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    • 53. 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。
    • 59. 发明申请
    • Environmental Apparatus Control System
    • 环境仪器控制系统
    • US20080135634A1
    • 2008-06-12
    • US11883528
    • 2006-01-30
    • Yoshifumi MurakamiMasaaki TeranoFumiaki OobayashiToshiyuki MiyakeSatoru KunoMasayuki Harada
    • Yoshifumi MurakamiMasaaki TeranoFumiaki OobayashiToshiyuki MiyakeSatoru KunoMasayuki Harada
    • F24F11/00
    • F24F11/30F24F11/62F24F2140/60
    • An environmental apparatus control system assures a consistent temperature control for realizing a comfortable residential environment based upon demands from the residents, yet in an energy-saving manner. The system includes an apparatus for controlling a residential space, and an initializer which provides an initial target value for control of the residential space at the start of operating the system. Comfortableness demands from residents are analyzed in order modify the initial target value to a working target value. The initial target value is shifted in a direction of saving the energy such that the working target value can always approach from and settle on the energy-saving side as the demands from the residents are analyzed. The working target values within a past time period are weighted to give a corrected target value which replaces the initial target value for the start of next operation cycle of the system.
    • 环境设备控制系统确保一致的温度控制,以便以居民的需求为基础,以节能的方式实现舒适的住宅环境。 该系统包括用于控制住宅空间的装置,以及初始化器,其在开始操作系统时提供用于控制住宅空间的初始目标值。 对居民的舒适度要求进行分析,以将初始目标值修改为工作目标值。 初始目标值沿着节省能量的方向移动,使得工作目标值总是能够随着来自居民的需求的分析而接近和落在节能方面。 对过去时间段内的工作目标值进行加权,以给出用于系统的下一个操作周期开始的初始目标值的校正目标值。