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    • 32. 发明公开
    • Brake fluid pressure retaining apparatus
    • 制动液压力保持装置
    • EP1186494A3
    • 2002-11-13
    • EP01121276.8
    • 2001-09-05
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Totsuka, HirohikoYamaguchi, MasaakiKatsuta, Keisuke
    • B60T7/12B60T13/68B60K41/20
    • B60W10/06B60T7/122B60T13/662B60W10/04B60W10/18B60W30/18063B60W30/1819F02N11/0818F02N11/0825F02N2200/023F02N2200/061F02N2200/0802F02N2200/0809F02N2200/101F02N2200/102Y02T10/48
    • A brake fluid pressure retaining apparatus RU is mounted on a vehicle equipped with an automatic transmission CVT and a driving motor control unit DCU. The driving motor control unit switches the magnitude of creep driving force between a greater condition and a smaller condition in accordance with a depression of the brakepedal, so that the driving force is made smaller at a depression of the brake pedal than at a release of the brake pedal. The brake fluid pressure retaining apparatus continuously retains brake fluid pressure within a wheel cylinder WC after releasing a brake pedal BP. The retained brake fluid pressure is released after the driving force increases to the greater condition and when a first setting time TM1 passes. When undesirable backwardmovement of the vehicle is detected by a backward movement state detection device BKD, the retained brake fluid pressure is released after a second setting time TM2, which decreasingly changes from a time longer than the first setting time in accordance with a throttle angle signal V_θTH, passes instead of the first setting time.
    • 制动液压保持装置RU安装在配备有自动变速器CVT和驱动马达控制单元DCU的车辆上。 驱动电动机控制单元根据制动踏板的踩下将爬行驱动力的大小在较大状态和较小状态之间切换,使得在踩踏制动踏板时驱动力比释放 刹车踏板。 在释放制动踏板BP之后,制动液压保持装置连续地保持制动轮缸内的制动液压。 在驱动力增加到更高的状态并且经过第一设定时间TM1之后,保持的制动液压力被释放。 当通过后退状态检测装置BKD检测到车辆的不希望的后退时,在根据节气门开度信号从比第一设定时间长的时间开始减少地变化的第二设定时间TM2之后,释放保持的制动液压 V_θTH,而不是第一次设置时间。
    • 34. 发明公开
    • Engine Start-Up Controller
    • 发动机启动控制器
    • EP2581285A3
    • 2018-04-18
    • EP12186845.9
    • 2012-10-01
    • Mitsubishi Jidosha Kogyo K.K.
    • Shibata, KojiUeda, KatsunoriMiyata, Toshiyuki
    • B60W30/18F02N11/08B60W30/192
    • F02N11/0814B60W10/06B60W30/18018B60W30/192B60W2510/1005B60W2710/0644F02N2200/0802F02N2200/101F02N2200/102F02N2300/102Y02T10/48
    • A start-up controller of an engine includes a shift-position detector (32), a first setter (4a) and a limit controller (5).
      The shift-position detector (32) detects whether a position (R NG ) of a select lever of an automatic transmission (26) is in a driving range.
      The first setter (4a) determines a limit rotation rate (Ne LIM_H ) based on the position (R NG ) detected by the shift-position detector (32) at start-up of the engine (10) as a limit of the rotation rate of engine. The limit rotation rate (Ne LIM _ H ) is determined lower when the position (R NG ) is in the driving range compared to when the position (R NG ) is not in the driving range.
      A limit controller (5) performs limit control for controlling the actual rotation rate (Ne) of the engine so as not to exceed the limit rotation rate (Ne LIM _ H ) determined by the first setter (4a).
      Such a configuration prevents revving-up of the engine at start-up while improving the start-up performance.
    • 发动机的启动控制器包括档位检测器(32),第一设定器(4a)和限制控制器(5)。 档位检测器(32)检测自动变速器(26)的选档杆的位置(RNG)是否处于行驶档位。 第一设定器(4a)基于由发动机(10)启动时由档位检测器(32)检测的位置(RNG)确定限制转速(NeLIM_H)作为发动机转速的极限 。 与当位置(RNG)不在行驶范围内时相比,当位置(RNG)处于行驶范围时,限制转速(NeLIM_H)被确定为较低。 限制控制器(5)执行限制控制以控制发动机的实际转速(Ne),使其不超过由第一设定器(4a)确定的极限转速(NeLIM_H)。 这种配置可以在启动时防止发动机加速,同时提高启动性能。