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    • 6. 发明公开
    • 차간 거리 유지가 가능한 차량용 순항 제어 장치 및 방법
    • 自动巡航控制系统保持车之间的距离
    • KR1020110073233A
    • 2011-06-29
    • KR1020100088531
    • 2010-09-09
    • 한국과학기술원
    • 조동호여화수김진규임창경김영민전현우박미현유상조신영수
    • B60W30/16B60W30/18
    • PURPOSE: A cruise control apparatus for the vehicles capable of maintaining the vehicular gap maintenance, and a method thereof are provided to give drivers a sense of security in case of maintaining a vehicular gap based on the driving of the vehicles, and to enhance a precision for the vehicular gap maintenance. CONSTITUTION: The cruise control apparatus for the vehicles to maintain the vehicular gap with a preceding vehicle by controlling an acceleration/deceleration part accelerating and decelerating a velocity of the vehicle includes a sensor unit(204) detecting a velocity of the vehicle and a vehicular gap with the preceding vehicle; a memory(206), in which acceleration and deceleration patterns based on velocity changes of vehicular gaps between the preceding vehicle and the vehicle are saved; a driving mode setting part(208) establishing a driving mode of the vehicle by comparing the vehicular gap detected from the sensor unit, the velocity of the vehicle and the acceleration and deceleration patterns; and a controller(210) controlling the velocity of the vehicle by controlling the acceleration/deceleration part on the driving mode. The cruise control apparatus more includes a pattern definition part(212), which collects driving information of the vehicle for a fixed time, and updates the acceleration/deceleration patterns saved in the memory. The cruise control apparatus more includes the pattern definition part, which updates the acceleration/deceleration patterns saved in the memory by using information entered by the vehicle drive. The cruise control apparatus more includes the pattern definition part, which updates the acceleration/deceleration patterns saved in the memory by using the acceleration/deceleration patterns of the preceding vehicle. The driving mode setting part compares the velocity of the vehicle, the vehicular gap, and the acceleration and deceleration patterns, and selects one of modes among cost mode, deceleration mode, acceleration mode or free racing mode. When the driving mode is a cost mode, the controller controls an acceleration/deceleration part(202) to maintain the present velocity of the vehicle.
    • 目的:一种能够保持车辆间隙维护的车辆的巡航控制装置及其方法,其特征在于,提供一种基于驾驶车辆而保持车辆间隙的驾驶员的安全感,提高驾驶员的精度 用于车辆间隙维护。 构成:通过控制加速和减速车辆的速度的加速/减速部分,通过控制加速/减速部分来保持与前一车辆的车辆间隙的车辆巡航控制装置包括:传感器单元(204),其检测车辆的速度和车辆间隙 与前一辆车; 存储器(206),其中节省了基于前车和车辆之间的车辆间隙的速度变化的加速和减速模式; 驾驶模式设定部(208),其通过比较从所述传感器单元检测出的车辆间隙,所述车辆的速度和所述加速和减速模式来建立所述车辆的驾驶模式; 以及控制器(210),其通过在驾驶模式下控制加速/减速部分来控制车辆的速度。 巡航控制装置还具有图案定义部(212),该图案定义部(212)在一定时间内收集车辆的驾驶信息,并且更新保存在存储器中的加速/减速模式。 巡航控制装置还包括图案定义部分,其通过使用由车辆驱动器输入的信息来更新保存在存储器中的加速/减速模式。 巡航控制装置还包括图案定义部,其通过使用前方车辆的加减速图案来更新保存在存储器中的加速/减速模式。 驾驶模式设定部分比较车辆的速度,车辆间隙和加速和减速模式,并且选择成本模式,减速模式,加速模式或自由赛车模式中的一种模式。 当驾驶模式是成本模式时,控制器控制加速/减速部分(202)以保持车辆的当前速度。
    • 9. 发明公开
    • 온라인 전기차량의 제어모드 변환시스템
    • 转换在线电动车控制方式的系统
    • KR1020110070948A
    • 2011-06-27
    • KR1020090127587
    • 2009-12-19
    • 한국과학기술원(주)언맨드솔루션
    • 조동호김진규임창경최유준이순종김정하문희창
    • B60L11/18H02J17/00
    • Y02T10/7005
    • PURPOSE: A control mode converting system for an online electric vehicle is provided to perform the driving mode of a driver by changing the driving mode due to external force or contact according to the detection of an obstacle. CONSTITUTION: A driving device(120) charges electric energy generated by an electromagnetic field inputted from the outside in a storage battery. The driving device controls the driving of the online electric vehicle by using the charged electric energy. A control device(110) automatically controls the driving device on a feeding road which charges the storage battery. A mode switching device(130) operates the control device on the feeding road. The mode switching device stops the operation of the control device for manually controlling the driving device on the non-feeding road.
    • 目的:提供一种用于在线电动车辆的控制模式转换系统,通过根据障碍物的检测改变由于外力或接触而引起的驾驶模式来执行驾驶员的驾驶模式。 构成:驱动装置(120)对由蓄电池中的外部输入的电磁场产生的电能进行充电。 驱动装置通过使用充电的电能来控制在线电动汽车的行驶。 控制装置(110)在对蓄电池充电的馈电道路上自动控制驱动装置。 模式切换装置(130)对进给道路上的控制装置进行操作。 模式切换装置停止用于手动控制非进给道路上的驱动装置的控制装置的操作。
    • 10. 发明公开
    • 온라인 전기차량의 제어시스템
    • 在线电动车控制系统
    • KR1020110070947A
    • 2011-06-27
    • KR1020090127585
    • 2009-12-19
    • 한국과학기술원국민대학교산학협력단
    • 조동호김진규임창경최유준이순종김정하문희창
    • B60L9/00H02J17/00
    • Y02T10/7005B60L9/00
    • PURPOSE: A controlling system for on-line electric vehicles is provided to implement an unmanned automatic driving operation and maximize the charging efficiency by automatically controlling the steering and the speed of the electric vehicles. CONSTITUTION: The controlling system(100) for on-line electric vehicles includes a detecting unit(110), a controlling unit(120), a driving unit(130), and a storing battery(140). The detecting unit detects electromagnetic field. The storing battery charges electric energy generated from the influence of the electromagnetic field. The driving unit drives the on-line electric vehicles based on the electric energy charged in the storing battery. The controlling unit maximizes the charging efficiency of the storing battery by controlling the driving unit according to the detection of the electromagnetic field.
    • 目的:提供一种在线电动汽车的控制系统,实现无人驾驶的自动驾驶操作,通过自动控制电动车辆的转向和转速来最大限度提高充电效率。 构成:用于在线电动车辆的控制系统(100)包括检测单元(110),控制单元(120),驱动单元(130)和存储电池(140)。 检测单元检测电磁场。 存储电池充电从电磁场的影响产生的电能。 驱动单元基于在蓄电池中充入的电能驱动在线电动车辆。 控制单元通过根据电磁场的检测来控制驱动单元来使存储电池的充电效率最大化。