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
    • 1. 发明授权
    • Image recording device
    • 图像记录装置
    • US06292595B1
    • 2001-09-18
    • US08862117
    • 1997-05-22
    • Steven F. PetterutiRoy P. LymanRichard A. Perry
    • Steven F. PetterutiRoy P. LymanRichard A. Perry
    • G06K922
    • G06K9/00154
    • A portable hand-held image recording device for generating and storing information representative of a two dimensional image includes a compact image scanning apparatus, a microprocessor, memory, and associated control software. The compact image scanning apparatus includes a light emitting diode array to provide a source of light, a focusing element to create a scan line on the image, a lens array to transmit light reflected off of the image, and an image sensor to convert the light reflected off of the image into electronic information. A scanning subassembly is provided to accurately track movement of the recording device across the image and to incrementally scan discrete portions of the image by controlling energization of the light emitting diode array.
    • 用于产生和存储表示二维图像的信息的便携式手持式图像记录装置包括小型图像扫描装置,微处理器,存储器和相关联的控制软件。 紧凑型图像扫描装置包括:发光二极管阵列,用于提供光源;聚焦元件,用于在图像上产生扫描线;透镜阵列,透射从图像反射的光;以及图像传感器,用于转换光 将图像反映成电子信息。 提供扫描子组件以精确地跟踪记录装置跨越图像的移动,并且通过控制发光二极管阵列的通电来逐渐扫描图像的离散部分。
    • 2. 发明授权
    • Portable data collection device for reading fluorescent indicia
    • 用于读取荧光标记的便携式数据采集装置
    • US06832729B1
    • 2004-12-21
    • US10103900
    • 2002-03-22
    • Richard A. PerryMichael J. NataliziaRoy P. LymanRichard J. PreliascoSteven F. Petteruti
    • Richard A. PerryMichael J. NataliziaRoy P. LymanRichard J. PreliascoSteven F. Petteruti
    • G06K710
    • G06K7/10881G06K7/12G07G1/0081
    • A portable data collection device is provided for reading fluorescent indicia, such as barcodes. The device includes a housing with a pivotable image capture module. The image capture module includes an adjustable aperture, a color detector array for imaging light received through the aperture, and a removable flash module to provide ultraviolet light. Optics in the image capture module focus the light received through the aperture onto the detector array, in which the detector array is movable with respect to the lens to provide proper focus of an image onto the detector array. The adjustable aperture has an iris wheel to control the amount of light received by the detector array. A programmed controller is provided in the housing which operates responsive to a user interface to image and decode indicia, or capture color digital images in memory. A display on the housing shows images received by the detector array in a non-fluorescent imaging mode to target indicia to be imaged and decoded, where the controller automatically adjusts the focus of the image by adjusting the focal distance between the detector array and the lens. In response to user actuation via the user interface, the controller energizes the flash module to emit light, including the excitation wavelength(s), which enable the indicia to fluoresce, and the detector array receives fluorescent light to capture an image frame of the indicia. The duration of the flash is in accordance with the amount of light measured by a light sensor in the image capture module. The indicia in the image frame is then decoded by the controller to provide data representative of the indicia.
    • 提供便携式数据收集装置用于读取诸如条形码之类的荧光标记。 该装置包括具有可枢转图像捕获模块的壳体。 图像捕获模块包括可调节孔径,用于对通过孔径接收的光进行成像的颜色检测器阵列,以及可提供紫外线的可拆卸闪光模块。 图像捕获模块中的光学器件将通过光圈接收的光线聚焦到检测器阵列上,其中检测器阵列可相对于透镜移动,以将图像适当地聚焦到检测器阵列上。 可调孔径具有光圈轮,用于控制检测器阵列所接收的光量。 在外壳中提供编程的控制器,其响应于用户界面对图像和解码标记进行操作,或者在存储器中捕获彩色数字图像。 外壳上的显示器以非荧光成像模式显示由检测器阵列接收的图像,以将目标标记成像和解码,其中控制器通过调节检测器阵列和透镜之间的焦距来自动调整图像的焦点 。 响应于通过用户界面的用户致动,控制器激励闪光模块发光,包括使得标记能够发荧光的激发波长,并且检测器阵列接收荧光以捕获标记的图像帧 。 闪光灯的持续时间与图像拍摄模块中的光传感器所测量的光量相一致。 图像帧中的标记然后由控制器解码以提供表示标记的数据。
    • 3. 发明授权
    • Miniature portable interactive printer
    • 微型便携式交互式打印机
    • US6010257A
    • 2000-01-04
    • US187713
    • 1998-11-06
    • Steven F. PetterutiMajid AmaniWilliam F. GenettRichard A. Perry
    • Steven F. PetterutiMajid AmaniWilliam F. GenettRichard A. Perry
    • B41J3/36B41J3/407
    • B41J3/407B41J3/36
    • An intelligent, portable printer is provided having a controller and a printing mechanism. The controller includes a microprocessor which communicates with a terminal, which may be remote from the printer and may include or be a host computer, via cable, radio, or optical interfaces. The terminal supplies application programs and data representing commands and information to be printed. In one embodiment, the controller of the printer can operate the printer mechanism in accordance with received data when the data is preceded by a command addressing the product-type predefined for the printer. In another embodiment, the controller operates responsive to a wake-up signal from the terminal for automatically turning on the printer from a low powered state. In a further embodiment, an antenna in the printer receives RF signals from the terminal and circuitry is provided for enabling power to the controller from the printer's power source when the RF signals received represent a wake-up signal or code, thereby turning on the printer.
    • 提供了具有控制器和打印机构的智能便携式打印机。 控制器包括与终端进行通信的微处理器,其可以远离打印机,并且可以经由电缆,无线电或光学接口包括主机或主机。 终端提供应用程序和表示要打印的命令和信息的数据。 在一个实施例中,打印机的控制器可以根据接收到的数据来操作打印机机构,当数据之前是寻址针对打印机预定义的产品类型的命令时。 在另一个实施例中,控制器响应于来自终端的唤醒信号而进行操作,以便从低功率状态自动打开打印机。 在另一个实施例中,打印机中的天线从终端接收RF信号,并且提供电路用于当所接收到的RF信号表示唤醒信号或代码时,从打印机的电源向控制器供电,从而打开打印机 。
    • 7. 发明授权
    • Power conservation in microprocessor controlled devices
    • 微处理器控制器件中的功率保存
    • US5142684A
    • 1992-08-25
    • US370648
    • 1989-06-23
    • Richard A. PerryVernon L. Stant
    • Richard A. PerryVernon L. Stant
    • G06F1/08G06F1/32
    • G06F1/3293G06F1/08G06F1/3203Y02B60/121
    • Power may be conserved and battery life may be extended in a microprocessor controlled device by providing two microprocessors, one of which is a low power, low performance low speed processor for performing background tasks, the other of which is a high power, high performance, high speed processor for performing computationally intensive foreground tasks. The low speed processor activates the high speed processor when a high performance task is to be performed. When activating the high performance processor, the low performance processor also controls the device's power supply to provide high voltage to the high speed processor. The high speed processor may run at variable clock speeds, with power consumption of the processor increasing with increasing speed. The high speed processor selects its own clock speed based upon the task to be performed, by including a clock speed in each software subroutine which controls a task. The software subroutine associated with a task is thereby executed at its associated clock speed, which may be chosen to be the lowest possible clock speed consistent with the task to be performed.
    • 通过提供两个微处理器,其中之一是用于执行后台任务的低功率,低性能低速处理器,另一个是高功率,高性能的,可以节省电力并且在微处理器控制的设备中延长电池寿命, 用于执行计算密集型前台任务的高速处理器。 当执行高性能任务时,低速处理器激活高速处理器。 当激活高性能处理器时,低性能处理器还控制器件的电源,为高速处理器提供高电压。 高速处理器可以以可变的时钟速度运行,处理器的功耗随着速度的增加而增加。 高速处理器通过在控制任务的每个软件子程序中包括时钟速度,基于要执行的任务来选择其自己的时钟速度。 与任务相关联的软件子程序因此以其相关联的时钟速度执行,其可以被选择为与要执行的任务一致的最低可能时钟速度。