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    • 85. 发明申请
    • ACTUATOR UNIT HAVING TWO ACTUATOR PINS
    • 执行器单元有两个执行器引脚
    • US20130000581A1
    • 2013-01-03
    • US13529201
    • 2012-06-21
    • Oliver PoppRonny Günnel
    • Oliver PoppRonny Günnel
    • F01L1/047
    • F01L1/047F01L25/08F01L2001/0473F01L2013/0052F01L2820/031H01F7/1646Y10T29/49293
    • An internal combustion piston engine having gas exchange valves actuated by cams of a camshaft. The cams are sliding cams having two cams per sliding cam unit situated on a basic shaft in rotationally fixed fashion but axially displaceable. At least one actuator unit has two actuator pins for displacing the sliding cam units into different axial positions using displacement grooves on the circumference of the sliding cam units, the grooves being helical and situated mirror-symmetrically, and having an ejection ramp for the actuator pins. The actuator pins are spring-loaded toward the sliding cam unit and, in retracted positions, can be fixed by arresting devices, which have control needles that correspond to clamping bodies of locking devices. These needles are actuatable by an electromagnet unit, with the control needles being connected with a needle bridge. A pin engages the needle bridge, and the pin is controlled by the electromagnet unit.
    • 具有由凸轮轴的凸轮驱动的气体交换阀的内燃活塞发动机。 凸轮是具有两个凸轮的滑动凸轮,每个滑动凸轮单元以旋转固定的方式位于基本轴上,但是可轴向移动。 至少一个致动器单元具有两个致动器销,用于将滑动凸轮单元移动到不同的轴向位置,使用位于滑动凸轮单元的圆周上的位移槽,凹槽是螺旋形的并且被镜对称地定位,并且具有用于致动器销的弹出斜面 。 致动器销朝向滑动凸轮单元弹簧加载,并且在缩回位置可以通过具有对应于锁定装置的夹紧体的控制针的止动装置来固定。 这些针可由电磁体单元致动,控制针与针桥连接。 针与针桥接合,并且该引脚由电磁体单元控制。
    • 88. 发明授权
    • Electromagnetic reciprocating fluid device
    • 电磁往复流体装置
    • US08007256B2
    • 2011-08-30
    • US11988573
    • 2006-07-10
    • Shigemitsu IshibashiHaruki NakaoFuminori Hirose
    • Shigemitsu IshibashiHaruki NakaoFuminori Hirose
    • F04B17/04F04B35/04
    • F04B35/045H01F7/1646H02K33/16
    • An electromagnetic reciprocating fluid device in which a movable member is equipped with permanent magnets, resists a torque rotating the movable member about an axis thereof in the reciprocating direction. The electromagnetic reciprocating fluid device has a pair of electromagnets facing each other, and permanent magnets disposed in a space between the opposed electromagnets and held by a movable member. When an alternating current is applied to coils formed in the electromagnets, a magnetic force is generated between the electromagnets and the permanent magnets, whereby a driving force for reciprocation is applied to the movable member. One end of the movable member is connected to a piston of a first piston-cylinder assembly, while the other end is connected to a piston of a second piston-cylinder assembly. The first and second piston-cylinder assemblies are arranged such that an axis line of the first piston-cylinder assembly and an axis line of the second piston-cylinder assembly are non-coaxial and vertically offset from an axis of the movable member.
    • 一种电磁往复流体装置,其中可移动部件配备有永磁体,抵抗使可移动部件绕往其方向的轴线旋转的转矩。 电磁往复流体装置具有彼此面对的一对电磁体,永久磁铁设置在相对的电磁体之间的空间中并由可动构件保持。 当将交流电施加到形成在电磁体中的线圈时,在电磁体和永磁体之间产生磁力,由此向可动件施加往复运动的驱动力。 可动构件的一端连接到第一活塞 - 气缸组件的活塞,而另一端连接到第二活塞 - 气缸组件的活塞。 第一和第二活塞 - 气缸组件被布置成使得第一活塞 - 气缸组件的轴线和第二活塞 - 气缸组件的轴线线与可动构件的轴线不同轴并垂直偏移。
    • 89. 发明申请
    • ELECTROMAGNETIC ACTUATING APPARATUS
    • 电动执行装置
    • US20110133576A1
    • 2011-06-09
    • US13056880
    • 2009-08-03
    • Thomas GolzThomas Schiepp
    • Thomas GolzThomas Schiepp
    • H02K41/035F01L1/00
    • B23F1/02F01L2013/0052F01L2820/031H01F7/122H01F7/126H01F7/1646
    • An electromagnetic actuating apparatus having an electromagnetic actuating unit which can be operated in order to exert an actuating force for an elongated plunger unit, wherein the actuating unit is provided in a housing along its actuating direction. The actuator unit forms an engagement surface which is planar in places and can be moved axially in the actuating direction, at an engagement end facing the plunger unit, an end surface of the plunger unit on the engagement side interacts detachably with the engagement surface, and the plunger unit is seated by magnetic attraction with its end surface on the engagement side on the engagement surface of the actuator unit, wherein the plunger unit is preferably designed to be soft-magnetic and furthermore preferably composed of soft iron, in the area of the end surface.
    • 一种具有电磁执行单元的电磁致动装置,其可以被操作以对细长柱塞单元施加致动力,其中所述致动单元沿其致动方向设置在壳体中。 致动器单元形成接合表面,该接合表面在位置上是平面的并且可以在致动方向上轴向移动,在面向柱塞单元的接合端处,接合侧上的柱塞单元的端表面与接合表面可拆卸地相互作用,以及 柱塞单元通过磁性吸引而位于致动器单元的接合表面上的接合侧的端面,其中柱塞单元优选地被设计为软磁性的,并且还优选地由软铁构成,在 端面。
    • 90. 发明授权
    • Electromagnetic actuator with two electromagnets comprising magnets having different forces and method of controlling an internal combustion engine valve using same
    • 具有两个具有不同力的磁体的电磁体的电磁致动器和使用其的内燃机阀的控制方法
    • US07946261B2
    • 2011-05-24
    • US12091766
    • 2006-11-30
    • Mahmoud SfaxiEmmanuel Talon
    • Mahmoud SfaxiEmmanuel Talon
    • F01L9/04
    • H01F7/1646F01L9/04F01L2009/0448H01F2007/1692
    • An electromagnetic actuator including an actuating member associated with an armature and able to move between two extreme positions under the action of an elastic member and two electromagnets that attract the armature to one of the extreme positions, where the electromagnets each include a coil, a core for channeling a flux of the coil so that it forms a return path in the armature, and permanent magnets associated with the core so that the latter channels a flux of the permanent magnets so that it forms a return path in the armature, where the permanent magnets of one of the electromagnets exert a force on the armature sufficient to retain the armature in the associated extreme position against the springs, and where the permanent magnets of the other electromagnet exerts a force on the armature insufficient to retain the armature in the associated extreme position against the springs.
    • 一种电磁致动器,其包括与电枢相关联的致动构件,其能够在弹性构件的作用下在两个极限位置之间移动;以及两个电磁体,其将电枢吸引到极限位置之一,其中电磁体各自包括线圈, 用于引导线圈的磁通,使得其在电枢中形成返回路径,以及与磁芯相关联的永磁体,使得磁体通过永磁体的通量,使得其在电枢中形成返回路径,其中永久 电磁体之一的磁体对衔铁施加足以将电枢保持在相对于弹簧的相关极限位置上的力,并且其中另一个电磁体的永久磁铁对电枢施加力不足以将电枢保持在相关极端 针对弹簧的位置。