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    • 51. 发明申请
    • CLOTHES IRON STORAGE CASE
    • 衣服铁存储盒
    • US20120211383A1
    • 2012-08-23
    • US13504372
    • 2010-12-17
    • Yasuharu OtsukaHiroshi FujimotoKiichi ShimosakaToyohiko Yagi
    • Yasuharu OtsukaHiroshi FujimotoKiichi ShimosakaToyohiko Yagi
    • B65D55/02B65D85/00
    • D06F79/00D06F79/02
    • An iron case includes: a table where an iron is placed; a receiving case that surrounds the iron and has a lower opening that is closed by the table; and a locking mechanism that detachably combines the table with the receiving case, in which the locking mechanism includes: a locking portion formed on the sides of the table; a locking body formed at the receiving case and engaged with the locking portion; an operating button disposed to be movable outwardly on the outer surface of the receiving case and operating the locking body; and a locking spring disposed in the receiving case and biasing the operating button to the table. Therefore, malfunction of the locking mechanism is prevented while usability when the receiving case is separated is improved.
    • 铁箱包括:放置铁的桌子; 围绕熨斗并具有由桌子关闭的较低开口的接收壳体; 以及锁定机构,其可拆卸地组合所述工作台与所述容纳壳体,其中所述锁定机构包括:形成在所述工作台的侧面上的锁定部分; 锁定体,形成在所述接收壳体处并与所述锁定部分接合; 操作按钮,其设置成在所述容纳壳体的外表面上向外移动并操作所述锁定体; 以及设置在接收壳体中并将操作按钮偏压到桌子上的锁定弹簧。 因此,防止了接收壳体分离时的可用性的锁定机构的故障。
    • 52. 发明申请
    • CORDLESS IRON
    • 无铁芯
    • US20120181262A1
    • 2012-07-19
    • US13499564
    • 2010-10-22
    • Kiichi ShimosakaHiroshi FujimotoYasuharu Otsuka
    • Kiichi ShimosakaHiroshi FujimotoYasuharu Otsuka
    • D06F75/40D06F75/28
    • D06F75/18D06F75/30D06F75/34D06F75/36D06F75/38D06F79/026
    • Iron body 1 includes pressing surface 6 having pointed front end portion 6a and rear end portion 6b and a concave power receiving portion 14 having power receiving terminals 15. Stand 16 includes seat 17 here iron body 1 is placed with the front inclined upward, convex power supply portion 18 having electrodes 20, and receiving portion 24. In a cordless iron with iron body 1 placed on stand 16, rear end portion 6b is received in receiving portion 24, power receiving portion 14 and power supply portion 18 are fitted, and power receiving terminals 15 and electrodes 20 are electrically connected. The joint of power receiving terminals 15 and electrodes 20 are positioned ahead of rear end portion 6b. Therefore, since the area of pressing surface 6 is ensured and thermal capacity is ensured, it is possible to make rear end portion 6b pointed. Further, it is possible to see rear end portion 6b.
    • 铁体1包括具有尖端前端部6a和后端部6b的按压面6和具有动力接收端子15的凹状受电部14.支架16包括座17,其中铁体1以前倾斜的向上凸起的力 供电部分18具有电极20和接收部分24.在放置在支架16上的铁体1的无绳铁中,后端部分6b被容纳在接收部分24中,电源接收部分14和电源部分18被安装,并且电力 接收端子15和电极20电连接。 受电端子15和电极20的接头位于后端部6b的前方。 因此,由于能够确保按压面6的面积并且确保热容量,所以能够使后端部6b指向。 此外,可以看到后端部6b。
    • 53. 发明授权
    • Atomic force microscope apparatus
    • 原子力显微镜装置
    • US08069493B2
    • 2011-11-29
    • US12529903
    • 2008-03-04
    • Hiroshi FujimotoTakashi Ooshima
    • Hiroshi FujimotoTakashi Ooshima
    • G01Q60/24
    • G01Q10/065G01Q60/363
    • An object of the present invention is to provide an atomic force microscope apparatus allowing tracking errors to be made as close to zero as possible to reduce images obtained through high-speed scanning from being degraded. To accomplish the object of the present invention, the present invention provides an atomic force microscope apparatus imaging a surface topography of a sample in a contact mode, the apparatus including a cantilever having a probe interacting with the sample surface via an atomic force and being subjected to a deflection by the atomic force, laser light provision means for allowing first laser light to enter the cantilever, light detection means, a controller estimating the surface topography of the sample surface, and data storage means for recording the estimated surface topography.
    • 本发明的目的是提供一种能够使跟踪误差尽可能接近零的原子力显微镜装置,以便通过高速扫描获得的图像降低。 为了实现本发明的目的,本发明提供一种以接触模式对样品的表面形貌进行成像的原子力显微镜装置,该装置包括具有经由原子力与样品表面相互作用的探针的悬臂, 通过原子力的偏转,用于允许第一激光进入悬臂的激光提供装置,光检测装置,估计样品表面的表面形貌的控制器和用于记录估计的表面形貌的数据存储装置。
    • 55. 发明申请
    • ATOMIC FORCE MICROSCOPE APPARATUS
    • 原子力显微镜装置
    • US20100115674A1
    • 2010-05-06
    • US12529903
    • 2008-03-04
    • Hiroshi FujimotoTakashi Ooshima
    • Hiroshi FujimotoTakashi Ooshima
    • G01Q60/24
    • G01Q10/065G01Q60/363
    • An object of the present invention is to provide an atomic force microscope apparatus allowing tracking errors to be made as close to zero as possible to reduce images obtained through high-speed scanning from being degraded. To accomplish the object of the present invention, the present invention provides an atomic force microscope apparatus imaging a surface topography of a sample in a contact mode, the apparatus including a cantilever having a probe interacting with the sample surface via an atomic force and being subjected to a deflection by the atomic force, laser light provision means for allowing first laser light to enter the cantilever, light detection means, a controller estimating the surface topography of the sample surface, and data storage means for recording the estimated surface topography.
    • 本发明的目的是提供一种能够使跟踪误差尽可能接近零的原子力显微镜装置,以便通过高速扫描获得的图像降低。 为了实现本发明的目的,本发明提供一种以接触模式对样品的表面形貌进行成像的原子力显微镜装置,该装置包括具有经由原子力与样品表面相互作用的探针的悬臂, 通过原子力的偏转,用于允许第一激光进入悬臂的激光提供装置,光检测装置,估计样品表面的表面形貌的控制器和用于记录估计的表面形貌的数据存储装置。
    • 57. 发明申请
    • Gas Supply Pipe for Plasma Treatment
    • 供气管等离子体处理
    • US20090120363A1
    • 2009-05-14
    • US12226616
    • 2007-05-02
    • Ryousuke KoishiHiroshi Fujimoto
    • Ryousuke KoishiHiroshi Fujimoto
    • C23C16/455
    • C23C16/4401C23C16/045C23C16/45578H01J37/3244H01J37/32477
    • Peeling off of a deposited film formed on the outer surface of a gas supply pipe is effectively prevented, and adhesion of a deposited film which has been peeled off to the inner surface of a container or to a nozzle-sealed surface can be prevented as much as possible.A gas supply pipe 4 for plasma treatment which is inserted in a container 3 held in a plasma treatment chamber 1 to form a deposited film on the inner surface of the container 3 by the supply of a gas for plasma treatment to the inside of the container 3, wherein a supply pipe main body 5 constituting the entire gas supply pipe 4 is formed of a material having a thermal expansion coefficient of 10×10−6/° C. or less. As a result, the possibility that a deposited film formed on the outer surface of the gas supply pipe 4 is peeled off by thermal expansion or thermal shrinkage of the gas supply pipe 4 is reduced.
    • 有效地防止了形成在气体供给管的外表面上的沉积膜的剥离,并且可以防止已经被剥离的沉积膜粘附到容器的内表面或喷嘴密封表面上 尽可能。 一种用于等离子体处理的气体供给管4,其被插入容纳在等离子体处理室1中的容器3中,以通过向容器内部供应用于等离子体处理的气体而在容器3的内表面上形成沉积膜 如图3所示,构成整个气体供给管4的供给管主体5由热膨胀系数为10×10 -6 /℃以下的材料形成。 结果,形成在气体供给管4的外表面的沉积膜被气体供给管4的热膨胀或热收缩剥离的可能性降低。