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    • 1. 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。
    • 2. 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。
    • 3. 发明申请
    • METHOD AND MODULE PERTAINING TO CRUISE CONTROL
    • 对巡视控制的方法和模块
    • WO2011126431A1
    • 2011-10-13
    • PCT/SE2011/050364
    • 2011-03-30
    • SCANIA CV ABJOHANSSON, OskarHANSSON, JörgenSÖDERGREN, MariaPETTERSSON, Henrik
    • JOHANSSON, OskarHANSSON, JörgenSÖDERGREN, MariaPETTERSSON, Henrik
    • B60K31/00B60W30/14B60W40/06G01C21/32
    • B60W10/06B60K31/00B60W10/10B60W30/143B60W30/18072B60W50/0097B60W50/082B60W2530/10B60W2550/13B60W2550/143B60W2550/402B60W2710/06B60W2720/10B60W2720/103
    • The invention relates to a method for determining speed set-point values v ref for a control system in a vehicle, which method comprises: A) determining a horizon by means of location data and map data for an itinerary made up of route segments and at least one characteristic for each segment; B) calculating speed set-point values v ref for the vehicle's control system along the horizon on the basis of rules pertaining to characteristics of segments, and when a lowering of the vehicle's entry speed V in, i to a segment is calculated to be necessary if the end speed v slut , i in the segment is to be ≤ v max and unnecessary braking thereafter is consequently to be avoided, the method comprises: C) calculating within the horizon a trigger location from which the fuel injection to the vehicle has to be throttled in order to achieve a lowering to V in, i, provided that vm;n ≤ v ref ≤ v max , where v min and v max set the limits for permissible speeds for v ref, which trigger location is subject to continued calculations of speed set-point values v ref, and D) regulating the vehicle according to the speed set-point values v ref . The invention relates also to a module arranged to calculate speed set-point values v ref for a control system in a vehicle.
    • 本发明涉及一种用于确定车辆中的控制系统的速度设定值vref的方法,该方法包括:A)通过位置数据和由路线段组成的行程的地图数据确定地平线,并且至少 每个段的一个特征; B)基于与段特征有关的规则,计算车辆控制系统沿着地平线的速度设定值vref,以及当车辆的进入速度Vin,i降到一段被计算为必要时,如果 结束速度vslut,则该段中的i为= vmax,因此,此后不必要的制动将被避免,该方法包括:C)在水平线内计算触发位置,从该位置到燃料喷射到车辆的顺序必须按顺序 如果vm; n = vref = vmax,其中vmin和vmax设置vref的允许速度的限制,哪个触发位置受速度设定值vref的持续计算,而D )根据速度设定值vref调节车辆。 本发明还涉及一种被配置为计算车辆中的控制系统的速度设定值vref的模块。
    • 4. 发明申请
    • SOUND ATTENUATOR FOR LOW FREQUENCIES, METHOD FOR MANUFACTURING SOUND ATTENUATOR FOR LOW FREQUENCIES AND SYSTEM FOR ATTENUATING LOW FREQUENCIES FOR EXAMPLE IN AIR-CONDITIONING DUCTS OF PAPER MILLS
    • 用于低频率的声音衰减器,用于制造用于低频率的声衰减器的方法和用于降低纸张空调中示例的低频率系统
    • WO2009133240A1
    • 2009-11-05
    • PCT/FI2009/050334
    • 2009-04-28
    • METSO PAPER, INC.HELENIUS, KallePETTERSSON, Henrik
    • HELENIUS, KallePETTERSSON, Henrik
    • F24F13/24G10K11/172F16L55/033
    • F24F13/24F24F2013/245
    • The invention relates to a sound attenuator (1) for low frequencies for example for an air-conditioning duct (2) of paper mills, the flow (20), travelling in which duct, can be arranged to pass through the sound attenuator, which sound attenuator comprises a sound attenuator frame (3), which can be arranged in connection with the air-conditioning duct, and which sound attenuator frame comprises a flow duct (4) and, arranged in connection with the sound attenuator frame, at least one attenuator member (5) operating according to the plate resonator principle. The attenuator member comprises a first resonator plate (6), the outer surface of which is arranged to be the inner wall of the flow duct, i.e. along which outer surface the flow is arranged to travel, a framework (7), whereto the first resonator plate is attached by its inner surface, a second plate (9), which is essentially parallel to the first resonator plate. The second plate is attached to the framework by its inner surface, whereby the second plate, the framework and the first resonator plate delimit at least one attenuator unit (10). The first resonator plate, attached to the framework, is a steel plate, the first resonator plate is attached to the framework by laser welding and the framework comprises a pressure balancing opening (11). The invention further relates to a method for manufacturing a sound attenuator (1) for low frequencies, and a system for attenuating low frequencies for example in air- conditioning ducts (2) of paper mills.
    • 本发明涉及一种用于低频的声音衰减器(1),例如用于造纸厂的空调管道(2),流动(20),其中可以布置导管以通过声衰减器,其中 声音衰减器包括声衰减器框架(3),该声衰减器框架可以与空调管道连接布置,并且哪个声音衰减器框架包括流动通道(4),并且与声音衰减器框架相连接设置有至少一个 衰减器构件(5)根据板谐振器原理工作。 衰减器构件包括第一谐振器板(6),其外表面布置成为流动管道的内壁,即流动被布置成行进的外表面,框架(7),其中第一谐振器板 谐振器板由其内表面附接,第二板(9),其基本上平行于第一谐振器板。 第二板通过其内表面附接到框架,由此第二板,框架和第一谐振器板限定至少一个衰减器单元(10)。 附着在框架上的第一谐振器板是钢板,第一谐振器板通过激光焊接附接到框架,框架包括压力平衡开口(11)。 本发明还涉及用于制造用于低频的声音衰减器(1)的方法,以及用于例如在造纸厂的空调管道(2)中衰减低频的系统。
    • 6. 发明申请
    • CHARGE AIR COOLER
    • 充电空气冷却器
    • WO2006088407A1
    • 2006-08-24
    • PCT/SE2006/000127
    • 2006-01-30
    • SCANIA CV AB (PUBL)HAGBERG, MagnusPETTERSSON, Henrik
    • HAGBERG, MagnusPETTERSSON, Henrik
    • F02B29/04
    • F02B29/0418F02B29/0456F02B29/0475F02B29/0493F28D1/05366F28F27/02F28F2250/06Y02T10/146
    • The present invention relates to a charge air cooler, whereby the charge air cooler comprises at least one tubular element (5) with an internal flow duct (16) for leading compressed air between an inlet aperture (20a) and an outlet aperture (20b). A medium which is at a lower temperature than the compressed air is caused to flow in contact with an outside surface (14) of the tubular element (5) so that the compressed air in the tubular element (5) is subjected to cooling when it is led through the flow duct (16). The charge air cooler comprises a movable control element (1 Ia, b) arranged close to the inlet aperture (20a) or the outlet aperture (20b) of the flow duct (16), whereby the control element (1 Ia, b) comprises control means (21) adapted to providing a variable flow of compressed air through the flow duct (16) when the movable control element (1 Ia, b) is placed in various positions.
    • 增压空气冷却器技术领域本发明涉及增压空气冷却器,其中增压空气冷却器包括至少一个管状元件(5),其具有用于在压缩空气入口(20a)和出口孔(20b)之间引导压缩空气的内部流动管道(16) 。 使得处于比压缩空气低的温度的介质与管状元件(5)的外表面(14)接触流动,使得管状元件(5)中的压缩空气在其中受到冷却 被引导通过流动管道(16)。 增压空气冷却器包括靠近流动管道(16)的入口孔(20a)或出口孔(20b)布置的可移动控制元件(11a,b),由此控制元件(11a,b)包括 当所述可移动控制元件(11a,b)处于各种位置时,所述控制装置(21)适于通过所述流动管道(16)提供可变的压缩空气流。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR MAINTAINING DRIVING TIMES
    • 维护时间的系统和方法
    • WO2011025443A1
    • 2011-03-03
    • PCT/SE2010/050903
    • 2010-08-23
    • Scania CV ABJOHANSSON, OskarHANSSON, JörgenPETTERSSON, Henrik
    • JOHANSSON, OskarHANSSON, JörgenPETTERSSON, Henrik
    • B60W30/14B60K31/00G05B13/04
    • B60W30/16B60K2350/1092B60W30/143B60W2550/402B60W2720/103B60Y2200/14
    • The invention refers to a system and a method for maintaining driving times with an adaptive cruise control comprising a cruise control regulator in a motor vehicle whose control system is regulated by the cruise control regulator. The system for maintaining driving times comprises: an input unit for indicating desired speed values v set for the adaptive cruise control; a computing unit adapted to identify a section S j of a driven run S during which the driving time is to be determined; to calculate the time t cc it would have taken to drive the section S j when using a conventional non-adaptive cruise control; to determine the time t adapt actually taken to drive the section S i with the adaptive cruise control; to calculate the time difference between t cc and tadapt ,' and to calculate an adjusted control signal v setkorr to be used as control signal to the cruise control regulator so that said time difference disappears as the vehicle continues its journey; v setkorr being used as control signal to the adaptive system's cruise control regulator.
    • 本发明涉及一种利用自适应巡航控制来维持驾驶时间的系统和方法,其包括在机动车辆中的巡航控制调节器,其控制系统由巡航控制调节器调节。 用于维持驾驶时间的系统包括:用于指示为自适应巡航控制设定的期望速度值v的输入单元; 计算单元,其适于识别要确定所述行驶时间的驱动行程S的区段Sj; 计算使用传统的非自适应巡航控制时驱动部分Sj所需的时间t cc; 确定实际采用的时间t,以利用自适应巡航控制来驱动部分S i; 以计算t cc和tadapt之间的时差,并计算调整后的控制信号v setkorr作为巡航控制调节器的控制信号,使得所述时差随着车辆继续行驶而消失; v setkorr被用作自适应系统巡航控制调节器的控制信号。