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    • 1. 发明授权
    • Carriage coupling device system for pen plotter
    • 用于笔式绘图仪的支架耦合装置系统
    • US4879567A
    • 1989-11-07
    • US86846
    • 1987-08-19
    • James Lawrence
    • James Lawrence
    • G01D11/02G01D15/16
    • G01D11/02G01D15/16
    • A low-friction, low-play bearing system for use in a carriage coupling drive system for a pen plotter including a moving carriage slidably mounted on a shaft between the ends of and carrying a U-shaped pen-carrying yoke in combination therewith for sliding motion along the shaft and rotary motion about the shaft. A pair of annular ball-bearing thrust bearings are disposed over the shaft between respective ends of the U-shaped yoke and the moving carriage. An annular bias spring such as a wave spring is disposed over the shaft between the moving carriage and one of the thrust bearings to create a longitudinal expansion force resisting play between the moving carriage and the U-shaped yoke.
    • 一种用于笔式绘图机的滑动联轴器驱动系统中的低摩擦,低调的轴承系统,包括滑动地安装在轴的两端之间的轴上的运动滑架,并且携带与之结合的U形笔载轭,用于滑动 沿着轴的运动和围绕轴的旋转运动。 一对环形滚珠轴承推力轴承设置在U形轭架和移动滑架两端的轴之间。 诸如波形弹簧之类的环形偏置弹簧设置在移动滑架和其中一个推力轴承之间的轴上,以产生抵抗运动滑架和U形磁轭之间的间隙的纵向膨胀力。
    • 2. 发明授权
    • Cable retention system
    • 电缆固定系统
    • US4843707A
    • 1989-07-04
    • US086918
    • 1987-08-19
    • Ralph J. Lake, Jr.Dean-Yuan Liu
    • Ralph J. Lake, Jr.Dean-Yuan Liu
    • A47B21/00F16L3/12
    • A47B21/06F16L3/12Y10T29/49833Y10T29/49945
    • A method and apparatus for routing, holding, and hiding cables associated with electronics devices. The preferred embodiment is an extrusion for application to a surface of an electronics device or incorporation into the framework thereof defining a groove capable of routing, holding, and hiding the electrical cable(s). The extrusion has a cross-section comprising a plurality of sides connected to one another to define a desired shape for the extrusion. A pair of the sides have a generally V-shaped orientation with respect to one another thereby forming a longitudinal slot in the extrusion capable of containing the cable therein. The slot-forming pair of sides each includes opposed portions comprising a plurality of adjacent V-shaped segments thereby forming opposed longitudinal teeth in the sidewalls of the slot capable of releasably gripping a cable disposed in the slot.
    • 用于路由,保持和隐藏与电子设备相关联的电缆的方法和装置。 优选的实施例是用于施加到电子设备的表面的挤压件或者结合到其框架中,其限定能够路由,保持和隐藏电缆的凹槽。 挤压件具有横截面,该横截面包括彼此连接的多个侧面以限定用于挤出的期望的形状。 一对侧面相对于彼此具有大致V形的取向,从而在挤压件中形成能够将电缆容纳在其中的纵向槽。 形成槽的对各自包括包括多个相邻V形段的相对部分,从而在槽的侧壁中形成相对的纵向齿,其能够可释放地夹持设置在槽中的电缆。
    • 3. 发明授权
    • State-deviation-estimation circuit employing a phase-locked-loop phase
reference
    • 采用锁相环相位参考的状态偏差估计电路
    • US4791573A
    • 1988-12-13
    • US902815
    • 1986-09-02
    • Paul D. ZemanyKirby A. SmithJohn A. Smith
    • Paul D. ZemanyKirby A. SmithJohn A. Smith
    • G05D1/10G05D1/08B64G1/28B64G1/36
    • G05D1/108
    • A system (34) for determining deviations in the state of motion of a projectile (10) from its intended state includes a comparison module (38) that receives the outputs S of a sensor array (36). The comparison module (38) converts the sensor outputs to a measurement vector Z.sub.m and computes the deviation of this measurement vector from an intended measurement vector Z.sub.0 received from a control system. The comparison module (38) then determines the difference E.sub.Z between this measured deviation and the deviation predicted by a Kalman filter (44, 46). In generating the measurement vector Z.sub.m from the outputs of the sensor array (36), the comparison module (38) "de-spins" the array outputs in accordance with the output of a phase reference (42), whose purpose is to indicate the phase with respect to gravity of the spin of the projectile (10) about its longitudinal axis. The Kalman filter's state-deviation estimator (46) weights the vector output of the comparison module (36) and adds it to the output of the Kalman filter's state-deviation predictor (44) to provide an updated state-deviation estimation E.sub.X (t:t), which the state-deviation predictor (44) then uses as a basis for its next cycle. The output of the comparison module (38) constitutes a measure of the performance of the state-deviation predictor (44) and is used as a correction factor for the phase reference (42) so that the system acts as a phase-locked loop to lock the phase reference (42) onto the projectile spin without the need for an external sensor to determine the direction of gravity.
    • 用于确定弹丸(10)的运动状态与其预期状态的偏差的系统(34)包括:接收传感器阵列(36)的输出S的比较模块(38)。 比较模块(38)将传感器输出转换为测量矢量Zm,并计算该测量矢量与从控制系统接收到的预期测量矢量Z0的偏差。 比较模块(38)然后确定该测量的偏差与由卡尔曼滤波器(44,46)预测的偏差之间的差EZ。 在从传感器阵列(36)的输出生成测量矢量Zm时,比较模块(38)根据相位基准(42)的输出“去”旋转阵列输出,其目的是指示 相对于射弹(10)的旋转的重力围绕其纵向轴线。 卡尔曼滤波器的状态偏差估计器(46)对比较模块(36)的矢量输出进行加权,并将其加到卡尔曼滤波器的状态偏差预测器(44)的输出端,以提供更新的状态偏差估计EX(t: t),状态偏差预测器(44)然后用作其下一个周期的基础。 比较模块(38)的输出构成了状态偏差预测器(44)的性能的量度,并被用作相位参考(42)的校正因子,使得系统充当锁相环 将相位基准(42)锁定在抛射体旋转上,而不需要外部传感器来确定重力方向。
    • 5. 发明授权
    • Printhead mounting and movement control assembly
    • 打印头安装和移动控制组件
    • US4705414A
    • 1987-11-10
    • US9659
    • 1987-01-28
    • Jon S. GuyDean-Yuan LiuAlbert A. Sholtis
    • Jon S. GuyDean-Yuan LiuAlbert A. Sholtis
    • B41J25/316B41J3/20
    • B41J25/316
    • An assembly for positioning a print head so as to transfer ink from an ink ribbon to a printing medium positioned on a movable platen adjacent to said ribbon supports the print head on a rocker member which enables the head to be swung between a print position wherein it engages the ink ribbon and a feed position wherein the head is spaced from the ribbon enabling ribbon to be moved. The rocker is rocked to move the head between its two positions by a rotary cam driven by a small low-power electric motor. When the cam engages the rocker member at selected angular positions, the head is maintained in its retracted feed position; otherwise, the head resides in its print position. The assembly also includes provision for detecting the angular position of the cam so as to produce signals to facilitate repositioning the cam and head promptly.
    • 一种用于定位打印头以将油墨从墨带转移到位于与所述带相邻的可移动压盘上的打印介质的组件,其将打印头支撑在摇杆构件上,该摇头构件能够使打印头在打印位置之间摆动, 接合墨带和进给位置,其中头部与色带间隔开,使得色带能够移动。 摇杆摇摆,通过由小型低功率电动机驱动的旋转凸轮在两个位置之间移动头部。 当凸轮在选定角度位置接合摇杆构件时,头部保持在其缩回进给位置; 否则,头部位于其打印位置。 组件还包括用于检测凸轮的角位置以便产生信号以便于立即重新定位凸轮和头部的装置。
    • 6. 发明授权
    • Simulation apparatus and method
    • 仿真设备及方法
    • US4694411A
    • 1987-09-15
    • US698286
    • 1985-02-04
    • James L. Burrows
    • James L. Burrows
    • G06F17/50G06F15/20G06F9/44
    • G06F17/5009G06F2217/74
    • A method and apparatus for simulating a network comprising a plurality of processing elements useful in simulating, for example, complex digital combinatorial electronic logic circuits. Each type of digital logic element is assigned a symbol, and the symbols are stored in an array pattern in a memory, with the row and column addresses of the symbols in memory corresponding to their position in the network. The simulator sequentially retrieves each element in the network starting from an input and determines the element response to an input signal based on the type of element and the signals input to it. After all of the elements in the network have been processed, the simulated output of the network is available at the network output elements.
    • 一种用于模拟网络的方法和装置,其包括用于模拟例如复数数字组合电子逻辑电路的多个处理元件。 每种类型的数字逻辑元件被分配符号,符号被存储在存储器中的阵列模式中,存储器中符号的行和列地址对应于它们在网络中的位置。 模拟器从输入端顺序地检索网络中的每个元素,并且基于元素的类型和输入到其的信号确定对输入信号的元素响应。 在网络中的所有元素都被处理完毕后,网络的模拟输出可以在网络输出元件上使用。
    • 8. 发明授权
    • Method and apparatus for reducing the effects of impulse noise in
Loran-C receivers
    • 用于降低Loran-C接收机脉冲噪声影响的方法和装置
    • US4631543A
    • 1986-12-23
    • US536479
    • 1983-09-28
    • Lester R. Brodeur
    • Lester R. Brodeur
    • G01S1/24
    • G01S1/245
    • The effects of impulse noise on the operation of a microprocessor-controlled Loran-C receiver are reduced by muting or attenuating the received signals in the front end of the receiver ahead of the receiver gain during a time period which preceeds the start time of the pulses being tracked. The attenuation is selectively removed after the start time of each pulse being tracked to permit the receiver to perform its time difference of pulse arrival measurements in the normal manner. The attenuation is also selectively removed during those time periods in which the receiver performs its envelope slope, skywave/groundwave and other such samplings. The attenuation is provided by a muting circuit which is controlled by a time gate signal that derives from the microprocessor of the receiver.
    • 脉冲噪声对微处理器控制的Loran-C接收机的操作的影响通过在接收器增益的前端之前的接收机前端的接收信号的静音或衰减在超过脉冲的开始时间的时间段内被减少 被跟踪。 在跟踪每个脉冲的开始时间之后,选择性地去除衰减,以允许接收机以正常方式执行脉冲到达测量的时间差。 在接收机执行其包络斜率,天波/地面波和其他这样的采样的那些时间段期间,衰减也被选择性地去除。 衰减由静音电路提供,该静噪电路由从接收机的微处理器导出的时间门信号控制。
    • 9. 发明授权
    • Compact delay line
    • 紧凑延时线
    • US4614922A
    • 1986-09-30
    • US658006
    • 1984-10-05
    • Ralph E. BaumanHorace W. Seymour, III
    • Ralph E. BaumanHorace W. Seymour, III
    • H01P9/00H01P3/08
    • H01P9/006Y10T29/49016
    • A precision microwave delay line fabricated using stripline techniques, but having features of a coaxial transmission line. The delay line is assembled from three pieces: a center board, an upper housing, and a lower housing. The center board is a nonconductive substrate with a stripline conductor. The stripline conductor defines a transmission path. The housings are made of conductive material. A channel is formed on the inner surface of each of the housings. The channels are arranged such that when the center board is sandwiched between the housings, the transmission path is contained within a uniform cross-section cavity formed by the channels. The housings are electrically connected to each other through the center board with plated-through holes at locations along the sides of the transmission path.
    • 使用带状线技术制造的精密微波延迟线,但具有同轴传输线的特征。 延迟线由三块组装:中心板,上壳体和下壳体。 中心板是带导线的非导电衬底。 带状线导体定义传输路径。 外壳由导电材料制成。 在每个壳体的内表面上形成通道。 通道布置成使得当中心板夹在壳体之间时,传输路径被包含在由通道形成的均匀的横截面空腔内。 壳体通过中心板彼此电连接,在传输路径的侧面的位置处具有电镀通孔。