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    • 1. 发明专利
    • System for providing prediction information on order of finish in race
    • 提供关于在整理的订单的预测信息的系统
    • JP2006099653A
    • 2006-04-13
    • JP2004287703
    • 2004-09-30
    • Tatsuo SakaiSanto International:Kk合資会社 三藤インターナショナル龍夫 酒井
    • SAKAI TATSUO
    • G06Q50/00G06Q50/10
    • PROBLEM TO BE SOLVED: To provide a method that predicts the order of finish in a race of engined vehicles much more quickly and accurately than before, and provide a system that transmits finish order prediction information to customers online via the Internet. SOLUTION: The information providing system comprises means for measuring predetermined running characteristics of each entry in a test run on a racecourse just before a race, means for computing an evaluation value or evaluation index of each entry online by a predetermined evaluation method using the measured data from the measurement, means for sequencing such acquired evaluation values or evaluation indices to generate prediction information on the order of finish of a set of entries, and means for providing the finish order prediction information to subscribers via the Internet. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种比以前更快速,准确地预测发动机车种的完成顺序的方法,并且提供一种通过因特网向在线客户传送完成订单预测信息的系统。 解决方案:信息提供系统包括用于在比赛之前的跑马场上测试运行中的每个条目的预定运行特性的装置,用于通过预定的评估方法在线计算每个条目的评估值或评估指标的装置,所述方法使用 来自测量的测量数据,用于对这样的获取的评估值进行排序的装置或评价指标,以生成关于一组条目的完成顺序的预测信息,以及用于经由因特网向订户提供完成订单预测信息的装置。 版权所有(C)2006,JPO&NCIPI
    • 5. 发明授权
    • Vehicular exhaust resonance suppression system and sensing means
therefore
    • 因此,车辆排气共振抑制系统和感测装置
    • US5189266A
    • 1993-02-23
    • US531225
    • 1990-05-31
    • Akira SasakiYoshikazu HayakawaYuichi SakumaTatsuo SakaiYoshinori Kihara
    • Akira SasakiYoshikazu HayakawaYuichi SakumaTatsuo SakaiYoshinori Kihara
    • F01N1/16F01N11/00
    • F01N1/165F01N1/16F01N11/00F01N11/002Y02T10/47
    • A resonance detection device is provided for detecting resonance in an exhaust passage of an automotive vehicle. The detection device employs a temperature sensor in combination with an arrangement which enables the sensor to be exposed to a flow of exhaust gas the temperature of which is different from the temperature of the bulk of the flow, when resonance occurs. In given embodiments the arrangement takes the form different diameter conduits and/or vessels, while others it takes the form of a heat exchange device which either heats or cools the gases, and which is disposed proximate the temperature sensor. When no resonance occurs in the passage, the output of the temperature sensor remains stable. When resonance occurs the fluid flow characteristics in the passage change in a manner wherein the gas which has been either heated or cooled by the heat exchange device is induced to flow against the temperature sensor. The sensed temperature change can be used to control a valve via which the resonance characteristics of the passage are modified and via which resonance is attenuated.
    • 提供一种谐振检测装置,用于检测机动车辆的排气通路中的共振。 检测装置采用温度传感器与能够使传感器暴露于当发生共振时其温度不同于流体体积的温度的排气流的布置的结构。 在给定的实施例中,该装置采用不同直径的导管和/或容器的形式,而另一些则采用热交换装置的形式,其可以加热或冷却气体,并且设置在温度传感器附近。 当通道中没有发生共振时,温度传感器的输出保持稳定。 当共振发生时,通道中的流体流动特性以其中被热交换装置加热或冷却的气体被诱导相对于温度传感器流动的方式改变。 感测到的温度变化可以用于控制通道的谐振特性经过该阀的修正并且共振被衰减。
    • 7. 发明授权
    • Fluid supply device
    • 流体供应装置
    • US06923208B2
    • 2005-08-02
    • US10462745
    • 2003-06-17
    • Kenji OkabeYoshio EbiharaTatsuo Sakai
    • Kenji OkabeYoshio EbiharaTatsuo Sakai
    • F02M37/00F02M37/10F02M37/18F02M37/14B60K15/077
    • F02M37/106Y10T137/86075
    • In a fuel supply device disposed in a fuel tank, a pump module is constructed with at least a fuel pump, a fuel filter and a pressure regulator, and is installed in a sub-tank. A filter case of the fuel filter has first ribs and second ribs, so that an axially position between the pump module and the sub-tank is set by the first ribs, and a circumferential position therebetween is set by the second ribs. Further, a fuel inlet of a jet pump is formed in an inner bottom surface of the sub-tank, and an inner surface of the fuel inlet of the jet pump is tapered. Therefore, a fuel outlet of the pressure regulator is guided while being connected to the fuel inlet of the jet pump. Accordingly, the fuel supply device can be assembled easily.
    • 在设置在燃料箱中的燃料供给装置中,泵模块至少配置有燃料泵,燃料过滤器和压力调节器,并且安装在副罐中。 燃料过滤器的过滤器壳体具有第一肋和第二肋,使得泵模块和副容器之间的轴向位置由第一肋条设定,并且其间的圆周位置由第二肋条设定。 此外,喷射泵的燃料入口形成在副罐的内底表面中,并且喷射泵的燃料入口的内表面是锥形的。 因此,压力调节器的燃料出口被连接到喷射泵的燃料入口时被引导。 因此,可以容易地组装燃料供给装置。
    • 8. 发明授权
    • Exhaust pipe opening and closing apparatus
    • 排气管开闭装置
    • US5634333A
    • 1997-06-03
    • US524941
    • 1995-09-08
    • Masakazu TanakaHiroyuki UsamiMamoru MabuchiTatsuo SakaiKinji Hodaira
    • Masakazu TanakaHiroyuki UsamiMamoru MabuchiTatsuo SakaiKinji Hodaira
    • F02D9/04F01N3/20F01N3/24F01N13/02F16K1/20F16K31/165F01N3/00F01N3/10
    • F01N3/2053F01N13/009F01N3/2013F16K1/2007F16K1/2028F16K31/1655F01N2410/00Y02T10/26
    • In an automotive engine exhaust pipe having a main flow passage and a bypass flow passage, the exhaust gas flows through the bypass flow passage having an heater-provided catalyst when an engine starts. After a main catalyst reaches a catalytic activation temperature, a switching valve switches the exhaust gas to flow through the main flow passage. The main shaft is divided into a driven shaft inserted into a bearing hole and a driving shaft inserted into another bearing hole, and therefore, a total length thereof in an axial direction is shorter than a length of the main shaft without having segments. Therefore, even though the driven shaft and the driving shaft are deformed into the arch shape, a deformation amount thereof is reduced so that inner peripheries of the bearing holes are not rubbed against the shafts. Since the driving shaft is smaller in diameter than the driven shaft, even though a cross section of the driving shaft is elliptically strained, the inner periphery of the bearing hole is not rubbed against the driving shaft. As a result, since a clearance between the driving shaft and the bearing hole can be narrowed, the exhaust gas from the clearance can be prevented from leaking.
    • 在具有主流路和旁通流路的汽车发动机排气管中,当发动机起动时,排气通过具有加热器的催化剂的旁通流路流动。 在主催化剂达到催化活化温度之后,切换阀切换排气流过主流道。 主轴分为插入轴承孔的从动轴和插入另一个轴承孔的驱动轴,因此其轴向的总长度短于不具有段的主轴的长度。 因此,即使从动轴和驱动轴变形为拱形,其变形量也减小,使得轴承孔的内周不会摩擦轴。 由于驱动轴的直径小于从动轴的直径,即使驱动轴的横截面是椭圆形的,轴承孔的内周也不会摩擦驱动轴。 结果,由于驱动轴和轴承孔之间的间隙可以变窄,所以能够防止来自间隙的废气泄漏。