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    • 23. 发明申请
    • Capacitor apparatus
    • 电容器
    • US20070216425A1
    • 2007-09-20
    • US11708026
    • 2007-02-20
    • Michio OkamuraTakao MutoAtsushi Shimizu
    • Michio OkamuraTakao MutoAtsushi Shimizu
    • G01R27/26
    • H01G9/155H01G9/14H02J7/0016H02J7/345Y02E60/13Y02T10/7022Y02T10/7055
    • A capacitor apparatus according to the present invention is configured to charge electric charge in capacitors C1 and C2 and discharge electric charge from the capacitors C1 and C2 at normal operation time. The capacitor apparatus includes an internal resistance detection means 2 for detecting the internal resistance value of the capacitors C1 and C2 and an inter-capacitor charging/discharging control means 1 for controlling charging/discharging operation between the capacitors C1 and C2. When the internal resistance detection means 2 detects a resistance value more than a predetermined value, the inter-capacitor charging/discharging control means 1 performs charging/discharging control between the capacitors C1 and C2 to cause the capacitors C1 and C2 to self-heat.
    • 根据本发明的电容器装置被配置为在电容器C1和C2中充电电荷,并在正常操作时间从电容器C 1和C 2放电电荷。 电容器装置包括用于检测电容器C 1和C 2的内部电阻值的内部电阻检测装置2和用于控制电容器C 1和C 2之间的充电/放电操作的电容器间充电/放电控制装置1。 当内部电阻检测装置2检测到大于预定值的电阻值时,电容器间充电/放电控制装置1在电容器C 1和C 2之间执行充电/放电控制,以使电容器C 1和C 2 自热。
    • 24. 发明申请
    • Board inspecting apparatus, its parameter setting method and parameter setting apparatus
    • 板检测装置,其参数设定方法和参数设定装置
    • US20060291713A1
    • 2006-12-28
    • US11472508
    • 2006-06-21
    • Toshihiro MoriyaHirotaka WadaTakako OnishiAtsushi ShimizuAkira Nakajima
    • Toshihiro MoriyaHirotaka WadaTakako OnishiAtsushi ShimizuAkira Nakajima
    • G06K9/00
    • G01N21/8851G01N21/95684G06T7/0004G06T2207/30141
    • For each teaching image, a plurality of patterns of color pickup regions each include a first region for picking up a color of a first part and a second region for picking up a color of a second part are set, the color of each pixel in the first region and the color of each pixel in the second region are mapped as a target point and an exclusion point respectively, to a color space for each of the patterns of the color pickup regions, a degree in separation between a target point distribution and an exclusion point distribution in the color space is calculated for each of the patterns of the color pickup regions, a pattern of a color pickup region having a maximum degree in separation is selected, a color range which divides the color space and has the largest difference between the number of target points and the number of exclusion points in the selected pattern therein is found, and the found color range is set as a color condition used in a board inspecting process.
    • 对于每个示教图像,多个图案的颜色拾取区域各自包括用于拾取第一部分的颜色的第一区域和用于拾取第二部分的颜色的第二区域,每个像素的颜色在 第一区域和第二区域中的每个像素的颜色分别作为目标点和排除点映射到颜色拾取区域的每个图案的颜色空间,目标点分布和 针对颜色拾取区域的每个图案计算颜色空间中的排除点分布,选择具有最大分离度的颜色拾取区域的图案,分割颜色空间并且具有最大差异的颜色范围 找到所选择的图案中的目标点的数量和排除点的数量,并且将所发现的颜色范围设置为在板检查处理中使用的颜色条件。
    • 28. 发明授权
    • Semiconductor integrated circuit device with a plurality of logic
circuits having active pull-down functions
    • 具有多个具有主动下拉功能的逻辑电路的半导体集成电路器件
    • US5298802A
    • 1994-03-29
    • US56798
    • 1993-05-03
    • Mitsuo UsamiNoboru ShiozawaToshio YamadaHiromasa KatohKazuyoshi SatohTohru KobayashiTatsuya KimuraMasato HamamotoAtsushi ShimizuKaoru Koyu
    • Mitsuo UsamiNoboru ShiozawaToshio YamadaHiromasa KatohKazuyoshi SatohTohru KobayashiTatsuya KimuraMasato HamamotoAtsushi ShimizuKaoru Koyu
    • H03K3/2885H03K17/0412H03K17/66H03K19/013H03K19/086
    • H03K19/086H03K17/04126H03K17/666H03K19/0136H03K3/2885
    • In accordance with one aspect of the invention, a semiconductor integrated circuit is provided wherein an input circuit is formed by a phase split circuit having a bipolar transistor which outputs an inverted output from the collector and a non-inverted output from the emitter. The emitter follower output circuit is driven by an inverted output of the phase split circuit. Meanwhile, an emitter load of the emitter follower output circuit is formed by a transistor, and the emitter load transistor is temporarily driven conductively by a charging current of the capacitance to be charged by the rising edge of the non-inverted output of the phase split circuit. As a second aspect of the invention, a logic circuit is formed of a logic portion and an output portion. The output portion includes an emitter follower output transistor receiving an output signal generated by the logic portion and an active pull-down transistor receiving at its base a signal supplied thereto through a capacitance element. The signal received by the active pull-down transistor has a phase reverse to that of the input signal supplied to the base of said output transistor. Between the base and emitter of the active pull-down transistor, there is disposed a bias circuit formed of a transistor receiving at its base a predetermined bias voltage and an emitter resistor. Further, between a junction point of the emitter follower output transistor and the active pull-down transistor and the emitter of the transistor as a constituent of the bias circuit, there is disposed a capacitance element for feeding back the output signal.
    • 根据本发明的一个方面,提供一种半导体集成电路,其中输入电路由具有从集电极输出反相输出的双极晶体管和来自发射极的非反相输出的相位分离电路形成。 射极跟随器输出电路由相位分离电路的反相输出驱动。 同时,射极跟随器输出电路的发射极负载由晶体管形成,并且发射极负载晶体管由相分离的非反相输出的上升沿的待充电电容的充电电流导通地临时驱动 电路。 作为本发明的第二方面,逻辑电路由逻辑部分和输出部分组成。 输出部分包括接收由逻辑部分产生的输出信号的射极跟随器输出晶体管和有源下拉晶体管,在其底部接收通过电容元件提供给它的信号。 由有源下拉晶体管接收的信号与提供给所述输出晶体管的基极的输入信号的相位相反。 在有源下拉晶体管的基极和发射极之间设置偏置电路,该偏置电路由其基极接收预定偏置电压的晶体管和发射极电阻构成。 此外,在射极跟随器输出晶体管的连接点和有源下拉晶体管和作为偏置电路的组成部分的晶体管的发射极之间,设置有用于反馈输出信号的电容元件。
    • 30. 发明授权
    • Hydraulic braking pressure control system
    • 液压制动压力控制系统
    • US5100211A
    • 1992-03-31
    • US611575
    • 1990-11-13
    • Yoichi SugimotoKougyoku GoYoshihiro IwagawaEtsuo FujiiNaotoshi TamaiAtsushi Shimizu
    • Yoichi SugimotoKougyoku GoYoshihiro IwagawaEtsuo FujiiNaotoshi TamaiAtsushi Shimizu
    • B60T8/40B60T8/42B60T8/94
    • B60T8/4225B60T8/94
    • A hydraulic braking pressure control system which includes a sleeve slidably received in a housing with opposite ends facing an output chamber connected to a brake device, and a pilot chamber connected to a control hydraulic pressure source. A control piston is slidably received in the sleeve, with one end of the control piston facing the output chamber and the other end facing a control chamber connected to the control hydraulic pressure source through a lock valve which is adapted to be closed in response to the movement of the sleeve, in a direction to increase the volume of the output chamber. A cut-off valve located between an input chamber leading to a master cylinder and the output chamber includes a valve member having a maximum amount of movement in a seating direction which is regulated to a position of the valve member spaced apart from a valve seat when a valve seat member follows movement of the sleeve in a direction to reduce the volume of the pilot chamber to the maximum amount. This ensures that the opening of the cut-off valve and tight closing of the control chamber upon an abnormal reduction of the control hydraulic pressure from the control hydraulic pressure reduction source can be achieved with a simplified system.
    • 一种液压制动压力控制系统,其包括可滑动地容纳在壳体中的套筒,所述套筒的相对端面向连接到制动装置的输出室,以及连接到控制液压源的先导室。 控制活塞可滑动地容纳在套筒中,其中控制活塞的一端面向输出室,另一端面对通过锁定阀连接到控制液压源的控制室,该锁阀适于响应于 套筒的移动方向,以增加输出室的体积。 位于通向主缸的输入室和输出室之间的截止阀包括阀构件,该阀构件在就座方向上具有最大量的运动,该阀构件被调节到与阀座间隔开的阀构件的位置, 阀座构件沿着将导向室的体积减小至最大量的方向的套筒运动。 由此,能够通过简化的系统来实现截止阀的打开和控制液压从控制液压减压源异常降低时的控制室的紧闭。