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    • 1. 发明授权
    • Bar code image processing apparatus capable of identifying position and
direction of a bar code
    • 能够识别条形码的位置和方向的条形码图像处理装置
    • US06070800A
    • 2000-06-06
    • US987110
    • 1997-12-08
    • Mikio FujitaAtsuharu YamamotoToyoki KawaharaKuinio YoshidaToru AsanoShigeo Komizo
    • Mikio FujitaAtsuharu YamamotoToyoki KawaharaKuinio YoshidaToru AsanoShigeo Komizo
    • G06K7/00G06K7/10G06K7/14G02B7/08G06K15/12
    • G06K7/1443G06K7/14G06K7/1456
    • An image input section enters a document image including a bar code, and converts the document image into a binary image. An image memory section memorizes the binary image supplied from the image input section. A mask judging section performs a scanning operation using an M.times.M pixel window for detecting an alternate pattern from the binary image supplied from the image input section. A small pattern removing section removes small patterns from a binary image sent from the mask judging section. An expanding section expands a pattern involved in a binary image by an amount equivalent to k1 pixels when this binary image is sent from the small pattern removing section. A contracting section contracts a pattern involved in a binary image by an amount equivalent to k2 pixels when this binary image is sent from the expanding section. A region detecting section obtains the feature quantity of each pattern involved in a binary image sent from the contracting section, and detects a bar code candidate region based on the detected feature quantity. And, a decoding section decodes a detected bar code by reading a specific image region from the image memory section when the specific image region corresponds to the bar code candidate region detected by the region detecting section.
    • 图像输入部分输入包括条形码的文档图像,并将文档图像转换为二进制图像。 图像存储部存储从图像输入部提供的二值图像。 掩模判定部分使用从图像输入部分提供的二进制图像中检测替代图案的MxM像素窗口进行扫描操作。 小图案去除部分从掩模判断部分发送的二进制图像中去除小图案。 当从小图案去除部分发送二进制图像时,扩展部分将涉及二进制图像的图案扩展相当于k1个像素的量。 当从扩展部分发送二进制图像时,收缩部分将涉及二进制图像的模式收合相当于k2个像素的量。 区域检测部分获得从收缩部分发送的二进制图像中涉及的每个模式的特征量,并且基于检测到的特征量检测条形码候选区域。 并且,当特定图像区域对应于由区域检测部分检测到的条形码候选区域时,解码部分通过从图像存储部分读取特定图像区域来解码检测到的条形码。
    • 3. 发明授权
    • Apparatus for inspecting a wiring pattern according to a
micro-inspection and a macro-inspection performed in parallel
    • 根据微观检查和并行执行的宏观检查来检查布线图案的装置
    • US5608816A
    • 1997-03-04
    • US305968
    • 1994-09-15
    • Toyoki KawaharaAtsuharu YamamotoYuji MaruyamaHidehiko KawakamiHideaki Kawamura
    • Toyoki KawaharaAtsuharu YamamotoYuji MaruyamaHidehiko KawakamiHideaki Kawamura
    • G01N21/956G01R31/309G06T7/00G06K9/03H04N7/18
    • G06T7/0006G01N21/956G01R31/309G06T2207/10024G06T2207/30141
    • Pieces of feature information in a bi-level image such as a width, a branching point and an ending point of a wiring pattern are detected in a design rule checking section according to a micro inspection to find out pieces of feature information departing from a design rule. Also, feature codes in the bi-level image such as a corner of the wiring pattern are detected in a specific shape detecting section according to a macro inspection. The feature information are compared with pieces of referential feature information pertaining to a non-defective wiring pattern in a first comparing and judging section to judge whether the wiring pattern indicated by the feature information is defective or non-defective. The feature codes are compared with referential feature codes pertaining to a non-defective wiring pattern in a second comparing and judging section to judge whether the wiring pattern indicated by the feature codes is defective or non-defective. Therefore, defective types and portions of the wiring pattern can be detected by performing the macro inspection and the micro inspection in parallel without dividing the wiring pattern into processed regions.
    • 根据微观检查,在设计规则检查部中检测诸如布线图案的宽度,分支点和终点的双层图像中的特征信息的部分,以从设计中发现特征信息 规则。 此外,根据宏观检查,在特定形状检测部中检测诸如布线图案的角部的双电平图像中的特征码。 将特征信息与第一比较判断部中与无缺陷布线图案有关的参考特征信息进行比较,以判断由特征信息指示的布线图案是否有缺陷或无缺陷。 将特征代码与第二比较判断部分中与无缺陷布线图案有关的参考特征码进行比较,以判断由特征码指示的布线图案是否有缺陷或无缺陷。 因此,通过并行地进行宏观检查和微观检查,可以检测不良类型和布线图案的部分,而不将布线图案划分为加工区域。
    • 4. 发明申请
    • COMMUNICATION METHOD AND RECEIVING TERMINAL
    • 通信方法和接收终端
    • US20090285211A1
    • 2009-11-19
    • US11813476
    • 2006-01-06
    • Eiichi MuramotoTakahiro YonedaToyoki Kawahara
    • Eiichi MuramotoTakahiro YonedaToyoki Kawahara
    • H04L12/56
    • H04L45/00H04L47/10
    • It is an object of the present invention to receive/play a streaming immediately after a switching not to disconnect it when a terminal for receiving the streaming is switched from a first receiving terminal to a second receiving terminalA communication method of switching a receiving terminal of a streaming to which a rate control using TFRC is applied from a first receiving terminal to a second receiving terminal, includes a deciding step of deciding whether or not a route on a network between a transmitting terminal of the streaming and the first receiving terminal is identical to a route on the network between the transmitting terminal and the second receiving terminal, and a transferring step of transferring history information of a packet loss that the first receiving terminal is managing to the second receiving terminal when it is decided that both routes are identical.
    • 本发明的目的是在用于接收流的终端从第一接收终端切换到第二接收终端之后,在切换之后立即接收/播放流。 包括从第一接收终端向第二接收终端应用使用TFRC的速率控制的流,包括决定步骤,判定流的发送终端与第一接收终端之间的网络上的路由是否相同 到发送终端和第二接收终端之间的网络上的路由,以及当确定两条路由相同时,将第一接收终端正在管理的分组丢失的历史信息传送给第二接收终端的传送步骤。
    • 7. 发明授权
    • Communication method and receiving terminal
    • 通信方式和接收终端
    • US07924714B2
    • 2011-04-12
    • US11813476
    • 2006-01-06
    • Eiichi MuramotoTakahiro YonedaToyoki Kawahara
    • Eiichi MuramotoTakahiro YonedaToyoki Kawahara
    • G01R31/08
    • H04L45/00H04L47/10
    • It is an object of the present invention to receive/play a streaming immediately after a switching not to disconnect it when a terminal for receiving the streaming is switched from a first receiving terminal to a second receiving terminalA communication method of switching a receiving terminal of a streaming to which a rate control using TFRC is applied from a first receiving terminal to a second receiving terminal, includes a deciding step of deciding whether or not a route on a network between a transmitting terminal of the streaming and the first receiving terminal is identical to a route on the network between the transmitting terminal and the second receiving terminal, and a transferring step of transferring history information of a packet loss that the first receiving terminal is managing to the second receiving terminal when it is decided that both routes are identical.
    • 本发明的目的是在用于接收流的终端从第一接收终端切换到第二接收终端之后,在切换之后立即接收/播放流。 包括从第一接收终端向第二接收终端应用使用TFRC的速率控制的流,包括决定步骤,判定流的发送终端与第一接收终端之间的网络上的路由是否相同 到发送终端和第二接收终端之间的网络上的路由,以及当确定两条路由相同时,将第一接收终端正在管理的分组丢失的历史信息传送给第二接收终端的传送步骤。
    • 8. 发明申请
    • Packet Routing Method And Packet Routing Apparatus
    • 分组路由方法和分组路由设备
    • US20070195799A1
    • 2007-08-23
    • US10589636
    • 2005-02-17
    • Takeshi KanazawaNaoto OkaToyoki KawaharaHirokazu Kobayashi
    • Takeshi KanazawaNaoto OkaToyoki KawaharaHirokazu Kobayashi
    • H04L12/56
    • H04L45/00
    • A packet routing method for quickly reorganizing a path from a transmission source terminal to a destination terminal. A radio receiver part (103) detects, from a decrease of the field intensity or the like, a cut-off of a communication with a communication device using a radio signal to directly transmit packets. A control part (105) determines whether the local terminal device including it is the packet destination radio terminal device or the packet transmission source radio terminal device. When it is determined that the communication with a communication device using the radio signal to directly transmit packets is cut off and that the local terminal device is the transmission source radio terminal device, a radio transmitter part (104) broadcasts a request signal of path restoration addressed to the packet destination communication device.
    • 一种用于快速重组从发送源终端到目的终端的路径的分组路由方法。 无线电接收机部分(103)从场强等的减小中检测与使用无线电信号的通信装置的通信的截断以直接发送分组。 控制部(105)判断包括它的本地终端装置是分组目的地无线终端装置还是分组发送源无线终端装置。 当确定与使用无线电信号的通信设备直接发送分组的通信被切断,并且本地终端设备是发送源无线终端设备时,无线电发射机部分(104)广播路径恢复的请求信号 寻址到分组目的地通信设备。
    • 10. 发明申请
    • Packet routing method and packet routing device
    • 分组路由方法和分组路由设备
    • US20070195768A1
    • 2007-08-23
    • US10589637
    • 2005-02-18
    • Takeshi KanazawaNaoto OkaToyoki KawaharaHirokazu Kobayashi
    • Takeshi KanazawaNaoto OkaToyoki KawaharaHirokazu Kobayashi
    • H04L12/56
    • H04L45/00
    • A packet routing apparatus that simultaneously implements prompt route recovery and continuation of communication by an optimal route. A radio reception section (103) receives a radio signal including packet data received in a transmission/reception antenna (101) via a circulator (102). Further, the radio reception section (103) detects disconnection of an adhoc network by a decrease in electric filed strength of a signal from a communicating party. A radio reception section (104) transmits a radio signal including a route search packet, route response packet or the like from the transmission/reception antenna (101) via the circulator (102). When the adhoc network is disconnected, a control section (105) performs processing of route recovery for transmitting a route search packet to a destination wireless adhoc terminal, while performing route reconstruction processing for reporting route disconnection to a transmission source wireless adhoc terminal.
    • 一种分组路由装置,其通过最优路由同时实现快速路由恢复和连续通信。 无线接收部(103)经由循环器(102)接收包含在发送接收天线(101)中接收的分组数据的无线信号。 此外,无线接收部(103)通过来自通信方的信号的电场强度的降低来检测自适应网络的断开。 无线接收部(104)经由循环器(102)从发送接收天线(101)发送包括路径搜索分组,路由响应分组等的无线信号。 当自适应网络断开时,控制部分105执行路由恢复处理,用于将路由搜索分组发送到目的地无线自适应终端,同时执行用于向发送源无线自适应终端报告路由断开的路由重建处理。