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    • 61. 发明授权
    • Instantaneous balance control scheme for ionizer
    • 电离器瞬时平衡控制方案
    • US06252233B1
    • 2001-06-26
    • US09347671
    • 1999-07-06
    • Timothy A. Good
    • Timothy A. Good
    • H01J2700
    • H05F3/04
    • Positive and negative ion output are balanced in an electrical ionizer having positive and negative ion emitters, and positive and negative high voltage power supplies associated with the respective positive and negative ion emitters. At least one of the positive and negative high voltage power supplies switches between a high state and a low state. An ion balance sensor is located close to the ion emitters and outputs a voltage value. An ion balance sensor set point voltage value is stored. The voltage value is set to provide a balanced ion condition in the work space near the electrical ionizer. During operation of the electrical ionizer, the output voltage value of the ion balance sensor is compared with the set point voltage value. One of the switchable high voltage power supplies is switched to a high state when it is detected as a result of the comparison that the output voltage value of the ion balance sensor exceeds the set point voltage value in a first direction by a first predetermined amount, and the one of the switchable high voltage power supplies is switched to a low state when it is detected as a result of the comparison that the output voltage value of the ion balance sensor exceeds the set point voltage value in a second direction by a second predetermined amount, the second direction being opposite of the first direction.
    • 正离子和负离子输出在具有正和负离子发射器的电离器以及与相应的正和负离子发射体相关联的正和负高压电源平衡。 正极和负极高压电源中的至少一个在高状态和低电平状态之间切换。 离子平衡传感器靠近离子发射器并输出电压值。 存储离子平衡传感器设定点电压值。 电压值被设置为在电离器附近的工作空间中提供平衡的离子条件。 在电离器操作期间,将离子平衡传感器的输出电压值与设定值电压值进行比较。 作为比较结果,检测出可切换高压电源中的一个,离子平衡传感器的输出电压值在第一方向上超过设定点电压值第一预定量, 并且当作为比较的结果检测到可切换高压电源中的一个被切换到低状态时,离子平衡传感器的输出电压值在第二方向上超过设定点电压值第二预定 第二方向与第一方向相反。
    • 62. 发明授权
    • Self-balancing ionizing circuit for static eliminators
    • 用于静电消除器的自平衡电离电路
    • US5153811A
    • 1992-10-06
    • US751093
    • 1991-08-28
    • Richard D. RodrigoTimothy A. Good
    • Richard D. RodrigoTimothy A. Good
    • H01T23/00H05F3/04
    • H01T23/00H05F3/04
    • A self-balancing ionizing circuit for electrical static eliminators having high voltage (pointed) discharge electrodes employs an insulative duct spaced peripherally thereabout. The duct has at least an open exit end with a non-conductive protective grille at the duct terminus in longitudinally spaced disposition from said electrodes. One side of an ungrounded secondary coil of an A.C. high voltage transformer is directly or resistively connected electrically to the discharge electrodes while the other side of the transformer secondary is electrically coupled to an ungrounded conductive band supported within the insulative duct adjacently spaced from the discharge electrodes to define a floating reference electrode with respect thereto. The electric field for ionization is produced between the discharge electrodes and the reference electrode. Grounding is effected only by way of an external conductive chassis for the system which is shielded from the internal ionization process by the dielectric of the insulative duct. Isolating the reference electrode from ground permits substantial voltages to be developed thereon without creating the ionization imbalance normally produced by adjacent grounded components, such as grounded casings or the like. Balancing of positive and negative ion production is independent of capacitors or other electrical components, and no mechanical adjustment is required to compensate for changes in environmental factors or contamination conditions. With no capacitors which can become leaky, the system provides high reliability with fewer parts, thereby minimizing costs.
    • 具有高电压(尖)放电电极的静电消除器的自平衡电离电路采用在其周围间隔开的绝缘导管。 管道至少具有开口的出口端,在管道末端具有与所述电极纵向间隔布置的非导电保护格栅。 AC高压变压器的未接地次级线圈的一侧直接或电阻地连接到放电电极,而变压器次级的另一侧电耦合到支撑在与放电电极相邻的绝缘管内的未接地导电带 以相对于其定义浮动参考电极。 在放电电极和参考电极之间产生电离电场。 接地只能通过外部导电底盘进行,该外部导电底盘由绝缘导管的电介质屏蔽内部电离过程。 将参考电极从地面隔离允许在其上显影的大量电压,而不产生通常由相邻的接地部件(例如接地的壳体等)产生的电离不平衡。 正负离子产生的平衡与电容器或其他电气部件无关,并且不需要机械调整来补偿环境因素或污染条件的变化。 没有电容器可能会泄漏,系统提供高可靠性,更少的零件,从而最大限度地降低成本。
    • 63. 发明授权
    • Laser scanner output window
    • 激光扫描仪输出窗口
    • US08118228B2
    • 2012-02-21
    • US12420880
    • 2009-04-09
    • Timothy A. Good
    • Timothy A. Good
    • G06K7/10
    • G06K7/10831G06K7/10702
    • A laser scanner for reading symbology, such as barcodes. The laser scanner includes a housing, a laser source or generator disposed in the housing and operative to generate a laser beam, and an output window supported by housing and being positioned to receive the laser beam incident thereon. The window is operative to transmit the laser beam therethrough at a symbology target. In one embodiment, the window includes a vertical wedge angle between front and rear surfaces of the window that is oriented substantially in alignment with a vertical axis defined by the window. The vertical wedge angle is preferably oriented perpendicular to a horizontally-extending scanning line of the laser beam on the window. In one embodiment, the vertical wedge angle is substantially the same along the entire length or width of the window.
    • 用于阅读符号系统的激光扫描仪,如条形码。 激光扫描器包括壳体,激光源或发生器,其设置在壳体中并且可操作以产生激光束,以及由壳体支撑并被定位成接收入射在其上的激光束的输出窗口。 窗口用于以符号系统目标传送激光束。 在一个实施例中,窗口包括窗口的前表面和后表面之间的垂直楔角,其基本上与由窗口限定的垂直轴线对准。 垂直楔角优选地垂直于窗口上的激光束的水平延伸的扫描线定向。 在一个实施例中,垂直楔角沿窗口的整个长度或宽度基本相同。
    • 64. 发明申请
    • Autofocus liquid lens scanner
    • 自动对焦液体镜头扫描仪
    • US20090072037A1
    • 2009-03-19
    • US11901342
    • 2007-09-17
    • Timothy A. GoodXiaoxun Zhu
    • Timothy A. GoodXiaoxun Zhu
    • G06K7/10
    • G06K7/10801G02B3/14G02B7/08G06K7/10702
    • An autofocus system and method for performing the same for a liquid lens. The autofocus system in one embodiment includes a liquid lens having a variable focal length that is adjusted by varying an input voltage to the lens, distance detection circuitry operative to measure a distance to a target to be scanned, and control circuitry associated with the liquid lens for focusing the lens. The control circuitry receives a signal from the distance detection circuitry representing a measured distance to the target. Control logic, preferably implemented by the control circuitry in one embodiment, calculates a voltage value corresponding to the measured distance to the target and generates an output voltage approximating the calculated voltage value to adjust the focus the lens.
    • 一种用于对液体透镜执行该自动对焦系统和方法。 一个实施例中的自动对焦系统包括具有可变焦距的液体透镜,其通过改变对透镜的输入电压进行调节,距离检测电路可操作以测量到待扫描的目标的距离,以及与液体透镜相关联的控制电路 用于聚焦镜头。 控制电路从距离检测电路接收表示到目标的测量距离的信号。 优选地,在一个实施例中由控制电路实现的控制逻辑计算对应于到目标的测量距离的电压值,并产生近似于计算出的电压值的输出电压以调整透镜的焦距。
    • 65. 发明授权
    • Illumination apparatus with polarizing elements for beam shaping
    • 具有用于光束成形的偏振元件的照明装置
    • US06975456B2
    • 2005-12-13
    • US10746313
    • 2003-12-24
    • Patrick A. GiordanoThomas AmundsenTimothy A. Good
    • Patrick A. GiordanoThomas AmundsenTimothy A. Good
    • G02B27/28G06K7/10G02B5/30
    • G02B27/28G02B27/286G06K7/10683G06K7/10702Y10S359/90
    • Illumination apparatus includes a light source which directs a polarized source beam in a downstream direction along an optical axis and desirably focuses the beam. A polarization-altering element downstream from the source such as a birefringent plate alters the polarization in a portion or portions of the source beam, so that the altered beam includes portions having different polarization directions. The altered beam passes downstream through a polarization-selective filter. The output beam from the polarization-selective filter can include either portion depending on the orientation of the filter. The arrangement can be used to provide a spot of a given size and shape at the focal location in a scanner such as a bar code scanner. The size and depth of field of the spot can be varied dynamically during operation.
    • 照明装置包括沿着光轴沿着下游方向引导偏振光源光束并且期望聚焦光束的光源。 来自诸如双折射板的源极的偏振改变元件改变源光束的一部分或部分中的偏振,使得改变的光束包括具有不同偏振方向的部分。 改变的光束通过偏振选择滤光器向下游传播。 来自偏振选择滤光器的输出光束可以包括取决于滤光器的取向的任一部分。 该装置可用于在诸如条形码扫描仪的扫描仪中的焦点位置处提供给定尺寸和形状的斑点。 斑点的大小和深度可以在运行过程中动态变化。
    • 68. 发明授权
    • Illumination apparatus with polarizing elements for beam shaping
    • 具有用于光束成形的偏振元件的照明装置
    • US06714351B2
    • 2004-03-30
    • US09750374
    • 2000-12-28
    • Patrick A. GiordanoThomas AmundsenTimothy A. Good
    • Patrick A. GiordanoThomas AmundsenTimothy A. Good
    • G02B530
    • G02B27/28G02B27/286G06K7/10683G06K7/10702Y10S359/90
    • Illumination apparatus includes a light source which directs a polarized source beam in a downstream direction along an optical axis and desirably focuses the beam. A polarization-altering element downstream from the source alters the polarization in a portion or portions of the source beam, so that the altered beam includes portions having different polarization directions. The altered beam passes downstream through a polarization-selective filter. The output beam from the polarization-selective filter can include either portion depending on the orientation of the filter. The arrangement can be used to provide a spot of a given size and shape at the focal location in a scanner such as a bar code scanner. The size and depth of field of the spot can be varied dynamically during operation.
    • 照明装置包括沿着光轴沿着下游方向引导偏振光源光束并且期望聚焦光束的光源。 源极下游的偏振变化元件改变源光束的一部分或部分中的偏振,使得改变的光束包括具有不同偏振方向的部分。 改变的光束通过偏振选择滤光器向下游传播。 来自偏振选择滤光器的输出光束可以包括取决于滤光器的取向的任一部分。 该装置可用于在诸如条形码扫描仪的扫描仪中的焦点位置处提供给定尺寸和形状的斑点。 斑点的大小和深度可以在运行过程中动态变化。
    • 69. 发明授权
    • Self-cleaning ionizing air gun
    • 自清电离气枪
    • US5388769A
    • 1995-02-14
    • US123927
    • 1993-09-20
    • Richard D. RodrigoTimothy A. Good
    • Richard D. RodrigoTimothy A. Good
    • H05F3/04H05F3/00H01T23/00
    • H05F3/04
    • A self-cleaning, anti-fouling, ionizing air gun for static neutralization and particle blow-off comprises a generally tubular barrel having an open forward or nozzle end and a rearward open end for drawing air therethrough from the atmosphere. A pointed ion emitting electrode is positioned intermediate the ends of the barrel and directs ions toward the forward nozzle end while a plurality of circumferentially spaced air jets direct streams of compressed air in a conical pattern toward the apex thereof in front of the ion emitting electrode so as to induce air drawn in from the open rear end over the electrode to effect cleansing thereof thereby expelling a high velocity ionized air stream through the forward nozzle end.
    • 用于静电中和和颗粒吹出的自清洁,防污,电离气枪包括具有敞开的向前或喷嘴端的大致管状的桶,以及用于从大气吸入空气的向后开口端。 尖锐的离子发射电极定位在筒的端部之间并且将离子引导向前喷嘴端,同时多个周向间隔开的空气喷射将离子发射电极前方的圆锥形图案中的压缩空气流引向其顶点,从而 以引起从开口后端吸入空气的空气在电极上进行清洁,从而排出高速电离空气流通过正向喷嘴端。
    • 70. 发明授权
    • Laser scanner
    • 激光扫描仪
    • US07866558B2
    • 2011-01-11
    • US12419540
    • 2009-04-07
    • Timothy A. Good
    • Timothy A. Good
    • G06K7/10G11B7/10G02B26/08G02B26/10G02B26/12
    • G06K7/10603
    • A laser scanning system and method for scanning symbology targets such as barcodes. The scanning system in one embodiment includes at least one laser source and a pair of wobbling mirrors generally disposed towards opposite ends of a centrally-positioned rotatable mirrored spinner. In one embodiment, the central spinner is double-sided having reflecting surfaces on opposites sides thereof. Laser beams projected onto each wobbling mirrors are in turn redirected onto each reflecting surface of the double-sided rotating spinner which produces a pair of rotating scanning beams for reading a symbology target.
    • 一种用于扫描诸如条形码之类的象形目标的激光扫描系统和方法。 在一个实施例中的扫描系统包括至少一个激光源和一对摆放的反射镜,其一般设置在中心定位的可旋转镜像旋转器的相对端。 在一个实施例中,中心旋转器是双面的,其反射表面在其相对侧上。 投射到每个摆动反射镜上的激光束又被重定向到双面旋转旋转器的每个反射表面上,其产生用于读取符号体系目标的一对旋转扫描光束。