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    • 1. 发明授权
    • ISG control method for vehicle in congested area
    • 车辆在拥堵区域的ISG控制方法
    • US08886443B2
    • 2014-11-11
    • US13306567
    • 2011-11-29
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • G06F19/00G06G7/70F02N11/08
    • F02N11/0837F02N2200/0801F02N2200/0802F02N2200/102Y02T10/48
    • An ISG control method for a vehicle in a congested area, may include an N-stage stop determining step that determines whether a shift lever has moved from a D-stage to an N-stage and a brake has been operated, discriminating from when the shift lever is at the D-stage; an N-stage vehicle speed determining step that determines whether a vehicle speed is equal to or less than a predetermined N-stage stop vehicle speed after the N-stage stop determining step; and a remaining condition determining step for entering an idle-stop state, when the vehicle speed is equal to or less than the N-stage stop vehicle speed, as a result of performing the N-stage vehicle speed determining step, and when idle-stop entering conditions other than a position of the shift lever, the vehicle speed, and the history of a maximum traveling vehicle speed are satisfied.
    • 在拥堵区域中的车辆的ISG控制方法可以包括:N级停止判定步骤,其判定变速杆是否从D级移动到N级,并且制动器已经被操作, 换档杆处于D档; N档车速判定步骤,在N档停止判定步骤之后,判定车速是否在规定的N级停止车速以下; 以及作为执行N级车速确定步骤的结果,当车速等于或小于N档停止车速时进入怠速停止状态的剩余条件确定步骤, 停止进入除变速杆的位置以外的条件,车速和最大行驶车速的历史。
    • 2. 发明申请
    • ISG CONTROL METHOD FOR VEHICLE IN CONGESTED AREA
    • 用于混合区域中的车辆的ISG控制方法
    • US20120143469A1
    • 2012-06-07
    • US13306567
    • 2011-11-29
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • F02D45/00
    • F02N11/0837F02N2200/0801F02N2200/0802F02N2200/102Y02T10/48
    • An ISG control method for a vehicle in a congested area, may include an N-stage stop determining step that determines whether a shift lever has moved from a D-stage to an N-stage and a brake has been operated, discriminating from when the shift lever is at the D-stage; an N-stage vehicle speed determining step that determines whether a vehicle speed is equal to or less than a predetermined N-stage stop vehicle speed after the N-stage stop determining step; and a remaining condition determining step for entering an idle-stop state, when the vehicle speed is equal to or less than the N-stage stop vehicle speed, as a result of performing the N-stage vehicle speed determining step, and when idle-stop entering conditions other than a position of the shift lever, the vehicle speed, and the history of a maximum traveling vehicle speed are satisfied.
    • 在拥堵区域中的车辆的ISG控制方法可以包括:N级停止判定步骤,其判定变速杆是否从D级移动到N级,并且制动器已经被操作, 换档杆处于D档; N档车速判定步骤,在N档停止判定步骤之后,判定车速是否在规定的N级停止车速以下; 以及作为执行N级车速确定步骤的结果,当车速等于或小于N档停止车速时进入怠速停止状态的剩余条件确定步骤, 停止进入除变速杆的位置以外的条件,车速和最大行驶车速的历史。
    • 6. 发明授权
    • Idle stop and go system and method for controlling thereof
    • 怠速停止系统及其控制方法
    • US08712673B2
    • 2014-04-29
    • US13276857
    • 2011-10-19
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • Chongah GwonSejun KimJiyong YuJunghwan Bang
    • G06F19/00G06G7/70
    • F02N11/084F02N11/0818F02N11/0822F02N2200/061F02N2200/0807F02N2200/0808F02N2200/0815Y02T10/48
    • An ISG system prevents fuel consumption due to unnecessary idling, by controlling the start of an engine, in accordance with engine stop conditions and restart conditions of a vehicle equipped with an automatic transmission. A method includes determining whether prior conditions for engine stop in an engine controller when an engine is in operation is satisfied, determining whether the engine can be stopped, when the prior conditions for engine stop are satisfied, determining whether engine stop conditions is satisfied, when the engine can be stopped, stopping the engine that is in operation, when the engine stop conditions are satisfied, determining whether key start conditions are satisfied, when the engine is stopped, determining whether restart is possible, when the key start conditions are not satisfied, determining whether conditions for restart are satisfied, when restart is possible, and restarting the engine, when the restart conditions are satisfied.
    • ISG系统根据发动机停止条件和配备有自动变速器的车辆的重启条件,通过控制发动机的启动来防止由于不必要的空转引起的燃料消耗。 一种方法包括:确定当发动机处于运行状态时发动机控制器中发动机停止的先前条件是否得到满足,确定发动机是否可以停止,当满足发动机停止的先前条件时,确定是否满足发动机停止条件,何时 可以停止发动机,停止正在运转的发动机,当满足发动机停止条件时,判定是否满足关键开始条件,发动机停止时判断是否可以重新起动,当不满足起动条件时 在满足再启动条件的情况下,判定是否满足再起动条件,重新起动时重新启动发动机。
    • 10. 发明授权
    • Apparatus and method for supplementing brake vacuum pressure
    • 用于补充制动真空压力的装置和方法
    • US08688340B2
    • 2014-04-01
    • US13288557
    • 2011-11-03
    • Junghwan BangSejun KimChongah GwonJiyong Yu
    • Junghwan BangSejun KimChongah GwonJiyong Yu
    • B60T13/16B60T13/18B60T13/46
    • B60W30/18018B60T13/52B60T17/02B60W10/06B60W10/184B60W10/30B60W2710/182B60Y2200/92
    • An apparatus for supplementing a brake vacuum pressure may include an engine control unit (ECU) that generates a vacuum pressure control signal for supplementing the brake vacuum pressure in accordance with the result of determining whether the brake vacuum pressure is included in a reference vacuum pressure range after a vehicle implements an ISG process, a sub-oil pump that is operated in accordance with a control signal from the ECU to supply hydraulic pressure to the inside of an automatic transmission after the vehicle implements the ISG process, a vacuum pump that generates and supplies the brake vacuum pressure to a brake system, and an electronic clutch that selectively couples the sub-oil pump and the vacuum pump to allow driving force of the sub-oil pump to be transmitted to the vacuum pump or to be cut, in accordance with whether the vacuum pressure control signal is sent thereto.
    • 用于补充制动真空压力的装置可以包括:发动机控制单元(ECU),其根据确定制动真空压力是否包括在参考真空压力范围内的结果产生用于补充制动真空压力的真空压力控制信号 在车辆实施ISG处理之后,根据来自ECU的控制信号操作的副油泵,其在车辆执行ISG处理之后向自动变速器的内部供应液压;真空泵,其产生和 将制动真空压力提供给制动系统,以及电子离合器,其选择性地将副油泵和真空泵联接,以允许副油泵的驱动力传递到真空泵或被切断,根据 是否向其发送真空压力控制信号。