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    • 43. 发明申请
    • Binocular
    • 双筒望远镜
    • US20090174939A1
    • 2009-07-09
    • US12318803
    • 2009-01-08
    • Christof HeintzVolker TautzNorbert Mueller
    • Christof HeintzVolker TautzNorbert Mueller
    • G02B23/04G01C3/04
    • G02B5/04F41G3/02F41G3/06G01C3/04G02B23/18
    • Binoculars have two tubes which are connected to each other via a folding bridge and an Abbe-König prism system is arranged in each tube. The Abbe-König prism systems are each provided for image reversal of respective visual viewing beam paths. Each Abbe-König system comprises an isosceles prism and a roof prism adjacent thereto. A laser transmitter (21) having an emanating laser beam path (24) in the first tube (3a) and a corresponding laser receiver (22) having an incoming laser beam (24) in the second tube (3b) can be changed in parallel with respect to the distance to each other by means of the folding bridge (37). One of the two prisms (9, 10) of each Abbe-König prism system (6) is configured with a splitter layer (12, 12′, 12″) or is connected via a cement layer for splitting the viewing beam (7) and laser beam (24) into separate beams with the beams (7, 24) running part way in common in the respective tubes (3a, 3b). In the binocular, a compact integration of the laser distance measuring device is possible with the use of Abbe-König prism systems.
    • 双筒望远镜具有通过折叠桥彼此连接的两个管,并且在每个管中布置有阿贝 - 科尼棱镜系统。 阿贝 - 科尼棱镜系统分别用于各视觉观察光束路径的图像反转。 每个Abbe-König系统包括等腰棱镜和与其相邻的屋顶棱镜。 在第一管(3a)中具有发射激光束路径(24)的激光发射器(21)和在第二管(3b)中具有入射激光束(24)的对应的激光接收器(22)可以并联 相对于通过折叠桥(37)彼此的距离。 每个阿贝 - 科尼棱镜系统(6)的两个棱镜(9,10)中的一个被配置有分流器层(12,12',12“),或者经由水泥层连接,以将观察光束(7 )和激光束(24)分成单独的光束,其中光束(7,24)在各个管(3a,3b)中共同运行。 在双目镜中,使用阿贝 - 科尼棱镜系统可以实现激光距离测量装置的紧凑集成。
    • 44. 发明授权
    • Spraying device for spraying liquids, in particular, for spraying liquids for agricultural purposes
    • 用于喷涂液体的喷涂装置,特别是用于农业喷涂液体
    • US07066402B2
    • 2006-06-27
    • US10474748
    • 2002-04-10
    • Bernd GoebelNorbert Mueller
    • Bernd GoebelNorbert Mueller
    • B05B1/16
    • B05B1/306A01M7/006B05B1/14B05B15/658
    • A Spraying assembly for spraying liquids for agricultural purposes is provided whose respective sprayer valves attached to a common liquid supply line are at least configured in the form of valve housings whose pair of valve channels share a common distributor bore. This distributor bore allows connecting the bodies of valve housings in one of two positions in order that, provided that they are connected using a t-shaped fitting, they may be arranged either with their valve bores lined up in rows extending to the front or rear of the liquid supply line, as well as ahead of or behind the liquid supply line and aligned parallel thereto. Since one embodiment also provides a rotatable pipe-T joint, the dual-sprayer-nozzle valve units may also be arranged beneath the liquid supply line, which yields a large number of opportunities for laying out the sprayer nozzles, in spite of the simple means available for connecting them.
    • 提供了用于农业用于喷射液体的喷涂组件,其附接到公共液体供应管线的各个喷雾阀至少构造成阀壳体的形式,其一对阀通道共享共同的分配器孔。 该分配器孔允许将阀体的主体连接在两个位置中的一个位置,以便只要它们使用t形配件连接,则它们可以被布置成其排列成一列延伸到前面或后面的阀孔 的液体供应管线,以及在液体供应管线的前面或后面并且与其平行对准。 由于一个实施例还提供了可旋转的管T接头,所以双喷嘴喷嘴阀单元也可以布置在液体供应管线下方,这产生了用于布置喷雾器喷嘴的大量机会,尽管具有简单的装置 可用于连接它们。
    • 45. 发明申请
    • Special tie-high/low cells for single metal layer route changes
    • 特殊的高/低细胞单金属层路线变化
    • US20060048079A1
    • 2006-03-02
    • US10929218
    • 2004-08-30
    • Juergen DirksNorbert MuellerRalf Leuchter
    • Juergen DirksNorbert MuellerRalf Leuchter
    • G06F17/50
    • G06F17/5077G06F17/5045
    • A method for implementing a circuit design is disclosed. The method generally includes the steps of identifying, replacing and routing. The first step may identify a first cell of the circuit design having (i) a function and (ii) an input pin connectable to one of a first power rail and a second power rail having a different voltage than the first power rail. The second step may replace the first cell with a second cell having (i) the function, (ii) the input pin and (iii) at least one blocking characteristic that reserves (a) a first route completely within a particular conductive layer of the cell between the input pin and the first power rail and (b) a second route completely within the particular conductive layer between the input pin and the second power rail. The third step may route the circuit design incorporating the second cell such that the input pin is connected to one of (i) the first power rail using the first route and (ii) the second power rail using the second route.
    • 公开了一种实现电路设计的方法。 该方法通常包括识别,替换和路由的步骤。 第一步可以识别具有(i)功能的电路设计的第一单元,以及可连接到具有与第一电源轨不同的电压的第一电源轨和第二电源轨之一的输入引脚。 第二步骤可以用具有(i)功能,(ii)输入引脚和(iii)至少一个阻塞特性的第二单元来替换第一单元,所述至少一个阻塞特性在(a)完全在第 输入引脚和第一电源轨之间的单元,和(b)完全在输入引脚和第二电源轨之间的特定导电层内的第二路径。 第三步骤可以将包含第二单元的电路设计路由,使得输入引脚使用第一路线连接到(i)第一电力轨道之一,以及(ii)使用第二路线的第二电力轨道。
    • 48. 发明授权
    • Method and control system for the synchronized transmission of digital
data
    • 数字数据同步传输的方法和控制系统
    • US5969631A
    • 1999-10-19
    • US876574
    • 1997-06-16
    • Manfred AmmlerPeter HoraGuenter FendtNorbert Mueller
    • Manfred AmmlerPeter HoraGuenter FendtNorbert Mueller
    • H03K9/08B60R16/02B60R16/03B60R21/01H04L7/00H04L7/033H04L7/04H04L7/06H04L25/49
    • H04L7/06H04L25/4902B60R16/0315B60R2021/01075B60R2021/01115H04L7/0331H04L7/044H04L7/046
    • In a method and system for transmitting digital data, a data acceptance clock signal generator that has a controllable clock frequency in a peripheral module is correspondingly adapted to clock frequency information derived from a synchronization pulse train transmitted by a central unit. The same oscillator is used as a frequency source for determining the clock frequency information and for generating the data acceptance clock pulse. In this manner, simple RC oscillators are adequate to fulfill any requirements of long time accuracy of the oscillator. The clock frequency can be changed in that the central unit simply transmits altered clock frequency information. It is also possible to carry out an adjustment or adaptation in the case of deviations of the oscillator frequency in the peripheral unit. Preferably, the clock frequency information is derived from the reciprocal value of the time duration of at least one synchronization pulse, which is determined in a quantized manner by a first counter in a clock frequency information acquisition circuit which counts the number of oscillator pulses occurring during the synchronization pulse. The resulting count value is provided to a data acceptance clock signal generator, which is clocked by the same oscillator and counts the number of oscillator pulses until reaching a prescribed threshold value, whereupon it outputs a corresponding clock signal. By properly adapting numerical elements, it is also possible to process pulse width modulated signals using the present method and apparatus.
    • 在用于发送数字数据的方法和系统中,在外围模块中具有可控时钟频率的数据接收时钟信号发生器相应地适应于由中央单元发送的同步脉冲串导出的时钟频率信息。 相同的振荡器用作用于确定时钟频率信息和产生数据接受时钟脉冲的频率源。 以这种方式,简单的RC振荡器足以满足振荡器长时间精度的任何要求。 可以改变时钟频率,因为中央单元简单地发送改变的时钟频率信息。 在外围单元中的振荡器频率偏差的情况下也可以进行调整或调整。 优选地,时钟频率信息是从至少一个同步脉冲的持续时间的倒数导出的,该至少一个同步脉冲在时钟频率信息获取电路中以量化的方式被第一计数器确定,该电路计数在 同步脉冲。 所得到的计数值被提供给数据接收时钟信号发生器,其由相同的振荡器计时,并且对振荡器脉冲的数量进行计数,直到达到规定的阈值,从而输出相应的时钟信号。 通过适当地适应数字元件,还可以使用本方法和装置处理脉宽调制信号。