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    • 1. 发明授权
    • Control system for vehicle
    • 车辆控制系统
    • US08948931B2
    • 2015-02-03
    • US14351907
    • 2012-07-17
    • Masahiro KowadaShinichi ArieJunpei Noguchi
    • Masahiro KowadaShinichi ArieJunpei Noguchi
    • G06F17/00B60R16/03G08B25/01G08B23/00G08B1/00G08B25/00G08B21/00B60Q1/00
    • B60R16/03B60Q1/00G08B1/00G08B21/00G08B23/00G08B25/001G08B25/016
    • A control system for a vehicle, capable of suppressing increase in power consumption and reducing running cost when electric power supplied from power source is consumed by an on-vehicle electric device. The control system 1 for a vehicle V includes an ECU 2. If a predetermined communication state where a portable device 11 is estimated to be in a compartment of the vehicle V is established (if the answer to the question of the step 23 is NO) after a state where a power source position set by a changeover switch 22 is an accessory position has continued for a first predetermined time period (ΔT·TREF), the ECU 2 stops power supply from the power source to the on-vehicle electric device when a second predetermined time period (ΔT·TREF) elapses after the predetermined communication state was established (steps 26, 11, 13).
    • 一种用于车辆的控制系统,其能够抑制从电源供给的电力被车载电气设备消耗时的功率消耗的增加和运行成本的降低。 用于车辆V的控制系统1包括ECU2。如果建立了便携式设备11估计在车辆V的隔间中的预定通信状态(如果步骤23的问题的答案为否) 在通过转换开关22设置的电源位置为辅助位置的状态下,持续第一预定时间段(&Dgr; T·TREF),ECU2停止从电源向车载电动机 在第二预定时间段(&Dgr; T·TREF)在建立了预定通信状态之后经过(步骤26,11,13)的装置。
    • 5. 发明授权
    • Vehicular electronic key system
    • 车载电子钥匙系统
    • US08525641B2
    • 2013-09-03
    • US13242870
    • 2011-09-23
    • Katsuyasu YamaneShinichi UedaShinichi Arie
    • Katsuyasu YamaneShinichi UedaShinichi Arie
    • G05B19/00
    • G07C9/00309E05B19/0082G07C2009/00952
    • A vehicular electronic key system includes a vehicle having a key cylinder and a portable device. The portable devise includes a key body and a mechanical key. The key body is communicatable with the vehicle. The mechanical key is attachable to and detachable from the key body and mechanically rotates the key cylinder whereby the communication between the vehicle and the portable device allows the vehicle to execute predetermined functions. The key body includes a key detector configured to detect an attachment state and a detachment state of the mechanical key to and from the key body so that the key body transitions to a valet mode to limit some of the predetermined functions executable by the vehicle in accordance with the communication between the vehicle and the portable device while the key detector detects the detachment state of the mechanical key from the key body.
    • 车用电子钥匙系统包括具有钥匙筒和便携式装置的车辆。 便携式设备包括键体和机械键。 钥匙体与车辆通讯。 机械钥匙可与钥匙主体相连接并拆卸,并机械地旋转钥匙筒,由此车辆与便携式装置之间的通讯可使车辆执行预定的功能。 钥匙体包括钥匙检测器,该钥匙检测器被配置为检测机械钥匙与钥匙主体的附接状态和脱离状态,使得钥匙主体转变为代客模式以限制车辆可执行的一些预定功能 当钥匙检测器检测到来自钥匙体的机械钥匙的脱离状态时,车辆与便携式装置之间的通信。
    • 6. 发明申请
    • VEHICULAR ELECTRONIC KEY SYSTEM
    • 车用电子钥匙系统
    • US20120092128A1
    • 2012-04-19
    • US13242870
    • 2011-09-23
    • Katsuyasu YAMANEShinichi UEDAShinichi ARIE
    • Katsuyasu YAMANEShinichi UEDAShinichi ARIE
    • G05B19/00
    • G07C9/00309E05B19/0082G07C2009/00952
    • A vehicular electronic key system includes a vehicle having a key cylinder and a portable device. The portable devise includes a key body and a mechanical key. The key body is communicatable with the vehicle. The mechanical key is attachable to and detachable from the key body and mechanically rotates the key cylinder whereby the communication between the vehicle and the portable device allows the vehicle to execute predetermined functions. The key body includes a key detector configured to detect an attachment state and a detachment state of the mechanical key to and from the key body so that the key body transitions to a valet mode to limit some of the predetermined functions executable by the vehicle in accordance with the communication between the vehicle and the portable device while the key detector detects the detachment state of the mechanical key from the key body.
    • 车用电子钥匙系统包括具有钥匙筒和便携式装置的车辆。 便携式设备包括键体和机械键。 钥匙体与车辆通讯。 机械钥匙可与钥匙主体相连接并拆卸,并机械地旋转钥匙筒,由此车辆与便携式装置之间的通讯可使车辆执行预定的功能。 钥匙体包括钥匙检测器,该钥匙检测器被配置为检测机械钥匙与钥匙主体的附接状态和脱离状态,使得钥匙主体转变为代客模式以限制车辆可执行的一些预定功能 当钥匙检测器检测到来自钥匙体的机械钥匙的脱离状态时,车辆与便携式装置之间的通信。