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    • 64. 发明授权
    • Devices for controlling electrically operated appliances
    • 用于控制电动电器的装置
    • US4865610A
    • 1989-09-12
    • US592041
    • 1984-03-21
    • Walter Muller
    • Walter Muller
    • A61G12/00A61F2/68A61F2/70A61F4/00A61G5/04B25J9/16B25J13/00B25J13/02G05G1/52G06F3/033G06F3/038
    • G05G1/52A61F4/00
    • At least one actuating element emits a signal in response to blowing and/or suction airflow from a person and is connected to a mouthpiece, and is coupled by way of an evaluation circuit to the appliance to be controlled. In order to maximize the total number of possible combinations of control signal and/or control data, two position transmitters (X-pos, Y-pos) are coupled to further inputs of the evaluation circuit, which incorporates at least one microprocessor, and, when the mouthpiece is used, each transmitter emits a coordinate signal characteristic of the position of the mouthpiece in a coordinate system. The microprocessor is adapted to process the signals from the actuating element, which is in the form of an impact pressure transducer and also the coordinate signals from the position transmitters (X-pos, Y-pos) to produce control data for the appliance.
    • 至少一个致动元件响应于来自人的吹气和/或吸气流而发出信号,并连接到接口管,并通过评估电路耦合到待控制的器具。 为了最大化控制信号和/或控制数据的可能组合的总数,两个位置发射器(X-pos,Y-pos)被耦合到评估电路的另外的输入,其包括至少一个微处理器, 当使用接口管时,每个发射器在座标系统中发出口嘴位置的坐标信号特征。 微处理器适于处理来自致动元件的信号,该致动元件为冲击压力传感器的形式,并且还用于处理来自位置传感器(X-pos,Y-pos)的坐标信号,以产生设备的控制数据。
    • 69. 发明授权
    • Drilling device
    • 钻孔装置
    • US4202557A
    • 1980-05-13
    • US959525
    • 1978-11-13
    • August HaussmannSiegfried KlaissleHermann HuggerBernhard MoserWalter MullerWolfgang PeetzAnton ScheuchGerhard Schwarz
    • August HaussmannSiegfried KlaissleHermann HuggerBernhard MoserWalter MullerWolfgang PeetzAnton ScheuchGerhard Schwarz
    • B25D17/08B23B31/06B23B31/10
    • B25D17/088B25D2217/0038B25D2217/0042Y10T279/17085Y10T279/17811
    • A drilling device with an arrangement for the detachable connection of a drill, especially a rock drill, percussion drill, hammer drill, and the like, to a receiving device, e.g. a drive head, which has a longitudinal bore for receiving the shank of the drill, and also has a driving part which is drivingly connectable to a drilling machine and is coaxial with the longitudinal bore. The drilling device furthermore comprises a drive transmitting member movable in the driving part transverse in the longitudinal bore of the receiving device. The drive transmitting or follower member is arranged to engage a bottom face of a recess in the shank of the drill. This recess has a segment-shaped cross section and has a bottom extending continuously over the entire corresponding width of the drill shank. On the driving part a securing part is mounted which is movable substantially in axial direction of the driving part into a position in which the drive transmitting member is arrested in its drive transmitting position and also into a position in which the drive transmitting member is released from its drive transmitting position and action.
    • 一种具有用于钻头,特别是凿岩机,冲击钻,锤钻等的可拆卸连接的装置的钻孔装置,例如连接到接收装置。 驱动头,其具有用于接收钻头的柄的纵向孔,并且还具有可驱动地连接到钻孔机并与纵向孔同轴的驱动部。 所述钻孔装置还包括驱动传递部件,所述驱动传递部件可在所述驱动部件中在所述接收装置的纵向孔中横向移动。 驱动传动装置或从动件被布置成接合在钻头的柄部中的凹部的底面。 该凹部具有段状的横截面并且具有在钻柄的整个相应宽度上连续延伸的底部。 在驱动部分上安装有可沿着驱动部件的轴向方向移动的驱动传递部件在其驱动传递位置处被阻止的位置并且还被驱动到驱动传递部件被释放的位置的安装部件 其驱动传输位置和动作。
    • 70. 发明授权
    • Storing of neighbour cell information for rapid recovery in case of handover failure
    • 在切换失败的情况下存储相邻小区信息以进行快速恢复
    • US08886193B2
    • 2014-11-11
    • US13696190
    • 2011-04-01
    • Bengt LindoffKonstantinos DimouWalter Muller
    • Bengt LindoffKonstantinos DimouWalter Muller
    • H04W36/00H04W4/00
    • H04W36/0072H04W36/0083
    • This disclosure teaches a method and apparatus for radio link failure recovery by a User Equipment (UE). The example UE includes one or more controllers that are configured to store cell access information for a target cell that is the target for an impending handover from a serving cell, and for a backup cell that is selected by the UE from among a set of neighboring cells that includes the target cell. Advantageously, in case the handover to the target cell fails, the one or more controllers are configured to retrieve the cell access information stored for the backup cell and to use that information for re-establishing connection in the backup cell. The UE selects the backup cell, for example, as the neighboring cell other than the target cell having the strongest signal conditions with respect to the UE.
    • 本公开教导了用户设备(UE)进行无线链路故障恢复的方法和装置。 示例性UE包括一个或多个控制器,其被配置为存储作为来自服务小区的即将切换的目标的目标小区的小区接入信息,以及针对由UE从一组邻居中选择的备用小区 包含靶细胞的细胞。 有利地,在到目标小区的切换失败的情况下,一个或多个控制器被配置为检索为备份小区存储的小区接入信息,并且使用该信息来重新建立备份小区中的连接。 UE例如选择备用小区作为相对于UE具有最强信号条件的目标小区以外的相邻小区。