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    • 1. 发明申请
    • TRIANGULAR PYRAMIDAL CUBE CORNER TYPE RETROREFLECTIVE SHEET
    • 三角锥形角隅型反向片
    • WO1998018028A1
    • 1998-04-30
    • PCT/JP1997003743
    • 1997-10-16
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHAMIMURA, IkuoADACHI, Keiji
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHA
    • G02B05/124
    • G02B5/124E01F9/619E01F9/669G09F13/16G09F2013/0472Y10T428/24355Y10T428/24479Y10T428/2457
    • A triangular pyramidal cube corner type retroreflective sheet formed of triangular pyramidal cube corner type retroreflective elements useful for signs, such as a road sign and a construction work sign, license plates of vehicles, such as an automobile and a motorcycle, clothes, safety materials, such as a life-saving appliance, signboards, and reflective boards for visible light, laser beam or infrared ray reflective sensors. This retroreflective sheet is characterized in that an inclined surface ( c surface) using as one side thereof a base x of a triangular pyramidal reflective element sharing one base x on a bottom surface X-X' and arranged on the bottom surface in an opposed and maximally dense state has a pentagonal shape; the other two surfaces ( a surface and b surface), which share one ridge extending from an apex H of the triangular pyramidal reflective element, having a quadrangular shape; a height h from the apex H to the bottom surface X-X' being substantially larger than that h' from the apex H to a substantially horizontal plane (imaginary surface Z-Z') including bases z , w of the other inclined surfaces ( a surface and b surface) of the triangular pyramidal reflective elements.
    • 三角锥形立方角型逆反射板,由用于诸如道路标志和施工作业标志的标志的三角锥形立方角型回射元件,汽车和摩托车等车辆牌照,衣服,安全材料, 例如救生器具,招牌和可见光反射板,激光束或红外线反射传感器。 该逆反射片的特征在于,使用三角锥体反射元件的基底x 1作为其一侧的倾斜表面(<! - SIPO - >面) 配置在底面上的相对且最大致密状态的底面XX'具有五边形形状; 具有从三角锥体反射元件的顶点H延伸的具有四边形形状的另一个两个表面(a,b,b,b)表面; 从顶点H到底面XX'的高度h H大致大于从顶点H到基本水平面(假想表面Z-Z')的h',包括基底z (iii)表面和/或表面的其他倾斜表面(表面和表面)之间的距离。
    • 7. 发明申请
    • MICROPRISM MATRIX MANUFACTURING METHOD
    • 微波矩阵制造方法
    • WO1997004939A1
    • 1997-02-13
    • PCT/JP1996002117
    • 1996-07-26
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHAMIMURA, IkuoADACHI, Keiji
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHA
    • B29C33/38
    • B29C33/302B29C33/3857B29C33/40B29C2033/385B29L2011/0091G02B5/045G02B5/124Y10S425/808
    • A microprism matrix manufacturing method which is suitable for the production of a corner cube type retro reflector, especially, a thin, retro reflecting sheet, and which enables the production of a hexagonal prism type microprism having both a high luminance and a high pantoscopicity. This method of manufacturing corner cube type microprism matrices comprises the steps of laminating a plurality of flat plates each of which has two parallel surfaces, cutting V-shaped recesses at a predetermined pitch in one surface of the resultant laminate of flat plates so that the recesses are arranged in the direction at right angles to a side of the laminate, whereby continuous roof type projections with an apex angle of about 90 DEG are formed, and thereafter moving each flat plate so that the apex portions of the roof type projections formed thereon agree with the bottom portions of the V-shaped recesses formed in the adjacent flat plate, characterized in that each of the flat plates comprises a synthetic resin plate with a thickness of 50-500 mu m and a Rockwell hardness of not lower than 70.
    • 一种微棱镜矩阵制造方法,其适用于制造角立方型的反光镜,特别是薄的反光片,能够制造具有高亮度和高泛光度的六棱柱型微棱镜。 这种制造角立方体微棱镜矩阵的方法包括以下步骤:层压多个平板,每个平板具有两个平行的表面,在所得到的平板叠片的一个表面中以预定间距切割V形凹槽, 沿着与层叠体的一侧成直角的方向配置,从而形成顶角为90°左右的连续屋顶型突起,之后移动每个平板,使得其上形成的屋顶型突起的顶部部分同意 其中V形凹槽的底部形成在相邻的平板中,其特征在于每个平板包括厚度为50-500μm的合成树脂板,并且洛氏硬度不低于70。
    • 9. 发明申请
    • CONNECTOR EQUIPPED WITH FILTER
    • 连接器配有过滤器
    • WO1995021475A1
    • 1995-08-10
    • PCT/JP1995000125
    • 1995-01-31
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHASHIMASAKI, Hisayoshi
    • NIPPON CARBIDE KOGYO KABUSHIKI KAISHA
    • H01R13/719
    • H01R13/7195H01R13/6583
    • A connector equipped with a filter according to the present invention includes a shield frame, a filter unit having a hole, a contact device passed through the hole, and a leaf spring interposed between the shield frame and the filter unit, wherein the filter unit has a filter function corresponding to the hole and an earth electrode, the earth electrode and the shield frame are electrically connected by the leaf spring, and the filter unit and the shield frame are mechanically retained and fixed by the leaf spring. Alternatively, the connector may include a shield frame, a filter unit having a hole, a contact device having a stopper and passed through the hole, a fixing member inserted into the contact device, a leaf spring interposed between the shield frame and the filter unit, and a body, wherein the filter unit has a filter function corresponding to the hole and an earth electrode, the earth electrode and the shield frame are electrically connected by the leaf spring, the filter unit and the shield frame are mechanically retained and fixed by the leaf spring, and the contact device is pushed to the filter unit by the fixing member through the stopper.
    • 根据本发明的装有过滤器的连接器包括屏蔽框架,具有孔的过滤器单元,穿过孔的接触装置和插入在屏蔽框架和过滤器单元之间的板簧,其中过滤器单元具有 与孔对应的过滤器功能和接地电极,接地电极和屏蔽框架通过板簧电连接,过滤器单元和屏蔽框架由板簧机械地保持和固定。 或者,连接器可以包括屏蔽框架,具有孔的过滤器单元,具有止动件并穿过孔的接触装置,插入到接触装置中的固定构件,插入在屏蔽框架和过滤器单元之间的板簧 以及主体,其中所述过滤器单元具有对应于所述孔的过滤功能和接地电极,所述接地电极和所述屏蔽框架通过所述板簧电连接,所述过滤器单元和所述屏蔽框架被机械地保持和固定, 板簧和接触装置通过固定件通过止动件被推到过滤器单元。