumiko KawanoNorihiko Yamamoto
    • Hideaki YamasakiYumiko KawanoNorihiko Yamamoto
    • C23C16/16C23C16/44C23C16/00
    • C23C16/45561C23C16/16C23C16/4412
    • A film forming unit includes a source vessel for receiving a raw material from which source gas is produced, a processing vessel for applying a film forming process on a semiconductor substrate, a source supply line for supplying the source gas from the source vessel to the processing vessel, a gas exhaust line for exhausting gas from the processing vessel, having a vacuum pump system structured by a turbo molecular pump and a dry pump, and a pre-flow line branching off from the source supply line while bypassing the processing vessel and the turbo molecular pump, and joining to the gas exhaust line. Moreover, the source supply line includes piping having an inner diameter greater than 6.4 mm, and a turbo molecular pump is provided in the pre-flow line.
    • 成膜单元包括用于接收源气体的原料的源容器,用于在半导体衬底上施加成膜工艺的处理容器,用于将来自源容器的源气体供给至处理 容器,用于排出来自处理容器的气体的排气管线,具有由涡轮分子泵和干式泵构成的真空泵系统,以及在绕过处理容器的同时从源供给管线分支的预流管线, 涡轮分子泵,并连接到排气管路。 此外,源供应管线包括内径大于6.4mm的管道,并且在预流动管线中设置涡轮分子泵。