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    • 2. 发明授权
    • Method and apparatus for controlled removal and insertion of circuit
modules
    • 用于控制拆卸和插入电路模块的方法和装置
    • US4835737A
    • 1989-05-30
    • US888498
    • 1986-07-21
    • Hanz W. HerrigDavid N. HornDaniel V. PetersRandy D. PfeiferWayne R. Wilcox
    • Hanz W. HerrigDavid N. HornDaniel V. PetersRandy D. PfeiferWayne R. Wilcox
    • G06F1/18G06F3/00G06F13/40H05K7/14
    • H05K7/1414G06F13/4081
    • An electronic circuit board electrically connected to other circuits of a data processing system by means of a bus, may be removed and re-inserted in the system without the necessity of disabling other circuits connected to the bus. A latch actuated switch provides a control signal in anticipation of circuit board removal. The control signal activates a finite state machine which seizes control of the bus after completion of any current bus communications and stops the generation of clock pulses normally required in bus communications. When contact is physically broken between the board and its corresponding connector, the finite state machine restores the bus clock pulses and relinquishes control of the bus. When a board is to be inserted in an open connector, contact between the board and the connector is sensed by the finite state machine which causes the bus to be seized and the bus clock pulses to be temporarily inhibited. When the board is fully inserted, the finite state machine restores the bus clock pulses and relinquishes control of the bus.
    • 通过总线电连接到数据处理系统的其他电路的电子电路板可以被去除并重新插入系统中,而不需要禁用连接到总线的其他电路。 闩锁致动开关提供控制信号,预期电路板移除。 控制信号激活一个有限状态机,在完成任何当前的总线通信之后占用总线的控制,并停止在总线通信中通常需要的时钟脉冲的产生。 当板与其相应的连接器之间的接触物理断开时,有限状态机恢复总线时钟脉冲并放弃总线的控制。 当一个电路板插入一个开放的连接器时,板和连接器之间的接触由有限状态机检测到,这导致总线被占用,并且总线时钟脉冲被暂时禁止。 当板完全插入时,有限状态机恢复总线时钟脉冲并放弃总线的控制。
    • 4. 发明授权
    • Multi-table based grant generator for improved granularity in an ATM-PON
    • 基于多表的授权生成器,用于改进ATM-PON中的粒度
    • US06980519B1
    • 2005-12-27
    • US09616408
    • 2000-07-14
    • David N HornKyeong-Soo KimJ H J Maessen
    • David N HornKyeong-Soo KimJ H J Maessen
    • H04L12/44H04L12/56G01R31/08
    • H04Q11/0067H04L12/5602H04L2012/5605H04L2012/561H04L2012/5615H04L2012/5679H04Q2011/0064
    • A multi-table-based grant generator in accordance with the present invention solves the issue of bandwidth granularity, while maintaining the simplicity of a table approach. The present invention grant generator provides grants of fine granularity for regulation of upstream transmission of cells in an ATM PON. Multiple grant tables having differing bandwidth granularities are linked together through a simple grant distribution mechanism. The grant tables and grant distribution mechanisms can be recursively linked to achieve a number of different granularities. The grant generator of the present invention is based on multiple grant tables with a combination of multiplexers, dividers, and address counters. The grant generator provides both larger and smaller bandwidths for data grants as well as PLOAM grants without large size grant tables. In one exemplary embodiment of the present invention, improved granularity is achieved, where a first grant table is used for one size of bandwidth grant, e.g., data grants, and the second grant table is used for another size of bandwidth grant, e.g., low bandwidth data grants as well as PLOAM grants. A simple clock divider couples to each of the grant tables through corresponding address counters. The clock divider provides a set number of bandwidth grants from each table over a complete cycle. The clock divider also selects an appropriate input port of a multiplexer through which the grants from each grant table are respectively transmitted. By having the ability to issue variable sized bandwidth grants, the granularity is significantly improved, thereby translating to a more efficient use of the bandwidth. More specifically, grants of a finer granularity can be issued without the need for an excessively large grant table usually thought to be necessary to produce fine granularities.
    • 根据本发明的基于多表的授权生成器解决了带宽粒度的问题,同时保持了表方法的简单性。 本发明的授权生成器提供用于调整ATM PON中的小区的上行传输的细粒度的准许。 具有不同带宽粒度的多个授权表通过简单的授权分配机制链接在一起。 授权表和授权分配机制可以递归链接以实现多个不同的粒度。 本发明的授权生成器基于具有多路复用器,分频器和地址计数器的组合的多个授权表。 授权生成器为数据授予提供较大和较小的带宽以及无大容量授权表的PLOAM授权。 在本发明的一个示例性实施例中,实现了改进的粒度,其中第一授权表用于一个大小的带宽授权,例如数据许可,并且第二许可表用于另一大小的带宽授权,例如低 带宽数据授权以及PLOAM资助。 简单的时钟分频器通过相应的地址计数器耦合到每个授权表。 时钟分频器在一个完整的周期内提供每个表的一组数量的带宽授权。 时钟分频器还选择分配了来自每个授权表的授权的多路复用器的适当输入端口。 通过具有发布可变大小的带宽授权的能力,显着提高了粒度,从而转化为更有效地使用带宽。 更具体地,可以发出更细粒度的授予,而不需要通常被认为是产生细粒度所必需的过大的授权表。
    • 5. 发明授权
    • Method for solving the music-on-hold problem in an audio conference
    • 在音频会议中解决音乐保持问题的方法
    • US06556670B1
    • 2003-04-29
    • US09138001
    • 1998-08-21
    • David N. Horn
    • David N. Horn
    • H04M342
    • H04M3/56H04M3/20H04M3/4285H04M2203/2088H04M2203/5027H04Q3/625
    • A solution to the music-on-hold problem associated with audio conference calls. The music on-hold-problem occurs when a conferee having music-on-hold puts the conference call on hold, resulting in a continuous stream of music being transmitted to the other conferees. Such a conferee is called an offending conferee. The solution presented herein is to prevent music-on-hold signals emanating from an offending conferee from being passed through an audio conference bridge to the other conferees. This is accomplished, in particular embodiments, by directing a merging/summing subsystem of the audio conference bridge to temporarily stop combining audio emanating from the offending conferee from being combined or merged onto audio channels through which the other conferees communicate on the audio conference. Once the music-on-hold is terminated, the offending conferee can rejoin conference call by sending a signal that directs the merging/summing subsystem to resume the combining of audio signals emanating from the offending conferee onto the audio channels of the other conferees.
    • 与音频电话会议相关的音乐保持问题的解决方案。 音乐保持问题发生在具有保持音乐的与会者将会议电话保持为止时,导致连续的音乐流被传送给其他与会者。 这样的和会者被称为违规同行。 本文提出的解决方案是防止从违规与会者发出的音乐保持信号通过音频会议桥传递给其他与会者。 这在特定实施例中通过引导音频会议桥的合并/求和子系统来暂时停止组合或合并来自违规参与者的音频而被合并到另一个与会者在音频会议上进行通信的音频频道上。 一旦音乐保持终止,违规与会者可以通过发送指示合并/求和子系统的信号来重新加入会议呼叫,以恢复从违规与会者发出的音频信号到其他与会者的音频频道上的组合。
    • 7. 发明授权
    • Distributed control teleconferencing voice bridge
    • 分布式控制电话会议语音桥
    • US5113431A
    • 1992-05-12
    • US429579
    • 1989-10-31
    • David N. Horn
    • David N. Horn
    • H04L12/18H04M3/56H04M11/00H04Q11/04
    • H04Q11/04H04L12/1813H04M3/56
    • An arrangement for teleconferencing voice and data is provided through an arrangement that includes a voice bridge that offers individual control of the conferencing setup. The voice bridge comprises a crossbar with crosspoints that include a series connection of two switches and a resistor. One switch of each crosspoint is associated with the row of the crosspoint while the other switch of the crosspoint is associated with the column of the crosspoint. A user, connected to a selected row and column of the crossbar for the "talk" and "listen" functions, respectively, controls the row switches in the crosspoints connected to the user's row and the column switches in the crosspoints connected to the user's column.
    • 通过包括提供对会议设置的单独控制的语音桥的布置来提供用于电话会议语音和数据的装置。 语音桥包括具有交叉点的交叉开关,其包括两个开关和电阻器的串联连接。 每个交叉点的一个开关与交叉点的行相关联,而交叉点的另一个开关与交叉点的列相关联。 连接到交叉开关的选定行和列的用户分别用于“通话”和“监听”功能,控制连接到用户行的交叉点中的行开关和连接到用户列的交叉点中的列切换 。