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    • 1. 发明授权
    • Lapel data entry terminal
    • 拉链数据输入终端
    • US5389917A
    • 1995-02-14
    • US18591
    • 1993-02-17
    • Vincent T. LaMannaJay M. Eastman
    • Vincent T. LaMannaJay M. Eastman
    • G06F17/40G06K7/10G06Q10/08G06F7/06G06F3/16G06F15/20
    • G06K7/10881G06Q10/087
    • To enhance the effectiveness of personnel conducting inventory management functions, including data entry of information for products as to their presence, absence, or location, the operator-user is provided with a small and lightweight lapel data entry terminal which can be comfortably worn on a lapel of the operator's clothing, and which can be used to enter data into a remote data center. The lapel data entry terminal provides for acquisition and entry of data derived from verbal pronouncement of code data into a microphone which is coupled to a transmitter through a speech or voice recognition sub-assembly and an analog-to-digital converter sub-assembly. The lapel terminal provides for acquisition and entry of data derived from optical scanning of codes affixed to objects, for example, optical bar code patterns. Such optical codes are read by an optical code reader whose signal output is also coupled to the transmitter. For optical code reading only, the lapel data entry terminal may be temporarily removed from the lapel, and optical code reading is actuated. The wearer of the lapel terminal can receive verbal instructions or directives from the remote data center through a radio receiver which is coupled to a loudspeaker or ear-piece through a digital-to-analog converter sub-assembly and a voice synthesizer sub-assembly. All components and sub-assemblies, as well as a rechargeable battery, are contained within the housing of the lapel data entry terminal.
    • 为了提高执行库存管理功能的人员的有效性,包括产品信息的存在,不存在或位置的数据输入,操作员用户被提供了一个小而轻便的翻领数据输入终端,可以舒适地佩戴在 翻领运营商的服装,可用于将数据输入到远程数据中心。 翻领数据输入终端提供从代码数据的口头宣告得到的数据的获取和输入到通过语音或语音识别子组件和模数转换器子组件耦合到发射机的麦克风。 翻领终端提供从光学扫描获取和输入附加到对象的代码的数据,例如光学条形码图案。 这样的光学代码由光学代码阅读器读取,其信号输出也耦合到发送器。 对于仅用于光学代码读取,翻转数据输入端可以暂时从翻领中移除,并且启动光学代码读取。 翻领终端的佩戴者可以通过无线电接收器接收来自远程数据中心的语言指令或指令,该无线电接收器通过数模转换器子组件和语音合成器子组件耦合到扬声器或耳机。 所有组件和子组件以及可充电电池都包含在翻领数据输入终端的外壳内。
    • 3. 发明授权
    • Optical symbol (bar code) reading systems and devices
    • 光学符号(条码)读取系统和设备
    • US5786585A
    • 1998-07-28
    • US375216
    • 1995-01-19
    • Jay M. EastmanJames M. Zavislan
    • Jay M. EastmanJames M. Zavislan
    • G02B3/08G02B5/18G02B26/10G02B27/44G06K20060101G06K7/10
    • G06K7/10881G02B26/10G02B27/4227G06K7/10653G06K7/1098G06K2007/10524G06K2207/1013G06K2207/1016
    • A miniature scan engine module for bar code reading and data collection systems utilizes a light source 44 and a light collector 42, which in one embodiment, are flexurally supported on a platform 62 which reciprocates 88 on pivots defined by flexures 46, 48 or 96. The optical collector faces the bar code and pivots with the scanning beam source (a laser diode). A diffraction grating or Fresnel lens on the surface of the optical collector which faces the code directs the incoming light so that it propagates internally in a substrate within the body of the collector, i.e. in the optic itself and without air paths which require additional volume in the module, to a photodetector. The scan engine can be configured so that it occupies a volume of less than 1 cubic inch. A data collection system, in the form of a portable terminal 10, has a housing which provides the handle 12 of a scanning accessory. The housing of the accessory has a receptacle for a terminal unit 14 which is separable from the accessory's housing.
    • 用于条形码读取和数据收集系统的微型扫描引擎模块使用光源44和光收集器42,其在一个实施例中弯曲地支撑在平台62上,平台62在由挠曲件46,48或96限定的枢轴上往复运动88。 光收发器面对条形码并与扫描光束源(激光二极管)枢转。 面向代码的光学收集器表面上的衍射光栅或菲涅耳透镜引导入射光,使得其在集电体的主体内的衬底内部传播,即在光学器件本身中,并且没有需要额外体积的空气路径 该模块到光电检测器。 扫描引擎可以被配置为使其占据小于1立方英寸的体积。 以便携式终端10的形式的数据收集系统具有提供扫描附件的手柄12的壳体。 附件的壳体具有用于终端单元14的插座,其可与附件的壳体分离。
    • 4. 发明授权
    • Optical system for scanning and reading bar codes which is adapted to be
configured in a hand held unit
    • 用于扫描和读取适于配置在手持单元中的条形码的光学系统
    • US5750976A
    • 1998-05-12
    • US536787
    • 1995-09-29
    • Jay M. EastmanAnna Marie Quinn
    • Jay M. EastmanAnna Marie Quinn
    • G06K7/10
    • G06K7/10851G06K7/10584G06K7/10594G06K7/10633G06K7/10683G06K7/10811G06K7/10881G06K2207/1012G06K2207/1016G06K2207/1018
    • A unitary hand-held bar code scanner and reader produces an elliptical beam, oriented with its major axis along the direction of the bars, utilizing optics employing far field diffraction effects to shape the beam and maintain its elliptical aspect (length to width ratio) constant over a distance in front of the scanner were bar codes may be located. The optics eliminates parallax even though the photodetector and light source (preferably a laser diode) are located offset from each other on a board on which the optics are mounted. A housing assembly has channels which mount the board therein without shock absorbing devices. A digital microcomputer controller and peripheral devices regulate the optical power output from the laser diode and prevents catastrophic failure, if the electrical current through the laser diode exceeds safe limits. Digital control of the gain of the electronic circuits which provide the signals from which bar code information can be decoded and for the operation and control of a motor for oscillating a deflector which scans the beam across the code are also provided utilizing the microcomputer. The microcomputer also controls interface circuits to provide compatibility with auxiliary equipment and host computers which generate commands and requires data inputs of various polarity and format.
    • 单一的手持式条形码扫描器和读取器产生椭圆形光束,其长轴沿着条的方向定向,利用采用远场衍射效应的光学器件来形成光束并保持其椭圆形方向(长宽比)恒定 扫描仪前面的距离可能位于条形码。 即使光电检测器和光源(优选地是激光二极管)在安装光学器件的板上彼此偏移地定位,光学器件消除了视差。 壳体组件具有将板安装在其中而没有减震装置的通道。 如果通过激光二极管的电流超过安全限制,数字微机控制器和外围设备调节激光二极管的光功率输出并防止灾难性故障。 提供可以解码条形码信息的信号的电子电路的增益的数字控制以及用于振荡跨越码的扫描光束的偏转器的电动机的操作和控制也利用微型计算机提供。 微型计算机还控制接口电路以提供与辅助设备和生成命令的主计算机的兼容性,并且需要各种极性和格式的数据输入。
    • 6. 发明授权
    • Differentiating and integrating circuit for translating bar code signals
into corresponding pulses
    • 用于将条形码信号转换成相应脉冲的微分和积分电路
    • US5210397A
    • 1993-05-11
    • US832878
    • 1992-02-10
    • Jay M. Eastman
    • Jay M. Eastman
    • G06K7/10
    • G06K7/10851
    • A system for converting analog bar code signals from the photo detector of a bar code reader or scanner into pulses occurring in time in correspondence with the spacing of the edges of the bars of the code which has a differentiator circuit and a circuit for integrating in time the differentiated signal to produce a second signal lower in amplitude and delayed with respect to the differentiated signal. A comparator compares the differentiated signal and the integrated signal. The output of the comparator is a train of pulses having edges occurring when the differentiated signal and integrated signal are in a certain amplitude relationship (i.e., approximately equal to each other). The peaks of the differentiated bar code signal occur in coincidence with the scanning of the edges of the bar code. The integrated signal is delayed by a fixed time delay. Accordingly, the edges of the pulses are produced by the comparator when the differentiated signals become smaller and become greater than the integrated signal in relative amplitude thereby producing pulses with the same spacing as the edges of the bars of the code and offset slightly in time. Since the differentiated signal is processed to produce the pulses corresponding to the bar code, errors in timing of the pulse edges due to drifting in amplitude of the analog signal and false transitions are substantially obviated.
    • 一种用于将来自条形码阅读器或扫描仪的光电检测器的模拟条形码信号转换为与具有微分电路的代码条的边缘间隔相对应的时间脉冲的系统,以及用于时间积分的电路 差分信号产生振幅较低并相对于微分信号延迟的第二信号。 比较器比较差分信号和积分信号。 比较器的输出是当微分信号和积分信号处于一定幅度关系(即彼此大致相等)时发生边沿的脉冲串。 差分条形码信号的峰值与条形码边缘的扫描重合。 积分信号被延迟固定的时间延迟。 因此,当差分信号变小并且相对于相对幅度变得大于积分信号时,脉冲的边缘由比较器产生,从而产生具有与代码条的边缘相同的间隔的脉冲,并且在时间上略微偏移。 由于微分信号被处理以产生对应于条形码的脉冲,因此基本上消除了由于模拟信号幅度漂移引起的脉冲边缘的定时误差和错误转换。
    • 9. 发明授权
    • System for macroscopic and confocal imaging of tissue
    • 用于组织的宏观和共焦成像的系统
    • US07864996B2
    • 2011-01-04
    • US11357234
    • 2006-02-17
    • Paul HemmerZachary M. EastmanJay M. EastmanWilliam J. FoxJames M. Zavislan
    • Paul HemmerZachary M. EastmanJay M. EastmanWilliam J. FoxJames M. Zavislan
    • G06K9/00
    • G02B21/0012G02B21/0024G02B21/365
    • A system for macroscopic and confocal imaging of tissue having a macroscopic imager for capturing a macroscopic image of the tissue's surface, a confocal imager for capturing one or more optically formed sectional microscopic images on or within tissue, a computer for receiving images from such imagers, and a tissue attachment device in which the macroscopic imager and confocal imager are each individually presented to the tissue utilizing the tissue attachment device in a predefined alignment, such that imaging locations of the confocal imager with respect to the tissue surface spatially correlate with macroscopic image. A user interface is operable on the computer to enable display of the macroscopic image on a display coupled to the computer, and to indicate a region within the macroscopic image associated with the field of view of the tissue imagable by the confocal imager. The user interface enables graphical tracking and targeting of imaging locations of the confocal imager in macroscopic image, and marking on the macroscopic image of the locations of confocal images with respect to the tissue surface.
    • 一种具有用于捕获组织表面的宏观图像的宏观成像器的组织的宏观和共焦成像系统,用于捕获组织上或组织内的一个或多个光学形成的截面微观图像的共焦成像器,用于从这样的成像器接收图像的计算机, 以及组织附着装置,其中宏观成像器和共聚焦成像器各自以预定对准单独地呈现给组织,使得共焦成像器相对于组织表面的成像位置在空间上与宏观图像相关。 用户界面在计算机上可操作以使得能够在耦合到计算机的显示器上显示宏观图像,并且指示与由共焦成像器可成像的组织的视场相关联的宏观图像内的区域。 用户界面能够在宏观图像中进行图像跟踪和共焦成像器的成像位置的瞄准,并且在相对于组织表面的共聚焦图像的位置的宏观图像上进行标记。