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    • 1. 发明授权
    • Electromagnetic actuator drive
    • 电磁执行器驱动
    • US07623012B2
    • 2009-11-24
    • US11444098
    • 2006-05-31
    • Jens BaumbachFrank BeyerAlfred ElsässerEberhard KallenbachRainer OttoWolfgang SchillingJan SchmidtDietmar Türpe
    • Jens BaumbachFrank BeyerAlfred ElsässerEberhard KallenbachRainer OttoWolfgang SchillingJan SchmidtDietmar Türpe
    • H01F7/00
    • F01L9/04H01F7/145
    • The present invention relates to an electromagnetic actuator drive (1) for adjusting an actuator drive among at least three positions, comprising a soft magnetic armature (2) which is drive-coupled to the final controlling element and has a plurality of armature faces (5, 6), a plurality of soft magnetic pole elements (7) having a plurality of pole faces (8, 9) on which the armature faces (5, 6) come to rest in two end positions of the armature (2) a restore position (10) which drives the armature (2) by spring force into a horizontal starting position, and a holding device (11) with the help of which the armature (2) can be secured in its end positions by electromagnetic forces.To implement the actuator drive (1) less expensively, an even number of at least four pole elements (7) may be provided, a separate electromagnetic coil (12) being assigned to each pole element (7) and electric power being applied to the holding device (11) for securing the armature (2) in its end positions, the holding device applying electric current to the coils (12) so that the pole faces (8, 9) of adjacent pole elements (7) are oppositely polarized.
    • 本发明涉及一种用于在至少三个位置中调节致动器驱动的电磁致动器驱动器(1),包括驱动耦合到最终控制元件的软磁电枢(2),并具有多个电枢面(5 ,6),具有多个极面(8,9)的多个软磁极元件(7),所述电枢面(5,6)在所述电枢(2)的两个端部位置处于所述多个极面(8,9) 通过弹簧力将电枢(2)驱动到水平起始位置的位置(10)和具有帮助的保持装置(11),电枢(2)可以通过电磁力固定在其端部位置。 为了更少地实现致动器驱动器(1),可以设置偶数个至少四个极元件(7),分配给每个极元件(7)的单独的电磁线圈(12),并且将电力施加到 保持装置(11),用于将电枢(2)固定在其端部位置,所述保持装置向线圈(12)施加电流,使得相邻极元件(7)的极面(8,9)相反极化。
    • 2. 发明申请
    • Disk Brake
    • 盘式制动器
    • US20070256900A1
    • 2007-11-08
    • US10591510
    • 2005-02-21
    • Eugen KloosFrank Beyer
    • Eugen KloosFrank Beyer
    • F16D55/22F16D55/02
    • F16D55/22F16D2055/0016F16D2055/0045F16D2055/0079
    • The invention relates to a disk brake which comprises a brake disk (4), having a preferred running direction (D), a first bake shoe (2), having a first center of gravity (S1) on a first side of the brake disk, a second brake shoe (3), having a second center of gravity (S2) on a second side of the brake disk, and a caliper (1) for transmitting the braking forces produced by the second brake shoe to the first side of the brake disk. A first caliper arm (1.1) is located on the first side of the brake disk, and a second caliper arm (1.2) on the second side of the brake disk. A brake application device (5) has a central axis (N) which is perpendicular to the brake disk and is adapted to force the first brake shoe against the brake disk. The second center of gravity, both in the position of rest and when the brake is actuated, is off-set by a predetermined first path (V) in the direction of a brake disk run-out side corresponding to the preferred running direction of the brake disk. The two caliper arms are off-set from each other by a predetermined second path (W) in the direction of the brake disk run-out side. According to the invention, a linking device (1.3, 1.4) interlinking the caliper arms is located radially closer to the brake disk on the brake disk run-out side than on the run-in side.
    • 本发明涉及一种盘式制动器,其包括具有优选的行进方向(D)的制动盘(4),在制动器的第一侧上具有第一重心(S 1)的第一烘烤靴(2) 盘,在制动盘的第二侧上具有第二重心(S 2)的第二制动蹄(3)和用于将由第二制动蹄产生的制动力传递到第一侧的卡钳(1) 的制动盘。 第一卡钳臂(1.1)位于制动盘的第一侧上,第二卡钳臂(1.2)位于制动盘的第二侧上。 制动施加装置(5)具有垂直于制动盘的中心轴线(N),并且适于将第一制动蹄推向制动盘。 第二重心处于静止位置和制动器致动时,通过预定的第一路径(V)在与制动盘的偏转方向对应的制动盘弹出侧的方向上偏移 制动盘。 两个卡尺臂在制动盘弹出侧的方向上彼此偏移预定的第二路径(W)。 根据本发明,将卡钳臂相互连接的连接装置(1.3,1.4)位于制动盘漏出侧的制动盘的径向方向上,而不是靠近在外侧。
    • 5. 发明授权
    • Disk brake
    • 盘式制动器
    • US07461725B2
    • 2008-12-09
    • US10656903
    • 2003-09-05
    • Eugen KloosFrank Beyer
    • Eugen KloosFrank Beyer
    • F16D65/00
    • F16D65/092F16D2055/0045F16D2121/02
    • A disk brake includes a brake disk with a preferred rotational direction, with a first brake pad with a first center of gravity on a first side of the brake disk, a second brake pad with a second center of gravity on a second side of the brake disk, and a caliper for transmitting the braking forces produced by the second brake pad to the first side of the brake disk. The second center of gravity is offset from the first center of gravity by a predetermined distance in the direction toward the side of the brake disk that trails when the disk is rotating in its preferred direction.
    • 盘式制动器包括具有优选旋转方向的制动盘,在制动盘的第一侧上具有第一重心的第一制动衬块,在制动器的第二侧上具有第二重心的第二制动衬块 盘和用于将由第二制动垫产生的制动力传递到制动盘的第一侧的卡钳。 第二重心在盘沿其优选方向旋转时沿着制动盘一侧的方向偏离第一重心偏移预定距离。
    • 6. 发明申请
    • Electromagnetic actuator drive
    • 电磁执行器驱动
    • US20060279389A1
    • 2006-12-14
    • US11444098
    • 2006-05-31
    • Jens BaumbachFrank BeyerAlfred ElsasserEberhard KallenbachRainer OttoWolfgang SchillingJan SchmidtDietmar Turpe
    • Jens BaumbachFrank BeyerAlfred ElsasserEberhard KallenbachRainer OttoWolfgang SchillingJan SchmidtDietmar Turpe
    • H02K33/00F01L9/04H01F7/14
    • F01L9/04H01F7/145
    • The present invention relates to an electromagnetic actuator drive (1) for adjusting an actuator drive among at least three positions, comprising a soft magnetic armature (2) which is drive-coupled to the final controlling element and has a plurality of armature faces (5, 6), a plurality of soft magnetic pole elements (7) having a plurality of pole faces (8, 9) on which the armature faces (5, 6) come to rest in two end positions of the armature (2) a restore position (10) which drives the armature (2) by spring force into a horizontal starting position, and a holding device (11) with the help of which the armature (2) can be secured in its end positions by electromagnetic forces. To implement the actuator drive (1) less expensively, an even number of at least four pole elements (7) may be provided, a separate electromagnetic coil (12) being assigned to each pole element (7) and electric power being applied to the holding device (11) for securing the armature (2) in its end positions, the holding device applying electric current to the coils (12) so that the pole faces (8, 9) of adjacent pole elements (7) are oppositely polarized.
    • 本发明涉及一种用于在至少三个位置中调节致动器驱动的电磁致动器驱动器(1),包括驱动耦合到最终控制元件的软磁电枢(2),并具有多个电枢面(5 ,6),具有多个极面(8,9)的多个软磁极元件(7),所述电枢面(5,6)在所述电枢(2)的两个端部位置处于所述多个极面(8,9) 通过弹簧力将电枢(2)驱动到水平起始位置的位置(10)和具有帮助的保持装置(11),电枢(2)可以通过电磁力固定在其端部位置。 为了更少地实现致动器驱动器(1),可以设置偶数个至少四个极元件(7),分配给每个极元件(7)的单独的电磁线圈(12),并且将电力施加到 保持装置(11),用于将电枢(2)固定在其端部位置,所述保持装置向线圈(12)施加电流,使得相邻极元件(7)的极面(8,9)相反极化。