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    • 71. 发明授权
    • Quartz oscillator device
    • 石英振荡器装置
    • US06700312B2
    • 2004-03-02
    • US09959476
    • 2001-10-26
    • Minoru IizukaHiroyuki IshiharaYoshikiyo OgasawaraAkihiro MoriSusumu HiraoTatsuya Murakami
    • Minoru IizukaHiroyuki IshiharaYoshikiyo OgasawaraAkihiro MoriSusumu HiraoTatsuya Murakami
    • H01L41047
    • H03H9/0509H03H9/0519H03H9/131
    • A quartz oscillator device of the present invention comprises a quartz oscillating plate having two major surfaces, each of which is formed with an excitation electrode and lead electrodes drawn out of the excitation electrode, and electrode pads formed on a base, wherein the quartz oscillating plate and the electrode pads are electrically connected via a silicone-based conductive adhesive. Among the excitation electrode and the lead electrodes, at least each of the lead electrodes comprises a Cr film layer, a Au film layer, and a thin Cr film layer or a thin Ag film layer, which are laminated on the quartz oscillating plate in this order. In addition, each electrode pad comprises a metallized layer made of tungsten or molybdenum, a Ni film layer and a Au film layer, which are laminated on the base in this order; and Ni in the Ni film layer is diffused at least into a predetermined area of the Au film layer in each electrode pad where the silicone-based conductive adhesive is applied.
    • 本发明的石英振荡器包括具有两个主表面的石英振荡板,每个主表面形成有激励电极和从激励电极引出的引线电极,以及形成在基座上的电极焊盘,其中石英振荡板 并且电极焊盘通过硅酮基导电粘合剂电连接。 在激励电极和引线电极中,至少每个引线电极包括Cr膜层,Au膜层和薄Cr膜层或薄Ag膜层,这些层叠在石英振荡板上 订购。 此外,每个电极焊盘包括由钨或钼制成的金属化层,Ni膜层和Au膜层,其依次层压在基材上; 并且Ni膜层中的Ni至少扩散到施加有硅酮系导电性粘接剂的各电极焊盘中的Au膜层的规定区域。
    • 72. 发明授权
    • Image processing system
    • 图像处理系统
    • US5539843A
    • 1996-07-23
    • US832700
    • 1992-02-07
    • Tatsuya MurakamiMasaaki FujinawaHiromichi FujisawaHidefumi MasuzakiYasuo Kurosu
    • Tatsuya MurakamiMasaaki FujinawaHiromichi FujisawaHidefumi MasuzakiYasuo Kurosu
    • G06T3/40H04N1/40H04N1/405G06K9/38
    • H04N1/40075G06T3/40G06T3/4023H04N1/40062H04N1/4053
    • An image processing system wherein for an inputted composite image composed of a line image and a dither image, both a line image processing and a dither image processing are carried out in parallel, and one of the processed results as selected in accordance with the image region discrimination result. The dither image processing is carried out through data conversion for calculating multivalued gray scale image from the inputted image data, gray scale data conversion for adjusting the gray scale image data so as to match an output device and obtaining such adjusted gray scale image data, and re-binarization for re-binarizing the gray scale image data after subjected to the gray scale conversion. The image region discrimination for discriminating if an image region is of a line image of a dither image is carried out based on a ratio of the number of black or white pixels within the region to the contour line length within the range. In ordered dither image through a screened type dither matrix is discriminated in accordance with a correlation between adjacent pixel trains each having a predetermined number of pixels.
    • 一种图像处理系统,其中对于由行图像和抖动图像组成的输入的合成图像,并行地执行行图像处理和抖动图像处理,并且根据图像区域选择的处理结果之一 歧视结果。 通过用于从输入的图像数据计算多值灰度图像的数据转换来执行抖动图像处理,灰度数据转换用于调整灰度图像数据,以匹配输出装置并获得这样调整的灰度图像数据;以及 重新二值化,用于灰度转换后灰度图像数据的二次化。 基于区域内的黑色或白色像素的数量与该范围内的轮廓线长度的比率来执行用于鉴别图像区域是否为抖动图像的线图像的图像区域辨别。 在根据每个具有预定数量的像素的相邻像素列之间的相关性来区分通过屏蔽型抖动矩阵的有序抖动图像。
    • 73. 发明授权
    • Data processor and data transfer method
    • 数据处理器和数据传输方式
    • US5522041A
    • 1996-05-28
    • US166079
    • 1993-12-14
    • Tatsuya MurakamiEiichi HadanoKazuyuki KodamaMasaaki FujinawaSunao Iwaki
    • Tatsuya MurakamiEiichi HadanoKazuyuki KodamaMasaaki FujinawaSunao Iwaki
    • G06T1/00H04L29/06G06F15/82
    • H04L65/604G06T1/00H04L29/06H04L65/80H04L29/06027H04L67/42
    • A data processor and a data transfer method for efficiently transferring data between a plurality of information processing devices as in a client server system. In case non-coded data such as image data are transmitted, it is necessary to make the transmission management requirements such as protocol, data structure, coding scheme, and coding default condition coincide between the transmitting side and the receiving side. In order to satisfy this requirement, a data processor lying between a plurality of information processing devices and having a data transfer intermediary function records beforehand transmission management information including identification information concerning a plurality of clients, discriminates a client by using the identification information, and recognizes transmission management information concerning the discriminated client. In addition, the data processor analyzes transmission data supplied from the server, on the basis of the transmission management information, and converts it to transmission data conformed to the client.
    • 一种数据处理器和数据传输方法,用于在客户服务器系统中的多个信息处理装置之间高效地传送数据。 在发送诸如图像数据的非编码数据的情况下,需要使发送侧和接收侧之间的协议,数据结构,编码方案和编码默认条件等传输管理要求一致。 为了满足该要求,位于多个信息处理装置之间并且具有数据传送中介功能的数据处理器预先记录包括关于多个客户端的识别信息的传输管理信息,通过使用识别信息来识别客户端,并识别 关于被鉴别客户端的传输管理信息。 此外,数据处理器基于传输管理信息分析从服务器提供的传输数据,并将其转换为符合客户端的传输数据。
    • 75. 发明授权
    • Image restoration processing system and method
    • 图像恢复处理系统及方法
    • US5268771A
    • 1993-12-07
    • US782096
    • 1991-10-24
    • Tatsuya MurakamiEiichi HadanoMasaaki FujinawaHiromichi FujisawaKazunori Kinoshita
    • Tatsuya MurakamiEiichi HadanoMasaaki FujinawaHiromichi FujisawaKazunori Kinoshita
    • H04N1/40G06K9/36H04N1/46
    • H04N1/40075H04N1/40062
    • An image processing system which has functions for inputting, storing or receiving, as a binary image data, an image as a document including a photograph having a varying brightness density and of outputting a multi-valued, half-tone image data to a display, a printer or the like, and an image processing method. The system includes a restoration processor. The restoration processor includes a storage for storing therein the binary image data scanningly inputted with use of a window of a predetermined size of m.times.n pixels, a white pixel number detector for detecting the number of white pixels in the binary image data within the window, a plurality of calculators for performing multiplication/accumulations operation over the binary image data within the window and a predetermined coefficient matrix to provide a plurality of multi-valued image data, and a selector for selecting one of the plurality of multi-valued image data found by the plurality of calculators.
    • 一种图像处理系统,具有用于作为二进制图像数据输入,存储或接收作为包括具有变化的亮度密度的照片的文档的图像并将多值半色调图像数据输出到显示器的功能, 打印机等,以及图像处理方法。 该系统包括一个恢复处理器。 恢复处理器包括用于存储使用预定大小的m×n个像素的窗口扫描输入的二进制图像数据的存储器,用于检测窗口内的二值图像数据中的白色像素数目的白色像素数检测器, 多个计算器,用于对窗口内的二进制图像数据执行乘法/累加操作,以及预定系数矩阵以提供多个多值图像数据;以及选择器,用于选择由多个多值图像数据中的一个发现的多个多值图像数据 多个计算器。
    • 77. 发明授权
    • Document image entry system
    • 文件图像输入系统
    • US4893188A
    • 1990-01-09
    • US208116
    • 1988-06-17
    • Tatsuya MurakamiHiromichi FujisawaMasaaki FujinawaToshihiro Hananoi
    • Tatsuya MurakamiHiromichi FujisawaMasaaki FujinawaToshihiro Hananoi
    • G06T7/00H04N1/40
    • H04N1/40062
    • For halftone digital image data, an edge portion of the image is extracted for each pixel, and based on a density of each pixel or an average density of each group of a plurality of adjacent or neighboring pixels, there are extracted pixels of a background other than the edge portion of the image. Thereafter, the image data is subdivided into a plurality of blocks each including a predetermined number of pixels. Based on distribution states of the pixels of the block judged to belong to the edge and those of the block judged to belong to the background, a domain recognition is conducted to determine whether the block is a binary block or a halftone block. In addition, for each block, a state of areas in blocks encircling the block is examined such that depending on the state, an expansion/contraction processing is repeatedly achieved a predetermined times for the halftone domain, thereby separating the image data into a binary domain and a halftone domain in a real-time fashion.
    • 对于半色调数字图像数据,为每个像素提取图像的边缘部分,并且基于每个像素的密度或多个相邻或相邻像素中的每组的平均密度,提取背景其他的像素 比图像的边缘部分。 此后,图像数据被细分为多个块,每个块包括预定数量的像素。 基于被判定为属于边缘的块的像素的分布状态和被判定为属于背景的块的像素的分布状态,进行域识别以确定块是二进制块还是半色调块。 此外,对于每个块,检查环绕该块的块的区域的状态,使得根据该状态,针对半色调域重复实现预定次数的扩展/缩小处理,从而将图像数据分离成二进制域 和实时的半色调域。