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    • 1. 发明授权
    • Method and apparatus for diagnosing failure of an atmospheric pressure sensor in an engine control system
    • 用于诊断发动机控制系统中的大气压力传感器故障的方法和装置
    • US07197917B2
    • 2007-04-03
    • US11356340
    • 2006-02-16
    • Shumpei Hasegawa
    • Shumpei Hasegawa
    • G01M15/00
    • G01M15/09
    • A failure diagnosis apparatus and method permit specification of a failed atmospheric pressure sensor in an engine control apparatus having redundant pressure detection systems to ensure failsafe control of the engine. The apparatus includes a calculating unit that calculates a difference between a first atmospheric pressure and a second atmospheric pressure detected in respective pressure detection systems. A first comparing unit outputs an alarm when the difference is larger than a threshold value. A difference calculating unit calculates a first difference between the first atmospheric pressure and a manifold pressure. A difference calculating unit calculates a second difference between the second atmospheric pressure and the manifold pressure. A second comparing unit compares the first and second differences in response to output of the alarm from the first comparing unit while an engine is stopped. The sensor having abnormal function corresponds to the one for which the difference is larger.
    • 故障诊断装置和方法允许具有冗余压力检测系统的发动机控制装置中的故障大气压力传感器的指定,以确保发动机的故障安全控制。 该装置包括计算单元,其计算在各个压力检测系统中检测到的第一大气压和第二大气压之间的差。 当差值大于阈值时,第一比较单元输出报警。 差分计算单元计算第一大气压和歧管压力之间的第一差值。 差分计算单元计算第二大气压力和歧管压力之间的第二差值。 第二比较单元在发动机停止时将响应于来自第一比较单元的报警的输出的第一和第二差异进行比较。 具有异常功能的传感器对应于差异较大的传感器。
    • 2. 发明申请
    • Method and apparatus for diagnosing failure of an atmospheric pressure sensor in an engine control system
    • 用于诊断发动机控制系统中的大气压力传感器故障的方法和装置
    • US20060179926A1
    • 2006-08-17
    • US11356340
    • 2006-02-16
    • Shumpei Hasegawa
    • Shumpei Hasegawa
    • G01N5/02
    • G01M15/09
    • A failure diagnosis apparatus and method permit specification of a failed atmospheric pressure sensor in an engine control apparatus having redundant pressure detection systems to ensure failsafe control of the engine. The apparatus includes a calculating unit that calculates a difference between a first atmospheric pressure and a second atmospheric pressure detected in respective pressure detection systems. A first comparing unit outputs an alarm when the difference is larger than a threshold value. A difference calculating unit calculates a first difference between the first atmospheric pressure and a manifold pressure. A difference calculating unit calculates a second difference between the second atmospheric pressure and the manifold pressure. A second comparing unit compares the first and second differences in response to output of the alarm from the first comparing unit while an engine is stopped. The sensor having abnormal function corresponds to the one for which the difference is larger.
    • 故障诊断装置和方法允许具有冗余压力检测系统的发动机控制装置中的故障大气压力传感器的指定,以确保发动机的故障安全控制。 该装置包括计算单元,其计算在各个压力检测系统中检测到的第一大气压和第二大气压之间的差。 当差值大于阈值时,第一比较单元输出报警。 差分计算单元计算第一大气压和歧管压力之间的第一差值。 差分计算单元计算第二大气压力和歧管压力之间的第二差值。 第二比较单元在发动机停止时将响应于来自第一比较单元的报警的输出的第一和第二差异进行比较。 具有异常功能的传感器对应于差异较大的传感器。
    • 3. 发明授权
    • Liquid-cooled engine
    • 液冷发动机
    • US07069898B2
    • 2006-07-04
    • US10895901
    • 2004-07-22
    • Minoru MatsudaShumpei Hasegawa
    • Minoru MatsudaShumpei Hasegawa
    • F02F1/10F02F7/00F02B75/18
    • F02F1/002F01P3/02F01P3/20F01P11/04F02B75/243F02B2075/1816
    • To simplify the connection of a cylinder barrel and a cylinder head to, a crankcase and to reduce the weight of an engine. A liquid-cooled engine is provided with the crankcase wherein a cylinder barrel having a water jacket on the cylinder side for cooling is connected to the crankcase. A cylinder head is connected to the cylinder barrel. A plurality of mounting bosses extend from fitting planes to a crankcase of the cylinder barrels and to cylinder heads that are integrated with cylinder blocks. The cylinder barrels and the cylinder heads are integrated in a state in which the mounting bosses encircle the cylinder bores and the cylinder blocks are fastened to the crankcase by bolts inserted into each mounting boss.
    • 为了简化气缸筒和气缸盖与曲轴箱的连接并减少发动机的重量。 液冷发动机设置有曲轴箱,其中具有用于冷却的气缸侧上的水套的气缸筒连接到曲轴箱。 气缸盖连接到气缸筒。 多个安装凸台从装配平面延伸到气缸筒的曲轴箱和与气缸体一体的气缸盖。 气缸筒和气缸盖集成在安装凸起环绕气缸孔的状态下,并且气缸体通过插入每个安装凸台中的螺栓紧固到曲轴箱。
    • 4. 发明授权
    • Apparatus for controlling inlet of exhaust valves
    • 用于控制排气阀入口的装置
    • US4957075A
    • 1990-09-18
    • US403852
    • 1989-09-05
    • Shumpei Hasegawa
    • Shumpei Hasegawa
    • F01L9/02F01L13/00
    • F01L9/021F01L13/0015
    • A hydraulic system for controlling the operation of the intake or exhaust valves of an internal combustion engine. For each valve there is a sealed hydraulic chamber with one plunger driven by a rotating cam to a camshaft and another plunger for actuating the valve. A single solenoid valve is connected by a separate passage having a check valve to each of a plurality of hydraulic chambers. The single solenoid valve can be opened during the actuation of any one of the valves to cause rapid closing of the valve by draining the hydraulic oil from the hydraulic chamber without causing premature actuation of another valve or effecting the subsequent operation of other valves after closing of the single solenoid valve.
    • 一种用于控制内燃机的进气门或排气门的操作的液压系统。 对于每个阀,都有一个密封的液压室,一个柱塞由一个转动凸轮驱动到凸轮轴,另一个柱塞用于致动阀门。 单个电磁阀通过具有止回阀的单独通道连接到多个液压室中的每一个。 在任何一个阀的致动期间,可以打开单个电磁阀,以通过从液压室排出液压油而引起阀的快速关闭,而不会导致另一个阀的过早致动或者在闭合之后影响其他阀的后续操作 单电磁阀。
    • 5. 发明授权
    • Air-fuel ratio control method for internal combustion engines for
vehicles
    • 用于车辆内燃机的空燃比控制方法
    • US4596164A
    • 1986-06-24
    • US523715
    • 1983-08-16
    • Shumpei HasegawaOsamu GotohYutaka Otobe
    • Shumpei HasegawaOsamu GotohYutaka Otobe
    • F02D41/02F02B1/04F02D41/04F02D41/14F02D45/00B60K41/08F02M37/04F02M51/00G06G7/70
    • F02D41/1475F02B1/04Y10T477/653Y10T477/663Y10T477/68
    • In an air-fuel ratio control method for electronically controlling the air-fuel ratio of a mixture being supplied to an internal combustion engine for a vehicle in response to operating conditions of the engine, a predetermined value of a parameter indicative of loads on the engine is set which corresponds at least to a detected value of a parameter indicative of the gear position of the transmission of the vehicle, and when a detected value of the engine load parameter is smaller than the set predetermined value, leaning of the mixture is effected. As the detected value of the above gear position parameter indicates a lower speed gear position, the above predetermined value of the above engine load parameter is set to a smaller value. Preferably, the predetermined value of the engine load parameter is set to a value also correponding to a detected value of engine temperature and/or a detected value of engine speed, in addition to a detected value of the gear position parameter.
    • 在一种空燃比控制方法中,响应于发动机的运行条件,电动控制供给车辆用内燃机的混合气的空燃比,表示发动机负荷的参数的规定值 被设置为至少对应于表示车辆变速器的档位的参数的检测值,并且当发动机负载参数的检测值小于设定的预定值时,实现混合物的倾斜。 由于上述档位参数的检测值表示较低档位,上述发动机负荷参数的上述规定值被设定为较小的值。 优选地,除了齿轮位置参数的检测值之外,将发动机负荷参数的预定值设置为也对应于发动机温度的检测值和/或发动机转速的检测值的值。
    • 6. 发明授权
    • Air intake side secondary air supply system for an internal combustion
engine
    • 用于内燃机的进气侧二次空气供应系统
    • US4558682A
    • 1985-12-17
    • US587743
    • 1984-03-08
    • Shumpei HasegawaMichitaka Shiraiwa
    • Shumpei HasegawaMichitaka Shiraiwa
    • F02M23/04F02M23/08
    • F02M23/08F02M23/04Y02T10/146
    • An air intake side secondary air supply system for an internal combustion engine provided with an air/fuel ratio feedback control operation, comprises a pressure responsive air control valve which controls the communication through a secondary air supply passage, i.e., the amount of the air intake side secondary air supplied to the engine. A first control pressure for opening the air control valve and a second control pressure for closing the air control valve is alternately supplied to the air control valve in accordance with a detected state of the air/fuel ratio of the engine. The system is further provided with a device for respectively controlling the speed of the supply of the first and second control pressure, which in turn causes the variation of the speed of the air/fuel ratio control.
    • 具有空燃比反馈控制动作的内燃机的进气侧二次空气供给系统具有:压力响应空气调节阀,其控制通过二次空气供给通路的连通,即进气量 供给发动机的二次侧空气。 根据检测到的发动机的空燃比状况,将空气控制阀的第一控制压力和用于关闭空气控制阀的第二控制压力交替地供给到空气调节阀。 该系统还设置有用于分别控制第一和第二控制压力的供给速度的装置,这进而导致空气/燃料比控制的速度的变化。
    • 8. 发明授权
    • Method for controlling fuel supply to an internal combustion engine
after termination of fuel cut
    • 燃料切断终止后控制向内燃机供油的方法
    • US4508088A
    • 1985-04-02
    • US523680
    • 1983-08-16
    • Shumpei HasegawaNoriyuki Kishi
    • Shumpei HasegawaNoriyuki Kishi
    • F02D41/12F02D5/00
    • F02D41/126Y10T477/68
    • A method for controlling the quantity of fuel being supplied to an internal combustion engine having a power transmission means for transmitting engine torque to vehicle wheels. The fuel quantity is controlled to required values after termination of a fuel cut operation which is effected at deceleration of the engine, by the use of increments set in synchronism with generation of pulses of a predetermined control signal. The state of engagement of the power transmission means is detected for a period of time after a transition of the operative state of the engine from the fuel cut operation to a normal operation wherein fuel supply is effected has been detected and before a predetermined number of pulses of the above predetermined control signal are generated. Among a plurality of predetermined groups of fuel increments having different fuel quantity increasing characteristics from each other, one group is selected which corresponds to the detected state of engagement of the power transmission means, to effect the above increasing of the fuel quantity by the use of the selected group of fuel increments.
    • 一种用于控制供给具有用于将发动机扭矩传递到车轮的动力传递装置的内燃机的燃料量的方法。 通过使用与预定控制信号的脉冲的产生同步设定的增量,在终止在发动机减速时进行的燃料切断操作的燃料量被控制为所需值。 在将发动机的运转状态从燃料切断动作转移到已经检测到燃料供给的正常运转之后,并且在预定的脉冲数之前的一段时间内,检测动力传递装置的接合状态 产生上述预定控制信号。 在具有彼此具有不同燃料量增加特性的多个预定燃料增量组中,选择一个对应于检测到动力传递装置的接合状态的组,以通过使用以下方式实现上述燃料量的增加 所选择的燃料组增量。