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    • 61. 发明申请
    • Control system using serial communication
    • 控制系统采用串行通讯方式
    • US20060262807A1
    • 2006-11-23
    • US10567460
    • 2003-10-10
    • Satoshi AokiSyuya Sano
    • Satoshi AokiSyuya Sano
    • H04L12/403
    • G05B19/0428G05B2219/24003
    • It is an object to enhance the reliability of an emergency stop in a control system, such as an NC apparatus system, in which, in order to reduce a dedicated line for an emergency stop, emergency-stop information is embedded in an ordinary serial-data frame. For that purpose, extracting units (125) and (126) are provided in a client control apparatus, for extracting emergency-stop data and frame-error check data from a frame that is transmitted from a host control apparatus or other client control apparatuses to the client control apparatus. Moreover, outputting circuits (128), (129), and (130) are provided in the client control apparatus, for, by checking the frame-error check data extracted by the extracting units, determining whether or not the frame has been generated normally in the host control apparatus or the other client control apparatuses, and outputting the emergency-stop data to an apparatus to be controlled when the emergency-stop data is embedded in the serial-data communication frame, and condition in which the frame is not generated normally in the host control apparatus or the other client control apparatuses is continued for a duration corresponding to a plurality of frames.
    • 其目的在于提高在诸如NC设备系统之类的控制系统中的紧急停止的可靠性,其中为了减少用于紧急停止的专用线路,紧急停止信息被嵌入到普通串行 - 数据框。 为此,提取单元(125)和(126)被提供在客户端控制装置中,用于从从主机控制装置或其他客户端控制装置发送的帧中提取紧急停止数据和帧错误校验数据 客户端控制装置。 此外,在客户控制装置中设置输出电路(128),(129)和(130),通过检查由提取单元提取的帧错误校验数据,确定帧是否已经正常生成 在主机控制装置或其他客户端控制装置中,并且当紧急停止数据被嵌入到串行数据通信帧中时,将紧急停止数据输出到要被控制的装置以及不产生帧的条件 通常在主机控制装置或其他客户控制装置中持续与多个帧对应的持续时间。
    • 62. 发明申请
    • Data processing device designing method, data processing device designing apparatus, program and computer readable information recording medium
    • 数据处理装置设计方法,数据处理装置设计装置,程序和计算机可读信息记录介质
    • US20050187750A1
    • 2005-08-25
    • US11018964
    • 2004-12-22
    • Masaoki SatohTakeshi ToyoyamaSatoshi Aoki
    • Masaoki SatohTakeshi ToyoyamaSatoshi Aoki
    • G06F11/28G06F11/34G06F17/50
    • G06F17/5045G06F17/5022
    • A method includes steps of calculating, for each predetermined operation included in a program, an execution time required when the operation is executed by a predetermined processor, or calculating, for each predetermined operation included in the program, a circuit size required when the operation is realized in a form of hardware according to a predetermined technology; and calculating, for the entirety of the predetermined program or operations corresponding to a part the entirety of the predetermined program, a total execution time required when the entirety of the predetermined program is executed by the predetermined processor, as a result of applying in sequence the required execution time, or calculating, for the entirety of the predetermined program or operations corresponding to a part the entirety of the predetermined program, a total circuit size required when the entirety of the predetermined program or programs corresponding to a part of the entirety of the predetermined program, as a result of applying in sequence the required circuit size.
    • 一种方法包括以下步骤:对于包括在程序中的每个预定操作,计算当由预定处理器执行操作所需的执行时间,或者对于包括在程序中的每个预定操作,计算操作所需的电路大小 根据预定技术以硬件形式实现; 并且对于与预定程序的整体的一部分相对应的预定程序或操作的整体,计算由预定处理器执行预定程序的整体所需的总执行时间,作为依次应用的结果 所需的执行时间或计算对应于预定程序的整体的一部分的预定程序或操作的整体,当整个预定程序或程序的整体的一部分相对应时,所需的总电路大小 作为依次应用所需电路尺寸的结果的预定程序。
    • 67. 发明授权
    • Light transmission type screen assembly
    • 透光型屏幕组合
    • US5699131A
    • 1997-12-16
    • US669953
    • 1996-06-25
    • Satoshi AokiKatsuaki Mitani
    • Satoshi AokiKatsuaki Mitani
    • H04N5/72G03B21/56G03B21/62G03B21/625H04N5/65H04N5/74G09G3/00H04N5/64
    • G03B21/625G03B21/56
    • The present invention provides a screen assembly wherein measures are taken to prevent slack produced in a lenticular lens sheet due to temperature changes and gaps created between a Fresnel lens sheet and the lenticular lens sheet due to temperature changes, thereby enabling the display of images free of inconsistencies in color. The structure of the screen assembly has the lower parts of a lenticular lens sheet and a Fresnel lens sheet comprising a screen fixed together, the upper part of the light radiant side of the lenticular lens sheet fixed to the upper part of a framework, the lower part of the screen, where the Fresnel lens sheet and the lenticular lens sheet are put together not being fixed to the lower part of the framework and a specified clearance created between the lower part of the screen and the lower part of the framework.
    • 本发明提供了一种屏幕组件,其中采取措施来防止由于温度变化和由于温度变化而在菲涅尔透镜片和双凸透镜片之间产生的间隙在双凸透镜片中产生的松弛,从而使得能够显示不含 颜色不一致 屏幕组件的结构具有双凸透镜片的下部和包括固定在一起的屏幕的菲涅耳透镜片,固定在框架的上部的双凸透镜片的光辐射侧的上部,下部 将菲涅耳透镜片和双凸透镜片放置在一起的部分屏幕不固定在框架的下部,并且在屏幕的下部和框架的下部之间产生指定的间隙。