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    • 1. 发明申请
    • METHOD AND MANAGEMENT UNIT PERTAINING TO VEHICLE TRAINS
    • 车辆火车的方法和管理单元
    • WO2012105889A1
    • 2012-08-09
    • PCT/SE2012/050066
    • 2012-01-24
    • SCANIA CV ABAL ALAM, AssadPETTERSSON, HenrikSANDBERG, TonyDELLRUD, Jan
    • AL ALAM, AssadPETTERSSON, HenrikSANDBERG, TonyDELLRUD, Jan
    • G05D1/02B60W30/00G06Q10/06G08G1/16
    • G08G1/22B60W2550/404B60W2550/408G01S2013/9325G05D1/0293G06Q50/30
    • The invention relates to a method for organising and managing a vehicle train by using a management unit, comprising: A) the management unit receiving vehicle train information which relates to at least two vehicles and comprises, for each of them, starting and destination points for a journey, times for the journey, e.g. departure time and/or arrival time, vehicle-specific information, e.g. engine power, vehicle weight, frontal cross-sectional area, fuel consumption; B) matching the times of the vehicles with one another and determining on the basis thereof a time for the vehicle train; C) matching starting and destination points of the vehicles with one another and determining on the basis thereof an itinerary for the vehicle train. D) calculating for each vehicle an individual value parameter which represents the consequences of taking part in the vehicle train, based on at least the vehicle-specific information and the specified itinerary, which value parameter represents one or more from among fuel saving, time gain or time loss.
    • 本发明涉及一种通过使用管理单元来组织和管理车辆列车的方法,包括:A)管理单元接收与至少两辆车辆相关的车辆列车信息,并且对于每个车辆,包括起点和目的地点 旅程的旅程,例如旅程 出发时间和/或到达时间,车辆特定信息,例如 发动机功率,车辆重量,正面横截面积,燃油消耗量; B)将车辆的时间彼此匹配,并且基于此确定车辆列车的时间; C)将车辆的起点和目的地点彼此匹配,并且基于此确定车辆列车的行程。 D)基于至少车辆特定信息和指定的行程来计算每个车辆表示参与车辆列车的后果的个体值参数,该值参数表示节省燃料的时间增益中的一个或多个 或时间损失。
    • 2. 发明申请
    • THERMAL ELECTRIC GENERATOR SYSTEM
    • 热电发电机系统
    • WO2011037527A1
    • 2011-03-31
    • PCT/SE2010/051015
    • 2010-09-22
    • SCANIA CV ABDELLRUD, JanSANDBERG, TonyPETTERSSON, HenrikAL ALAM, Assad
    • DELLRUD, JanSANDBERG, TonyPETTERSSON, HenrikAL ALAM, Assad
    • F02G5/02F01N5/02H01L35/30
    • F02G5/02F01N5/025F01N2410/00H01L35/30Y02T10/16Y02T10/166
    • The invention relates to a thermal electric generator system (TEG system) (1) for extracting electricity from a waste heat medium (2) in a waste heat line (3) in a vehicle, which system (1) comprises a TEG unit (4) comprising: one or more thermal electric generator layers (TEG layers) (6) adapted to converting thermal energy to electricity and situated directly against the waste heat line (3), and an energy storage module (5) adapted to storing thermal energy and situated upstream of the TEG layer directly against the waste heat line (3), whereby thermal energy from the waste heat medium (2) is stored in the energy storage module (5). The TEG system (1) further comprises a bypass unit (8) comprising a bypass line (9) connected to the waste heat line (3) via an adjustable valve device (10) so that all or parts of the waste heat medium (2) can be led past the TEG unit (4) in the bypass line (9); and a valve control unit adapted to adjusting the valve device (10) when predetermined conditions are fulfilled, which valve control unit is adapted to adjusting the valve device (10) when vehicle signals such as, for example, brake signals or acceleration control signals indicate that the vehicle is being braked or accelerated.
    • 本发明涉及一种用于从车辆中的废热线(3)中的废热介质(2)提取电力的热发电机系统(1),该系统(1)包括TEG单元(4) )包括:一个或多个热发生器层(TEG层)(6),其适于将热能转换成电并且直接位于废热管线(3)上;以及能量存储模块(5),其适于储存热能和 位于TEG层的上游直接抵靠废热线(3),由此来自废热介质(2)的热能被储存在储能模块(5)中。 TEG系统(1)还包括旁路单元(8),其包括通过可调节阀装置(10)连接到废热管线(3)的旁路管线(9),使得废热介质(2)的全部或部分 )可以通过旁路管线(9)中的TEG单元(4)引导; 以及适于在满足预定条件时调节阀装置(10)的阀控制单元,当车辆信号(例如制动信号或加速度控制信号)指示时,该阀控制单元适于调节阀装置(10) 车辆正在制动或加速。
    • 3. 发明申请
    • THERMAL ELECTRIC GENERATOR SYSTEM
    • 热电发电机系统
    • WO2011037526A1
    • 2011-03-31
    • PCT/SE2010/051014
    • 2010-09-22
    • SCANIA CV ABDELLRUD, JanSANDBERG, TonyPETTERSSON, HenrikAL ALAM, Assad
    • DELLRUD, JanSANDBERG, TonyPETTERSSON, HenrikAL ALAM, Assad
    • F02G5/02F01N5/02H01L35/30
    • F02G5/02F01N5/025F01N2410/00H01L35/30Y02T10/16Y02T10/166
    • The invention relates to a thermal electric generator system (TEG system) (1) for extracting electricity from a waste heat medium (2) in a waste heat line (3) in a vehicle, which system (1) comprises: - a TEG unit (4) comprising one or more energy storage layers (5) adapted to storing thermal energy and placed directly against the waste heat line (3), whereby thermal energy from the waste heat medium (2) is stored in said energy storage layers (5); one or more thermal electric generator layers (TEG layers) (6) adapted to converting thermal energy to electricity and placed directly against the energy storage layer (5); and - a bypass unit (8) comprising a bypass line (9) connected to the waste heat line (3) via an adjustable valve device (10) so that all or parts of the waste heat medium (2) can be led past the TEG unit (4) in the bypass line (9); and a valve control unit adapted to adjusting the valve device (10) when predetermined conditions are fulfilled, which valve control unit is adapted to adjusting the valve device (10) when vehicle signals such as, for example, brake signals or acceleration control signals indicate that the vehicle is being braked or accelerated.
    • 本发明涉及一种用于从车辆中的废热线(3)中的废热介质(2)提取电力的热发电机系统(1),该系统(1)包括: - TEG单元 (4)包括适于存储热能并直接放置在废热管线(3)上的一个或多个储能层(5),由此来自废热介质(2)的热能被储存在所述储能层 ); 一个或多个热发电机层(TEG层)(6),其适于将热能转换成电并且直接放置在能量存储层(5)上; 以及 - 旁路单元(8),其包括通过可调节阀装置(10)连接到废热管线(3)的旁路管线(9),使得废热介质(2)的全部或部分可以被引导通过 旁路管路(9)中的TEG单元(4); 以及适于在满足预定条件时调节阀装置(10)的阀控制单元,当车辆信号(例如制动信号或加速度控制信号)指示时,该阀控制单元适于调节阀装置(10) 车辆正在制动或加速。
    • 4. 发明申请
    • CRUISE CONTROL FOR A MOTOR VEHICLE
    • 用于汽车的巡航控制
    • WO2006107267A1
    • 2006-10-12
    • PCT/SE2006/050054
    • 2006-04-03
    • SCANIA CV AB (PUBL)SANDBERG, TonyWINGREN, Anna
    • SANDBERG, TonyWINGREN, Anna
    • B60K31/00F16H61/02
    • B60K31/00B60W10/06B60W2530/10B60W2550/141B60W2550/142B60W2550/143B60W2550/402B60W2720/10Y02T10/56
    • The present invention relates to a method and system for controlling the operation of a vehicle. The look-ahead cruise control function according to the invention identifies (25) a set of points of each important, i.e. steeper, ascent and descent along the route of said vehicle, the route being stored in a road map, wherein each point being associated with at least one vehicle operation criterion; calculates (26) the specific position of each of said points based on a plurality of vehicle parameters, vehicle operation parameters including at least vehicle position relative said road map and vehicle speed, and road route parameters of the road map; stores (27) the calculated positions; obtains (28) present vehicle position in order to determine the vehicle position relatively the road map; selects (29) a driving strategy instruction for the control of said vehicle for each distance between the calculated positions for two consecutive points of each ascent and descent based on said vehicle position, and controls (30) at least one engine operating parameter as a function of said driving strategy instruction between each of said consecutive points in order to control the vehicle operation such that said at least one vehicle operation criterion associated with respective point of each of said points is fulfilled. The invention further relates to a computer program (24) for an electronic control unit (8) of a vehicle, a computer program (24) stored on said computer readable medium (22), and an electronic control unit (8).
    • 本发明涉及一种用于控制车辆操作的方法和系统。 根据本发明的先行巡航控制功能识别(25)沿着所述车辆的路线的每个重要的,即更陡峭的上升和下降的点的集合,路线被存储在路线图中,其中每个点相关联 具有至少一个车辆操作标准; 基于多个车辆参数来计算(26)每个所述点的具体位置,至少包括车辆位置相对于所述路线图和车速的车辆操作参数,以及路线图的道路路线参数; 商店(27)计算头寸; 获得(28)当前车辆位置,以便相对于路线图确定车辆位置; 基于所述车辆位置,选择(29)针对每个上升和下降的两个连续点的计算位置之间的每个距离的所述车辆的控制的驾驶策略指令,并且控制(30)至少一个发动机操作参数作为功能 在每个所述连续点之间的所述驾驶策略指令,以便控制车辆操作,使得与每个所述点的相应点相关联的所述至少一个车辆操作标准得到满足。 本发明还涉及一种用于车辆的电子控制单元(8)的计算机程序(24),存储在所述计算机可读介质(22)上的计算机程序(24)和电子控制单元(8)。
    • 6. 发明申请
    • DRIVER SPECIFIC VEHICLE CONFIGURATION
    • 驾驶特定车辆配置
    • WO2011096871A1
    • 2011-08-11
    • PCT/SE2011/050043
    • 2011-01-17
    • SCANIA CV ABSANDBERG, Tony
    • SANDBERG, Tony
    • B60R25/00B60R16/037
    • B60R16/037B60R25/04
    • A motor vehicle (100) comprises a first set of vehicular f unctions (V-CAP) that are potentially possible to execute in the vehicle (100). A user interface (101 ) in the vehicle (100) receives personal data (D-I D) designating an identity of a user of the vehicle (100). A communication device (105) transfers the personal data (D-I D) and vehicular data (V-I D) designating the identity of the vehicle ( 100) to a central data processing unit ( 120). This unit (120) investigates whether the user whose identity is designated by said personal data (D-I D) is an authorized user of the vehicle (100). Given that this is the case, a description (D-CERT) of a set of vehicular f unctions for which the user is authorized is matched with the first set of vehicular f unctions (V-CAP). Then, an activation message (MSG-A) is generated, which upon reception in the vehicle (100) is designated to cause activation exclusively of those functions for which the user is authorized and which are included in the first set of vehicular f unctions (V- CAP).
    • 机动车辆(100)包括潜在地可能在车辆(100)中执行的第一组车辆(V-CAP)。 车辆(100)中的用户接口(101)接收指定车辆(100)的用户的身份的个人数据(D-I D)。 通信装置(105)将指定车辆(100)的身份的个人数据(D-D D)和车辆数据(V-I D)传送到中央数据处理单元(120)。 该单元(120)调查由所述个人数据(D-I D)指定的身份的用户是否是车辆(100)的授权用户。 鉴于这种情况,用户被授权的一组车辆功能的描述(D-CERT)与第一组车辆功能(V-CAP)相匹配。 然后,产生一个激活消息(MSG-A),其在车辆(100)中接收时被指定仅专门用于授权用户的那些功能并且被包括在第一组车辆功能中 V-CAP)。
    • 7. 发明申请
    • AN ENGINE SPEED INDICATOR FOR A VEHICLE
    • 用于车辆的发动机速度指示器
    • WO2002092394A1
    • 2002-11-21
    • PCT/SE2002/000938
    • 2002-05-16
    • SCANIA CV ABSANDBERG, TonyHÄLLEBERG, Roger
    • SANDBERG, TonyHÄLLEBERG, Roger
    • B60R16/02
    • B60R16/0232B60K37/02G01P1/08
    • The present invention relates to an engine speed indicator for a vehicle, which is driven by a combustion engine (4). The engine speed indicator comprises a first indicating means (1, 13) arranged to show the actual member of revolutions of the engine and second indicating means (7a-b, 8a, 14) arranged to show at which number of revolutions or within which range of number of revolutions a minimal emission of at least one emission gas is obtained from the vehicle during operation of the combustion engine (4). The engine speed indicator also comprises a third indicating means (8a, 15) which is arranged to show an emission level of said emission gas at the actual value of the number of revolutions. A driver can hereby drive the vehicle in such a manner that the emissions of emission gases are substantially minimal.
    • 本发明涉及一种由内燃机(4)驱动的用于车辆的发动机转速指示器。 发动机速度指示器包括布置成显示发动机的实际转动件数的第一指示装置(1,13)和布置成以哪个转数显示的第二指示装置(7a-b,8a,14) 在所述内燃机(4)的操作期间从所述车辆获得至少一个排放气体的最小排放的转数。 发动机转速指示器还包括第三指示装置(8a,15),其被布置成以实际的转数显示所述排放气体的排放水平。 因此,驾驶员可以以使得排放气体的排放基本上最小的方式驾驶车辆。
    • 8. 发明申请
    • FRONT NEAR-FIELD MIRROR
    • 前置近场镜
    • WO2015030651A1
    • 2015-03-05
    • PCT/SE2014/050966
    • 2014-08-25
    • SCANIA CV AB
    • SANDBERG, TonySAMUELSSON, Tomas
    • B60R1/10B60R1/08
    • B60R1/002
    • The present invention relates to a front near-field mirror (10) for a motor vehicle (1), which mirror (10) is arranged to provide a driver of the vehicle (1) with visibility of a front near area (A3) of the route ahead of and below the vehicle's front (1 a) and is adjustable to provide visibility of a near area (A4) which is concealed from the driver by an A-column (6) and/or side rear view mirror (20) and forms part of the route of the vehicle (1) during a turn. The present invention relates also to a system (I) for control of the near-field mirror (10) and to a motor vehicle.
    • 本发明涉及一种用于机动车辆(1)的前近场反射镜(10),该反射镜(10)布置成为车辆(1)的驾驶员提供前方近区域(A3)的可视性 在车辆前部(1a)前方和下方的路线可调,以便通过A柱(6)和/或侧后视镜(20)从驾驶员隐藏的近区域(A4)的可视性, 并且在转弯期间形成车辆(1)的路线的一部分。 本发明还涉及用于控制近场反射镜(10)和机动车辆的系统(I)。
    • 9. 发明申请
    • SYSTEM AND METHOD FOR SUPPORT FOR CHANGE OF LANE
    • 用于支持更改LAN的系统和方法
    • WO2014204381A1
    • 2014-12-24
    • PCT/SE2014/050711
    • 2014-06-12
    • SCANIA CV AB
    • SANDBERG, Tony
    • G08G1/16B60W30/12B60W30/16
    • B60W30/18163B60W30/143B60W30/16B60W2720/10G08G1/162G08G1/167
    • A method and a system that implements the method for a first vehicle in order to support change of lane from one lane A to a neighbouring lane B with the same direction of travel. The method comprises receiving data related to a second vehicle behind the first vehicle and recognising that the second vehicle desires to overtake the first vehicle based on the data that has been received. Data is received that indicates the presence of vehicles in lane B and to determine at least one parameter X that specifies a space U 1 for the first vehicle in lane B based on the data. The parameter X is compared with a limiting value k 1 that includes a length of the first vehicle, and, if the parameter X is greater than the limiting value, a parameter Y is determined that indicates when the second vehicle has overtaken the first vehicle based on the condition that the first vehicle changes lane to the space U 1 in lane B and maintains its speed v 1 . It is subsequently determined whether the first vehicle can maintain its speed v 1 in the space U 1 until the second vehicle has overtaken the first vehicle, based on the parameter Y, and, if this is possible, to generate a lane-change signal s f that indicates the space U 1 .
    • 实施第一车辆的方法的方法和系统,以便支持具有相同行进方向的从一个车道A到相邻车道B的车道改变。 该方法包括接收与第一车辆后面的第二车辆有关的数据,并且基于已经接收的数据识别第二车辆期望超过第一车辆。 接收到指示车道B中存在车辆的数据,并且基于该数据确定至少一个参数X,该参数X指定车道B中的第一车辆的空间U1。 将参数X与包括第一车辆的长度的限制值k1进行比较,并且如果参数X大于极限值,则确定参数Y,其指示第二车辆何时超过第一车辆 条件是第一车辆将车道改变为车道B中的空间U1并保持其速度v1。 随后确定第一车辆是否可以在空间U1中维持其速度v1,直到第二车辆基于参数Y超过第一车辆,并且如果可能的话,生成指示 空间U1。