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    • 2. 发明授权
    • High resolution printbar pixel geometries
    • 高分辨率的printbar像素几何
    • US06181358B2
    • 2001-01-30
    • US09195888
    • 1998-11-19
    • Ronald E. JodoinThomas J. HammondHenry P. JankowskiRobert P. Loce
    • Ronald E. JodoinThomas J. HammondHenry P. JankowskiRobert P. Loce
    • B41J2385
    • B41J2/451
    • Arrays of light emitting diodes, and LED printbars and electrophotographic marking machines that use arrays of light emitting diode, that have active area geometries that produce compact irradiance profiles. Compact irradiance profiles are achieved by placing the diode electrodes along the outer periphery of the light emitting active areas. When used with gradient index lenses, such light emitting diodes produce light spots having more compact irradiance profiles. When such light emitting diodes and gradient index lenses are incorporated into LED printbars, and when those printbars are used in expose stations of electrophotographic marking machines, improved composite images can result.
    • 发光二极管阵列,以及使用发光二极管阵列的LED打印条和电子照相打标机,其具有产生紧凑辐照度轮廓的有源面积几何形状。 通过将二极管电极沿着发光有源区域的外周放置来实现紧凑的辐照度曲线。 当与梯度折射率透镜一起使用时,这种发光二极管产生具有更紧密辐照度轮廓的光点。 当这种发光二极管和梯度折射率透镜并入LED打印棒中时,并且当这些印刷线用于电子照相打标机的曝光站时,可以产生改进的合成图像。
    • 5. 发明授权
    • Method and apparatus for charged area development printing with high and
low resolution image bars
    • 用于高分辨率和低分辨率图像条的带电区域开发印刷的方法和装置
    • US5168283A
    • 1992-12-01
    • US664729
    • 1991-03-05
    • Thomas J. HammondJames D. Rees
    • Thomas J. HammondJames D. Rees
    • G03G15/32
    • G03G15/326G03G15/04054
    • A printing system operating in a charged area development environmental utilizes a high resolution image print bar in cooperation with a low resolution image discharge bar to expose a charged surface of a photoreceptor with a minimum of stress being applied to the high resolution bar. The high resolution bar is addressed from an image data source so as to expose areas of the photoreceptor which correspond to informational areas of the image being printed. The low resolution bar is addressed from the same data source so as to discharge the photoreceptor surface in non-informational areas such as background areas and interimage areas. In a preferred embodiment, both the high and the low resolution bars are LED arrays located in a common exposure station.
    • 在充电区域开发环境中操作的打印系统利用低分辨率图像放大条来配合高分辨率图像打印条,以将最小的应力施加到高分辨率条来曝光感光体的带电表面。 从图像数据源寻址高分辨率条,以便曝光对应于所打印图像信息区域的感光体区域。 低分辨率条从相同的数据源寻址,以便在诸如背景区域和图像间区域的非信息区域中放电感光体表面。 在优选实施例中,高分辨率和低分辨率条都是位于公共曝光站中的LED阵列。
    • 6. 发明授权
    • Flash lamp power supply with reduced capacitance requirements
    • 闪光灯电源具有降低的电容要求
    • US4524289A
    • 1985-06-18
    • US484084
    • 1983-04-11
    • Thomas J. HammondWilliam L. Lama
    • Thomas J. HammondWilliam L. Lama
    • H05B41/30H02M3/18
    • H05B41/30
    • A power supply circuit for a flash lamp delivers energy to the lamp in increments rather than in the conventional single charging pulse. A dc voltage power supply is used which has a voltage output considerably higher than the normal lamp voltage. The power supply output is connected across at least two circuits which are adapted to charge to some small increment of the total lamp energy requirements and then to discharge the stored energy into the lamp. Each circuit which contains a low value capacitor is cyclically connected between the lamp and the dc supply so as to create a continuous series of incremental inputs to the lamp, the inputs terminating when the desired lamp energy output is achieved.
    • 用于闪光灯的电源电路以增量而不是传统的单次充电脉冲向灯提供能量。 使用直流电压电源,其电压输出远高于正常的灯电压。 电源输出端连接在至少两个电路上,这两个电路适于充电到总灯能量需求的一些小增量,然后将存储的能量放电到灯中。 包含低值电容器的每个电路循环地连接在灯和直流电源之间,以便产生连续的一系列对灯的增量输入,当实现期望的灯能量输出时,输入终止。
    • 7. 发明授权
    • Sodium vapor lamp with emission aperture
    • 具有排放孔径的钠蒸汽灯
    • US4071798A
    • 1978-01-31
    • US783905
    • 1977-04-01
    • Thomas J. Hammond
    • Thomas J. Hammond
    • H01J61/35H01J61/52
    • H01J61/35H01J61/523
    • A low pressure sodium vapor lamp including a sodium vapor discharge tube within an outer envelope. The outer envelope is partially coated by a light reflector defining a light transmission aperture for desired directional light output. The outer envelope is additionally coated with an infrared reflective coating defining a heat transmission aperture at a location separate from the light transmission aperture. The heat transmission aperture acts as a heat sink. The area of the inner discharge tube corresponding to the heat transmission aperture thus becomes the coolest portion of the discharge tube, the "cold spot" of the lamp where excess sodium is condensed.
    • 一种低压钠蒸汽灯,包括在外壳内的钠蒸汽放电管。 外壳由限定用于所需定向光输出的光传输孔的光反射器部分地涂覆。 外封套另外涂覆有红外反射涂层,其在与透光孔分开的位置处限定热传递孔。 传热孔用作散热器。 因此,对应于传热孔的内部放电管的面积成为放电管的最冷部分,即过量的钠被冷凝的灯的“冷点”。
    • 8. 发明授权
    • Computer network switch with parallel access shared memory architecture
    • 具有并行访问共享内存架构的计算机网络交换机
    • US06470021B1
    • 2002-10-22
    • US09172101
    • 1998-10-05
    • Bernard N. DainesGreg W. DavisThomas J. HammondDavid K. CouchChristopher A. Schalick
    • Bernard N. DainesGreg W. DavisThomas J. HammondDavid K. CouchChristopher A. Schalick
    • H04L1256
    • H04L49/3072H04L49/103H04L49/351
    • A packet switch includes a multiple of bidirectional ports that are each connected by dedicated signal paths to a multiple of memory subsystems that in turn are connected to shared memory within the switch. The signal path from each port carries a fragment of a data stream between the port and each memory subsystem. The ports send and receive data stream fragments in parallel from the memory subsystems. This parallel action reduces the bandwidth required of a memory subsystem by dividing the port's data stream among the multiple memory subsystems. In storing data for forwarding to another port, each memory subsystem selects on a time division basis in parallel the data stream fragments from the same port and stores them in memory. In retrieving data from memory for a port, each memory subsystem selects on a time division basis in parallel the same port to receive the data stream fragments read from memory. The bit width of the signal paths between the ports and memory subsystems is reduced by sending smaller, individual data stream fragments between ports and memory subsystems and sending larger, aggregate data stream fragments between memory subsystems and memory. Within each memory subsystem are modules that combine individual data stream fragments into aggregate data stream fragments for storage in memory and modules that split aggregate data stream fragments read from memory into individual data stream fragments for transmission to ports.
    • 分组交换机包括多个双向端口,每个双向端口通过专用信号路径连接到存储器子系统的多个,其又连接到交换机内的共享存储器。 来自每个端口的信号路径携带端口和每个存储器子系统之间的数据流的片段。 端口从存储器子系统并行发送和接收数据流片段。 这种并行操作通过在多个存储器子系统之间划分端口的数据流来减少存储器子系统所需的带宽。 在存储用于转发到另一端口的数据时,每个存储器子系统并行地选择来自同一端口的数据流片段并且将它们存储在存储器中。 在从端口的存储器检索数据时,每个存储器子系统并行地选择同一端口的时分,以接收从存储器读取的数据流片段。 通过在端口和存储器子系统之间发送较小的单个数据流片段,并在存储器子系统和存储器之间发送更大的聚合数据流片段来减少端口和存储器子系统之间的信号路径的位宽度。 在每个存储器子系统内是将各个数据流片段组合成用于存储在存储器中的聚合数据流片段的模块,以及将从存储器读取的聚合数据流片段分割成用于传输到端口的各个数据流片段的模块。