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    • 1. 发明授权
    • Steering valve for vehicles
    • 车辆转向阀
    • US4905782A
    • 1990-03-06
    • US273037
    • 1989-08-18
    • Wolfgang RiegerWerner Breitweg
    • Wolfgang RiegerWerner Breitweg
    • B62D5/06B62D5/08B62D5/083F16F1/14
    • B62D5/083Y10T137/86638
    • A steering valve for vehicles has a torque input member for connection to a steering wheel and connects through a torque rod to an output shaft, having coacting valving components operated by relative rotation during the initial torque stress on the steering wheel between the input member and the output shaft in order to control flow to and from the servomotor. The torque rod has an average reduced cross section and is particularly manufactured to take torque stress for simulation of steering resistance. The torque rod has end connecting members and a connecting member can be utilized to effect a shorter overall length of the torque rod which determines the overall length of the steering valve as well as affording support. Thus, one such connecting member adjacent the output shaft is elongated as a bearing for the valving component rotated by the steering wheel, and also has a return flow throttling port for pressure reduction of return flow to quiet the noise of such flow.
    • PCT No.PCT / EP87 / 00016 Sec。 371日期1988年8月18日 102(e)1988年8月18日PCT PCT 1987年1月15日PCT公布。 第WO87 / 04678号公报 日期:1987年8月13日。用于车辆的转向阀具有用于连接到方向盘的扭矩输入构件,并且通过扭矩杆连接到输出轴,其具有在初始转矩应力下在转向上的相对旋转操作的共同作用的阀组件 在输入构件和输出轴之间的轮子,以便控制流入和流出伺服马达。 扭力杆具有平均减小的横截面,并且特别地制造为获得用于模拟转向阻力的扭矩应力。 扭矩杆具有端部连接构件,并且可以利用连接构件来实现扭矩杆的较短的总长度,其确定转向阀的总长度以及提供支撑。 因此,邻近输出轴的一个这样的连接构件作为由方向盘旋转的阀构件的轴承是细长的,并且还具有用于减少回流的回流流量的回流节流口,以使这种流动的噪声变得安静。
    • 2. 发明授权
    • Process and system for determining fuel consumption of a motor vehicle
    • 用于确定机动车辆的燃料消耗的过程和系统
    • US08560215B2
    • 2013-10-15
    • US13087630
    • 2011-04-15
    • Janus CogielHerbert JilgWolfgang Rieger
    • Janus CogielHerbert JilgWolfgang Rieger
    • G06F19/00
    • G01F9/001
    • A process and system are provided for determining fuel consumption of a motor vehicle. A first mean fuel consumption, which cannot be reset under a user's influence, is determined. A second mean fuel consumption, which can be reset under a user's influence, is determined as a function of several measured values. A third mean fuel consumption is determined as follows: (a) at the beginning of a predefined time period, which starts with a resetting of the second mean fuel consumption, the third mean fuel consumption is set to be equal to the first mean fuel consumption; (b) between the beginning and the end of the predefined time period, the third mean fuel consumption is set to be a weighted mean of the first mean fuel consumption and the second mean fuel consumption; and, (c) starting at an end of the predefined time period, the third mean fuel consumption is set to be equal to the second mean fuel consumption. A signal indicative of the third mean fuel consumption is provided.
    • 提供了用于确定机动车辆的燃料消耗的过程和系统。 确定在用户的影响下不能重置的第一平均燃料消耗。 可以在用户影响下重置的第二平均燃料消耗量被确定为几个测量值的函数。 第三平均燃料消耗量如下确定:(a)在以第二平均燃料消耗的重置开始的预定时间段开始时,将第三平均燃料消耗量设定为等于第一平均燃料消耗量 ; (b)在预定时间段的开始和结束之间,将第三平均燃料消耗量设置为第一平均燃料消耗和第二平均燃料消耗的加权平均值; 和(c)从预定时间段结束开始,将第三平均燃料消耗设定为等于第二平均燃料消耗。 提供了表示第三平均燃料消耗的信号。
    • 3. 发明申请
    • Process and System for Determining Fuel Consumption of a Motor Vehicle
    • 确定汽车燃料消耗的过程和系统
    • US20110257875A1
    • 2011-10-20
    • US13087630
    • 2011-04-15
    • Janus COGIELHerbert JilgWolfgang Rieger
    • Janus COGIELHerbert JilgWolfgang Rieger
    • G06F17/00
    • G01F9/001
    • A process and system are provided for determining fuel consumption of a motor vehicle. A first mean fuel consumption, which cannot be reset under a user's influence, is determined. A second mean fuel consumption, which can be reset under a user's influence, is determined as a function of several measured values. A third mean fuel consumption is determined as follows: (a) at the beginning of a predefined time period, which starts with a resetting of the second mean fuel consumption, the third mean fuel consumption is set to be equal to the first mean fuel consumption; (b) between the beginning and the end of the predefined time period, the third mean fuel consumption is set to be a weighted mean of the first mean fuel consumption and the second mean fuel consumption; and, (c) starting at an end of the predefined time period, the third mean fuel consumption is set to be equal to the second mean fuel consumption. A signal indicative of the third mean fuel consumption is provided.
    • 提供了用于确定机动车辆的燃料消耗的过程和系统。 确定在用户的影响下不能重置的第一平均燃料消耗。 可以在用户影响下重置的第二平均燃料消耗量被确定为几个测量值的函数。 第三平均燃料消耗量如下确定:(a)在以第二平均燃料消耗的重置开始的预定时间段开始时,将第三平均燃料消耗量设定为等于第一平均燃料消耗量 ; (b)在预定时间段的开始和结束之间,将第三平均燃料消耗量设置为第一平均燃料消耗和第二平均燃料消耗的加权平均值; 和(c)从预定时间段结束开始,将第三平均燃料消耗设定为等于第二平均燃料消耗。 提供了表示第三平均燃料消耗的信号。
    • 6. 发明申请
    • ROCK DRILL
    • 岩石钻
    • US20100163314A1
    • 2010-07-01
    • US12160634
    • 2007-07-31
    • Wolfgang RiegerHelmut Duscha
    • Wolfgang RiegerHelmut Duscha
    • E21B10/36
    • B28D1/146B23B51/02B23B2226/75B23B2251/204E21B10/445
    • The invention relates to a rock drill (1) for rotational and percussive action, comprising a drill head (2), a conveying helix (3), a clamping shank and a longitudinal drill axis (L), wherein the drill head (2) has at least one secondary cutting element (5a, 5b) with a front and a rear side face (10a, 10b) and wherein the secondary cutting element (5a, 5b) has a centre of mass (M) and a cutting edge (11), the centre of mass (M) and the cutting edge (11) defining a first plane (E1), the front side face (10a) of the secondary cutting element (5a, 5b) defining a second plane (E2) and the rear side face (10b) of the secondary cutting element (5a, 5b) defining a third plane (E3). In this arrangement, the longitudinal drill axis (L) intersects the first plane (E1) at a first point of intersection (S1), the longitudinal drill axis (L) intersects the second plane (E2) and/or the third plane (E3) at a second and/or third point of intersection (S2, S3), the longitudinal drill axis (L) and the first plane (E1) form a first acute angle (1) in the direction of advancement (x) of the rock drill (1) and the longitudinal drill axis (L) and the second and/or third plane (E2, E3) form a second and/or third acute angle (2, 3) in the direction of advancement (x) of the rock drill (1).
    • 本发明涉及一种用于旋转和冲击作用的凿岩机(1),包括钻头(2),输送螺旋(3),夹紧柄和纵向钻杆轴(L),其中钻头(2) 具有至少一个具有前侧面和后侧面(10a,10b)的次切割元件(5a,5b),并且其中所述次切割元件(5a,5b)具有质心(M)和切割刃(11) ),质心(M)和限定第一平面(E1)的切割刃(11),二次切割元件(5a,5b)的前侧面(10a)限定第二平面(E2),并且 第二切割元件(5a,5b)的后侧面(10b)限定第三平面(E3)。 在这种布置中,纵向钻孔轴线(L)在第一交点(S1)处与第一平面(E1)相交,纵向钻孔轴线(L)与第二平面(E2)和/或第三平面(E3 )在第二和/或第三交叉点(S2,S3)处,纵向钻杆轴线(L)和第一平面(E1)在岩石的前进方向(x)上形成第一锐角(1) 钻头(1)和纵向钻杆轴线(L)以及第二和/或第三平面(E2,E3)在岩石的前进方向(x)上形成第二和/或第三锐角(2,3) 钻(1)。
    • 10. 发明申请
    • DOUBLE CLUTCH TRANSMISSION
    • 双离合器变速箱
    • US20100282019A1
    • 2010-11-11
    • US12681908
    • 2008-10-08
    • Wolfgang Rieger
    • Wolfgang Rieger
    • F16H3/093
    • F16H3/006F16H3/093F16H2003/0807F16H2003/0826F16H2003/0931F16H2200/0052F16H2200/0086F16H2200/0091Y10T74/19065Y10T74/19228
    • A dual-clutch transmission with two clutches (K1, K2) whose input sides are connected to a drive input shaft (w_an) and whose output sides are respectively connected to one of two transmission input shafts (w_K1, w_K2) arranged coaxially with one another. Idler gearwheels (01, 02, 03, 04, 05, 06) are mounted to rotate on at least two countershafts (w_vorgelege1, w_vorgelege2) while fixed gearwheels (09, 10, 11) are rotationally fixedly connected on the two transmission input shafts (w_K1, w_K2). A plurality of coupling devices (A-B, C, D-E, D, E-F, F) connect the idler gearwheels (01, 02, 03, 04, 05, 06) of the two countershafts (w_vorgelege1, w_vorgelege2) with a respective drive output gearwheel (07, 08) fixed on each of the two countershafts (w_vorgelege1, w_vorgelege2). At least one shifting element (G) couples the two transmission input shafts (w_K1, w_K2) such that at least six shift-under-load forward gears (1, 2, 3, 4, 5, 6) and at least one reverse gear (RA1, R1) can be engaged. The transmission has three wheel planes (01-04; 02-05; 03-06) or four wheel planes (01-04, 01-09; 02-05, 02-04; 03-11, 03-05; 12-06) arranged in such manner that at least one shift-under-load winding gear can be engaged by the shifting element (G).
    • 具有两个离合器(K1,K2)的双离合器变速器,其输入侧连接到驱动输入轴(w_an),并且其输出侧分别连接到彼此同轴布置的两个变速器输入轴(w_K1,w_K2)中的一个 。 惰轮齿轮(01,02,03,04,06,06)安装成在至少两个中间轴(w_vorgelege1,w_vorgelege2)上旋转,同时固定齿轮(09,10,11)旋转地固定地连接在两个传动输入轴上 w_K1,w_K2)。 多个联接装置(AB,C,DE,D,EF,F)将两个中间轴(w_vorgelege1,w_vorgelege2)的空转齿轮(01,02,03,04,05,06)与相应的驱动输出齿轮 (07,08)固定在两个中间轴上(w_vorgelege1,w_vorgelege2)。 至少一个变速元件(G)将两个变速器输入轴(w_K1,w_K2)联接起来,使得至少六个前后变速档前进档(1,2,3,4,5,6)和至少一个倒档 (RA1,R1)可以接合。 变速器具有三轮平面(01-04; 02-05; 03-06)或四轮平面(01-04,01-09; 02-05,02-04; 03-11,03-05; 12- 06),使得至少一个载荷下的换档齿轮可以由换档元件(G)接合。