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    • 2. 发明申请
    • ARRANGEMENT FOR A VEHICLE SIDE FAIRING, AND A VEHICLE COMPRISING SUCH A SIDE FAIRING
    • 车辆安装方式,以及包含这种方式的车辆
    • WO2005115804A1
    • 2005-12-08
    • PCT/SE2005/000810
    • 2005-05-27
    • VOLVO LASTVAGNAR ABERIKSSON, AndersGUSTAFSSON, JensREGNELL, Hans
    • ERIKSSON, AndersGUSTAFSSON, JensREGNELL, Hans
    • B60R19/56
    • B60R19/565B60R19/38
    • The invention relates to an arrangement for a vehicle side underrun protection comprising at least one load­bearing member, which extends between the wheels or sets of wheels of the vehicle in the longitudinal direction thereof and basically along the outer contour of the vehicle, and which serves as side impact protection and/or protection to prevent unprotected road-users ending up under the vehicle. The side underrun protection (1) comprises at least one longitudinal section (12, 13, 14) suspended in at least two first brackets (2, 3) fixed to the vehicle, along which brackets (2, 3) at least one end of each individual section (12, 13, 14) of the side underrun protection (1) is vertically adjustable from at least a first, active position to a second, inactive position. The invention also relates to. a vehicle provided with such a side underrun protection.
    • 本发明涉及一种用于车辆侧面防钻撞保护的装置,其包括至少一个承载构件,其在车辆的车轮或车轮组的纵向方向上延伸,并且基本上沿着车辆的外轮廓延伸,并且其用作 侧面冲击保护和/或保护,以防止车辆下方未受保护的道路使用者。 侧面防钻撞保护装置(1)包括悬挂在固定到车辆的至少两个第一托架(2,3)中的至少一个纵向部分(12,13,14),托架(2,3)至少一端 侧面防钻撞保护装置(1)的每个单独部分(12,13,14)从至少第一活动位置到第二非活动位置是可垂直调节的。 本发明还涉及。 具有这种侧面防钻撞的车辆。
    • 4. 发明申请
    • CARRIER DEVICE FOR COUPLING DIFFERENT KINDS OF PAYLOAD BODIES
    • 用于耦合不同种类的载荷体的载体装置
    • WO2010071490A1
    • 2010-06-24
    • PCT/SE2008/000724
    • 2008-12-17
    • VOLVO LASTVAGNAR ABREGNELL, HansKLASA, ChristerGUSTAFSSON, Jens
    • REGNELL, HansKLASA, ChristerGUSTAFSSON, Jens
    • B60P1/64B60P7/13
    • B60P1/649B60P1/6481B60P7/132
    • The invention relates to a carrier device (32) for a commercial vehicle (12), particularly a truck, a truck with a trailer or a semitrailer, for coupling different kinds of a payload body (10, 20) to the vehicle (12), wherein the carrier device (32) provides one or more locking members (18a, 18b) for locking a first kind of the payload body (10) and/or a second kind of the payload body (20); one or more guiding members (24a, 24b) engageable with the second kind of payload body (20), wherein the one or more locking members (18a, 18b) and the one or more guiding members (24a, 24b) are integrated in a device body (34); - the one or more locking members (18a, 18b) and/or the one or more guiding members (24a, 24b) are automatically releasable into a released position and/or engageable into an engaging position depending on the kind payload body to be loaded or being coupled to the vehicle (12); and - the one or more guiding members (24a, 24b) are switchable from an engaging position for engaging the second kind of payload body (20) to a released position for mounting the first kind of payload body (10) and the one or more locking members (18a, 18b) are switchable from an engaging position for engaging the first kind of payload body (10) and/or the second kind of payload body (20) to a released position for mounting of the second kind of payload body (20).
    • 本发明涉及一种用于商业车辆(12)的承载装置(32),特别是用于将不同种类的有效载荷体(10,20)连接到车辆(12)的卡车,具有拖车或半挂车的卡车, ,其中所述载体装置(32)提供用于锁定第一种有效载荷体(10)和/或第二种有效载荷体(20)的一个或多个锁定构件(18a,18b)。 一个或多个可与第二种有效载荷主体(20)接合的引导构件(24a,24b),其中一个或多个锁定构件(18a,18b)和一个或多个引导构件(24a,24b) 装置主体(34); - 一个或多个锁定构件(18a,18b)和/或一个或多个引导构件(24a,24b)可自动地释放到释放位置和/或可接合到接合位置,这取决于待加载的有效载荷体 或联接到车辆(12); 以及 - 一个或多个引导构件(24a,24b)可从用于接合第二种有效载荷体(20)的接合位置切换到用于安装第一种有效载荷体(10)的释放位置,并且一个或多个 锁定构件(18a,18b)可从用于将第一类型的有效载荷体(10)和/或第二类型的有效载荷体(20)接合到用于安装第二种有效载荷体的释放位置的接合位置( 20)。
    • 6. 发明申请
    • AN AXLE LOAD CONTROL SYSTEM AND A WHEEL BASE ADJUSTMENT SYSTEM
    • 轴承负载控制系统和车轮基座调整系统
    • WO2006043872A8
    • 2008-03-27
    • PCT/SE2005001511
    • 2005-10-11
    • VOLVO LASTVAGNAR ABLILJEBLAD BENNYREGNELL HANS
    • LILJEBLAD BENNYREGNELL HANS
    • B60G17/052B60G20060101B60G17/015G01G19/08
    • B60G17/0152B60G2400/252B60G2400/61G01G19/08
    • Axle load control system and method for a load-carrying truck (1) having a front axle (2) and two or more rear axles (4, 6), the system comprising: - a wheel suspension system with a suspension control processor (12); - load sensor means (16) arranged at each of said axles (2, 4, 6) for detecting one or more load indication parameters, said load sensor means (16) providing said parameters to said suspension control processor (12) which translates the parameters into actual axle load values for the individual axles (2, 4, 6). The invention is especially characterized in that the control processor (12) is arranged to compare said actual axle load values with a predefined maximum allowable axle load value (Pmax) for each axle (2, 4, 6), and to control - or indicate to a driver the need to control - the wheel suspension system so as to effect an individual adjustment of the suspension characteristics for each axle (2, 4, 6) in such a way that excess axle load on an overloaded axle (2, 4, 6) is transferred to one or more of the remaining axles (2, 4, 6), thereby adjusting the theoretical wheelbase (TWB) of the truck (1).
    • 一种具有前轴(2)和两个或更多个后轴(4,6)的承载车(1)的轴向负载控制系统和方法,所述系统包括:具有悬架控制处理器(12)的车轮悬挂系统 ); - 布置在每个所述轴(2,4,6)处的负载传感器装置(16),用于检测一个或多个负载指示参数,所述负载传感器装置(16)向所述悬架控制处理器(12)提供所述参数, 参数为单轴(2,4,6)的实际轴载值。 本发明的特征特征在于,控制处理器(12)被布置成将所述实际轴负载值与每个轴(2,4,6)的预定最大允许轴负载值(Pmax)进行比较,并且控制 - 或指示 对驾驶员需要控制 - 车轮悬挂系统,以便实现对每个轴(2,4,6)的悬架特性的单独调节,使得过载轴(2,4',6)上的过大的轴负载 6)被传送到一个或多个剩余的轴(2,4,6),从而调整卡车(1)的理论轴距(TWB)。
    • 8. 发明申请
    • AN AXLE LOAD CONTROL SYSTEM AND A WHEEL BASE ADJUSTMENT SYSTEM
    • 轴承负载控制系统和车轮基座调整系统
    • WO2006043872A1
    • 2006-04-27
    • PCT/SE2005/001511
    • 2005-10-11
    • VOLVO LASTVAGNAR ABREGNELL, HansLILJEBLAD, Benny
    • LILJEBLAD, Benny
    • B60G17/052B60G17/015G01G19/08
    • B60G17/0152B60G2400/252B60G2400/61G01G19/08
    • Axle load control system and method for a load-carrying truck (1) having a front axle (2) and two or more rear axles (4, 6), the system comprising: - a wheel suspension system with a suspension control processor (12); - load sensor means (16) arranged at each of said axles (2, 4, 6) for detecting one or more load indication parameters, said load sensor means (16) providing said parameters to said suspension control processor (12) which translates the parameters into actual axle load values for the individual axles (2, 4, 6). The invention is especially characterized in that the control processor (12) is arranged to compare said actual axle load values with a predefined maximum allowable axle load value (Pmax) for each axle (2, 4, 6), and to control - or indicate to a driver the need to control - the wheel suspension system so as to effect an individual adjustment of the suspension characteristics for each axle (2, 4, 6) in such a way that excess axle load on an overloaded axle (2, 4, 6) is transferred to one or more of the remaining axles (2, 4, 6), thereby adjusting the theoretical wheelbase (TWB) of the truck (1).
    • 一种具有前轴(2)和两个或更多个后轴(4,6)的承载车(1)的轴向负载控制系统和方法,所述系统包括:具有悬架控制处理器(12)的车轮悬挂系统 ); - 布置在每个所述轴(2,4,6)处的负载传感器装置(16),用于检测一个或多个负载指示参数,所述负载传感器装置(16)向所述悬架控制处理器(12)提供所述参数, 参数为单轴(2,4,6)的实际轴载值。 本发明的特征特征在于,控制处理器(12)被布置成将所述实际轴负载值与每个轴(2,4,6)的预定最大允许轴负载值(Pmax)进行比较,并且控制 - 或指示 对驾驶员需要控制 - 车轮悬挂系统,以便实现对每个轴(2,4,6)的悬架特性的单独调节,使得过载轴(2,4',6)上的过大的轴负载 6)被传送到一个或多个剩余的轴(2,4,6),从而调整卡车(1)的理论轴距(TWB)。