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    • 1. 发明授权
    • Camshaft adjuster
    • 凸轮轴调节器
    • US07011059B2
    • 2006-03-14
    • US10940937
    • 2004-09-14
    • Jens PlankPeter Schmidt
    • Jens PlankPeter Schmidt
    • F01L1/34
    • F01L1/344F01L1/34F01L2001/34426F01L2001/3443
    • In a camshaft adjuster having a 4/2-way valve which rotates with the camshaft and includes a hydraulic control valve with a hydraulic control spool or piston, which is actuated in a control cylinder against the force of a compression spring between two end stops by a magnet armature of an electromagnet which is fastened to a control casing, the electromagnet is a repelling proportional magnet, whose magnet armature is seated fixedly on an armature plunger whose free end face is in contact with the control spool or with a part fixedly connected to the latter for moving the control spool against the force of the compression spring to actuate the hydraulic control valve so as to control fluid admission to the camshaft adjuster, the working stroke of the electromagnet exceeding that of the control spool.
    • 在具有与凸轮轴一起旋转的4/2通阀的凸轮轴调节器中,包括具有液压控制阀芯或活塞的液压控制阀,该液压控制阀在控制气缸中抵抗两个端部止动件之间的压缩弹簧的作用力被致动 固定在控制壳体上的电磁铁的磁体衔铁,电磁铁是排斥比例磁体,其磁体衔铁固定地固定在电枢柱塞上,电枢柱塞的自由端面与控制线轴相接触,或者固定连接到 后者用于抵抗压缩弹簧的力移动控制卷轴以致动液压控制阀,以便控制流体进入凸轮轴调节器,电磁铁的工作行程超过控制卷轴的工作行程。
    • 2. 发明申请
    • Camshaft adjuster
    • 凸轮轴调节器
    • US20050056245A1
    • 2005-03-17
    • US10940937
    • 2004-09-14
    • Jens PlankPeter Schmidt
    • Jens PlankPeter Schmidt
    • F01L9/04F01L1/34F01L1/344
    • F01L1/344F01L1/34F01L2001/34426F01L2001/3443
    • In a camshaft adjuster having a 4/2-way valve which rotates with the camshaft and includes a hydraulic control valve with a hydraulic control spool or piston, which is actuated in a control cylinder against the force of a compression spring between two end stops by a magnet armature of an electromagnet which is fastened to a control casing, the electromagnet is a repelling proportional magnet, whose magnet armature is seated fixedly on an armature plunger whose free end face is in contact with the control spool or with a part fixedly connected to the latter for moving the control spool against the force of the compression spring to actuate the hydraulic control valve so as to control fluid admission to the camshaft adjuster, the working stroke of the electromagnet exceeding that of the control spool.
    • 在具有与凸轮轴一起旋转的4/2通阀的凸轮轴调节器中,包括具有液压控制阀芯或活塞的液压控制阀,该液压控制阀在控制气缸中抵抗两个端部止动件之间的压缩弹簧的作用力被致动 固定在控制壳体上的电磁铁的磁体衔铁,电磁铁是排斥比例磁体,其磁体衔铁固定地固定在电枢柱塞上,电枢柱塞的自由端面与控制线轴相接触,或者固定连接到 后者用于抵抗压缩弹簧的力移动控制卷轴以致动液压控制阀,以便控制流体进入凸轮轴调节器,电磁铁的工作行程超过控制卷轴的工作行程。
    • 5. 发明授权
    • Calendar mechanism
    • 日历机制
    • US08830798B2
    • 2014-09-09
    • US13397086
    • 2012-02-15
    • Peter Schmidt
    • Peter Schmidt
    • G04B19/24
    • G04B19/253
    • Gear wheel for a clock mechanism, including a toothed gear provided with a homogeneous integral peripheral tooth system with at most 16 teeth in a first meshing level; a first meshing sector that is rotationally fixed with the toothed gear and meshes in a second meshing level, wherein the first meshing level is superposed on a first tooth of the toothed gear; a second meshing sector that is rotationally fixed with the toothed gear and meshes in a third meshing level, wherein the second meshing level is superposed on a second tooth of the toothed gear; a third meshing sector that is rotationally fixed with the toothed gear and meshes in a fourth meshing level, wherein the third meshing level is superposed on a third tooth of the toothed gear.
    • 用于时钟机构的齿轮,包括齿形齿轮,齿轮具有均匀整体的外围齿系统,在第一啮合水平下具有至多16个齿; 第一啮合扇区,其与所述齿轮旋转地固定并且在第二啮合水平面中啮合,其中所述第一啮合水平重叠在所述齿轮的第一齿上; 第二啮合扇区,其与所述齿轮旋转地固定并且在第三啮合水平面中啮合,其中所述第二啮合水平重叠在所述齿轮的第二齿上; 第三啮合扇区被旋转固定有齿齿轮以及在第四啮合层级,其中,所述第三啮合水平在齿齿轮的第三齿叠置啮合。
    • 6. 发明授权
    • Actuation device for pressure rollers
    • 压力传动装置
    • US08805239B2
    • 2014-08-12
    • US13133393
    • 2009-11-27
    • Lennardt JaderPeter Schmidt
    • Lennardt JaderPeter Schmidt
    • G03G15/08
    • G03G15/167G03G15/0131
    • In a device for moving a plurality of pressure rollers relative to respective counter rollers in a printing machine, it is possible to provide a simple design of this device, wherein, in a non-energy mode, the pressure rollers are arranged in a non-contact position. For this purpose, the device includes a plurality of movably supported pressure roller carriers that each support one pressure roller, the pressure roller carriers being movable between a contact position and a non-contact position. In this arrangement, each of the pressure roller carriers is biased in the direction of the contact position via a biasing unit. Furthermore, at least one actuation element is provided, the actuation element connecting at least two pressure roller carriers to a shared actuation device.
    • 在用于在印刷机中相对于各个反转辊移动多个压力辊的装置中,可以提供该装置的简单设计,其中,在非能量模式中,压力辊布置成非压缩辊, 联系方式 为此目的,该装置包括多个可运动支撑的压力辊支架,每个支承一个压力辊,压力辊支架可在接触位置和非接触位置之间移动。 在这种布置中,每个加压辊支架经由偏置单元沿接触位置的方向偏置。 此外,提供至少一个致动元件,所述致动元件将至少两个加压辊支架连接到共享致动装置。