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    • 21. 发明授权
    • Runaway prevention in a remote controller
    • 在遥控器中防止流失
    • US5861833A
    • 1999-01-19
    • US705559
    • 1996-08-29
    • Minoru Saito
    • Minoru Saito
    • G06F11/30G06F1/24G06F11/00H03J1/00H04Q9/00G08C19/12
    • H03J1/0025G06F1/24G06F11/00G06F11/004
    • A remote controller includes an oscillation circuit for generating a basic clock signal; a read only memory for storing program data; a central processing unit electrically connected to the oscillation circuit and the read only memory for fetching output data from the read only memory and generating a remote control signal; a key matrix; a key source circuit connected to the key matrix; a key return circuit connected to the key matrix; and a reset circuit electrically connected to the central processing unit, the oscillation circuit and the key return circuit. The reset circuit places at least the central processing unit in a reset state after power has been input and if any key input appears on the key matrix, and then releases the central processing unit from the reset state before having the central processing unit return to the reset state.
    • 遥控器包括用于产生基本时钟信号的振荡电路; 用于存储程序数据的只读存储器; 电连接到振荡电路的中央处理单元和用于从只读存储器取出输出数据并产生遥控信号的只读存储器; 一个关键矩阵; 连接到键矩阵的键源电路; 连接到键矩阵的键返回电路; 以及电连接到中央处理单元,振荡电路和键返回电路的复位电路。 复位电路至少将中央处理单元置于复位状态,并且在键矩阵上出现任何键输入,然后在使中央处理单元返回到中央处理单元之前将其从复位状态释放 复位状态。
    • 24. 发明授权
    • Method for measuring Fe coating weight of Fe-coated stainless steel sheet
    • Fe涂层不锈钢板的镀层重量测定方法
    • US5325416A
    • 1994-06-28
    • US140551
    • 1993-10-25
    • Minoru SaitoKazuaki HosomiToshiharu Kitsutaka
    • Minoru SaitoKazuaki HosomiToshiharu Kitsutaka
    • G01N23/223
    • G01N23/223G01N2223/076
    • The surface of a stainless steel sheet before Fe-coating and the surface of the same stainless steel sheet after Fe-coating are analyzed by X-ray fluorescent analysis to determine the ratio of a fluorescent X-ray intensity I.sub.Cr b ascribable to CF to a fluorescent X-ray intensity I.sub.Fe b ascribable to Fe before Fe-coating, I.sub.Cr b/I.sub.Fe b, and the ratio of a fluorescent X-ray intensity I.sub.Cr a ascribable to Cr to a fluorescent X-ray intensity I.sub.Fe a ascribable to Fe after Fe-coating, I.sub.Cr a/I.sub.Fe a, and the resulting values are substituted in the following equation to calculate an Fe coating weight W (g/m.sup.2).W=(I.sub.Cr b/I.sub.Fe b-I.sub.Cr a/I.sub.Fe a)/Cwherein C represents a proportional constant determined by the type of steel of a stainless steel sheet.
    • 通过X射线荧光分析分析Fe镀层前的不锈钢板表面和Fe镀层后的相同不锈钢板的表面,以确定可归因于CF的荧光X射线强度ICrb与荧光体的比例 在Fe涂层之前,由ICbb / IFeb引起的Fe的X射线强度IFeb和归因于Cr的荧光X射线强度ICra与Fe涂覆后归因于Fe的荧光X射线强度IFea的比值,ICra / IFea ,并将所得到的值代入以下等式中以计算Fe涂层重量W(g / m 2)。 W =(ICrb / IFeb-ICra / IFea)/ C其中C表示由不锈钢板的钢种类型确定的比例常数。
    • 26. 发明授权
    • Image recording apparatus
    • 图像记录装置
    • US4724469A
    • 1988-02-09
    • US25697
    • 1987-03-13
    • Masayuki ShimizuMinoru Saito
    • Masayuki ShimizuMinoru Saito
    • G03D9/00G03B27/30G03D13/00
    • G03D13/002G03B27/30
    • Disclosed is an image recording apparatus for allowing an image to be formed on an image receiving material by heat-developing and transferring an image recorded on a heat-developable light-sensitive photographic material onto an image receiving material in the presence of an image forming solvent. The heat-developable light-sensitive material is exposed while it is being wound around a rotating exposure drum, the exposed heat-developable light-sensitive material is applied with an image forming solvent while it is still wound on the drum. In consequence, the amount of space required for solvent application can be reduced.
    • 公开了一种图像记录装置,用于通过在存在图像形成溶剂的情况下将记录在可热显影的感光照相材料上的图像热显影和转印到图像接收材料上来允许在图像接收材料上形成图像 。 当可热显影的感光材料被卷绕在旋转的曝光鼓周围时,其曝光,暴露的可热显影的感光材料在其仍然缠绕在鼓上时被施加图像形成溶剂。 因此,可以减少溶剂施加所需的空间。
    • 28. 发明申请
    • SWITCHING CONTROL SYSTEM OF CIRCUIT BREAKER
    • 断路器开关控制系统
    • US20100141050A1
    • 2010-06-10
    • US12443980
    • 2007-10-02
    • Minoru SaitoHiroyuke MaeharaShiro Maruyama
    • Minoru SaitoHiroyuke MaeharaShiro Maruyama
    • H01H7/00
    • H01H9/563H01H2300/03H02J13/0086Y02B70/3241Y02B90/224Y04S20/14Y04S20/227Y10T307/74Y10T307/951
    • A switching control system of circuit breaker is provided, which can easily connect with such an external equipment as a PC, both at the work site and remote side, without using dedicated software, and can implement efficient maintenance and data collection. The system comprises: one or more switching control units of circuit breaker 100 each of which inputs electrical quantity of power system voltage and main circuit current, state quantity of a circuit breaker, and an opening command signal or closing command signal of the circuit breaker, and performs control to cause the circuit breaker to open or close at a desired phase of the power system voltage or main circuit current; and a display operation unit 700, which is connected with the switching control unit of circuit breaker via a communication network 500 and performs display operation to operate and monitor the operation and state of the switching control unit of circuit breaker. The switching control unit of circuit breaker comprises: a first area 110 serving as switching control arithmetic operation means for causing the circuit breaker to open or close at a desired phase of the power system voltage or main circuit current; and a second area 120 serving as communication arithmetic operation means for transmitting/receiving information from the display operation unit or transmitting information of the first area, via the communication network.
    • 提供断路器开关控制系统,无需使用专用软件即可在工作现场和远程端轻松连接PC等外部设备,实现有效的维护和数据采集。 该系统包括:断路器100的一个或多个切换控制单元,每个切换控制单元输入电力系统电压和主电路电流的电量,断路器的状态量以及断路器的断开指令信号或闭合指令信号, 并执行控制以使断路器在电力系统电压或主电路电流的期望相位处打开或关闭; 以及显示操作单元700,其经由通信网络500与断路器的切换控制单元连接,并执行显示操作以操作和监视断路器的开关控制单元的操作和状态。 断路器的开关控制单元包括:第一区域110,用作切换控制算术运算装置,用于使断路器在电力系统电压或主电路电流的期望相位处打开或关闭; 以及作为通信算术运算装置的第二区域120,用于经由通信网络从显示操作单元发送/接收信息或发送第一区域的信息。