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    • 1. 发明专利
    • Tool for connecting fishing line and preventing twist jointly
    • 用于连接钓鱼线和预防轮胎的工具
    • JP2005013193A
    • 2005-01-20
    • JP2003204116
    • 2003-06-24
    • Masatoshi Kato政敏 加藤
    • KATO MASATOSHI
    • A01K91/047
    • PROBLEM TO BE SOLVED: To provide a new tool for jointly connecting fishing lines and preventing their twist, capable of easily connecting the fishing lines used for fishing, suppressing the strength reduction of the fishing lines at the connected part, further, having a preventing effect on the twists of the fishing line, and having a compact form and a simple structure. SOLUTION: This tool characterized by having the compact form, for jointly connecting the fishing lines and preventing their twists is provided by having the simple structure of installing special holes (2) at the two positions of a tool body (1), passing fishing lines (3), (4) through the holes at the 2 opposing positions separately, capable of performing the connection of the fishing lines by only forming a bump-shaped knot at the end of each of the fishing lines so as not to be come off and jointly exhibit the prevention of twists by freely rotating the fishing lines (3), (4) mediated by the tool body (1). COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供一种联合连接钓鱼线并防止其扭曲的新工具,能够容易地连接用于钓鱼的钓线,抑制连接部分处的钓鱼线的强度降低,还具有 对钓鱼线的扭曲的防止效果,并且具有紧凑的形式和简单的结构。 解决方案:通过具有在工具主体(1)的两个位置安装特殊孔(2)的简单结构,提供了具有紧凑形式的用于联合连接钓线并防止其扭曲的工具, 通过钓鱼线(3),(4)分别通过两个相对位置的孔,能够通过在每条钓鱼线的末端仅形成一个凸起状的结,来实现钓鱼线的连接,从而不 通过自由旋转由工具主体(1)介导的钓线(3),(4)来共同展示防止扭曲。 版权所有(C)2005,JPO&NCIPI
    • 3. 发明授权
    • Golf club shaft
    • 高尔夫球杆杆
    • US08491410B2
    • 2013-07-23
    • US13311249
    • 2011-12-05
    • Masatoshi Kato
    • Masatoshi Kato
    • A63B53/10
    • A63B53/10A63B2209/00A63B2209/026
    • A shaft 6 has layers. The layers include a straight layer in which an absolute angle θa of a fiber to a shaft axis line is 10 degrees or less, a bias layer in which the angle θa is 30 degrees or greater and 60 degrees or less, and a hoop layer in which the angle θa is 80 degrees or greater. The layers include full length layers and a partial layer. The full length layers include full length bias layers and full length straight layers. The full length bias layers are located on the innermost side among the full length layers. The full length layer brought into contact with a low RC full length layer outside the full length bias layers is a high RC layer. The full length layer brought into contact with an outer surface of the full length bias layers is a high RC layer.
    • 轴6具有层。 这些层包括其中纤维相对于轴线的绝对角度θa为10度或更小的直线层,其中角度θa为30度或更大且60度或更小的偏置层,以及环形层 角度θa为80度以上。 这些层包括全长层和局部层。 全长层包括全长偏置层和全长直层。 全长偏置层位于全长层的最内侧。 与全长偏置层之外的低RC全长层接触的全长层是高RC层。 与全长偏置层的外表面接触的全长层是高RC层。
    • 5. 发明授权
    • Golf club shaft
    • 高尔夫球杆杆
    • US08021244B2
    • 2011-09-20
    • US12496321
    • 2009-07-01
    • Masatoshi Kato
    • Masatoshi Kato
    • A63B53/10
    • A63B53/10A63B60/06A63B60/08A63B60/10A63B60/46A63B2060/0081A63B2209/023
    • A shaft 6, which is a tubular body, includes a laminate of fiber reinforced resin layers. This fiber reinforced resin layer includes a matrix resin and a fiber. When a portion with a minimum thickness in the entire shaft is defined as a thinnest part, the entire thinnest part exists in a range of a first position to a second position. The first position is a position where an axial distance from a tip of the shaft is 50% of a full length of the shaft. The second position is a position where the axial distance from the tip of the shaft is 75% of the full length of the shaft. In this shaft 6, a flexural rigidity value EIc (N/m2) of the shaft at a point which is 175 mm away from a rear end of the shaft is two times or greater and three times or less of a flexural rigidity value EIm (N/m2) of the thinnest part.
    • 作为管状体的轴6包括纤维增强树脂层的层叠体。 该纤维增强树脂层包括基体树脂和纤维。 当整个轴中具有最小厚度的部分被定义为最薄部分时,整个最薄部分存在于第一位置到第二位置的范围内。 第一位置是其轴的轴向距离为轴的全长的50%的位置。 第二位置是其轴的轴向距离为轴的全长的75%的位置。 在该轴6中,距离轴的后端175mm的点的轴的弯曲刚度值EIc(N / m 2)为挠曲刚度值EIm的两倍以上且三倍以下 N / m2)最薄的部分。
    • 6. 发明授权
    • Packaged roll-shaped silver halide photosensitive material
    • 包装卷状卤化银感光材料
    • US06004733A
    • 1999-12-21
    • US814858
    • 1997-03-11
    • Yukio IshiiMutsuo AkaoMasatoshi KatoHiroyuki Osanai
    • Yukio IshiiMutsuo AkaoMasatoshi KatoHiroyuki Osanai
    • G03C1/035B65D59/00B65D81/24B65D85/672G03C3/00G03C3/02
    • G03C3/00
    • A packaged roll-shaped silver halide photosensitive material comprising a winding core, a roll-shaped silver halide photosensitive material wound on the winding core and a packaging material covering the periphery and the both two lateral sides of the roll-shaped silver halide photosensitive material, wherein at least one surface of the three surfaces in the periphery and the both two lateral sides of the roll-shaped silver halide photosensitive material is packaged with a packaging material comprising a combination of a paper material with a pored film, and the water vapor permeability of such packaging material is not less than 5.1 g/m.sup.2 .multidot.24 hours. It is possible to prevent deterioration of a roll-shaped silver halide photosensitive material through abnormal sensitization of photographic performance.
    • 一种包装的卷状卤化银感光材料,其包含卷绕芯,缠绕在卷芯上的卷状卤化银感光材料和覆盖卷状卤化银感光材料的周边和两个两侧的包装材料, 其中辊状卤化银感光材料的周边中的三个表面的三个表面和两个两个侧面的至少一个表面与包含纸材料与打孔膜的组合的包装材料一起包装,并且水蒸汽透过率 的这种包装材料不低于5.1g / m2×24小时。 通过摄影性能的异常敏化,可以防止卷状卤化银感光材料的劣化。
    • 9. 发明授权
    • Solenoid valve assembly
    • 电磁阀总成
    • US4337794A
    • 1982-07-06
    • US151591
    • 1980-05-20
    • Minoru YamanakaHideo HanedaMasatoshi KatoMitsuyuki Suzuki
    • Minoru YamanakaHideo HanedaMasatoshi KatoMitsuyuki Suzuki
    • F16K11/22F16K31/06F15B13/044
    • F16K31/0679Y10T137/87217Y10T137/87861
    • A solenoid valve assembly having two bobbins including the solenoids which are co-axially supported by a housing first and second valve bodies slidably supported in each axial bore of the two bobbins and movable independently with respect to energized conditions of the solenoids, an outlet port formed in the housing to receive control pressure from two different pressure sources applied to two inlet ports formed in the housing, a first, second, third and fourth valve core positioned within the housing, a single sleeve of non-magnetic material secured to the valve cores such that the valve cores are positioned within axial bores of the bobbins, passageways for communicating with the outlet and two inlet ports formed in the sleeve and valve cores, the first valve body being of a magnetic material which is axially movable and supported in the sleeve between the first valve core and the second valve core, the second valve body including magnetic material axially movable and supported in the sleeve between the third valve core and the fourth valve core and a member for biasing the valve bodies, respectively, in an axial direction.
    • 一种电磁阀组件,其具有两个线轴,其包括螺线管,螺线管由壳体第一和第二阀体同轴地支撑,第一和第二阀体可滑动地支撑在两个线轴的每个轴向孔中,并相对于螺线管的通电状态独立地移动,形成 在壳体中接受来自施加到形成在壳体中的两个入口端口的两个不同压力源的控制压力,定位在壳体内的第一,第二,第三和第四阀芯,固定到阀芯的单个非磁性材料套筒 使得阀芯定位在线轴的轴向孔中,用于与出口连通的通道和形成在套筒中的两个入口和阀芯,第一阀体是可轴向移动并支撑在套筒中的磁性材料 在所述第一阀芯和所述第二阀芯之间,所述第二阀体包括轴向移动并支撑在其中的磁性材料 e套筒在第三阀芯和第四阀芯之间,以及用于分别沿轴向偏压阀体的构件。