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    • 1. 发明申请
    • ELEVATOR DOOR CONTROL DEVICE
    • 电梯门控制装置
    • US20160009528A1
    • 2016-01-14
    • US14766921
    • 2013-03-12
    • Masahiko KOKETSU
    • Masahiko KOKETSU
    • B66B13/14B66B13/12
    • B66B13/143B66B13/12B66B13/146
    • An elevator door control device includes: a car door panel and a hall door panel that open/close, respectively; a motor that drives the car door panel to open/close; jointing means for mechanically jointing the car door panel and the hall door panel to each other so that the panels open/close in an integrated manner; a closer device that provides a self-closing force in a door close direction to the hall door panel, and controller controlling the motor. The controller includes a torque detection unit that detects a torque of the motor in at least one of door closing and door opening of the panels when the panels are jointed to each other, and a diagnosis unit determines whether or not the hall door panel can self-close via the self-closing force when the panels are not jointed to each other, based on the torque detected by the torque detection unit.
    • 电梯门控制装置包括:分别开/关的轿厢门板和门厅门板; 驱动车门板打开/关闭的电机; 用于将轿厢门板和门厅门板彼此机械连接使得面板以一体的方式打开/关闭的接合装置; 一个更靠近的装置,其在门关闭方向上提供自动关闭力,并控制电动机。 控制器包括转矩检测单元,当面板彼此接合时,在面板的关门和门打开中的至少一个中检测电动机的转矩,并且诊断单元确定门厅门板是否能够自己 - 基于由扭矩检测单元检测到的扭矩,当面板彼此不接合时,通过自动关闭力来闭合。
    • 2. 发明授权
    • Heating medium supply system, integrated solar combined cycle electric power generation system and method of controlling these systems
    • 加热介质供应系统,综合太阳能联合循环发电系统及其控制方法
    • US08701411B2
    • 2014-04-22
    • US12514300
    • 2007-01-09
    • Masahiko KoketsuHideaki Ota
    • Masahiko KoketsuHideaki Ota
    • F01K23/10
    • F01K23/101F01K3/18F01K13/00F02C1/05F02C6/18F03G6/003Y02E10/46Y02E20/16
    • A heating medium supply system is provided which, even when a temperature fluctuation of a heating medium occurs continuously, is capable of relieving a bad thermal influence upon a heat exchanging device due to the temperature fluctuation. The heating medium supply system includes: a heating system configured to heat a liquid heating medium by sunlight; a heat exchanging device configured to heat feedwater; heating medium supply piping for circulating the heating medium; a heating medium temperature detecting device, a heating medium flow rate detecting device and a first heating medium flow control valve; and a control device capable of calculating a value of supply thermal energy from results of detections by the heating medium temperature detecting device and the heating medium flow rate detecting device and controlling an operation of the heating medium flow control valve based on the value of supply thermal energy thus calculated.
    • 提供一种加热介质供给系统,即使当连续发生加热介质的温度波动时,由于温度波动,能够减轻对热交换装置的热影响。 所述加热介质供给系统包括:加热系统,其构造为通过阳光加热液体加热介质; 配置为加热给水的热交换装置; 用于循环加热介质的加热介质供应管道; 加热介质温度检测装置,加热介质流量检测装置和第一加热介质流量控制阀; 以及控制装置,其能够根据加热介质温度检测装置和加热介质流量检测装置的检测结果计算供给热能的值,并且基于供给热量的值控制加热介质流量控制阀的操作 这样计算的能量。
    • 3. 发明申请
    • Heating Medium Supply System, Integrated Solar Combined Cycle Electric Power Generation System and Method of Controlling These Systems
    • 加热介质供应系统,太阳能综合联合循环发电系统及其控制方法
    • US20090320828A1
    • 2009-12-31
    • US12514300
    • 2007-01-09
    • Masahiko KoketsuHideaki Ota
    • Masahiko KoketsuHideaki Ota
    • F24J2/40
    • F01K23/101F01K3/18F01K13/00F02C1/05F02C6/18F03G6/003Y02E10/46Y02E20/16
    • A heating medium supply system (4) is provided which, even when a temperature fluctuation of a heating medium occurs continuously, is capable of relieving a bad thermal influence upon a heat exchanging device due to the temperature fluctuation. The heating medium supply system (4) includes: a heating system (6) configured to heat a liquid heating medium by sunlight; a heat exchanging device (7) configured to heat feedwater by means of the heating medium supplied thereto from the heating system (6); heating medium supply piping (8) for circulating the heating medium to the heating system (6) and to the heat exchanging device (7); a heating medium temperature detecting device (14), a heating medium flow rate detecting device (12) and a first heating medium flow control valve (13), which are provided on the heating medium supply piping (8) at respective locations between an outlet of the heating system (6) and an inlet of the heat exchanging device (7); and a control device (50) capable of calculating a value of supply thermal energy from results of detections by the heating medium temperature detecting device (14) and the heating medium flow rate detecting device (12) and controlling an operation of the heating medium flow control valve (13) based on the value of supply thermal energy thus calculated.
    • 提供一种加热介质供给系统(4),即使当连续发生加热介质的温度波动时,由于温度变动,能够减轻对热交换装置的热影响。 加热介质供给系统(4)包括:加热系统(6),被配置为通过阳光加热液体加热介质; 热交换装置(7),其构造成通过从所述加热系统(6)向其供应的加热介质来加热给水; 用于将加热介质循环到加热系统(6)和热交换装置(7)的加热介质供应管道(8); 加热介质温度检测装置(14),加热介质流量检测装置(12)和第一加热介质流量控制阀(13),其设置在加热介质供给管道(8)的出口 的加热系统(6)和热交换装置(7)的入口; 以及控制装置(50),其能够根据加热介质温度检测装置(14)和加热介质流量检测装置(12)的检测结果计算供给热能的值,并控制加热介质流的运转 基于由此计算的供给热能的值的控制阀(13)。