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
    • 6. 发明授权
    • Blow-moulding machine with blow mould locking in the clean room
    • 吹塑机吹塑模具锁在洁净室内
    • US08708681B2
    • 2014-04-29
    • US13399627
    • 2012-02-17
    • Klaus VothFlorian GeltingerMichael Neubauer
    • Klaus VothFlorian GeltingerMichael Neubauer
    • B29C49/36B29C49/46B29C49/56
    • B29C49/46B29C49/06B29C49/56B29C2049/4697B29C2049/566
    • An apparatus for molding plastic preforms into plastic containers, includes a plurality of molding stations which are arranged on a movable carrier. The molding stations each include blow molds, within which plastic preforms can be molded into plastic containers by applying a flowable medium, as well as blow mold carriers for holding the blow molds, a clean room which at least partially surrounds the individual molding stations, so that the molding stations can be moved within the clean room, and a locking mechanism at least partially located within the clean room, to lock the two blow mold carrier parts together in a closed condition. The locking mechanism includes a first locking element that cooperates with a second locking element, the first locking element being arranged to be movable by a movement device that is supported by at least one bearing that is at least partially provided outside of the clean room.
    • 一种用于将塑料预成型件模塑成塑料容器的装置,包括设置在可动载体上的多个成型台。 各个成型台都包括吹塑模具,塑料预成型件可以通过应用可流动的介质模制成塑料容器,以及吹塑用于保持吹塑模具的模具托架,至少部分地围绕各个成型站的洁净室,因此 模制站可以在洁净室内移动,以及至少部分地位于洁净室内的锁定机构,以在闭合状态下将两个吹塑模具托架部件锁定在一起。 所述锁定机构包括与第二锁定元件配合的第一锁定元件,所述第一锁定元件布置成可由至少一个至少部分地设置在所述洁净室外部的轴承支撑的移动装置移动。
    • 7. 发明授权
    • Container treatment plant and method of treating containers
    • 集装箱处理厂和处理集装箱的方法
    • US08701375B2
    • 2014-04-22
    • US13118716
    • 2011-05-31
    • Michael Neubauer
    • Michael Neubauer
    • B65B65/08B29C49/00B65B55/02B67C7/00
    • B65B55/02B67C7/0013Y10T156/17
    • A container treatment plant, with a discontinuously working container treatment machine and having a feed conveyor and/or a discharge conveyor each for individual containers, and in the feed conveyor and/or the discharge conveyor, at least two continuously driven, circulating conveyor means supplying each other with individual containers, and where the conveyor means being closer to the discontinuously working container treatment machine in the conveying direction exhibits a closer conveying pitch than the conveying pitch of the conveyor means which is further away. In this manner, a container acceptance and/or transfer interruption caused by the respective cycle standstill of the discontinuously working container treatment machine is compensated by the conveying pitch difference to be able to continuously supply individual containers for the discontinuously working machine or continuously discharge them from the discontinuously working container treatment machine.
    • 一种容器处理设备,具有不连续工作的容器处理机器,并且具有用于各个容器的进料输送机和/或排出输送机,并且在进料输送机和/或排出输送机中,至少两个连续驱动的循环输送机装置 彼此具有单独的容器,并且输送装置在输送方向上靠近不连续工作的容器处理机器的传送距离比输送装置的输送间距更远的输送间距更靠近。 以这种方式,通过不连续加工的容器处理机的相应的循环停止引起的容器接收和/或转移中断由输送节距差补偿,以能够连续供应用于不连续工作机器的各个容器或者从 不间断的工作容器处理机。
    • 8. 发明授权
    • Phase and frequency locked magnetron
    • 相位和频率锁定磁控管
    • US08624496B2
    • 2014-01-07
    • US12908578
    • 2010-10-20
    • Michael NeubauerMilorad PopovicRolland P. Johnson
    • Michael NeubauerMilorad PopovicRolland P. Johnson
    • H01J25/50
    • H01J25/587H01J25/50
    • A magnetron of improved performance capable of stabilizing the frequency and phase of magnetron output for use in particle accelerators and other applications. Thin variable-permeability blocks are attached inside the resonant anode structures of a standard magnetron design. A variable bias electromagnet, with field orthogonal in direction to the RF magnetic field, is used to vary the permeability of each block and therefore the resonant frequency of each anode structure. An electronic feedback control circuit adjusts the bias magnetic fields to lock in the frequency and phase of the magnetron output to an external low-level reference signal. Such devices may be used to provide synchronized high-power RF to many locations (e.g. the RF cavities of a particle accelerator), while requiring the distribution only of electrical power and an appropriate low-level RF reference signal.
    • 具有改进性能的磁控管,能够稳定磁控管输出的频率和相位,用于粒子加速器和其他应用。 薄的可变磁导率块附着在标准磁控管设计的谐振阳极结构内。 使用具有与RF磁场的方向正交的场的可变偏置电磁体来改变每个块的磁导率并因此改变每个阳极结构的谐振频率。 电子反馈控制电路调节偏置磁场以将磁控管输出的频率和相位锁定到外部低电平参考信号。 这样的设备可以用于向多个位置(例如粒子加速器的RF空腔)提供同步的高功率RF,同时仅需要分配电力和适当的低电平RF参考信号。