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    • 83. 发明申请
    • METHOD FOR SIMULATING INDOOR ILLUMINANCE
    • 模拟室内照明的方法
    • US20130166265A1
    • 2013-06-27
    • US13820616
    • 2011-09-05
    • Takaaki SuzukiToshifumi KatoMiyoshi OnoSusumu ToyamaYasuko Koga
    • Takaaki SuzukiToshifumi KatoMiyoshi OnoSusumu ToyamaYasuko Koga
    • G06F17/50
    • E04D13/033G06F17/5009
    • Described herein is a method for simulating indoor illuminance which includes preparing an intrinsic optical property function of a bidirectional transmittance function and a bidirectional reflectivity function based on values actually measured for each plate-shaped optical member; for a skylight constructed by combining a plurality of those optical members, creating an optical physical model based on the intrinsic optical property function and the construction mode of each optical member constituting the skylight; calculating the skylight light distribution data for daylight, which is introduced through the skylight, by using the optical physical model; and simulating the indoor illuminance, which would be provided by actually installing the skylight, on the basis of the light distribution data. The simulation is performed on a computer system which has stored the intrinsic optical property function of each optical member in a database.
    • 这里描述了一种用于模拟室内照度的方法,其包括基于对每个板状光学构件实际测量的值准备双向透射函数和双向反射率函数的固有光学特性函数; 对于通过组合多个这些光学构件构成的天窗,基于构成天窗的每个光学构件的固有光学特性函数和构造模式创建光学物理模型; 通过使用光学物理模型计算通过天窗引入的日光的天窗光分布数据; 并根据配光数据模拟通过实际安装天窗提供的室内照度。 仿真在已经将每个光学构件的固有光学特性功能存储在数据库中的计算机系统上进行。
    • 85. 发明授权
    • Method and apparatus for reduced power consumption in an image forming device
    • 用于降低图像形成装置的功耗的方法和装置
    • US08099613B2
    • 2012-01-17
    • US11936204
    • 2007-11-07
    • Takaaki Suzuki
    • Takaaki Suzuki
    • G06F1/32
    • G03G15/5004G03G15/5012G03G15/502G06F1/3228G06F1/325G06F1/3284Y02D10/159
    • An image forming apparatus of the invention can operate in a first mode for performing an image forming process and a second mode having low power consumption at a time of stop of the image forming process, and includes a detection unit to detect the presence and absence of an error of the image forming apparatus, an operation panel having a display unit capable of displaying a detection result of the detection unit, a main control unit to control a mode to switch to the second mode when the error is detected in the first mode and to control a mode to return to the first mode when the error is removed in the second mode, a power source unit to supply power necessary for an operation of each of the modes, and a display control unit to turn the display unit on at any time in the first mode, to turn the display unit off in the second mode, and to turn the display unit on when an operation unit is operated in the second mode.
    • 本发明的图像形成装置可以在停止图像形成处理时执行图像形成处理的第一模式和低功耗的第二模式操作,并且包括检测单元,用于检测是否存在 图像形成装置的错误,具有能够显示检测单元的检测结果的显示单元的操作面板,当在第一模式中检测到错误时控制切换到第二模式的模式的主控制单元,以及 以在第二模式中移除错误时控制模式返回到第一模式,用于提供每个模式的操作所需的电力的电源单元和用于将显示单元接通的显示控制单元 在第一模式中的时间,在第二模式中关闭显示单元,并且在第二模式中操作操作单元时打开显示单元。
    • 89. 发明授权
    • Broadcast receiving terminal
    • 广播接收终端
    • US07840116B2
    • 2010-11-23
    • US11421145
    • 2006-05-31
    • Takaaki SuzukiYuki Horii
    • Takaaki SuzukiYuki Horii
    • H04N5/91
    • H04N5/76H04N5/781H04N5/85H04N5/907H04N9/8042H04N9/8205H04N21/4147H04N21/4334H04N21/4335H04N21/43622
    • Although a scheduled recording that is set by an EPG (Electronic Program Guide) specifies in advance a time slot for using the resource, reproduction that is set by the EPG does not specify a time slot for using the resource. Therefore, although it is possible to carry out resource allocations for a plurality of scheduled recordings in advance, it is not possible to carry out a resource adjustment in advance when the scheduled recording and the reproduction operation use the same resource. However, when an adjustment process is performed after the starting time of the scheduled recording, the adjustment process itself takes up some time, thus giving rise to the possibility that the scheduled recording may not start at the specified starting time. The resource adjustment for the scheduled recording and the reproduction is initiated ahead of the starting time of the scheduled recording. The amount of time ahead of the scheduled recording, by which the resource adjustment is to be started, can be specified by the EPG.
    • 虽然由EPG(电子节目指南)设置的预定录像预先指定了使用资源的时隙,但由EPG设置的再现不会指定使用资源的时隙。 因此,尽管可以预先对多个预定记录执行资源分配,但是当预定的记录和再现操作使用相同的资源时,不可能预先执行资源调整。 然而,当在预定记录的开始时间之后执行调整处理时,调整处理本身占用一些时间,从而导致预定记录可能在指定的开始时间开始的可能性。 预定记录和再现的资源调整在预定记录的开始时间之前开始。 EPG可以指定资源调整开始的预定记录之前的时间。