会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Exhaust gas return control system for an internal combustion engine
    • 内燃机废气回流控制系统
    • US4646705A
    • 1987-03-03
    • US882230
    • 1986-07-07
    • Rudolf BabitzkaWilhelm HertfelderErnst LinderWalter Schlagmuller
    • Rudolf BabitzkaWilhelm HertfelderErnst LinderWalter Schlagmuller
    • F02D21/08F02D21/10F02D37/00F02M25/06F02M25/07
    • F02M26/48F02M26/36F02M26/54F02M26/67F02M26/68F02M26/50
    • An exhaust gas return control system for internal combustion engines is proposed, which includes an apparatus case 19 in which a servo motor 45 is disposed, which through a driving gear 47 and a driven gear 36 drives a threaded spindle 35 on which an exhaust gas valve closing member 41 is disposed which cooperates with an exhaust gas valve seat 27 on a tubular exhaust gas valve seat body 24. The apparatus case has on the side of the servo motor an air inlet of an air duct 13, 15 leading to the air induction pipe 2 of the internal combustion engine and, on the exhaust gas valve side, an exit from this air duct through which the proportionally fed exhaust gas is also led. A guiding collar 44 diverts the entry of the exhaust gas to an exhaust pipe 30 provided for the purpose. Also, in one embodiment an air valve seat body 21 radially surrounding the exhaust gas valve seat body 24 is provided, which cooperates with an air valve closing member which can be actuated simultaneously with the exhaust gas valve closing member and through which bypass air branched off upstream from a throttle valve 3 in the air induction pipe 2 can be proportionally fed.
    • 提出了一种用于内燃机的废气返回控制系统,其包括设置有伺服电机45的装置壳体19,伺服电动机45通过驱动齿轮47和从动齿轮36驱动螺纹轴35,在该主轴上排放有排气阀 关闭构件41设置成与管状排气阀座体24上的排气阀座27配合。设备壳体在伺服电动机侧具有空气导管13,15的空气入口,导致空气感应 内燃机的管道2和排气阀侧的从该空气管道出口的比例供给的废气也被引导。 引导环44将废气的入口转移到为此而设计的排气管30。 而且,在一个实施例中,设置有径向围绕排气阀座体24的空气阀座主体21,其与可与排气阀关闭构件同时致动并且旁路空气分支的空气阀关闭构件 空气导入管2中的节流阀3的上游可以成比例地供给。
    • 3. 发明授权
    • Diesel engine fuel injection system
    • 柴油发动机燃油喷射系统
    • US4463727A
    • 1984-08-07
    • US415458
    • 1982-09-01
    • Rudolf BabitzkaWalter BeckWalter Schlagmuller
    • Rudolf BabitzkaWalter BeckWalter Schlagmuller
    • F02D41/40F02B3/06F02D1/02F02D41/38F02M41/14F02M59/36F02M59/46F04B49/22H01L41/09F02M39/00
    • F04B49/225F02M41/1411F02M59/365F02M59/366F02M59/468H01L41/0946H02N2/02F02B3/06F04B2205/18
    • A Diesel engine distributor-type injection pump has a vane pump (3) providing fuel under pressure to an injection pump system formed by two pistons (17) pressed towards each other by a cam track (26) to provide fuel under injection pressure to fuel injection plug connectors (28, 29) when the radial position of a duct (27) in the bore of the rotating shaft (2) matches a connecting duct (28) of a respective injection outlet. To provide for precise timing of fuel being injected, pressurized fuel is drained under control of a slider valve (FIG. 1: 38, 39; FIG. 2: 72, 74) connected through a communicating duct (32, 42, 71) to the slider valve. The slider valve is operated by a piezoelectric positioning element (FIG. 1: 61; FIG. 2: 76) which moves the spool (74, 39) of the slider valve; in one embodiment (FIG. 1), the piezoelectric element operates a piston (53) having a substantially larger diameter than the end faces of the spool (39) to provide for excursion amplification; in another embodiment (FIGS. 2, 4-8), the piezoelectric elements are bending elements and thus provide for larger excursion.
    • 柴油发动机分配器型喷射泵具有叶片泵(3),其将压力下的燃料提供给由通过凸轮轨道(26)彼此挤压的两个活塞(17)形成的喷射泵系统,以在喷射压力下向燃料提供燃料 当旋转轴(2)的孔中的管道(27)的径向位置与相应注射口的连接管道(28)匹配时,注射塞连接器(28,29)。 为了提供喷射的燃料的精确定时,在通过连通管道(32,42,71)连接的滑阀(图1:38,39;图2:72,74)的控制下,加压燃料排出到 滑阀。 滑阀由通过滑块阀芯(74,39)移动的压电定位元件(图1:61;图2:76)来操作。 在一个实施例(图1)中,压电元件操作具有比卷轴(39)的端面大得多的直径的活塞(53),以提供偏移放大; 在另一个实施例(图2,4-8)中,压电元件是弯曲元件,因此提供更大的偏移。
    • 6. 发明授权
    • Centrifugal friction clutch
    • 离心摩擦离合器
    • US4046240A
    • 1977-09-06
    • US671829
    • 1976-03-30
    • Walter SchlagmullerRudolf Babitzka
    • Walter SchlagmullerRudolf Babitzka
    • F16D43/18F16D43/14
    • F16D43/18
    • A double-arm, sharply angled lever is pivoted at its fulcrum to the drive element of the clutch, and has one arm extending generally in a direction to the center of rotation of the driven element, and biassed by a spring force to engage the driven element. The fulcrum or pivot point of the double-arm lever is so placed with respect to the engagement surface of the arm of the lever with respect to the driven element, that the resulting force vector, resulting from the perpendicularly acting engagement force of the arm of the lever, in essentially radial direction, and the frictional force between the circumference of the driven element and the arm of the lever are located slightly behind the pivot point of the lever when the clutch is engaged, to effect self-locking of the lever arm against the driven element. The second arm of the lever carries, or is formed with a centrifugal weight and, upon rapid rotation of the driven element, moves the lever to swing outwardly, against the force of a spring, self-locking being overcome when the resultant force vector passes through and then in advance of the pivot point of the lever, providing for smooth engagement and disengagement of the clutch with positive, self-locking when the clutch is engaged. The position of the pivot or fulcrum point of the lever with respect to the resulting engagement force provides a toggle action, with binding force on one side of the toggle, and smooth, release/engagement at the other.
    • 双臂,锐角的杠杆在其支点处枢转到离合器的驱动元件,并且具有大体上沿着从动元件的旋转中心的方向延伸的一个臂,并且通过弹簧力而受到驱动 元件。 双臂杆的支点或枢转点相对于从动元件相对于杠杆的臂的接合表面放置,所产生的力矢量由臂的垂直作用的接合力 杠杆在基本上径向方向上,并且当离合器接合时,从动元件的圆周和杠杆的臂之间的摩擦力位于杠杆的枢转点之后,以实现杠杆臂的自锁 反对被驱动元件。 杠杆的第二臂承载或形成有离心重物,并且在被驱动元件快速旋转时,使杠杆克服弹簧的力向外摆动,当合力矢量通过时克服自锁 然后在杠杆的枢转点之前,然后提供离合器与离合器接合时的正的自锁的平滑接合和分离。 杠杆相对于所产生的接合力的枢轴或支点的位置提供了肘节动作,其在肘节的一侧上具有约束力,并且在另一侧上平滑地释放/接合。
    • 7. 发明授权
    • Electro-hydraulic valve control system for internal combustion engine
valves
    • 内燃机阀门电液阀控制系统
    • US4466390A
    • 1984-08-21
    • US416346
    • 1982-09-09
    • Rudolf BabitzkaWilhelm PolachWalter Schlagmuller
    • Rudolf BabitzkaWilhelm PolachWalter Schlagmuller
    • F01L9/02F01L13/00F01L1/34
    • F01L9/025
    • Electric control of a hydraulic valve control system is obtained by providing hydraulic fluid to form a hydraulic plug between a cam follower in engagement with the camshaft of the engine and a valve stem (11), the hydraulic plug or hydraulic fluid being retained in a chamber which, under control of an electrically operated valve (20, 25; 38), can establish communication to a drain line (19, 47). For rapid movement, the valve can be clamped in closed position by a piezoelectric column (FIG. 1: 28) to prevent drainage, and, upon clamping release of the column, permit drainage, and hence release of the "hydraulic plug", and thus provide for closing action of the valve under operation of a valve spring (13) to thereby shorten the open-time of the valve (FIG. 2, compare curves 31, 32, 33). A spool slider valve can also be used, the position of which is controlled by a pilot valve (FIG. 3: 40, 57, 64) in which a piezoelectric element moves a piston (57) which establishes pressure differential on a slider spool (42) which, respectively, connects the hydraulic plug to a drain (47) or prevents drainage, thus transferring movement of a cam (3) from the camshaft to the cam follower (4) and hence to the valve stem (11).
    • 通过提供液压流体以在与发动机的凸轮轴接合的凸轮从动件和阀杆(11)之间形成液压塞而获得液压阀控制系统的电控制,液压塞或液压流体保持在腔室 其在电动阀门(20,25; 38)的控制下可以建立与排水管线(19,47)的连通。 为了快速运动,阀门可以通过压电柱(图1:28)夹紧在关闭位置,以防止排水,并且在夹紧柱的释放时,允许排水,从而释放“液压塞”,以及 从而提供在阀弹簧(13)的操作下阀的关闭动作,从而缩短阀的打开时间(图2,比较曲线31,32,33)。 还可以使用滑阀滑阀,其位置由先导阀(图3:40,57,64)控制,其中压电元件将在滑阀轴上建立压力差的活塞(57) 42),其分别将液压塞连接到排水口(47)或防止排水,从而将凸轮(3)从凸轮轴移动到凸轮从动件(4)并因此传递到阀杆(11)。
    • 8. 发明授权
    • Electrically controlled valve operating system, particularly for fuel
injection
    • 电控阀操作系统,特别适用于燃油喷射
    • US4388908A
    • 1983-06-21
    • US311676
    • 1981-10-15
    • Rudolf BabitzkaWalter BeckWalter Schlagmuller
    • Rudolf BabitzkaWalter BeckWalter Schlagmuller
    • F02M51/00F02B1/04F02M47/02F02M59/36F02M59/46F02M63/00F02D1/16F02M37/04
    • F02M63/0026F02M47/027F02M59/366F02B1/04
    • To provide for extremely rapid operating conditions of the valve in an electrically controlled fuel injection system, that is, valve operation in the order of 10.sup.-5 seconds, for example, a pump (2, 62) provides pressurized fuel, and two, in push-pull operating valves (4, 64; 5, 65) are provided, in which one of the valves (4, 64) controls initiation of fuel injection, and the other one of the valves (5, 65) controls termination thereof; each one of the valves uses a spring-loaded valve element (18, 38", 38, 38'), operated by the pressure of the fuel to be injected, the valve elements being retained in a predetermined position by an electrically controlled operating unit (27, 47"; 47, 47') which has a positioning element operating in a positioning path having at least a component which is perpendicular to the operating direction of the valve element and which, as commanded by the control voltage applied thereto, clamps the valve element in a predetermined position, and thus prevents movement of the valve element even though fluid pressure is applied thereto. Preferably, the electrical control element is a stack of piezoelectric disks which, upon energizaton, expand in axial direction and press a clamping stem (26, 46"; 46, 46') the movable valve element (18, 38", 38, 38') in an operating bore of the valve unit or housing (16, 36).
    • 为了在电控燃料喷射系统中提供阀的非常快速的操作条件,即例如10-5秒的阀操作,例如泵(2,62)提供加压燃料,并且两个在 提供了推挽操作阀(4,64; 5,65),其中一个阀(4,64)控制燃料喷射的启动,另一个阀(5,65)控制其终止; 每个阀门使用由要喷射的燃料的压力操作的弹簧加载的阀元件(18,38“,38,38'),阀元件通过电控操作被保持在预定位置 单元(27,47“; 47,47'),其具有定位元件,该定位元件在具有至少一个与阀元件的操作方向垂直的分量的定位路径中操作,并且其被施加到其上的控制电压 ,将阀元件夹紧在预定位置,从而即使在其上施加流体压力也可以防止阀元件移动。 优选地,电气控制元件是一组压电盘,其在通电时在轴向方向上膨胀并且将可动阀元件(18,38“,38”)的夹紧杆(26,46“; 46,46') ,38')在阀单元或壳体(16,36)的操作孔中。
    • 9. 发明授权
    • Centrifugal frictional clutch
    • 离心摩擦离合器
    • US4295554A
    • 1981-10-20
    • US67163
    • 1979-08-16
    • Walter SchlagmullerRudolf Babitzka
    • Walter SchlagmullerRudolf Babitzka
    • F16D43/18F16D45/00F16D43/14
    • F16D43/18F16D45/00
    • A centrifugal frictional clutch is constituted by a rotary housing supporting for rotation a weight lever actuated by the centrifugal force and being biased by a spring against the latter. The weight lever pivotably supports a coupling jaw which cooperates with a frictional surface of a coupling disk. The resultant normal frictional force F.sub.N forms with the line connecting pivot points of the jaw and of the lever a design angle .gamma. which corresponds to the angle of the static friction. The biasing spring, the jaw and the weight lever are arranged within the range of the coupling disk. Preferably, the clutch includes an additional disk having a smaller diameter and coupled via a free-wheel coupling to the first coupling disk to act as a double speed clutch.
    • 离心摩擦离合器由旋转壳体构成,该旋转壳体支撑用于旋转由离心力驱动的重量杆,并被弹簧偏压抵靠该离心力。 配重杆可枢转地支撑与联接盘的摩擦表面配合的联接夹爪。 所得到的正常摩擦力FN与将钳口和杆的枢轴点连接成相对于静摩擦角度的设计角度γ的线形成。 偏置弹簧,卡爪和配重杆配置在连接盘的范围内。 优选地,离合器包括具有较小直径的附加盘,并且通过自由轮联接器耦合到第一联接盘以用作双速离合器。