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    • 4. 发明授权
    • Operation simulation system for plant construction
    • 工厂建设运行模拟系统
    • US08095346B2
    • 2012-01-10
    • US12353373
    • 2009-01-14
    • Yoshibumi FukudaKenji ArakiHisanori NonakaNorito WatanabeToshiyuki MiyakeKensuke MoritaKenji Akagi
    • Yoshibumi FukudaKenji ArakiHisanori NonakaNorito WatanabeToshiyuki MiyakeKensuke MoritaKenji Akagi
    • G06G7/48
    • G06Q10/06G06Q50/08
    • An operation simulation system for plant construction, having operating expense calculated based on crane type determined by a command input; the expense to construct foundation calculated based on the foundation placement on which the determined crane is put; the operating expense calculated based on a period during which an operation is carried out; the expense to temporarily place the installation object calculated based on the specifications of the installation object before the installation; the installation operation expense calculated based on an installation milestone reflecting a due date of the installation object; the total necessary expense calculated based on all the expenses calculated; the total necessary expense is analyzed and evaluated; and the command input is adjusted by reflecting the results of an evaluation analysis so that the value of the command input falls in range of the set values in the specifications held by the corresponding setting apparatus.
    • 一种用于工厂建造的操作模拟系统,具有基于由命令输入确定的起重机类型计算的操作费用; 根据确定的起重机的基础位置计算建造基础的费用; 基于进行操作的期间计算的营业费用; 在安装前根据安装对象的规格临时放置安装对象的费用; 安装操作费用根据反映安装对象到期日的安装里程计算; 根据所计算的所有费用计算所需总费用; 对总需求费用进行分析评估; 并且通过反映评估分析的结果来调整命令输入,使得命令输入的值落在由相应的设置装置保持的规格中的设定值的范围内。
    • 7. 发明授权
    • System and method for visualizing the construction progress of scaffolding utilizing 3D CAD models
    • 使用3D CAD模型可视化脚手架施工进度的系统和方法
    • US08249909B2
    • 2012-08-21
    • US12607543
    • 2009-10-28
    • Norito WatanabeKenji ArakiToshiyuki Miyake
    • Norito WatanabeKenji ArakiToshiyuki Miyake
    • G06Q10/00
    • G06Q50/08G06F17/5004G06Q10/06G06Q10/0631
    • A construction progress visualization system, having a scaffolding model creating-unit for creating an area and a form of scaffolding required for a construction operation based on a 3D CAD model and a construction schedule data; a scaffolding schedule extracting-unit for extracting scaffolding schedule data regarding the scaffolding from the construction schedule data; a scaffolding display form determining-unit for determining a completion rate of the scaffolding on a visualization-target date based on a relationship between the visualization-target date and the scaffolding schedule data, and obtaining a display form of the scaffolding; and a display process unit for displaying, concurrently with the CAD model, the scaffolding area based on the obtained display form of the scaffolding.
    • 一种施工进度可视化系统,具有用于创建基于3D CAD模型和施工进度数据的施工操作所需的区域和脚手架形式的脚手架模型创建单元; 一种用于从施工进度数据提取关于脚手架的脚手架计划数据的脚手架计划提取单元; 脚手架显示形式确定单元,用于基于所述可视化目标日期和所述脚手架计划数据之间的关系,确定所述脚手架在可视化目标日期的完成率,以及获取所述脚手架的显示形式; 以及显示处理单元,用于基于获得的脚手架的显示形式与CAD模型同时显示脚手架区域。
    • 9. 发明授权
    • Abnormal behavior detector
    • 异常行为检测器
    • US07433493B1
    • 2008-10-07
    • US10362133
    • 2000-09-06
    • Masanori MiyoshiYoshiaki UsamiKazuya TakahashiNorito WatanabeHideki Fujii
    • Masanori MiyoshiYoshiaki UsamiKazuya TakahashiNorito WatanabeHideki Fujii
    • G06K9/00
    • G06K9/00771G06T7/20G08B13/19608G08B13/19615G08B31/00H04N7/183H04N7/188
    • A technique for detecting an abnormal behavior by monitoring moving objects such as human being and a car. The place where the abnormal behavior of the moving objects occurs is deduced from the position of the moving object and the direction in which the moving object moves and presented to the car. An abnormal detector comprises means for determining the position of the moving object and the direction in which the moving object moves, means for determining the place where an abnormal incident causing an abnormal behavior of the moving object occurs on the basis of the determined position and direction, and means for displaying the place where the abnormal incident occurs. Therefore it is possible to immediately know the cause of the abnormal behavior of the moving object from the video information collected by observation monitoring moving objects such as a human being and a car.
    • 一种用于通过监视诸如人和汽车的移动物体来检测异常行为的技术。 发生移动物体的异常行为的地方是从运动物体的位置和运动物体移动并呈现给汽车的方向推导出来的。 异常检测器包括用于确定移动物体的位置和运动物体移动方向的装置,用于根据确定的位置和方向确定引起运动物体的异常行为的异常事件发生的地方的装置 以及用于显示发生异常事件的地方的装置。 因此,可以从通过观察监视诸如人和汽车的移动物体收集的视频信息中立即知道移动物体的异常行为的原因。
    • 10. 发明授权
    • Support system
    • 支持系统
    • US08065120B2
    • 2011-11-22
    • US12180497
    • 2008-07-25
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • G06F17/50G06F17/27
    • G06F17/50
    • The design support system regarding the present invention comprises a node data storage means that stores node data to generate functional models which present a group of function nodes which are functions divided from performance function of apparatus which is an objective to be designed and a group of part nodes which realize the functions in mutual relations, a functional model generating means that generates the functional models in reference to the node data storage means, a node designation receiving means that receives the designation of a node among the functional models, a node selection means that selects a node which has a mutual relation with nodes to which the designation are given, a display unit that displays the node selected by the node selection means.
    • 关于本发明的设计支持系统包括节点数据存储装置,其存储节点数据以生成功能模型,该功能模型呈现作为被设计的目标的装置的性能功能和功能节点的一组功能节点组 实现相互关系中的功能的节点,参考节点数据存储装置生成功能模型的功能模型生成装置,接收功能模型中的节点的指定的节点指定接收装置,节点选择装置, 选择与给定指定的节点具有相互关系的节点,显示由节点选择装置选择的节点的显示单元。