会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 103. 发明授权
    • Optical cable and manufacturing method thereof
    • 光缆及其制造方法
    • US06434306B1
    • 2002-08-13
    • US09551620
    • 2000-04-17
    • Hiroki IshikawaYoshiyuki SuetsuguMasakazu WatanabeSeigo UjiieYuji SeraKimio Ando
    • Hiroki IshikawaYoshiyuki SuetsuguMasakazu WatanabeSeigo UjiieYuji SeraKimio Ando
    • H02B644
    • G02B6/4429
    • In an optical cable made by forming a sheath on enclosing one or more optical fiber cores and a tension member, high reliability is obtained through the avoidance of adverse effects on the optical fiber core of a curving tendency of the tension member prevailing over the resistance of the sheath to curving (for example, due to the installed optical cable being heated by electrical equipment in proximity) and the optical cable consequently curving. Taking the plane containing the curve formed by the tension member due to its curving tendency as a base plane, the optical fiber core is disposed in the proximity of the position of the image formed when the tension member is projected in a direction perpendicular with respect to the base plane onto a flat plane separate from and parallel with the base plane. If the optical fiber core is an optical fiber ribbon comprising a plurality of optical fibers lined up in a flat plane and coated en bloc, then as an additional condition, an alignment line obtained by joining the centers of the optical fibers at both sides of the optical fiber ribbon is disposed perpendicular to the base plane.
    • 在通过在封闭一个或多个光纤芯和张力构件上形成护套而制成的光缆中,通过避免对光纤芯的不利影响,获得高可靠性,其中拉伸构件的弯曲倾向超过电阻 护套弯曲(例如,由于安装的光缆由靠近的电气设备加热)并且光缆因此弯曲。 将由于弯曲趋势所形成的曲线所包含的平面作为基底面,将光纤芯设置在当张力构件相对于垂直方向投影的方向上形成的图像位置附近时 基板平面与平面平行,与平面平行。 如果光纤芯是包括排列在平面上并整体涂覆的多根光纤的光纤带,则作为附加条件,通过将光纤的中心连接在两侧的光纤 光纤带垂直于基面设置。
    • 104. 发明授权
    • Optical fiber cable
    • 光纤电缆
    • US06208785B1
    • 2001-03-27
    • US09086407
    • 1998-05-29
    • Hiroki IshikawaYoshiyuki Suetsugu
    • Hiroki IshikawaYoshiyuki Suetsugu
    • G02B644
    • G02B6/4408
    • An optical fiber cable is constituted by a cylindrical spacer having on its surface helical grooves reversing their direction at a given pitch in which a stack of ribbon optical fibers is received. In the optical fiber cable, the reverse angle ø of the groove is 210°≦ø≦330°; the groove has a size to contain a virtual circle therein whose diameter D is represented by equation of D=(W2+(N·T)2)½ where W is the width of the ribbon optical fiber, T is the thickness of the ribbon optical fiber, and N is the number of the ribbon optical fibers stacked in a groove; the angle &thgr; formed between each of side walls of the groove and a line connecting the center of the bottom of the groove and the center of the spacer varies periodically; and the angle &thgr; of the side wall on the inner side of the curvature of the center of the groove increases continuously and monotonously at least over the part extending from a position distant from a helical portion between adjacent reverse portions at approximately 90° in a circumferential direction to the next reverse portion.
    • 光纤电缆由圆柱形间隔件构成,其圆柱形间隔物在其表面上具有以给定间距反转其方向的螺旋槽,其中接收了一叠带状光纤。 在光纤电缆中,槽的倒角ø为210°<=ø<= 330°; 凹槽具有包含虚拟圆的尺寸,其直径D由D =(W2 +(NT)2)1/2表示,其中W是带状光纤的宽度,T是带状光纤的厚度, N是堆叠在槽中的带状光纤的数量; 在槽的每个侧壁之间形成的角度θ和连接槽的底部的中心和间隔件的中心的线周期性变化; 并且在凹槽中心曲率的内侧上的侧壁的角度θ连续且单调地增加至少在从相邻反向部分之间的螺旋部分远离位置的部分延伸大约90°的部分 方向到下一个反向部分。
    • 105. 发明授权
    • Package for stacked sheets, and process for manufacturing the same
    • 堆叠片材的包装及其制造方法
    • US5918735A
    • 1999-07-06
    • US20891
    • 1998-02-09
    • Takeshi BandoHiroki Ishikawa
    • Takeshi BandoHiroki Ishikawa
    • A47K10/20B65D75/58B65D83/08B65D5/00
    • B65D83/0894B65D75/5838B65D83/0805
    • A package for stacked sheets to be freely taken out one by one. The stacked sheets are deformed to have their two longitudinal end portions close to each other and to have a recess, and the two end portions are arranged in common planes in the vertical direction. The stacked sheets is enabled to have a generally square top plan shape and to have a small height so that they can be packaged compactly. The sheet to be taken out is pinched upward while being held between the two sides of the recess, and the two sides of the recess are in parallel with the face of an outlet of the envelope. A sheet next to the sheet to be pulled out comes into abutment with the face of the outlet of the envelope at the two sides of the recess so that the sheets are not taken out in a gang.
    • 用于堆放的片材的包装可以一个接一个地自由取出。 堆叠的片材变形以使其两个纵向端部彼此靠近并具有凹部,并且两个端部沿垂直方向布置在公共平面中。 堆叠的片材能够具有大致正方形的顶部平面形状并且具有小的高度,使得它们可以被紧凑地包装。 被取出的片材被夹持在凹部的两侧之间的上方,并且凹部的两侧与信封的出口的面平行。 待拉出的片材的旁边的片材在凹部的两侧与信封的出口的表面邻接,使得片材不会被抽出。
    • 107. 发明授权
    • Input device for navigation systems
    • 导航系统输入装置
    • US5774362A
    • 1998-06-30
    • US609977
    • 1996-02-29
    • Seiichi SuzukiHiroki Ishikawa
    • Seiichi SuzukiHiroki Ishikawa
    • G09B29/00G01C21/00G01C21/36G06T11/60G08G1/0969G01C21/20
    • G01C21/3614G01C21/3623
    • An input unit for navigation systems which easily inputs positional information for a destination point and so on. When discrimination information for a designated section of a map is input by an input device and representative points of the section and a certain point within the section are designated by using a transparent tablet overlaid on the map, a CPU, by reference to a map data base, calculates the geographic coordinates of the designated point within the designated section, based on the geographic coordinates of the representative point(s) of the section, and based on all positional information which is output from the transparent tablet and which corresponds to the representative point(s) of the section and the designated point within the section, and transmits the geographic coordinates of the designated point to a navigation device ECU.
    • 用于导航系统的输入单元,其容易地输入目的地点等的位置信息。 当通过输入装置输入地图的指定部分的辨别信息并且通过使用覆盖在地图上的透明图形来指定该部分的代表点和该部分内的某一点时,CPU通过参考地图数据 基于所述指定部分中的指定点的地理坐标,基于该部分的代表点的地理坐标,并且基于从透明平板输出并且对应于代表的所有位置信息 该部分的点和该部分内的指定点,并将指定点的地理坐标发送到导航装置ECU。