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    • 1. 发明授权
    • Method and apparatus for decelerating a marine propulsion system during
an emergency stop maneuver
    • 在紧急停止期间减少海洋推进系统的方法和装置
    • US5171176A
    • 1992-12-15
    • US792816
    • 1991-11-15
    • Hans GebhardtHeribert Kubis
    • Hans GebhardtHeribert Kubis
    • B63H23/08
    • B63H23/08Y10T477/677
    • A method and apparatus for decelerating a marine propulsion system during an emergency stop maneuver is provided. In order to achieve a faster reversal of the direction of rotation of a propeller shaft an engine brake is activated before switching the three shaft birotatory reduction gear system in order to decelerate the engaged and rotating gear system parts effectively. Only when the rotation of the gear system parts has been reduced to a predetermined number of revolutions the gear system is switched to the reversed direction of rotation by a control switch on the bridge so that the propeller shaft is rotating in the reversed direction of rotation and subsequently the number of revolutions of the combustion engine is increased to full load. The emergency stop maneuver may be performed in a very short period of time with the proposed method. The apparatus comprises a motor brake having a throttle valve eccentrically supported in the exhaust pipe of the combustion engine.
    • 提供了一种用于在紧急停止操作期间使船舶推进系统减速的方法和装置。 为了实现传动轴的旋转方向的更快的反转,在切换三轴双向减速齿轮系统之前,发动机制动器被激活,以有效地减速接合和旋转的齿轮系部件。 只有当齿轮系统部件的旋转已经减小到预定转数时,齿轮系统通过桥上的控制开关切换到相反的旋转方向,使得传动轴在相反的旋转方向上旋转,并且 随后,内燃机的转数增加到满载。 所提出的方法可以在非常短的时间内执行紧急停止机动。 该装置包括具有偏心地支撑在内燃机的排气管中的节流阀的电动机制动器。
    • 2. 发明授权
    • Threaded insert having a small external diameter for screws having a
trapezoidal thread
    • 螺纹插入件具有小的外径用于具有梯形螺纹的螺钉
    • US4906151A
    • 1990-03-06
    • US321951
    • 1989-03-10
    • Heribert Kubis
    • Heribert Kubis
    • F16B37/12
    • F16B37/125
    • A sturdy threaded insert for screws having a trapezoidal thread. To keep the external diameter of this threaded insert small (due to the limited space often available), and to ensure that the female thread produces a perfect seal (if the threaded insert is closed in construction), the threaded insert is constructed as follows: The basic shape of the threaded insert represents a circumscribed quadrilateral, which is a rhombus if the trapezoidal thread is symmetrical and is a parallelogram if the trapezoidal thread is asymmetrical. The superimposed quadrilateral profiles are connected to one another by a web having a minimum wall thickness of about 30% of the useful profile depth of the screw thread, and in any case is at least 0.3 mm. In addition, the threaded flank projections of the annular surfaces are equal on the workpiece side and on the screw side.
    • 用于具有梯形螺纹的螺钉的坚固螺纹插入件。 为了保持该螺纹插件的外径小(由于经常可用的空间有限),并且确保内螺纹产生完美的密封(如果螺纹插入件在结构中封闭),螺纹插入件的构造如下: 螺纹插入件的基本形状表示外接四边形,如果梯形螺纹是对称的,则是菱形,如果梯形螺纹是不对称的,则是平行四边形。 叠加的四边形轮廓通过具有最小壁厚约为螺纹的有用轮廓深度的约30%的腹板彼此连接,并且在任何情况下至少为0.3mm。 此外,环形表面的带螺纹的侧面突起在工件侧和螺钉侧相等。
    • 3. 发明授权
    • Cylinder head and combustion chamber sealing arrangement for a
reciprocating piston
    • 用于往复活塞的气缸盖和燃烧室密封装置
    • US4867118A
    • 1989-09-19
    • US234210
    • 1988-08-19
    • Heribert KubisJosef Winter
    • Heribert KubisJosef Winter
    • F02F11/00F16J15/08F16J15/12
    • F02F11/002F16J15/0881F16J15/123
    • A cylinder head and combustion chamber sealing arrangement that is subdivided into a sealing element in the cylinder liner region (especially for sealing gas) and a sealing element in the cylinder block region. Both sealing elements are made of solid metal. The sealing element for gas sealing, which is disposed in the liner-collar recess, is stressed in a certain range beyond the yield limit of the material by tightening the cylinder head screws. To improve the gas sealing, on the one hand a circumferential groove is provided in the cylinder head opposite the recess in the cylinder liner collar, and on the other hand the recess itself is provided with either a circumferential groove or a circumferential rib. By this means, the liner sealing element is stressed beyond the material yield level in the specific region of its outer and inner perimeters.
    • 气缸盖和燃烧室密封装置,其分为气缸套区域中的密封元件(特别是用于密封气体)和气缸体区域中的密封元件。 两个密封元件均由固体金属制成。 用于气体密封的密封元件,其设置在衬套环凹部中,通过拧紧气缸盖螺钉而在超过材料屈服极限的一定范围内受到应力。 为了改善气体密封,一方面在气缸盖中设置有与气缸套环中的凹部相对的周向槽,另一方面,凹部本身设置有周向槽或周向肋。 通过这种方式,衬套密封元件的应力超过其外周和内周的特定区域的材料屈服水平。
    • 4. 发明授权
    • Arrangement for external oiling of cylinder liners of internal
combustion engines
    • 内燃机气缸套外部给油装置
    • US4108135A
    • 1978-08-22
    • US796884
    • 1977-05-16
    • Heribert Kubis
    • Heribert Kubis
    • F01M1/06F01M1/00F02F1/14F02F1/18F02F1/20
    • F01M1/00F02F1/20
    • An arrangement for external oiling of cylinder liners of internal combustion engines. The cylinder liners are flanged and are inserted directly into the bores of the cylinder block. An annular chamber is provided in the bores and/or the cylinder liners near the cylinder head. The annular chamber is connected to a feed line for the supply of engine lubricating oil. From the annular chamber, especially in order to prevent fretting corrosion, the engine lubricating oil, uniformly distributed over the circumference and partly in a pulsating fashion, slowly seeps downwardly through the clearance between the bore and the cylinder liner. The lubricating oil then flows into the oil pan. At least one oil drain line is provided to prevent a pressure buildup and is connected with an annular space arranged above the annular chamber toward the cylinder head and as close as possible to the upper end of the cylinder liner between the latter and the bore of the cylinder block; the engine lubricating oil in the annular chamber is at a predetermined pressure.
    • 内燃机气缸套外部上油装置。 气缸套有法兰,并直接插入气缸体的孔中。 在气缸盖附近的孔和/或气缸衬套中设置环形室。 环形室连接到用于供应发动机润滑油的进料管线。 特别是为了防止微动腐蚀,发动机润滑油在圆周上均匀分布,部分以脉动方式缓慢地向下穿过孔和气缸套之间的间隙。 润滑油然后流入油底壳。 设置至少一个排油管线以防止压力增加,并且与环形室上方的环形空间朝向气缸盖连接,并且尽可能靠近气缸套的上端与缸体之间的孔 气缸体 环形室中的发动机润滑油处于预定压力。
    • 6. 发明授权
    • Oil pump arrangement
    • 油泵布置
    • US4334836A
    • 1982-06-15
    • US66627
    • 1979-08-15
    • Heribert KubisKarl Schott
    • Heribert KubisKarl Schott
    • F01M1/02F04C15/00F04B17/00F02B77/14F04C2/08
    • F01M1/02
    • An oil pump arrangement for the pressure oil supply for internal combustion engines, especially a gear oil pump, which comprises impeller gears housed in a pump housing. The gears are driven by the internal combustion engine and the pump housing is connected with a suction pipe and a pressure pipe. The pump housing is arranged in an unmachined recess provided at the side of the timing gears in the crankcase. The pump housing is open on the side of the driving means for the impeller gears and is flanged to the timing gear case of the internal combustion engine. The timing gear case forms the closure of the pump housing and the recess, and at least the driving means for the impeller gears is supported in the timing gear case.
    • 一种用于内燃机的压力油供应的油泵装置,特别是齿轮油泵,其包括容纳在泵壳体中的叶轮齿轮。 齿轮由内燃机驱动,泵壳与抽吸管和压力管连接。 泵壳体设置在设置在曲轴箱中的正时齿轮侧的未加工的凹部中。 泵壳体在用于叶轮齿轮的驱动装置的侧面上敞开,并且与法兰连接到内燃机的正时齿轮箱。 正时齿轮箱形成泵壳体和凹部的关闭,并且至少用于叶轮齿轮的驱动装置支撑在正时齿轮箱中。
    • 8. 发明授权
    • Device for controlling an outlet valve in the engine brake mode
    • 用于在发动机制动模式下控制出口阀的装置
    • US5273013A
    • 1993-12-28
    • US33806
    • 1993-03-19
    • Heribert KubisDieter Wittmann
    • Heribert KubisDieter Wittmann
    • F01L1/24F01L13/06F02D13/04
    • F01L13/06
    • A device for controlling an outlet valve during the engine brake mode has a hydraulic linkage between the outlet valve and the cam shaft which is controllable by a control unit. The control unit is combined with an actuation piston of a pressure source to form an integral component which is identical for each outlet valve. The actuation piston is actuated by a brake cam and actuates the working piston of the hydraulic linkage via the intermediate control unit. With the actuation piston the outlet valve can be opened during the engine braking mode in the compression stroke in order to substantially increase the braking power of the engine. The combination of the control unit with the actuation piston in the form of an integral component allows for an inexpensive manufacture because each individual outlet valve can be provided with such an identical control component. Furthermore, by eliminating long connecting lines for the pressure medium with the integral component precise control times for the outlet valve can be achieved.
    • 用于在发动机制动模式期间控制出口阀的装置具有可由控制单元控制的出口阀和凸轮轴之间的液压联动。 控制单元与压力源的致动活塞组合以形成对于每个出口阀相同的整体部件。 致动活塞由制动器凸轮致动并通过中间控制单元致动液压联动器的工作活塞。 利用致动活塞,在压缩冲程中的发动机制动模式期间,出口阀可以打开,以便大幅增加发动机的制动功率。 控制单元与致动活塞以整体部件的形式的组合允许便宜的制造,因为每个单独的出口阀可以设置有相同的控制部件。 此外,通过消除具有整体部件的压力介质的长连接线,可以实现出口阀的精确控制时间。
    • 9. 发明授权
    • Cylinder head sealing arrangement for reciprocating piston engines
    • 往复式活塞发动机气缸盖密封装置
    • US5265563A
    • 1993-11-30
    • US989075
    • 1992-12-11
    • Heribert KubisJosef Winter
    • Heribert KubisJosef Winter
    • F02F1/00F02F11/00F16J15/08F02F1/10
    • F16J15/08F02F11/002
    • A cylinder head sealing arrangement for reciprocating piston engines, especially internal combustion engines. An end of each cylinder liner that faces a cylinder head is provided with a raised collar that includes a centering portion. A preferably metallic combustion chamber seal in the form of a ring having a constant thickness in a starting position is guided with clearance fit. When cylinder head screws are tightened, the ring undergoes a plastic deformation of at least one end face. The ring has an inner surface that is guided relative to the centering portion only via a cylindrical guide region of the ring or the raised collar. The free space between the ring and the centering portion increases continuously proceeding from the guide region so that after plastic deformation the ring rests flat upon the cylinder liner beyond the region of a radius that defines a transition between the liner and the collar.
    • 用于往复活塞发动机,特别是内燃机的气缸盖密封装置。 每个气缸套的面对气缸盖的端部设置有包括定心部分的凸起的轴环。 在起始位置具有恒定厚度的环的形式的优选金属燃烧室密封件以间隙配合被引导。 当气缸盖螺钉拧紧时,环经受至少一个端面的塑性变形。 环具有内表面,该内表面仅通过环或凸起套环的圆柱形引导区相对于定心部分被引导。 环与对中部分之间的自由空间从引导区域连续地增加,使得在塑性变形之后,环在气缸套上平稳地超过限定衬套和套环之间的过渡的半径的区域。
    • 10. 发明授权
    • Motor brake for air-compressing internal combustion engines
    • 用于空气压缩内燃机的电动制动器
    • US5150678A
    • 1992-09-29
    • US552180
    • 1990-07-12
    • Dieter WittmannHeribert Kubis
    • Dieter WittmannHeribert Kubis
    • F01L13/06F02B3/06F02D9/06
    • F01L13/06F02D9/06F02B3/06
    • A motor brake for air-compressing internal combustion engines is provided. To improve the braking power of the engine, it is proposed to combine a motor brake having a butterfly valve to throttle engine exhaust with a motor brake where an exhaust valve, in addition to the cam drive, can be raised slightly during the exhaust stroke via a piston. With this inventive combination, braking work can be performed not only in the exhaust stroke, but also in the compression stroke, so that the braking power can be increased by about 50 to 60%, and relative to conventional exhaust brakes by about 80 to 90%, and is increased to the order of magnitude of the effective engine power.
    • 提供一种用于空气压缩内燃机的马达制动器。 为了提高发动机的制动功率,提出将具有蝶形蝶阀的马达制动器与马达制动器相结合,在马达制动器中除了凸轮驱动之外,可以在排气冲程期间稍微升高排气阀 活塞 利用本发明的组合,不仅可以在排气行程中,而且在压缩行程中进行制动作业,使得制动功率可以增加约50%至60%,并且相对于常规的排气制动器约80至90 %,并且增加到有效发动机功率的数量级。