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    • 8. 发明专利
    • Drilling positioning control method for rock-drill loaded truck, and boom movement control method for tunnel construction machine
    • 钻井装载机用钻井定位控制方法及隧道施工机械加热运动控制方法
    • JP2010270518A
    • 2010-12-02
    • JP2009123934
    • 2009-05-22
    • Enzan Kobo:Kk株式会社演算工房
    • HAYASHI MINORUFUJITA YUJITOJIMA HIROMITSU
    • E21B7/02
    • PROBLEM TO BE SOLVED: To extremely easily provide a drilling positioning control mechanism for an existing rock-drill loaded truck without the need for a large-scale alteration.
      SOLUTION: Movement target points P on a tip side of a guide shell and movement target points K on a rear side of the guide shell are marked on a monitor 2. The movement of the guide shell 12 is controlled in such a way that the tip side and rear side of the guide shell 12 may respectively correspond to the movement target points P and K. At this time, a light-emitting body 25 is attached to the tip side of the guide shell so that an object can be recognized on the monitor 2 to keep track of coordinates of the light-emitting body 25 on the monitor and to specify directional vectors in a camera coordinate system. A spatial line U passing through an installation point of the camera and oriented toward the tip side of the guide shell is assumed on the basis of the directional vectors in the camera coordinate system. A length L of a vertical line from the movement target point P on the tip side of the guide shell down to the spatial line U is displayed on a screen of the monitor.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了非常容易地为现有的钻石装载的卡车提供钻孔定位控制机构,而不需要大规模的改变。 解决方案:在导向壳的末端侧的移动目标点P和引导壳的后侧上的移动目标点K被标记在监视器2上。引导壳12的移动以这种方式被控制 引导壳体12的前端侧和后侧可以分别对应于移动目标点P和K.此时,发光体25附接到引导壳的末端侧,使得物体可以 在监视器2上识别以跟踪监视器上的发光体25的坐标,并且在相机坐标系中指定方向矢量。 基于摄像机坐标系中的方向矢量,假设通过照相机的安装点并朝向引导壳的末端侧的空间线U。 从导向壳的前端侧的移动目标点P到空间线U的垂直线的长度L被显示在监视器的画面上。 版权所有(C)2011,JPO&INPIT
    • 9. 发明专利
    • Segment acceptance control system
    • 分部接受控制系统
    • JP2010196445A
    • 2010-09-09
    • JP2009046031
    • 2009-02-27
    • Enzan Kobo:KkOkumura Corp株式会社奥村組株式会社演算工房
    • NAKAMURA SEIKIHIRAI TAKASHIYASUTAKE KAORUTAKANE MASAAKIHAYASHI MINORUTAKAYA HIDENAGA
    • E21D11/40
    • PROBLEM TO BE SOLVED: To provide a segment acceptance management system capable of managing a segment to be put in stock and a segment to be ordered efficiently and properly by letting the results of acceptance test when an improper segment is mixed into segments reflect in this management system.
      SOLUTION: This segment acceptance management system 10 for managing acceptance of many segments used in shield construction work is constituted by a computer 12 connected with this system through a communication network 11 and a portable terminal unit 13 having a photographing function and electronic mail receiving and transmitting functions. The computer 12 includes a suitable segment data storage part 14 for storing data of segments to be sent from the portable terminal unit 13 together with photo data and be suitable for use, an unsuitable segment data storage part 15 for storing data of segments being unsuitable for use, and a segment data after correction storage part 16 for storing data after correction of the unsuitable segment.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种能够通过在不合适的分段被混合到分段中时将验收结果合并到一起的能力来管理要进行存货的部分和要有效订购的分部的分部验收管理系统反映 在这个管理系统中。 解决方案:用于管理屏蔽结构工作中使用的许多段的接受的该段验收管理系统10由通过通信网络11与该系统连接的计算机12和具有拍摄功能的便携式终端单元13和电子邮件 接收和发送功能。 计算机12包括适当的段数据存储部分14,用于存储要从便携式终端单元13发送的片段的数据以及照片数据并适合使用;不适合的段数据存储部分15,用于存储段不适于 使用,以及用于在校正不适合段之后存储数据的校正存储部分16之后的段数据。 版权所有(C)2010,JPO&INPIT
    • 10. 发明专利
    • Moving object monitoring system in construction site
    • 施工现场移动物体监测系统
    • JP2010016582A
    • 2010-01-21
    • JP2008174135
    • 2008-07-03
    • Enzan Kobo:Kk株式会社演算工房
    • HAYASHI MINORUASANO MASARU
    • H04W4/02H04W4/04H04W24/04H04W64/00
    • PROBLEM TO BE SOLVED: To monitor the position of a moving object, such as an employee and a worker carrying a mobile information terminal, and a vehicle provided with a mobile information terminal, and to surely perform safety ensuring of the moving objects.
      SOLUTION: A radio communication network 8 is constructed by many radio slave station node groups 3, 3, etc., and a radio master station node 2 that can perform radio communication with at least one of the radio slave station node groups 3, 3, etc. A moving object monitoring computer 7 monitors the position of each moving object, and if detecting that the distance between in-vehicle mobile information terminals 4
      1 , 4
      1 , or the distance between the in-vehicle mobile information terminal 4
      1 and a portable mobile information terminal 4
      2 is within a preset separation distance L, transmits an alarm transmission signal to the in-vehicle mobile information terminals 4
      1 , 4
      1 , or the in-vehicle mobile information terminal 4
      1 and the portable mobile information terminal 4
      2 to make them sound an alarm.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了监视诸如雇员和携带移动信息终端的工人的移动物体的位置,以及设置有移动信息终端的车辆,并且确保执行移动物体的安全性 。 解决方案:无线电通信网络8由许多无线电从站节点组3等构成,无线电主站节点2可以与无线电从站节点组3中的至少一个进行无线电通信 ,3等。移动物体监视计算机7监视每个移动物体的位置,并且如果检测到车内移动信息终端4 1 ,4 1 ,或者车内移动信息终端4< SB> 1和便携式移动信息终端4< SB> 2< / SB>之间的距离处于预设间隔距离L内,才能发送报警发送信号 到车载移动信息终端4 1 ,4 1或车载移动信息终端4 1和便携式移动信息 终端4 2 使其发出警报。 版权所有(C)2010,JPO&INPIT