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    • 81. 发明申请
    • BRAKE CONTROL APPARATUS AND BRAKE CONTROL METHOD
    • 制动控制装置和制动控制方法
    • US20080208426A1
    • 2008-08-28
    • US12037288
    • 2008-02-26
    • Katsuya IwasakiAkihiro SatoToshiyuki InnamiHitoshi Kobayashi
    • Katsuya IwasakiAkihiro SatoToshiyuki InnamiHitoshi Kobayashi
    • G06F19/00
    • B60T1/10B60T8/4081B60T13/686B60T17/221
    • A brake control apparatus has wheel cylinders, hydraulic pressure supply sources pressurizing an inside of the wheel cylinder, control valves performing a pressure-raising/reducing control of the inside of the wheel cylinder, and at least two actuator units grouped according to a diagonal wheel cylinder system or a fore-and-aft wheel cylinder system, one of which has a main control section and the other of which has a sub control section. Both the control sections control the plurality of hydraulic pressure supply sources and the control valves based on a vehicle status amount input to both the control sections via communication lines. When the actuator unit in which the main control section is included becomes abnormal, the sub control section drives the hydraulic pressure supply source and the control valves belonging to the actuator unit of the sub control section and controls the internal pressures of the wheel cylinders.
    • 制动控制装置具有轮缸,对轮缸内部加压的液压供给源,对轮缸内部执行升压/降压控制的控制阀,以及至少两个按照对角轮组合的致动器单元 气缸系统或前后轮缸系统,其中一个具有主控制部分,另一个具有副控制部分。 控制部基于经由通信线路输入到两个控制部的车辆状态量,控制多个液压供给源和控制阀。 当包括主控制部分的致动器单元变得异常时,副控制部驱动属于副控制部的致动器单元的液压供给源和控制阀,并且控制轮缸的内部压力。
    • 82. 发明申请
    • Pest-Control Member
    • 害虫控制成员
    • US20080187564A1
    • 2008-08-07
    • US11885910
    • 2006-03-07
    • Hidekazu MomiyamaToru SakoHitoshi Kobayashi
    • Hidekazu MomiyamaToru SakoHitoshi Kobayashi
    • A01M3/04A01N25/00
    • A01M29/34
    • A pest-control member used to prevent equipment from pest damage by being attached to a target that becomes a migration path for pests entering the equipment, the pest-control member being configured so that it is entirely made of resin, its diameter is located perpendicular to the target when attached to the target, and it is formed in a shape to become an obstacle to the pests migrating along the target; the pest-control member including a target-receiving space for receiving the target and an opening for allowing the target to be placed in the target-receiving space; wherein when the target is placed via the opening into the target-receiving space, the pest-control member elastically changes its shape to close the opening and keeps its closed shape.
    • 一种害虫控制构件,用于通过附着到成为用于害虫进入设备的迁移路径的目标来防止设备受到害虫损害,害虫控制构件构造成使其完全由树脂制成,其直径位于垂直 到目标附近,并且形成为成为沿着目标迁移的害虫的障碍物的形状; 害虫控制构件包括用于接收目标的目标接收空间和用于允许目标放置在目标接收空间中的开口; 其特征在于,当通过所述开口将所述目标物放置在所述目标容纳空间内时,所述害虫控制部件弹性地变形以闭合所述开口并保持其封闭形状。
    • 83. 发明申请
    • BRAKE CONTROL APPARATUS
    • 制动控制装置
    • US20080054716A1
    • 2008-03-06
    • US11846709
    • 2007-08-29
    • Akihiro SATOToshiyuki InnamiHitoshi KobayashiKatsuhiko WakabayashiKatsuya Iwasaki
    • Akihiro SATOToshiyuki InnamiHitoshi KobayashiKatsuhiko WakabayashiKatsuya Iwasaki
    • B60T7/12F16D65/14G06F7/70
    • B60T7/042B60T1/10B60T7/22B60T8/368B60T8/4081
    • A brake control apparatus includes an actuator configured to generate a braking force of road wheel; a first control unit configured to calculate a target braking controlled variable in accordance with an amount of brake manipulation of a driver; and a second control unit including a backup calculation section configured to calculate a backup target braking controlled variable, by receiving the amount of brake manipulation separately from the first control unit. The second control unit selects one of the target braking controlled variable and the backup target braking controlled variable in accordance with operating conditions of the first control unit and the second control unit. The second control unit outputs a drive signal to the actuator so as to bring the braking force of road wheel closer to the selected one of the target braking controlled variable and the backup target braking controlled variable.
    • 一种制动控制装置,包括:致动器,被构造成产生车轮的制动力; 第一控制单元,被配置为根据驾驶员的制动操作量来计算目标制动控制变量; 以及第二控制单元,其包括备用计算部,其被配置为通过分别接收与所述第一控制单元相关的制动操作量来计算备用目标制动控制变量。 第二控制单元根据第一控制单元和第二控制单元的运行条件选择目标制动控制变量和备用目标制动控制变量中的一个。 第二控制单元向致动器输出驱动信号,使得车轮的制动力更接近目标制动控制变量和备用目标制动控制变量中的所选择的一个。
    • 85. 发明申请
    • Pulse modulation type electric power amplifier
    • 脉冲调制型电力放大器
    • US20070236286A1
    • 2007-10-11
    • US11712230
    • 2007-02-28
    • Hitoshi KobayashiKenji Okamoto
    • Hitoshi KobayashiKenji Okamoto
    • H03F3/38
    • H03F3/2173H03F1/52H03F3/217
    • A pulse modulation type electric power amplifier includes a pulse modulator that receives as input a clock and an input signal, and converts the input signal to a pulse train, an output control circuit that receives as input the pulse train output by the pulse modulator, and controls output of the pulse train, an output circuit that performs switching according to the pulse train output by the output control circuit, a comparator that converts an output terminal voltage of the output circuit to a high or a low digital value, and a short-circuit determination circuit that determines whether an output short circuit has occurred based on a state of an output signal of the comparator, and outputs an output prohibition signal to the output control circuit when an output short circuit is detected. The output control circuit controls output of the pulse train when the output prohibition signal is input, so that the output circuit stops the switching operation. An output short-circuit protection circuit can thereby be configured simply with little circuitry, and is thus small, low power, and integrated easily.
    • 脉冲调制型电力放大器包括脉冲调制器,其接收时钟和输入信号作为输入,并将输入信号转换为脉冲串;输出控制电路,接收由脉冲调制器输出的脉冲序列作为输入;以及 控制脉冲串的输出,根据输出控制电路输出的脉冲序列进行切换的输出电路,将输出电路的输出端子电压转换为高或低数字值的比较器, 电路确定电路,其基于比较器的输出信号的状态确定是否发生了输出短路,并且当检测到输出短路时,将输出禁止信号输出到输出控制电路。 当输出禁止信号被输入时,输出控制电路控制脉冲序列的输出,使得输出电路停止切换操作。 因此,输出短路保护电路可以简单地配置很少的电路,因此能够小型化,低功率化,并且容易集成。
    • 86. 发明授权
    • Power MOS transistor having trench gate
    • 功率MOS晶体管具有沟槽栅极
    • US07227223B2
    • 2007-06-05
    • US10618624
    • 2003-07-15
    • Noboru MatsudaHitoshi KobayashiMasaru KawakatsuAkihiko Osawa
    • Noboru MatsudaHitoshi KobayashiMasaru KawakatsuAkihiko Osawa
    • H01L29/76H01L29/94H01L31/062H01L31/113H01L31/119
    • H01L29/7813H01L29/41766H01L29/4232H01L29/4238H01L29/456H01L29/7802
    • A semiconductor device, and particularly an MOS transistor device, wherein in order to increase a channel region density and to achieve a low resistance of a transistor device there is provided a first gate electrode group having a plurality of gate electrodes formed on a semiconductor substrate to be away from each other at first equal spacings, a second gate electrode group having a plurality of gate electrodes formed on the semiconductor substrate to be away from each other at the first equal spacings, a source contact portion formed away from the first or the second gate electrode group at a second spacing, and source regions for electrically interconnecting the first gate electrode group and the source contact. The source regions are connected to each other at one end of the first gate electrode group, and separated at the other end of the first gate electrode group. In addition, the gate electrodes of the first group are connected each other at the other end. The second spacing is greater than the first spacing.
    • 一种半导体器件,特别是MOS晶体管器件,其中为了增加沟道区密度并实现晶体管器件的低电阻,提供了一种第一栅极电极组,其具有形成在半导体衬底上的多个栅极电极 在第一等间隔处彼此远离的第二栅极电极组,具有形成在半导体衬底上的多个栅电极以彼此间隔开的第一等间距彼此远离的第二栅电极组;远离第一或第二 第二间隔的栅极电极组和用于将第一栅极电极组和源极接触电互连的源极区域。 源极区域在第一栅电极组的一端彼此连接,并在第一栅电极组的另一端分离。 此外,第一组的栅电极在另一端彼此连接。 第二个间距大于第一个间距。
    • 90. 发明申请
    • Planning operation management support system, and planning operation management support program
    • 规划运营管理支持系统,规划运营管理支持方案
    • US20050216111A1
    • 2005-09-29
    • US11086226
    • 2005-03-23
    • Nobuhiro OoshimaHitoshi KobayashiKatsutoshi NishiguchiHirokatsu Matsudaira
    • Nobuhiro OoshimaHitoshi KobayashiKatsutoshi NishiguchiHirokatsu Matsudaira
    • G05B19/418G06F19/00G06Q10/00G06Q10/06G06Q50/00
    • G06Q10/06
    • A project template information management database 1 of a planning operation management support system includes: database groups from 20 to 23 saving setting information of planning operations performed in the past, names of process flows in the respective layers (task name), lead times (lead time) required for the respective process flows (task), and dependency relations between the process flows (task), as templates by the respective customers; a result database 15 storing trading results with customers in the past; and a calendar database 16 storing calendar information setting actual working days when workers in charge of the respective process flows carry on a work, and holidays. A client terminal 4 includes: an input device 35 inputting new project names, customer names, and delivery dates; and a CPU41 calling a corresponding customer's template from the project template information management database 1 by inputting the customer name, the name of the new project, and the delivery date, creating a new project information, and displaying the Gantt chart on the screen.
    • 规划运行管理支援系统的项目模板信息管理数据库1包括:20〜23个数据库组,保存过去执行的规划操作的设定信息,各层的处理流程名称(任务名称),交货时间 时间)以及流程(任务)之间的依赖关系,作为各个客户的模板; 结果数据库15存储过去客户的交易结果; 以及日历数据库16,其存储设定各工序流程的工人进行工作的假日的设定实际工作日的日历信息。 客户终端4包括:输入设备35,输入新的项目名称,客户名称和交货日期; 以及通过输入客户名称,新项目名称和交货日期,从项目模板信息管理数据库1中调用相应客户模板的CPU 41,创建新的项目信息,以及在该屏幕上显示甘特图。