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    • 1. 发明授权
    • Bounce-nullifying switch unit
    • 跳机无效开关单元
    • US4713564A
    • 1987-12-15
    • US810958
    • 1985-12-19
    • David B. KimballRuloff F. Kip, Jr.
    • David B. KimballRuloff F. Kip, Jr.
    • H03K5/1254H03K17/56H03K5/01
    • H03K5/1254
    • The opening and closure of the contacts of a push-button actuated switch duces across impedance means a voltage which is stably high and low when such contacts are maintained closed and open, respectively. Bouncing of the contacts after their initial closures and openings produces superposition on the stable levels of such voltage of trains of impulses caused by such bouncing. A bistable semiconductor flip-flop is coupled to the impedance means to sense such voltage and to assume a "high" state and a "low" state only when the stable level of such voltage is, respectively, high and low and, further, the flip-flop receives a clock signal. A retriggerable semiconductor monostable multivibrator is coupled to such impedance means to be triggered by such impulses from its stable "off" state to its unstable "on" state which is repetitively renewed by repetitive retriggering of the multivibrator. The multivibrator produces such clock signal only when it reverts to "off" state following the last of the impulses in each train thereof. The impedance means may be a simple resistor or, alternatively, a pulse generating circuit productive of a trigger for the multivibrator in response to either a positive-going or a negative-going fast change in voltage produced by such impulses.
    • 按钮致动开关的触点的打开和闭合产生跨阻抗意味着分别保持闭合和断开时稳定地高和低的电压。 联系人在其初次关闭和开启之后弹跳,在这种弹跳引起的脉冲列车的这种电压的稳定水平上产生叠加。 双稳态半导体触发器耦合到阻抗装置以仅在这种电压的稳定电平分别为高和低时感测这种电压并呈现“高”状态和“低”状态,此外, 触发器接收时钟信号。 可再触发半导体单稳态多谐振荡器耦合到这种阻抗装置,以由这种脉冲从其稳定的“断开”状态触发到其不稳定的“导通”状态,其通过多谐振荡器的重复重新触发重复地更新。 多谐振荡器仅在其每列列中的最后的脉冲之后恢复为“关闭”状态时产生这种时钟信号。 阻抗装置可以是简单的电阻器,或者替代地,响应于由这种脉冲产生的电压的正向或负向快速变化,产生用于多谐振荡器的触发的脉冲发生电路。
    • 2. 发明授权
    • Signal processing allocator
    • 信号处理分配器
    • US5530409A
    • 1996-06-25
    • US175987
    • 1993-12-30
    • Joel A. ZimmermanRuloff F. Kip, Jr.
    • Joel A. ZimmermanRuloff F. Kip, Jr.
    • H01Q21/28H03F3/60H01P5/12
    • H03F3/602H01Q21/28
    • A central interconnector unit provides for the possible transfer therethrough of RF signals passing in m signal paths from respective signal sources to respective antennas disposed at a cellular telephony cell site to radiate those signals into different angular sectors of the site. The unit has a total capacity for amplifying such signals which is provided by n similar circuit pack amplifying sections (n being greater than m), having respective inputs and outputs connected to corresponding jack terminals on a backplane in the unit. Associated with the unit are a pool of p signal divider-combiner modules (p being greater than m) which each include (a) source and load terminals for exteriorly connecting the module to one of such sources and antennas, (b) a row of pairs of input and output section terminals pluggable into said jack terminals to connect the module to one or more of said sections and (c) divider and combiner units respectively connecting the source and load terminals of the module to, respectively, all input section terminals thereof and all output section terminals thereof. Different of the modules in the pool have different numbers of pairs of input and output section terminals. Different combination of m modules are withdrawable from the pool and insertable into the interconnector unit to allocate different fractions of said total amplifying capacity among different of said m signal paths.
    • 中央互连器单元提供通过其中的信号的RF信号的可能传送,所述RF信号通过_m个信号路径从相应的信号源传送到布置在蜂窝电话小区站点处的相应天线,以将这些信号辐射到站点的不同角度扇区中。 该单元具有用于放大由_n个类似电路组放大部分(_n大于_m)提供的这种信号的总容量,其具有连接到该单元背板上的对应插孔端子的相应输入和输出。 与该单元相关联的是_p信号分频器 - 组合器模块(_p大于_m)的池,每个模块包括(a)用于将模块外部连接到这些源和天线之一的源和负载终端,(b) 成对的输入和输出部分端子可插入到所述插座端子中,以将模块连接到所述部分中的一个或多个部分,以及(c)将模块的源极和负载端子分别连接到其所有输入部分端子的分隔器和组合器单元 及其所有输出部分端子。 池中不同的模块具有不同数量的输入和输出段终端对。 _m模块的不同组合可从池中抽出并且可插入到互连器单元中,以在不同的所述_m信号路径中分配所述总放大容量的不同分数。
    • 3. 发明授权
    • Load transporter with all-vertical jack lifting
    • 负载运输车全垂直千斤顶提升
    • US5569013A
    • 1996-10-29
    • US361354
    • 1994-12-21
    • Glen A. EvansRuloff F. Kip, Jr.
    • Glen A. EvansRuloff F. Kip, Jr.
    • B62B3/06B62B5/00B65G7/00
    • B62B3/0631B62B3/0625B62B5/0083B62B2203/10Y10S414/13
    • A transporter vehicle comprises two lifting devices which carry respective jacks and which can be joined at their ends by cross bars to form a rectangular dolly with a central opening therein. The lifting devices each have front and rear wheels so that the dolly can be rolled on floor surfaces. In practice, the two are placed on opposite sides of a load seated on a floor in the opening between those devices, the jacks are placed under the load, the cross bars are assembled with the side frames, the load is jacked up on its opposite sides to be above the floor and the load may then be transported. The jacks may include linkages which cause the load to be lifted wholly vertically while not undergoing any horizontal translational movement.
    • 运输车辆包括两个提升装置,这两个提升装置携带相应的千斤顶,并且它们的端部可以用横杆连接以形成其中具有中心开口的矩形台车。 提升装置各自具有前轮和后轮,使得台车可以在地板表面上滚动。 实际上,两个放置在位于这些设备之间的开口中的地板上的负载的相对侧上,千斤顶被放置在负载下方,横杆与侧框架组装,负载在其相对的位置 侧面位于地板之上,然后可以运输负载。 千斤顶可以包括使得负载完全垂直地提升而不进行任何水平平移运动的连杆。
    • 4. 发明授权
    • Heavy load transporter with improved jacks
    • 具有改进插座的重载运输车
    • US5445489A
    • 1995-08-29
    • US324065
    • 1994-10-14
    • Glen A. EvansRuloff F. Kip, Jr.
    • Glen A. EvansRuloff F. Kip, Jr.
    • B62B3/06B62B5/00B60P3/00
    • B62B3/0631B62B3/0625B62B5/0083Y10S414/13
    • A transporter vehicle comprises two lifting devices which carry respective jacks and which can be joined at their ends by cross bars to form a rectangular dolly with a central opening therein. The lifting devices each have front and rear wheels so that the dolly can be rolled on floor surfaces. In practice, the two are placed on opposite sides of a load seated on a floor in the opening between those devices, the jacks are placed under the load, the cross bars are assembled with the side frames, the load is jacked up on its opposite sides to be above the floor and the load may then be transported. The jacks may include linkages which cause the load to be lifted wholly vertically while not undergoing any horizontal translational movement.
    • 运输车辆包括两个提升装置,这两个提升装置携带相应的千斤顶,并且它们的端部可以用横杆连接以形成其中具有中心开口的矩形台车。 提升装置各自具有前轮和后轮,使得台车可以在地板表面上滚动。 实际上,两个放置在位于这些设备之间的开口中的地板上的负载的相对侧上,千斤顶被放置在负载下方,横杆与侧框架组装,负载在其相对的位置 侧面位于地板之上,然后可以运输负载。 千斤顶可以包括使得负载完全垂直地提升而不进行任何水平平移运动的连杆。
    • 5. 发明授权
    • Payout tube with improved locking means
    • US5150852A
    • 1992-09-29
    • US796564
    • 1991-11-21
    • Rodney J. HuntRuloff F. Kip, Jr.
    • Rodney J. HuntRuloff F. Kip, Jr.
    • B65H55/04B65H57/12B65H57/18
    • B65H55/046B65H57/12B65H57/18
    • The invention is for improvements in a payout tube for a container-packaged coiled cable in which the tube in use is in the container along with the coil, a stub of the tube at its exit end protrudes through a hole in a container wall, and the tube is secured to that wall by having portions of the wall around the hole interposed between (a) a flange or flanges disposed on the tube on one side of such wall in contact with such portions, and (b) locking elements axially spaced on the tube from such flange or flanges and disposed on the other side of such wall in contact with such portions. Here, such locking elements are struts coupled to the body of the tube to be movable between radially inner positions at which they will pass through such hole and radially outer positions at which they cooperate with the flange means to secure the tube to such wall as described above. In all disclosed embodiments of the tube, such struts are integral with the tube body and project into apertures formed therein as extensions of such body. Such struts may constitute axially elongated legs coupled at their base ends to such body and having free ends resiliently deflectable relative to such base ends and disposed in adjacent axially spaced relation with such flange means. Alternatively, such struts may constitute shutters joining to the tube body by resilient hinges and pivotable about such hinges between such radially inner and outer positions. The hinges are preferably linear and may be aligned either parallel or slanted in relation to the tube axis. The shutters may be resiliently deformable so as to deflect upon contacting such wall portions to exert yieldable force thereon. One or more of such shutters may pivot about their hinges in opposite of the clockwise and counterclockwise directions in moving from radially inner to outer position. The shutters may include fender tabs which retain them in radially outer position once they have been moved thereto.