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    • 33. 发明授权
    • Miniature laser diode focusing module using micro-optics
    • 微型激光二极管聚焦模块采用微光学
    • US6092728A
    • 2000-07-25
    • US352542
    • 1999-07-12
    • Yajun LiSimon BardMark KricheverJoseph KatzChin Tan
    • Yajun LiSimon BardMark KricheverJoseph KatzChin Tan
    • G06K7/10
    • G06K7/10811
    • A miniature module emits and focuses a divergent light beam. The focusing module consists of a small-sized light emitter, such as a laser diode, and a micro-optical element seated in a lens holder. The outside diameter of the micro-optical element is 4 mm or less and preferably less than or equal to 2.5 mm. The micro-optical element may be a small conventional lens, a gradient index lens, or one of several types of diffractive optical element. The focal length of the module relative to the light from the emitter is set by sliding the lens holder along its central axis and permanently adhering it in place with respect to the emitter after focusing. During focal adjustment, axial rotation between the lens holder and between the base of the emitter is prevented by a series of notches. The miniature focusing module is smaller, lighter, costs less and may provide a larger relative aperture than the conventional structures currently used for example in solid state laser scanners.
    • 微型模块发射和聚焦发散光束。 聚焦模块由诸如激光二极管的小尺寸光发射器和坐在透镜架中的微光学元件组成。 微型光学元件的外径为4mm以下,优选为2.5mm以下。 微型光学元件可以是小型常规透镜,梯度折射率透镜或几种衍射光学元件中的一种。 模块相对于来自发射器的光的焦距通过沿着其中心轴滑动透镜夹持器来设定,并且在聚焦之后相对于发射器永久地将其固定在适当的位置。 在焦距调整期间,通过一系列凹口来防止透镜保持器和发射器的基座之间的轴向旋转。 微型聚焦模块更小,更轻,成本更低,并且可以提供比目前用于例如固态激光扫描仪的常规结构更大的相对孔径。
    • 34. 发明授权
    • Wearable communication system
    • 可穿戴式通讯系统
    • US06853293B2
    • 2005-02-08
    • US10253177
    • 2002-09-24
    • Jerome SwartzMichael SlutskySimon BardStephen J. ShellhammerJames ConnellyMargaret L. HetfieldJacob SharonyMichael A. RamputiPaul R. PoloniewiczJoseph KatzRobert E. Beach
    • Jerome SwartzMichael SlutskySimon BardStephen J. ShellhammerJames ConnellyMargaret L. HetfieldJacob SharonyMichael A. RamputiPaul R. PoloniewiczJoseph KatzRobert E. Beach
    • G06F1/16H04Q1/00
    • G06F1/1698G06F1/163G06F1/1662G06F1/1684
    • A portable data input or computer system includes an input/output device such as a keyboard and a display, another data input device such as an optical bar code scanner, and a data processor module. To scan bar code type indicia, the operator points the scanner at the bar code and triggers the scanner to read the indicia. All the system components are distributed on an operator's body and together form a personal area system (PAS). Components may include a scanner or imager, a wrist unit, a headpiece including an eyepiece display, speaker and a microphone. Components within a particular PAS communicate with each other over a personal area network (PAN). Individual PASs may be combined into a network of PASs called a PAS cluster. PASs in a particular PAS cluster can communicate with each other over another wireless communication channel. Individual PAS can gain access to a Local Area Network (LAN) and/or a Wide Area Network (WAN) via an access point. Individual PASs can use devices, such as servers and PCs situated either on the LAN or the WAN to retrieve and exchange information. Individual PAS components can provide automatic speech and image recognition. PAS components may also act a telephone, a pager, or any other communication device having access to a LAN or a WAN. Transmission of digitized voice and/or video data can be achieved over an Internet link.
    • 便携式数据输入或计算机系统包括诸如键盘和显示器之类的输入/输出设备,诸如光学条形码扫描器的另一数据输入设备和数据处理器模块。 要扫描条形码类型标记,操作员将扫描仪指向条形码并触发扫描仪读取标记。 所有系统组件分布在操作员的身体上,并且一起形成个人区域系统(PAS)。 组件可以包括扫描器或成像器,腕部单元,包括目镜显示器,扬声器和麦克风的头戴耳机。 特定PAS中的组件通过个人区域网络(PAN)彼此通信。 个人PAS可以组合成称为PAS集群的PAS网络。 特定PAS集群中的PAS可以通过另一无线通信信道彼此通信。 个人PAS可以通过接入点访问局域网(LAN)和/或广域网(WAN)。 个人PAS可以使用设备,如位于LAN或WAN上的服务器和PC来检索和交换信息。 个人PAS组件可以提供自动语音和图像识别。 PAS组件还可以对电话,寻呼机或具有访问LAN或WAN的任何其他通信设备起作用。 数字化语音和/或视频数据的传输可以通过因特网链路实现。
    • 36. 发明授权
    • Bar code scanner with quasi-retroreflective light collection
    • 具有准回射光收集的条码扫描器
    • US5530233A
    • 1996-06-25
    • US268360
    • 1994-06-30
    • Mark KricheverSimon BardPeter Fazekas
    • Mark KricheverSimon BardPeter Fazekas
    • G06K7/10
    • G06K7/1092
    • Optical scanning of bar code symbols in which light reflected from the scanned symbol is collected with stationary light collection optics and swept across an array of individual light detection elements (e.g., photodetectors). Detection circuitry determines which of the detection elements is receiving the incoming light beam at a given time, and produces an output signal based preferably only on the outputs of those detection elements. The selection of detection elements to be used in forming the output signal may be made by synchronizing the sampling of the detection elements with the scanning movement of the outgoing light beam. Alternatively, the selection may be based on the output level of the detection elements (e.g., by only using outputs that exceed a predetermined threshold).
    • 条形码符号的光学扫描,其中从扫描的符号反射的光由固定的光收集光学器件收集并扫过各个光检测元件阵列(例如,光电探测器)。 检测电路确定哪个检测元件在给定时间接收入射光束,并且优选仅基于这些检测元件的输出产生输出信号。 可以通过使检测元件的采样与出射光束的扫描移动同步来进行用于形成输出信号的检测元件的选择。 或者,选择可以基于检测元件的输出电平(例如,仅使用超过预定阈值的输出)。