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    • 3. 发明授权
    • Power supply control system comprising a plurality of power supply units
    • 电源控制系统包括多个电源单元
    • US5559376A
    • 1996-09-24
    • US10805
    • 1993-01-29
    • Hiroshi Tachikawa
    • Hiroshi Tachikawa
    • G06F1/26H02J1/00H02J1/10H02J9/00
    • H02J9/00H02J1/10Y10T307/305Y10T307/484Y10T307/50Y10T307/729
    • In a power supply control system including first through N-th power supply units for generating first through N-th output voltages, the first through the N-th power supply units producing first through N-th failure signals on occurrence of failure in the first through the N-th power supply units, respectively. A sequence control unit carries out a power on sequence which is for sequentially putting the first through the N-th power supply units into an on state in voltage increasing order of the output voltages and carries out a power off sequence which is for sequentially putting the first through the N-th power supply units into an off state in voltage decreasing order of the output voltages. A failure detection control unit, in response to one of the first through the N-th failure signals, simultaneously puts a specific unit of the first through the N-th power supply units that produces the one of the first through the N-th failure signals and the power supply units having the output voltages which are not lower than that of the specific unit into the off state and subsequently puts the power supply unit having the output voltages which are lower than that of the specific unit into the off state in accordance with the power off sequence.
    • 在包括用于产生第一至第N输出电压的第一至第N电源单元的电源控制系统中,第一至第N电源单元在第一至第N输出电压发生故障时产生第一至第N故障信号 分别通过第N个电源单元。 顺序控制单元执行用于按照输出电压的升压顺序将第N个电源单元顺序地置于导通状态的顺序,并且执行用于顺序地将 首先通过第N个电源单元以输出电压的降压顺序进入关断状态。 故障检测控制单元响应于第一到第N故障信号之一,同时将产生第一到第N故障中的一个的第N个电源单元的第一至第N电源单元的特定单元 信号和具有不低于特定单元的输出电压的电源单元进入断开状态,并且随后将具有低于特定单元的输出电压的电源单元放置在断开状态 断电顺序。
    • 4. 发明授权
    • Currency sorting apparatus
    • 货币分类设备
    • US5230653A
    • 1993-07-27
    • US864422
    • 1992-04-06
    • Takashi ShinozakiHiroshi Tachikawa
    • Takashi ShinozakiHiroshi Tachikawa
    • G07D3/00G07D3/02G07D3/14
    • G07D3/14
    • A currency sorting apparatus including a detector provided in a currency passage for detecting information necessary for discriminating the genuineness and the denominations of pieces of currency and outputting detection signals, a plurality of currency accommodating boxes provided downstream of the detector, the number of which is greater than the number of denominations of the pieces of currency to be sorted, each of the currency accommodating boxes being adapted for accommodating genuine pieces of currency in accordance with their denominations, a controller adapted for selectively feeding pieces of currency into the currency accommodating boxes in accordance with the detection signals input from the detector and a sorting mode selector for selecting a sorting mode which determines what currency accommodating boxes accommodates what denomination of pieces of currency and outputs a corresponding sorting mode signal when the sorting mode is selected.
    • 一种货币分类装置,包括:检测器,其设置在货币通道中,用于检测识别货币的真实性和面额并输出检测信号所需的信息;多个货币收纳箱,设置在检测器的下游,数量较多 比起要分类的货币的面额的数量,每个货币收纳箱适合于根据其面额收取正品货币;一个控制器,适于根据货物的货币选择性地将货币送入货币收纳箱 具有从检测器输入的检测信号和分选模式选择器,用于选择分类模式,该分类模式确定在选择分类模式时,货币币种可容纳多少种货币并输出相应的分类模式信号。
    • 5. 发明授权
    • Parallel operation power supply control system
    • 并联运行电源控制系统
    • US5177372A
    • 1993-01-05
    • US611787
    • 1990-11-13
    • Hideharu YajimaHiroshi Tachikawa
    • Hideharu YajimaHiroshi Tachikawa
    • G06F1/26G05F1/59G06F1/28H02J1/10H02M3/00
    • G05F1/59H02J1/10H02J1/102Y10T307/582Y10T307/724
    • A parallel operation power supply control system has a plurality of switching power supply modules for supplying electric power in parallel to a logic device, and a parallel operation power supply control module connected to a superior controller for control of the plurality of the switching power supply modules. Each of the plurality of the switching power supply modules comprises a DC-DC converter, a drive pulse generator for driving the DC-DC converter, and an electric current feedback unit for detecting an electric current outputted from the DC-DC converter and for feeding the detected result in the form of a first data to the parallel operation power supply control module. The parallel operation power supply control module comprises an arithmetic processor for arithmetically processing the first data fed from the plurality of the switching power supply modules to produce corresponding second data, a plurality of error amplifiers for producing error data according to the second data and a voltage inputted into the logic device and for outputting the error data to each drive pulse generator, and a basic pulse generator for outputting basic pulses to each drive pulse generator.
    • 并联运行电源控制系统具有多个与逻辑装置并联供电的开关电源模块,以及并联运行电源控制模块,与上位控制器连接,用于控制多个开关电源模块 。 多个开关电源模块中的每一个包括DC-DC转换器,用于驱动DC-DC转换器的驱动脉冲发生器和用于检测从DC-DC转换器输出的电流并用于馈送的电流反馈单元 将检测结果以第一数据的形式提供给并行操作电源控制模块。 并联运行电源控制模块包括运算处理器,用于对从多个开关电源模块馈送的第一数据进行算术处理以产生对应的第二数据;多个误差放大器,用于根据第二数据产生误差数据;以及电压 输入到逻辑装置并将错误数据输出到每个驱动脉冲发生器,以及用于向每个驱动脉冲发生器输出基本脉冲的基本脉冲发生器。
    • 7. 发明授权
    • Method for producing rooted cutting of pinaceae tree
    • 松果树根切割方法
    • US08763304B2
    • 2014-07-01
    • US12664273
    • 2008-06-10
    • Hiroshi TachikawaChikahiro Miyake
    • Hiroshi TachikawaChikahiro Miyake
    • A01G7/00A01G7/02
    • A01G2/30
    • A method for producing a rooted cutting which can be applied to Pinaceae trees. Specifically, the present invention provides a method for producing a rooted cutting of a Pinaceae tree, comprising the following steps A and B: A: adding a cytokinin to the outside of a shoot apex of a short shoot of a Pinaceae tree to thereby induce a new scaly leaf and/or primary leaf; and B: cutting out the short shoot where new scaly leaf and/or primary leaf is induced in the step A, inserting the short shoot as a cutting in a rooting bed wetted with a carbon source-free liquid medium comprising nitrogen, phosphorus and potassium as essential elements, and culturing the short shoot in a culturing vessel while regulating the concentration of CO2 gas in the culturing vessel at a humidity of 80% or more to root the cutting.
    • 一种可应用于松科植物的根切割方法。 具体而言,本发明提供了一种松科植物根系切割的方法,包括以下步骤A和B:A:将松果体科的短枝的芽顶部的外侧添加细胞分裂素,从而诱导 新的鳞片叶和/或初级叶; 和B:切出在步骤A中诱导新的鳞片叶和/或初级叶的短枝,将短枝作为切割插入到用不含碳源的液氮介质(包括氮,磷和钾)润湿的生根床 作为必需元素,并且在80%以上的湿度调节培养容器内的CO 2气体浓度的同时在培养容器中培养短枝以根除切割。
    • 8. 发明申请
    • METHOD FOR PRODUCING ROOTED CUTTING OF PINACEAE TREE
    • 用于生产PINACEAE树的翻转切割的方法
    • US20100180498A1
    • 2010-07-22
    • US12664273
    • 2008-06-10
    • Hiroshi TachikawaChikahiro Miyake
    • Hiroshi TachikawaChikahiro Miyake
    • A01G1/00
    • A01G2/30
    • The present invention provides a method for producing a rooted cutting which can be applied to Pinaceae trees. Specifically, the present invention provides a method for producing a rooted cutting of a Pinaceae tree, comprising the following steps A and B. A: adding a cytokinin to the outside of a shoot apex of a short shoot of a Pinaceae tree to thereby induce a new scaly leaf and/or primary leaf; B: cutting out the short shoot where new scaly leaf and/or primary leaf is induced in the step A, inserting the short shoot as a cutting in a rooting bed wetted with a carbon source-free liquid medium comprising nitrogen, phosphorus and potassium as essential elements, and culturing the short shoot in a culturing vessel while regulating the concentration of CO2 gas in the culturing vessel at a humidity of 80% or more to thereby root the cutting.
    • 本发明提供一种可用于松果科的根切割的生产方法。 具体地说,本发明提供了一种松科植物根系切割的方法,包括以下步骤A和B. A:将细胞分裂素加入到松科树短枝的茎顶部的外侧,从而诱导 新的鳞片叶和/或初级叶; B:在步骤A中切出引起新的鳞片叶和/或初级叶的短枝,将短枝作为切割插入到用含氮源,磷和钾的无碳源液体培养基润湿的生根床中,作为 必要元素,在培养容器中培养短苗,同时在80%以上的湿度调节培养容器内的CO 2气体浓度,从而根切割。
    • 10. 发明授权
    • Power control system for electrical power supply modules
    • 电源模块电源控制系统
    • US5594286A
    • 1997-01-14
    • US85037
    • 1993-07-02
    • Hiroshi Tachikawa
    • Hiroshi Tachikawa
    • G05F1/10H02J1/10H02M3/00H02J1/00
    • H02J1/102Y10T307/50Y10T307/658
    • A control circuit for controlling a plurality of power supply modules connected in parallel to provide power to a single load. The control module first converts first analog data corresponding to a voltage level which is applied to the load. The control module then compares the voltage level to a predetermined voltage level and computes a voltage deviation between the predetermined voltage level and the voltage applied to the load. The control module then computes whether the voltage deviation is within a proper limit or not. The control module then sends a pulse width data signal corresponding to the voltage deviation to the power supply modules in order to control the amount of power each module supplies to the load.
    • 一种用于控制并联连接的多个电源模块以向单个负载提供电力的控制电路。 控制模块首先转换对应于施加到负载的电压电平的第一模拟数据。 控制模块然后将电压电平与预定电压电平进行比较,并计算预定电压电平和施加到负载的电压之间的电压偏差。 然后,控制模块计算电压偏差是否在适当的极限内。 控制模块然后将对应于电压偏差的脉冲宽度数据信号发送到电源模块,以便控制每个模块向负载提供的功率量。