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    • 22. 发明授权
    • Method of and apparatus for forming weather strip by extrusion
    • 通过挤压形成耐候条的方法和装置
    • US5447670A
    • 1995-09-05
    • US223861
    • 1994-04-06
    • Masaru ItoKeizo HayashiHiroyasu Kozawa
    • Masaru ItoKeizo HayashiHiroyasu Kozawa
    • B29C47/00B60J10/00B29C47/16B29C47/92
    • B29C47/92B29C47/003B60J10/22B29C2947/92571B29C2947/92904B29C2947/92952B29C47/0066
    • A method for forming an extruded weather strip having a trim portion and a lip having a thickened end portion. The method includes the steps of: extruding unvulcanized rubber through a head mounted on a downstream end of an extruder; roughly shaping the extruded unvulcanized rubber by causing the extruded unvulcanized rubber to move through an opening formed in a main die plate disposed downstream of the head so as to shape a portion of the extruded unvulcanized rubber corresponding to the trim portion and a portion of the extruded unvulcanized rubber corresponding to the lip into a shape having a width not smaller than the maximum width of the lip to be finally formed; forming the thickened end portion by causing the shaped unvulcanized rubber to pass through a space defined by a movable orifice plate which is disposed downstream of the main die plate and, while moving the movable orifice plate in the direction of width of the weather strip; and shaping the end of the lip by further advancing the shaped unvulcanized rubber through an end shaping structure, while moving the end shaping structure substantially together with the movable orifice plate.
    • 一种用于形成具有装饰部分和具有加厚端部部分的唇缘的挤出耐候条带的方法。 该方法包括以下步骤:通过安装在挤出机下游端的头部挤出未硫化橡胶; 通过使挤出的未硫化橡胶通过形成在设置在头部下游的主模板中的开口移动而使挤出的未硫化橡胶大致成型,以便形成对应于装饰部分的挤出的未硫化橡胶的一部分和挤出的一部分挤出的未硫化橡胶 对应于唇缘的未硫化橡胶为宽度不小于最终形成的唇缘的最大宽度的形状; 通过使成形的未硫化橡胶通过由设置在主模板的下游的可动孔板限定的空间,并且沿着耐候条带的宽度方向移动可动孔板,形成加厚端部; 并且通过使成形的未硫化橡胶进一步前进通过端部成形结构,同时使端部成形结构基本上与可移动孔板一起移动而使唇部的端部成形。
    • 26. 发明授权
    • Magneto-optic spectrophotometer
    • 磁光分光光度计
    • US4165937A
    • 1979-08-28
    • US746831
    • 1976-12-02
    • Seiichi MurayamaMasaru ItoManabu YamamotoKunifusa KayamaKounosuke Oishi
    • Seiichi MurayamaMasaru ItoManabu YamamotoKunifusa KayamaKounosuke Oishi
    • G01J4/04G01N21/21G01N21/31G01J3/42
    • G01N21/3103G01N21/21
    • A magneto-optic spectrophotometer for detection or identification of atoms or molecules contained in the sample by utilizing phenomena of birefringence or rotation of polarization caused by the atoms or the molecules in a magnetic field is constructed as follows. Linearly polarized lights are incident on a space where atoms or molecules to be detected exist in a magnetic field. The lights having passed through said space are separated into two beams of lights of polarization components perpendicular and parallel to the polarization of the incident lights. The perpendicular components are used as the signal lights, and the parallel components the reference lights. The signal lights and the reference lights are spectrally analyzed by a wavelength selector in which a signal light and a reference light of a wavelength to be selected are incident on an identical dispersive element. The signal lights and the reference lights are detected by respective detectors. Then, the ratios of the outputs of the signal light detectors to the outputs of the reference light detectors are obtained. By this construction the intensities of the scattered lights by atoms or molecules to be detected can precisely be measured.
    • 用于通过利用由磁场中的原子或分子引起的双折射或偏振旋转的现象来检测或鉴定样品中包含的原子或分子的磁光分光光度计如下。 线偏振光入射到要检测的原子或分子存在于磁场中的空间。 已经穿过所述空间的光被分离成垂直并平行于入射光的偏振的两束偏振分量的光束。 垂直分量用作信号灯,并联组件参考灯。 通过波长选择器对信号灯和参考光进行光谱分析,其中信号光和要选择的波长的参考光入射到相同的色散元件上。 信号灯和参考灯由相应的检测器检测。 然后,获得信号光检测器的输出与参考光检测器的输出的比率。 通过这种结构,可以精确地测量被检测的原子或分子的散射光的强度。
    • 27. 发明授权
    • Medical support control system
    • 医疗支持控制系统
    • US08189993B2
    • 2012-05-29
    • US12021799
    • 2008-01-29
    • Koichi TashiroMasaru Ito
    • Koichi TashiroMasaru Ito
    • H04N9/80
    • H04N5/76H04N5/765H04N5/772
    • A medical support control device to display on a display device an image captured by a medical device. The control device has access to a storage unit for storing display format types of the image displayed on the base of video signals output from the medical device and a prescribed order for the display format types, and a display switching unit for causing the display unit to display the image in the format in the prescribed order based on a display format switching signal from an operation unit of the medical device.
    • 一种医疗支持控制装置,用于在显示装置上显示由医疗装置拍摄的图像。 所述控制装置可以访问存储单元,用于存储在从医疗装置输出的视频信号的基础上显示的图像的显示格式类型和用于显示格式类型的规定顺序,以及显示切换单元,用于使显示单元 基于来自医疗装置的操作单元的显示格式切换信号,以规定的顺序显示格式的图像。
    • 28. 发明申请
    • GASKET
    • 垫子
    • US20110193298A1
    • 2011-08-11
    • US13125167
    • 2009-07-23
    • Shuji YOSHITSUNEMasaru ItoTomoyuki KoyamaSeiji Tani
    • Shuji YOSHITSUNEMasaru ItoTomoyuki KoyamaSeiji Tani
    • F16J15/02
    • F16J15/061
    • A gasket is provided which is intended to improve its sealing performance by attaining a further stabilization of the posture thereof in a groove. In a gasket (100) in which a protruded part (110), which serves to stabilize the posture of the gasket (100) in a groove (201) by being in contact with an inner wall surface of the groove (201) in a state where the gasket is sandwiched by a head cover (200) and a cylinder head, is continuously formed in a longitudinal direction of the gasket (100), the protruded part (110) is characterized by a stepped structure which includes a first protruded portion (111) with the largest amount of protrusion that is formed along the vicinity of a center of a gasket main body, a second protruded portion (112) with the smallest amount of protrusion that is formed at the side of the head cover (200), and a third protruded portion (113) that is formed at the side of the cylinder head, and has an amount of protrusion which is smaller than that of the first protruded portion (111), and larger than that of the second protruded portion (112).
    • 提供了一种垫圈,其旨在通过进一步稳定其在凹槽中的姿势来提高其密封性能。 在用于通过与凹槽(201)的内壁表面接触的用于将垫圈(100)的姿势稳定在凹槽(201)中的突出部分(110)的垫圈(100)中, 在垫片(100)的长度方向上连续地形成垫片被头盖(200)和气缸盖夹持的状态,突出部(110)的特征在于具有阶梯状结构,其包括第一突出部 (111),其具有沿着垫片主体的中心附近形成的最大量的突起,具有形成在头罩(200)侧的最小量的突起的第二突出部分(112) ,以及形成在所述气缸盖侧的第三突出部(113),并且具有小于所述第一突出部(111)的突出量的突出量大于所述第二突出部 112)。
    • 29. 发明申请
    • METHOD OF PRODUCING METAL ZIRCONIUM
    • 生产金属锆的方法
    • US20110108434A1
    • 2011-05-12
    • US13001870
    • 2009-06-29
    • Reiko FujitaKoji MizuguchiHitoshi NakamuraKouki FuseMitsuru KawamotoMasaru Ito
    • Reiko FujitaKoji MizuguchiHitoshi NakamuraKouki FuseMitsuru KawamotoMasaru Ito
    • C25C3/26
    • C25C3/26C22B34/1222C22B34/129C22B34/14Y02P10/23
    • An object of the present invention is to provide a method of producing metal zirconium, the method having a fewer steps and a smaller amount of secondary wastes generated, wherein the metal zirconium is obtained from a zirconium compound containing hafnium. A method of producing metal zirconium according to the present invention includes: a separation step of separating a hafnium oxychloride from a first substance containing a zirconium oxychloride and a hafnium oxychloride to obtain a second substance having a higher content of the zirconium oxychloride; a calcination step of calcining the second substance to obtain a third substance containing at least any of a zirconium oxychloride and a zirconium oxide; and a direct reduction step of holding the third substance in a molten salt with the third substance brought into contact with a cathode and applying a voltage between the cathode and an anode to directly reduce the third substance to obtain metal zirconium.
    • 本发明的目的是提供一种生产金属锆的方法,该方法具有较少的步骤和较少量的二次废弃物,其中金属锆由含有铪的锆化合物获得。 根据本发明的金属锆的制造方法包括:从含有氯氧化锆和氯化铪的第一物质中分离氯氧化铪的分离工序,得到氯氧化锆含量较高的第二物质; 煅烧第二物质以获得含有三氯氧化锆和氧化锆中的至少一种的第三物质的煅烧步骤; 以及将第三物质保持在与第一物质接触的第三物质与阴极接触并在阴极和阳极之间施加电压以直接还原第三物质以获得金属锆的直接还原步骤。
    • 30. 发明授权
    • Layout analysis method and apparatus for semiconductor integrated circuit
    • 半导体集成电路布局分析方法和装置
    • US07802218B2
    • 2010-09-21
    • US11396660
    • 2006-04-04
    • Yoshio InoueTakashi YonedaMasaru Ito
    • Yoshio InoueTakashi YonedaMasaru Ito
    • G06F9/45G06F17/50
    • G06F17/5081
    • A method for analyzing a layout for a semiconductor integrated circuit, which includes a plurality of physical devices, to generate physical parameter distribution enabling accurate recognition of changes in transistor characteristics caused by systematic variations. The method includes holding systematic variation tables for physical parameters dependent on the layout of the semiconductor integrated circuit among physical parameters related to characteristics of the semiconductor integrated circuit, analyzing a design layout pattern of the semiconductor integrated circuit and selecting tables corresponding to the plurality of physical devices, and generating a physical parameter distribution based on the selected tables.
    • 一种用于分析包括多个物理设备的半导体集成电路的布局的方法,用于生成物理参数分布,使得能够精确地识别由系统变化引起的晶体管特性的变化。 该方法包括:根据与半导体集成电路的特性相关的物理参数中的半导体集成电路的布局,取得物理参数的系统变化表,分析半导体集成电路的设计布局图案,并选择与多个物理 设备,并且基于所选择的表生成物理参数分布。