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    • 2. 发明专利
    • CABLES LAYING TOOL
    • JP2002188757A
    • 2002-07-05
    • JP2000387239
    • 2000-12-20
    • NISHINIPPON RYOKAKU TETSUDO KKTACHIBANA CO LTD
    • KAMATA KASAKUTACHIBANA SEIJI
    • F16L3/08F16B2/10H02G1/06H02G9/00
    • PROBLEM TO BE SOLVED: To efficiently and easily carry out a laying work of cables and to make the whole of a tool compact securing a strength enough to sufficiently bear on an external force such as a tensile strength, etc., applied to the cables. SOLUTION: A press member B provided with a press part 3 clamping and fixing cables C between a receiving part 2 is oscillatorily mounted around an axis center along the longitudinal direction of the cables to a mounting member A provided with a mounting part 1 for a fixing part W and a receiving part 2 on which the cables C can be placed in a lateral posture. A tightening member 4 capable of tightening and fixing the mounting member A and the press member B from the oscillatory direction is mounted. Recessed/projected parts 5, 6A, engaged with each other from the oscillatory direction in conjunction with a relative proximate oscillation of the mounting member A and the press member B accompanied with a tightening operation of the tightening means 4, are provided at a position where the mounting member A and the press member B are opposed.
    • 4. 发明专利
    • 斜面で使用する機材を運搬する装置および斜面における施工方法
    • 用于运输斜坡设备的设备和斜坡施工方法
    • JP2015059332A
    • 2015-03-30
    • JP2013192997
    • 2013-09-18
    • 明石セミシールド建設株式会社Akashi Semishield Kensetsu Kk株式会社タチバナTachibana Co Ltd
    • AKASHI HIROAKIYOSHISUE KENJI
    • E02D17/00B66F11/00
    • 【課題】急斜面でも機材を斜面の所望の位置に運搬できると共に、斜面において転倒のおそれなく穿孔などの工事ができる装置および施工方法を提供する。【解決手段】斜面の上下方向に交差する向きで斜面の上方に設けられる上部梁1と、斜面の上下方向に交差する向きで斜面の下方に設けられる下部梁2と、上部梁1を所定の高さで支持する上部梁用脚材3と、下部梁2を所定の高さで支持する下部梁用脚材4と、斜面の上下方向に沿って所定の傾斜角度で上部梁1および下部梁2に移動可能に架け渡されるレール5と、レール5に沿って移動可能に、かつ、レール5から離脱することを制限されるようにレール5の上に配置され、機材が移動を制限されるように積載される搬送台6と、レール5をレール5に交差する方向に移動させるレール移動手段と、搬送台6をレール5に沿って移動させる搬送台移動手段とを含んでいる。【選択図】図1
    • 要解决的问题:提供一种能够将设备运送到斜坡上的期望位置,即使在陡峭的坡度上,并且进行诸如钻孔等施工,不可能落在斜坡上的构造的装置,并且提供施工方法。 解决方案:提供一个上斜梁1,其设置在斜坡上部沿斜坡的垂直方向的上部,下梁2设置在斜坡的下部沿垂直方向的方向 倾斜的上梁支腿材料3,其以预定水平支撑上梁1;下梁梁4,其以预定水平面支撑下梁2;轨道5,其被桥接,用于移动 上梁1和下梁2沿着斜坡的垂直方向以预定的倾斜角度;搬运车6,其布置在轨道5上,其可以沿着轨道5移动并且被限制为bei 与轨道5分离,同时以限制移动的方式装载设备,轨道移动装置用于沿横过轨道5的方向移动轨道5,以及运送卡车移动装置,其沿着轨道移动运载卡车6 5。
    • 6. 发明专利
    • Long body supporting tool
    • 长身支持工具
    • JP2007298113A
    • 2007-11-15
    • JP2006126576
    • 2006-04-28
    • Nishi Nippon Denki System KkTachibana Co Ltd株式会社タチバナ西日本電気システム株式会社
    • IZUMIYA SHOGOUKITA KAZUHIKO
    • F16L3/10H02G9/00
    • PROBLEM TO BE SOLVED: To provide a long body supporting tool with sufficient durability and advantage in terms of structure and cost by rational alteration of a mounting structure of a mounting base and a support member and to speedily and easily conduct a temporary placing operation of a long body while preventing the long body from dropping out during the temporary placing operation. SOLUTION: A first attaching part 1B brought into contact with a surface of the attaching base 3 attached by the fixing part with a long body load and a second attaching part 1C brought into contact with a back surface 3b of the attaching base 3 with the long body load are formed at a base end part of the support member 1 with a receiving part 1A capable of receiving the long body C, and the first and second attaching parts 1B, 1C and the attaching base 3 are fixed with a fixing means 4 and a pressing means 5 is provided for the support member 1. The pressing means 5 can switch a pressing state in which the long body C received by the receiving part 1A is pressed and held and a pressing cancellation state in which the receiving part is released. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过合理改变安装基座和支撑构件的安装结构,提供一种具有足够的耐久性和结构和成本优势的长体支撑工具,并且能够快速且容易地进行临时放置 长时间运行,同时防止长时间的身体在临时放置操作期间脱落。 解决方案:第一安装部1B与安装基座3的表面接合,固定部分附接有长体负荷,第二安装部1C与安装基座3的背面3b接触 在支撑构件1的基端部形成长体负荷,具有能够容纳长体C的容纳部1A,并且第一和第二安装部1B,1C和安装基座3以固定 装置4,并且为支撑构件1设置有按压装置5.按压装置5可以切换按压和保持由接收部1A接收的长体C的按压状态和其中接收部分 发行了。 版权所有(C)2008,JPO&INPIT
    • 7. 发明专利
    • Protective tube movable support structure for bridge
    • 桥梁保护管可动支撑结构
    • JP2013005598A
    • 2013-01-07
    • JP2011134472
    • 2011-06-16
    • Tachibana Co Ltd株式会社タチバナ
    • TASHIRO ATSUSHI
    • H02G9/02E01D19/10
    • PROBLEM TO BE SOLVED: To absorb variations of the arrangement distance and arrangement direction of cables accompanying a relative displacement between both bridge girders while downsizing and simplifying a protective tube movable support structure.SOLUTION: First movable support means D which supports one side part of a protective tube 3 in the tube axis core direction in which protective tube cables arranged over between both bridge girders B are inserted, such that the one side part is bendable in a three-dimensional direction while prevented from relatively moving in the tube axis core direction, is provided in a mounting part 4 of one bridge girder B of the bridge girders B adjacent to each other through a girder gap. Meanwhile, second movable support means E which supports the other side part of the protective tube 3 in the tube axis core direction, such that the other side part is bendable in a three-dimensional direction while allowed to relatively move in the tube axis core direction, is provided in a mounting part 5 of the other bridge girder B.
    • 要解决的问题:为了吸收随着两个桥梁之间的相对位移的电缆的布置距离和排列方向的变化,同时缩小尺寸并简化了保护管可移动支撑结构。 解决方案:第一可移动支撑装置D,其支撑在管轴线芯方向上的保护管3的一侧部分,其中布置在两个桥梁梁B之间的保护管电缆插入,使得一侧部分可弯曲 通过大梁间隙将彼此相邻的桥梁梁B的一个桥梁B的安装部分4设置在防止在管轴芯线方向上相对移动的三维方向上。 同时,第二可移动支撑装置E支撑保护管3的沿着管轴心方向的另一侧部分,使得另一侧部分可在三维方向上弯曲,同时允许在管轴芯线方向上相对移动 设置在另一个桥梁B的安装部分5中。(C)2013,JPO和INPIT
    • 9. 发明专利
    • STRINGING SUPPORT OF CABLES
    • JP2003134653A
    • 2003-05-09
    • JP2001327200
    • 2001-10-25
    • JAPAN HIGHWAY PUBLIC CORPTACHIBANA CO LTD
    • FUJISAWA HISASHIKAMATA KASAKU
    • H02G1/06H02G9/00H02G9/08
    • PROBLEM TO BE SOLVED: To aim cutting cost in manufacturing and lightening in weight while carrying out the laying work of cables efficiently and easily, and keeping enough strength to stand against an external force such as tensile force added to the cables. SOLUTION: A catching concavity 2 which can catch and support the cables C in horizontal attitude and being freely attached and detached is formed in a receiving member 1 which has a part 4 being fixed to a fixing part W, a proper in insulation and is made of a synthetic resin, a pushing member 5 which has a pushing part 5A which prevents extraction of the cable C caught at the catching concavity 2 is installed to a circumference of a shaft center along a longitudinal direction of the cables C in free fluctuation, a fastening mean 6 which tightens and freely fixes the catching member 1 and the pushing member 5 from a fluctuation direction is made and a pressing to it groove part 9 which is pressed to fit to the catching member 1 at least a part of the pushing member 5 from the fluctuation direction according to a tightening operation of the fastening mean 6 is formed.