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    • 1. 发明授权
    • Method and system for operating a power-producing machine at maximum
torque under varying operating conditions
    • 在变化的运行条件下以最大扭矩操作发电机的方法和系统
    • US4379333A
    • 1983-04-05
    • US159435
    • 1980-06-13
    • Masakazu NinomiyaAtsushi SuzukiYuji Hirabayashi
    • Masakazu NinomiyaAtsushi SuzukiYuji Hirabayashi
    • F02P5/145F02P5/15F02P5/08F02B5/02G05B13/02
    • F02P5/1455F02P5/151Y02T10/46
    • Spark ignition timing of an internal combustion engine is oscillated on opposite sides of the setting of a variable reference timing and the resultant engine speed is detected in at least three successive phases of the oscillation and stored in respective memories. The contents of the memories are compared with each other to detect whether they establish one of two predetermined relationships which occur exclusively in the absence of a manual command input to the engine. The variable reference setting is adjusted by a predetermined amount in a specified direction in response to the established relationship. The process is repeated so that the reference setting approaches an optimum advance angle at which the engine output torque is at a maximum. When the reference setting is at or near the optimum point or when a manual command engine input is present, the registered engine speed values establish a relationship other than the predetermined ones and the reference setting is not adjusted.
    • 内燃机的火花点火时间在可变基准定时的设定的相对侧振荡,并且在振荡的至少三个连续相中检测到所得到的发动机速度,并存储在相应的存储器中。 将存储器的内容相互比较,以检测它们是否建立在仅在没有向发动机的手动命令输入的情况下出现的两个预定关系之一。 响应建立的关系,可变参考设置在指定方向上调整预定量。 重复该过程,使得参考设置接近发动机输出扭矩处于最大值的最佳提前​​角。 当参考设置处于或接近最佳点时或当存在手动指令引擎输入时,注册的发动机速度值建立除了预定值之外的关系,并且不调整参考设置。
    • 5. 发明授权
    • Azimuth determination apparatus
    • 方位测定装置
    • US4751783A
    • 1988-06-21
    • US57177
    • 1987-06-03
    • Katsuhiro InaYuji HirabayashiSusumu AkiyamaKazushi AkutsuKiyohumi Kage
    • Katsuhiro InaYuji HirabayashiSusumu AkiyamaKazushi AkutsuKiyohumi Kage
    • G01C17/28G01C17/38
    • G01C17/38
    • Disclosed is an azimuth determination apparatus attached to a motor vehicle for determinating the forward direction of the vehicle. The azimuth determination apparatus includes an azimuth sensor for generating orthogonal first and second signals indicative of the forward direction of the vehicle. Two azimuth vectors are obtained on the basis of the orthogonal first and second component signals, first components of the two azimuth vectors being maximum and minimum. The determination is made in terms of the fact that the difference between second components of the two azimuth vectors is below a predetermined value. In accordance with the determination, the orthogonal first and second component signals are corrected on the basis of said two azimuth vectors so that the accurate moving direction of the motor vehicle can be obtained irrespective of the remanence of the vehicle.
    • 公开了一种安装在机动车辆上的方位判定装置,用于确定车辆的前方。 方位确定装置包括用于产生指示车辆前进方向的正交的第一和第二信号的方位传感器。 基于正交的第一和第二分量信号获得两个方位向量,两个方位矢量的第一分量是最大和最小的。 根据两个方位向量的第二分量之间的差值低于预定值的事实进行确定。 根据确定,基于所述两个方位向量来校正正交的第一和第二分量信号,使得可以获得机动车辆的精确移动方向,而不管车辆的剩磁。
    • 9. 发明授权
    • Controller for variable geometry type turbocharger
    • 可变几何型涡轮增压器控制器
    • US4756161A
    • 1988-07-12
    • US706623
    • 1985-02-28
    • Yuji Hirabayashi
    • Yuji Hirabayashi
    • F02B37/18F02B37/22F02D41/00F02B37/12
    • F02B37/22F02B37/18F02D41/0007Y02T10/144
    • A controller for a variable geometry type turbocharger controls a sectional area of an throttle throat of a turbine through which exhaust gases from an engine is supplied to the turbine on the basis of a engine speed and an amount of air introduced into the engine and includes a bypass path which bypasses the turbine to reduce the exhaust gases supplied to the turbine by controlling the opening and closing of the bypass path on the basis of the engine speed and the amount of air introduced into the engine, thereby preventing the degradation of the supercharged air supplied to the engine and improving torque of the engine in all the operating area of the engine.
    • 用于可变几何形状涡轮增压器的控制器根据发动机转速和引入发动机的空气量来控制涡轮机的节气门喉部的截面面积,通过该涡轮机将来自发动机的废气供应到涡轮机的截面面积包括 基于发动机转速和引入发动机的空气量来控制旁通路径的打开和关闭来绕过涡轮以减少供给到涡轮机的废气的旁通路径,从而防止增压空气的劣化 提供给发动机并且在发动机的所有操作区域中提高发动机的扭矩。