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    • 4. 发明申请
    • Direct-fluid-supply writing implement
    • 直接供液书写工具
    • US20070212159A1
    • 2007-09-13
    • US11715946
    • 2007-03-09
    • Tetsuhiro KuritaTakao Inaba
    • Tetsuhiro KuritaTakao Inaba
    • B43K8/08B43K8/06
    • B43K7/10B43K8/04
    • A direct-fluid-supply writing implement has a pentip, an ink occlusion body connected to a rear end of the pentip, an ink tank that directly stores ink and is arranged at a rear of the ink occlusion body, a plurality of communication tubes that connects the ink tank to the ink occlusion body and a partition wall provided between the ink occlusion body and the ink tank. Forward end portions of the communication tubes are protruded forward from a front face of the partition wall, and are located inside the ink occlusion body. At least one of the communication tubes is provided such that a rear end of the communication tube is protruded backward from a rear face of the partition wall and is located inside the ink tank.
    • 一种直接供液式书写工具具有一个连接到该五角形后端的墨水吸收体,一个直接存储墨水并设置在墨水吸收体后部的墨水罐,多个连通管, 将墨水盒连接到墨水封闭体和设置在墨水吸收体和墨水容器之间的分隔壁。 连通管的前端部从分隔壁的前表面向前方突出,并且位于吸墨体的内部。 连通管中的至少一个设置成使得连通管的后端从分隔壁的后表面向后突出并且位于墨罐内。
    • 6. 发明授权
    • Wafer polishing machine
    • 晶圆抛光机
    • US06346037B1
    • 2002-02-12
    • US09509110
    • 2000-03-20
    • Takao InabaMinoru NumotoKenji Sakai
    • Takao InabaMinoru NumotoKenji Sakai
    • B24B500
    • H01L21/67219B24B37/345B24B41/005
    • A CMP machine of the invention includes first and second polishing bases 14 and 15, first and second wafer holding heads 31 and 32, a wafer loading unit 41, a wafer unloading unit 42, first and second head rotating mechanism rotating the first and second wafer holding heads so as to position then above the first and second polishing bases, wafer loading unit, or wafer unloading unit, a first transportation mechanism transporting an unpolished wafer to the wafer loading unit, and a second transportation mechanism, transporting a polished wafer from the wafer unloading unit. The first and second polishing bases are located mutually adjacently, the wafer loading unit and wafer unloading unit are located mutually adjacently, the first polishing base and wafer loading unit are located diagonally, the second polishing base and wafer unloading unit are located diagonally. Owing to this structure, transportation of a wafer to the wafer loading unit and transportation of a wafer from the wafer unloading unit are achieved by the different transportation mechanisms. This leads to a minimized adhesion of dust to an unpolished wafer.
    • 本发明的CMP机器包括第一和第二抛光基座14和15,第一和第二晶片保持头31和32,晶片装载单元41,晶片卸载单元42,第一和第二磁头旋转机构,其使第一和第二晶片 保持头以便位于第一和第二抛光基座,晶片加载单元或晶片卸载单元之上,将未抛光晶片传送到晶片加载单元的第一输送机构,以及第二输送机构,将抛光晶片从 晶片卸载单元。 第一和第二抛光基座相互相邻地设置,晶片加载单元和晶片卸载单元相互相邻地定位,第一抛光基底和晶片加载单元对角定位,第二抛光基底和晶片卸载单元对角定位。 由于这种结构,通过不同的输送机构实现晶片向晶片装载单元的输送和晶片从晶片卸载单元的输送。 这导致灰尘对未抛光晶片的附着力最小化。
    • 9. 发明授权
    • Direct-fluid-supply writing implement
    • 直接供液书写工具
    • US08128304B2
    • 2012-03-06
    • US11715946
    • 2007-03-09
    • Tetsuhiro KuritaTakao Inaba
    • Tetsuhiro KuritaTakao Inaba
    • B43K5/00
    • B43K7/10B43K8/04
    • A direct-fluid-supply writing implement has a pentip, an ink occlusion body connected to a rear end of the pentip, an ink tank that directly stores ink and is arranged at a rear of the ink occlusion body, a plurality of communication tubes that connects the ink tank to the ink occlusion body and a partition wall provided between the ink occlusion body and the ink tank. Forward end portions of the communication tubes are protruded forward from a front face of the partition wall, and are located inside the ink occlusion body. At least one of the communication tubes is provided such that a rear end of the communication tube is protruded backward from a rear face of the partition wall and is located inside the ink tank.
    • 一种直接供液式书写工具具有一个连接到该五角形后端的墨水吸收体,一个直接储存墨水并设置在墨水吸收体后部的墨水罐,多个连通管, 将墨水盒连接到墨水封闭体和设置在墨水吸收体和墨水容器之间的分隔壁。 连通管的前端部从分隔壁的前表面向前方突出,并且位于吸墨体的内部。 连通管中的至少一个设置成使得连通管的后端从分隔壁的后表面向后突出并且位于墨罐内。