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    • 1. 发明申请
    • Friction gear for a separate accessory of a combustion engine equipped with belt-driven auxiliary units
    • 配有皮带驱动辅助装置的内燃机的单独附件的摩擦齿轮
    • US20060213317A1
    • 2006-09-28
    • US11399649
    • 2006-04-07
    • Heinz Lemberger
    • Heinz Lemberger
    • F16C7/00
    • F16H13/10F02B67/06F16H7/02Y10T74/2142
    • A friction gear for a separate accessory of a combustion engine equipped with belt-driven auxiliary units, including a frictional wheel guided by a swivel arm coupled to the engine, to which a protection device is assigned, with the swivel arm and the frictional wheel/protection device provided as a single assembly. The swivel arm provided in the form of a hollow profile includes, on the one hand, a housing which has a single part, flat-cylindrical design and which serves as an essentially closed frictional wheel/protection device with a frictional wheel that can be rotationally mounted between housing end walls and, on the other hand, a coupling location, such that the swivel arm forming a whole with the protective housing and with the coupling location is designed so that it can be assembled over at least one longitudinal partition.
    • 配备有带驱动辅助单元的内燃机的单独附件的摩擦齿轮,其包括由耦合到发动机的旋转臂引导的摩擦轮,保护装置分配到该旋转臂上,旋转臂和摩擦轮/ 保护装置作为单个组件提供。 以中空轮廓的形式提供的旋转臂一方面包括一个壳体,该壳体具有单个部件,平圆柱形设计,并且其用作基本上闭合的摩擦轮/保护装置,该摩擦轮/保护装置具有可旋转的摩擦轮 安装在壳体端壁之间,另一方面是联接位置,使得与保护壳体和联接位置形成整体的旋转臂被设计成使得其可以组装在至少一个纵向隔板上。
    • 3. 发明授权
    • Device and method for cooling and preheating
    • 冷却和预热装置及方法
    • US06196168B1
    • 2001-03-06
    • US09068815
    • 1998-08-13
    • Winfried EckerskornAxel TemmesfeldHeinz LembergerChristian AbsmeierGerhart HuemerVictor BrostKlaus KalbacherKarl Schütterle
    • Winfried EckerskornAxel TemmesfeldHeinz LembergerChristian AbsmeierGerhart HuemerVictor BrostKlaus KalbacherKarl Schütterle
    • F01P320
    • F01P3/20F01P7/165F01P11/029F01P2003/182F01P2007/146F01P2037/02F01P2060/045F28F27/02
    • The invention concerns a device and method for cooling and preheating, especially of transmission fluid, of an internal combustion engine, with an equalization tank, with at least one radiator, which can be connected by means of an engine thermostat when a predetermined temperature is reached in the cooling loop, and with a water/oil heat exchanger. It is prescribed according to the invention that the forward stream (1) of a single water/oil heat exchanger (5) be branched off in the heating phase by means of a valve unit (3) essentially from the main cooling loop (12) of the internal combustion engine (17) and that its forward stream (1) in the cooling phase be taken by means of the same valve unit (3) essentially in the coolant side stream (13) from the low-temperature region (14) of the radiator (4) or a separate low-temperature cooler (14a) connected in the side stream after radiator (4, 4a). The method proposes that the forward stream (1) of the water/oil heat exchanger (5) be taken in the heating phase essentially from the main coolant stream (12) not flowing through the radiator (4), that switching to cooling operation occur at a temperature lying somewhat below the switch point of the engine main thermostat (9) and the forward stream (1) of the water/oil heat exchanger (5) in cooling operation be branched off essentially from the low-temperature region (14) of radiator (4), or from a low-temperature cooler (14a) additionally connected in the side stream after radiator (4, 4a).
    • 本发明涉及一种用于具有均衡罐的内燃机的冷却和预热特别是传输流体的装置和方法,所述均衡罐具有至少一个散热器,当至少达到一个散热器时,可以通过发动机恒温器在达到预定温度时连接 在冷却回路中,以及一个水/油热交换器。 根据本发明规定,单个水/油热交换器(5)的前进流(1)通过主要由主冷却回路(12)的阀单元(3)在加热阶段分支, ,并且其冷却阶段中的其前进流(1)基本上在来自低温区域(14)的冷却剂侧流(13)中通过相同的阀单元(3)获取, 的散热器(4)或连接在散热器(4,4a)之后的侧流中的单独的低温冷却器(14a)。 该方法提出,水/油热交换器(5)的前进流(1)基本上从未流过散热器(4)的主冷却剂流(12)进入加热阶段,发生切换到冷却操作 在冷却运转中,位于发动机主恒温器(9)的切换点和水/油热交换器(5)的前进流(1)的温度基本上从低温区域(14)分支出来, 的散热器(4),或者来自另外连接在散热器(4,4a)之后的侧流中的低温冷却器(14a)。
    • 9. 发明授权
    • Belt tensioning device
    • 皮带张紧装置
    • US07367908B2
    • 2008-05-06
    • US10707769
    • 2004-01-10
    • Heinz LembergerRudolf BergerManfred JungVladimir Kobelev
    • Heinz LembergerRudolf BergerManfred JungVladimir Kobelev
    • F16H7/12
    • F16H7/1218F16H2007/081F16H2007/0874F16H2007/0893
    • A belt tensioning device for a continuous belt drive. The device includes a torsion spring assembly (20) with a longitudinal axis (A2) and with at least one torsion bar or torsion tube (32). The torsion spring assembly (20) can be clamped axially and in a rotationally fast way into a rack. A tensioning arm (19), at one end, is arranged at the torsion spring assembly (20) so as to be aligned approximately radially relative to the longitudinal axis (A2). A tensioning roller (15) is rotatably fixed at the other end of the tensioning arm (19). The axis of rotation (A1) of the tensioning roller (15) extends substantially parallel relative to the longitudinal axis (A2) of the torsion spring assembly (20), and the tensioning arm (19) can be resiliently supported relative to the rack so as to oscillate around the longitudinal axis (A2).
    • 用于连续皮带传动的皮带张紧装置。 该装置包括具有纵向轴线(A 2 2)和至少一个扭杆或扭转管(32)的扭转弹簧组件(20)。 扭转弹簧组件(20)可以轴向夹紧并以旋转的方式快速夹紧到机架中。 在一个端部处的张紧臂(19)布置在扭转弹簧组件(20)处,以便相对于纵向轴线(A 2> 2)大致径向对准。 张紧辊(15)可旋转地固定在张紧臂(19)的另一端。 张紧辊(15)的旋转轴线(A 1 SUB)相对于扭转弹簧组件(20)的纵向轴线(A 2 SUB)大致平行延伸, 并且张紧臂(19)可以相对于齿条弹性支撑,以围绕纵向轴线(A 2 2)摆动。