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    • 2. 发明申请
    • SYSTEM FOR MANAGING ELECTRIC ENERGY AND ALTERNATOR FOR MOTOR VEHICLE
    • 用于管理电动车辆的电力和交流电机的系统
    • WO1998001669A1
    • 1998-01-15
    • PCT/FR1997001187
    • 1997-07-03
    • RENAULTANGRAND, BrunoPEYRAUD, Bernard
    • RENAULT
    • F02N11/04
    • H02J7/1438B60R16/03Y02T10/7005
    • The invention concerns a device for managing electric energy on a motor vehicle equipped with an internal combustion engine and comprising elements (8) with high energy consumption, and elements (4) with low energy consumption and a battery. The managing device comprises means for supplying separately the elements (8) with high energy consumption and the elements (4) with low energy consumption and the battery, and a system (2) for controlling the said means. The invention also concerns an alternator integrated inside the clutch housing, without modifying its external dimensions. The alternator comprises a stator and a rotor and is designed for supplying electric energy on a motor vehicle equipped with an internal combustion engine and having a clutch housing. The alternator is driven by the internal combustion engine and is integrated inside the clutch housing, around the clutch device.
    • 本发明涉及一种用于管理配备有内燃机的机动车辆上的电能并且包括具有高能耗的元件(8)和具有低能耗的元件(4)和电池的装置。 管理装置包括用于单独地提供具有高能量消耗的元件(8)和具有低能耗的元件(4)和电池的装置,以及用于控制所述装置的系统(2)。 本发明还涉及集成在离合器壳体内部的交流发电机,而不改变其外部尺寸。 交流发电机包括定子和转子,并被设计用于在配备有内燃机并具有离合器壳体的机动车上提供电能。 交流发电机由内燃机驱动,并且在离合器壳体内围绕离合器装置集成。
    • 7. 发明申请
    • MOTOR VEHICLE BODY COMPRISING A HINGED DOUBLE WING DOOR
    • 包括铰链双门的电动车身体
    • WO1998001311A1
    • 1998-01-15
    • PCT/FR1997001188
    • 1997-07-03
    • RENAULTANBARI, BilalGROSDIDIER, François
    • RENAULT
    • B60J05/00
    • B60J5/00
    • The invention discloses a motor vehicle body comprising a door (10) with two articulated wings (11, 12) which overlay from outside, a corresponding opening (13) of the body, and, with their upper part (6) a channel (3) located along one side of the vehicle roof (1) for draining off surface water. The invention is characterised in that the first wing (11) upper edge (1) is mounted on a spacing stop (22) integral with the mounting edge (21) of the second wing (12) and the said stop (22) is supported on a blocking protuberance (20), borne by the first wing (11) so as to prevent the actuating of the said wings (11, 12) and their coming in contact in the proximity of the body opening.
    • 本发明公开了一种机动车身体,其包括具有两个从外部覆盖的铰接翼(11,12)的门(10),主体的相应开口(13),并且其上部(6)具有通道(3) )位于车顶(1)的一侧,用于排出地表水。 本发明的特征在于,第一翼(11)上边缘(1)安装在与第二翼(12)的安装边缘(21)成一体的间隔挡块(22)上,并且所述挡块(22)被支撑 在由第一翼(11)承载的阻塞突起(20)上,以防止所述翼(11,12)的致动并且在身体开口附近接触。
    • 8. 发明申请
    • METHOD FOR DETERMINING THE CHARGE STATUS OF A STORAGE BATTERY
    • 用于确定储存电池充电状态的方法
    • WO1997017620A1
    • 1997-05-15
    • PCT/FR1996001748
    • 1996-11-06
    • RENAULTBUCHEL, Jean-PierreBOGEL, WolfangZANINOTTO, Franck
    • RENAULT
    • G01R31/36
    • G01R31/3624G01R31/3648G01R31/3668
    • A method comprising a cycle of steps of calculating the depth of discharge (PDDa) of a battery (6) by counting the amounts of electricity (Qi) transmitted or received by the battery and applying to each amount of electricity an efficiency coefficient selected from a plurality of efficiency coefficients (Kx,y, K'x,y); estimating the depth of discharge (PDDu) of the battery on the basis of a measurement of the battery voltage (U) and the current (I) flowing through the battery; comparing the calculated depth of discharge (PDDa) with the estimated depth of discharge (PDDu); and, when the difference between the two depths of discharge (PDDa, PDDu) is greater then a predetermined threshold value (SX), correcting at least part of said efficiency coefficients (Kx,y, K'x,y) in order to bring the calculated depth of discharge (PDDa) closer to the estimated depth of discharge (PDDu). The method is particularly useful for making a battery gauge for an electric motor vehicle.
    • 一种方法,包括以下步骤的循环:通过计数由电池发送或接收的电量(Qi)并应用于每个电量来计算电池(6)的放电深度(PDDa),所述效率系数选自 多个效率系数(Kx,y,K'x,y); 基于电池电压(U)和流过电池的电流(I)的测量来估计电池的放电深度(PDDu); 将计算出的放电深度(PDDa)与估计的放电深度(PDDu)进行比较; 并且当两个放电深度(PDDa,PDDu)之间的差大于预定阈值(SX)时,校正至少部分所述效率系数(Kx,y,K'x,y)以便带来 计算出的放电深度(PDDa)更接近估计放电深度(PDDu)。 该方法对于制造用于电动车辆的电池规格特别有用。