会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 41. 发明授权
    • Automatic optical scanner with improved activation controlling mechanism
    • 自动光学扫描仪具有改进的激活控制机制
    • US06499664B2
    • 2002-12-31
    • US09726544
    • 2000-12-05
    • Carl H. KnowlesGeorge B. RocksteinDavid M. Wilz, Sr.Charles A. Naylor
    • Carl H. KnowlesGeorge B. RocksteinDavid M. Wilz, Sr.Charles A. Naylor
    • G06K710
    • G06K7/10871G02B26/106G06K7/10G06K7/10564G06K7/10584G06K7/10594G06K7/10603G06K7/10663G06K7/10673G06K7/10693G06K7/10702G06K7/10792G06K7/10801G06K7/10811G06K7/10851G06K7/10861G06K7/10881G06K7/10891G06K7/109G06K7/14G06K7/1443G06K17/0022G06K2207/1012G06K2207/1016G06K2207/1017G06K2207/1018
    • Disclosed is a fully automatic bar code symbol reading system having an hand-supportable laser bar code reading device which can be used in either an automatic hands-on mode of operation, or in an automatic hands-free mode of operation. The system includes a scanner support frame for supporting the hand-supportable device in a user-selected mounting position, and permits complete gripping of its handle portion prior to its use in the hands-on mode of operation. In general, the hand-supportable bar code reading device has long-range and short-range modes of object detection, bar code presence detection and bar code symbol reading. In the illustrative embodiment, the long-range mode is automatically selected when the hand-supportable bar code reading device is placed within the scanner support stand during the automatic hands-free mode of operation. Whenever the hand-supportable bar code reading device is picked up from the support stand and used in its hands-on mode of operation, the short-range mode is automatically selected to provide CCD-like scanner emulation. When used in either mode of operation, the automatic bar code reading device is capable of reading, in a consecutive manner, one or more bar code symbols on an object, while preventing multiple reading of the same bar code symbol due to dwelling of the laser scanning beam upon the bar code symbol. The automatic bar code symbol reading system of the present invention is disclosed in several different mounting arrangements at a point-of-sale station, illustrating novel methods of reading bar code symbols using the automatic hand-supportable laser scanning device of the present invention.
    • 公开了一种全自动条形码符号读取系统,其具有手持式激光条形码读取装置,其可以在自动动手操作模式或自动免手动作模式中使用。 该系统包括用于在用户选择的安装位置支撑手持式装置的扫描器支撑框架,并且在其使用操作模式之前允许其手柄部分的完全抓握。 通常,手持式条形码读取装置具有远程和短距离的物体检测模式,条形码存在检测和条形码符号读取。 在说明性实施例中,当在自动免提操作模式期间将手持式条形码读取装置放置在扫描器支撑架内时,自动选择远程模式。 每当手持式条形码读取装置从支撑架上拾取并用于其动手操作模式时,自动选择短距离模式以提供类CCD扫描器仿真。 当在任何一种操作模式下使用时,自动条形码读取装置能够以连续的方式读取对象上的一个或多个条形码符号,同时防止由于激光器的居住而导致相同条形码符号的多次读取 扫描光束上的条形码符号。 本发明的自动条形码符号读取系统在销售点的几个不同的安装方式中公开,示出了使用本发明的自动手持式激光扫描装置读取条形码符号的新颖方法。
    • 45. 发明授权
    • Multi-channel scanning system with common decoder
    • 具有通用解码器的多通道扫描系统
    • US06945463B2
    • 2005-09-20
    • US10018622
    • 2001-04-18
    • George B. RocksteinDavid M. Wilz, Sr.George J. Kolis
    • George B. RocksteinDavid M. Wilz, Sr.George J. Kolis
    • G06K7/10
    • G06K7/10673G06K7/10574G06K7/10663
    • A multi-channel scanner having several photodetectors (12a-12d) and several lasers (10a-10d) for scanning along multiple paths (50a-50d) incorporates a separate input channel (26a-26d) for each photodetector. Each channel provides a sequence of data elements representing light reflected from points along the associated scanning path, and the data elements from each channel are stored in separate FIFO buffers (20a-20d). A multiplexer (22) takes data elements from the various buffers so as from a consolidated stream of data elements (80) incoporating the data elements from the various channels. This stream is processed in a single decoder (24) to recover data denoted by the bar code. Use of a single decoder minimizes the cost and size of the system.
    • 具有若干光电检测器(12a-12d)和用于沿着多个路径(50a至50d)扫描的几个激光器(10a至-10d))的多通道扫描仪包括一个单独的输入通道(26a-26d),用于 每个光电检测器。 每个通道提供表示沿着相关联的扫描路径的点反射的光的数据元素序列,并且来自每个通道的数据元素存储在单独的FIFO缓冲器(20a-20d)中。 多路复用器(22)从各种缓冲器获取数据元素,以便从数据元素(80)的整合流中导入来自各种信道的数据元素。 该流在单个解码器(24)中被处理以恢复由条形码表示的数据。 使用单个解码器可以最大限度地降低系统的成本和尺寸。
    • 46. 发明授权
    • Automatic range adjustment techniques for stand-mountable bar code scanners
    • 用于独立式条码扫描器的自动范围调整技术
    • US06863217B2
    • 2005-03-08
    • US10639455
    • 2003-08-13
    • Donald T. HudrickDavid M. Wilz, Sr.Garrett K. RussellGeorge B. RocksteinMark S. Schmidt
    • Donald T. HudrickDavid M. Wilz, Sr.Garrett K. RussellGeorge B. RocksteinMark S. Schmidt
    • G06K7/10
    • G06K7/10851
    • By automatically adjusting the object detection mechanism of a bar code scanner from a long range mode of operation to a short range mode of operation, the scanner will remain capable of detecting and decoding bar codes even if the object detection mechanism repeatedly detects the presence of a background object. The techniques of the present invention commence when the bar code scanner is placed in a position such that the scanner's object detection mechanism repeatedly detects a background object such as a counter top or conveyer belt. The object detection mechanism is set to the long range mode of operation if it is not already so set. In the case of a stand-mounted scanner, a test is performed to ascertain whether or not the scanner is in its stand, and the method will only proceed once the scanner is resting in the stand. Next, the scanner is programmed to wait for a predetermined amount of time, after which the operational mode of the object detection mechanism is changed from the long range mode to the short range mode. At this time, the object detection mechanism no longer detects the presence of the background object. The scanner will now detect any new objects that enter the field of view of the object detection mechanism, and attempt to read any bar codes which may be present
    • 通过将条形码扫描器的物体检测机构从长距离操作模式自动调整到短距离操作模式,即使对象检测机构重复地检测到条形码的存在,扫描器仍然能够检测和解码条形码 背景对象。 当条形码扫描器被放置在使得扫描仪的物体检测机构重复地检测诸如台面或输送带的背景物体的位置时,本发明的技术开始。 物体检测机构如果尚未设置,则设置为长距离操作模式。 在立式扫描仪的情况下,执行测试以确定扫描仪是否在其支架中,并且该方法将仅在扫描仪搁置在支架中时进行。 接下来,将扫描器编程为等待预定量的时间,之后将对象检测机构的操作模式从长距离模式改变为短距离模式。 此时,对象检测机构不再检测出背景物体的存在。 扫描仪现在将检测进入物体检测机构的视野的任何新对象,并尝试读取可能存在的任何条形码