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    • 33. 发明授权
    • Gas combustion type driving tool
    • 气体燃烧式驱动工具
    • US07762443B2
    • 2010-07-27
    • US12063377
    • 2006-08-07
    • Junichi TamuraKatsuhiko Murayama
    • Junichi TamuraKatsuhiko Murayama
    • B25C1/08
    • B25C1/08B25C5/1627
    • When gas is explosively burnt within a combustion chamber, a striking piston is impulsively driven to drive out a fastener from a nose portion. A gas tube is provided between the combustion chamber and a feed cylinder which accommodates a feed piston that reciprocally moves a feed claw engaged with and disengaged from connected fasteners to a nail feed direction for feeding to the nose portion side and an evacuation direction in opposite thereto. A check valve having a restriction hole is disposed on the way of the gas tube so as to be opened and closed. The check valve is normally urged by a spring to a closed direction and opens against the force of the spring by the gas pressure from the combustion chamber.
    • 当气体在燃烧室内爆炸性燃烧时,冲击活塞被冲动驱动以从鼻部驱出紧固件。 在燃烧室和进料缸之间设置一个气体管,该进料圆筒容纳一个进料活塞,该进料活塞使一个与连接的紧固件接合和脱离啮合的进给爪往另一个进给方向移动,以进给到前端部分侧和与其相反的排气方向 。 具有限制孔的止回阀设置在气管的通路上以便打开和关闭。 止回阀通常由弹簧向闭合方向推动,并通过来自燃烧室的气体压力抵抗弹簧的力而打开。
    • 34. 发明申请
    • GAS COMBUSTION TYPE DRIVING TOOL
    • 气体燃烧式驱动工具
    • US20090224022A1
    • 2009-09-10
    • US12063084
    • 2006-08-07
    • Junichi TamuraKatsuhiko Murayama
    • Junichi TamuraKatsuhiko Murayama
    • B25C1/14
    • B25C1/08
    • When a movable sleeve 11 on a cylinder moves upward, a combustion chamber 5 in a sealed state is formed. Mixed gas is explosively burnt within the combustion chamber 5 so as to drive a fastener out. A lock cylinder 22 is disposed beneath the movable sleeve 11. A lock piston 23 is housed within the lock cylinder 22 so as to be movable in an up/down direction. The upper end of the lock piston 23 is capable of being engaged with a holding member 12 which is interlocked with the movable sleeve 11. The lower portion of the lock cylinder is coupled to the combustion chamber via a gas tube 24. The gas tube 24 is provided with a check valve 25. The lock cylinder 22 is provided with an electromagnetic valve 27. The electromagnetic valve 27 opens upon the lapse of a predetermined time period after the combustion within the combustion chamber.
    • 当气缸上的可动套筒11向上移动时,形成处于密封状态的燃烧室5。 混合气体在燃烧室5内爆炸性燃烧,从而驱动紧固件出来。 锁芯22设置在可动套筒11的下面。锁定活塞23容纳在锁芯22内,以便能够在上/下方向上移动。 锁定活塞23的上端能够与与可动套筒11互锁的保持构件12接合。锁芯的下部通过气体管24联接到燃烧室。气体管24 设置有止回阀25.锁缸22设置有电磁阀27.电磁阀27在燃烧室内燃烧之后经过预定时间段时打开。
    • 35. 发明授权
    • Gas combustion type driving tool
    • 气体燃烧式驱动工具
    • US07556182B2
    • 2009-07-07
    • US11919035
    • 2006-04-28
    • Katsuhiko MurayamaHajime TakemuraJunichi Tamura
    • Katsuhiko MurayamaHajime TakemuraJunichi Tamura
    • B27F7/09
    • B25C1/08
    • In a gas combustion type driving tool, on a feed cylinder 21 included in a feed piston/cylinder device 7, there is provided a spring for normally urging a feed piston 22 in a feed direction. A portion of the feed cylinder 21 opposite to the spring is connected to a combustion chamber 5 through a gas conduit 26. In an intermediate portion of the gas conduit 26, there is provided a delay piston/cylinder device A. One end of a delay cylinder 27 is disposed on the combustion chamber 5 side, while the other end thereof is disposed on the feed cylinder 21 side. When a delay piston 28 is slidingly moved from one end of the delay cylinder 27 to the other end thereof by the pressure of combustion gas, air compressed within the delay cylinder 27 is supplied from the other end of the delay cylinder 27 to the feed cylinder 21.
    • 在气体燃烧式驱动工具中,在进料活塞/气缸装置7中包括的进料缸21上设置有用于在进给方向上正常地推进进料活塞22的弹簧。 进料筒21的与弹簧相对的部分通过气体导管26连接到燃烧室5.在气体导管26的中间部分,设置有延迟活塞/气缸装置A.延迟的一端 气缸27设置在燃烧室5侧,而另一端设置在进料缸21侧。 当延迟活塞28通过燃烧气体的压力从延迟气缸27的一端滑动到另一端时,在延迟气缸27内被压缩的空气从延迟气缸27的另一端供给给进料筒 21。
    • 38. 发明申请
    • Single Wafer Etching Apparatus and Single Wafer Etching Method
    • 单晶片蚀刻设备和单晶片蚀刻方法
    • US20070175863A1
    • 2007-08-02
    • US11669431
    • 2007-01-31
    • Sakae KoyataTomohiro HashiiKatsuhiko MurayamaKazushige TakaishiTakeo Katoh
    • Sakae KoyataTomohiro HashiiKatsuhiko MurayamaKazushige TakaishiTakeo Katoh
    • H01L47/00C03C15/00B44C1/22H01L21/306C23F1/00
    • H01L21/6708H01L21/02019H01L21/30604
    • An object of the present invention is to provide a single wafer etching apparatus realizing a high flatness of wafers and an increase in productivity thereof. In the single wafer etching apparatus, a single thin disk-like wafer sliced from a silicon single crystal ingot is mounted on a wafer chuck and spun thereon, and an overall front surface of the wafer is etched with an etching solution supplied thereto by centrifugal force generated by spinning the wafer 11. The singe wafer etching apparatus includes a plurality of supply nozzles 26, 27 capable of discharging the etching solution 14 from discharge openings 26a, 27a onto the front surface of the wafer 11, nozzle-moving devices each capable of independently moving the plurality of supply nozzles 28, 29, and an etching solution supplying device 30 for supplying the etching solution 14 to each of the plurality of supply nozzles and discharging the etching solution 14 from each of the discharge openings to the front surface of the wafer 11.
    • 本发明的目的是提供一种实现晶片的高平坦度和提高其生产率的单晶片蚀刻装置。 在单晶片蚀刻装置中,将从硅单晶锭切片的单个薄片状晶片安装在晶片卡盘上并在其上纺丝,并且用通过离心力供给的蚀刻溶液蚀刻晶片的整个前表面 通过旋转晶片11产生。 单晶硅晶片蚀刻装置包括能够将蚀刻溶液14从排出口26a,27a排出到晶片11的前表面上的多个供给喷嘴26,27,每个喷嘴移动装置能够独立地移动多个 供给喷嘴28,29和蚀刻液供给装置30,用于向多个供给喷嘴中的每一个供给蚀刻液14,并将蚀刻液14从各喷出口排出到晶片11的前表面。
    • 40. 发明申请
    • Wafer polishing apparatus and method for polishing wafers
    • 晶圆抛光装置及抛光晶片的方法
    • US20060264157A1
    • 2006-11-23
    • US11433701
    • 2006-05-11
    • Tomohiro HashiiKatsuhiko MurayamaSakae KoyataKazushige Takaishi
    • Tomohiro HashiiKatsuhiko MurayamaSakae KoyataKazushige Takaishi
    • B24B7/30B24B29/00
    • B24B37/04B24B57/02H01L21/02024
    • This wafer polishing apparatus includes: a polishing plate having a polishing pad; a carrier plate which is placed facing the polishing pad and which slides and presses wafers against the polishing pad, while rotating in a state of holding the wafers; and an abrasive slurry supply device, wherein the abrasive slurry supply device is able to supply different abrasive slurries, each of the abrasive slurries contains abrasives of which the average grain size is different from those contained in the other abrasive slurries. This method for polishing wafers includes: while supplying an abrasive slurry to a surface of a polishing pad, sliding and pressing wafers against the polishing pad, wherein different abrasive slurries are supplied to the surface of the polishing pad, and each of the abrasive slurries contains abrasives of which the average grain size is different from those contained in the other abrasive slurries.
    • 该晶片抛光装置包括:具有抛光垫的抛光板; 载体板,其面向抛光垫放置并且在保持晶片的状态下旋转的同时将晶片滑动并压靠在抛光垫上; 和磨料浆料供应装置,其中磨料浆料供应装置能够供应不同的研磨浆料,每个研磨浆料含有平均粒径与其它磨料浆料中所含磨料不同的研磨剂。 抛光晶片的这种方法包括:当将研磨浆料供应到抛光垫的表面时,将晶片滑动并压靠抛光垫,其中不同的磨料浆料被供应到抛光垫的表面,并且每个磨料浆料包含 研磨剂的平均粒径与其他磨料浆料中所含的磨粒不同。