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    • 4. 发明授权
    • Timepiece external part and method of manufacturing the part
    • 钟表外部零件制造方法
    • US06935774B2
    • 2005-08-30
    • US10490288
    • 2002-09-12
    • Kouji FujiiJunji SatohHitoshi UchidaNorio HashimotoRyo Fujita
    • Kouji FujiiJunji SatohHitoshi UchidaNorio HashimotoRyo Fujita
    • G04B37/08G04B37/14G04B37/22A44C5/00B23K35/36G04B29/00G04B37/00C21D21/00
    • G04B37/1486G04B37/082G04B37/22
    • A wristwatch case (11) and a method of manufacturing the case, the wristwatch case comprising a wristwatch case body (1) made of titanium or stainless steel and a crown pipe (3) fixed to each other, wherein a stem hole (2) corresponding to the crown pipe (3) is formed in the wristwatch case body (1), a small diameter part is formed in the crown pipe (3), and a small diameter part corresponding to the a small diameter part of the crown pipe is formed in the stem hole (2), the method comprising the step of fitting the crown pipe (3) into the stem hole (2) in the wristwatch case body (1) to form a solid phase diffusion joining part at a portion where the small diameter parts thereof are fitted closely to each other, and to form a brazed connection part at a portion other than that where the small diameter parts are fitted closely to each other, whereby a watch external part having excellent corrosion resistance and waterproof and a large number of design variations can be provided.
    • 一种手表壳体(11)及其制造方法,所述手表壳体包括由钛或不锈钢制成的手表壳体(1)和彼此固定的冠状管(3),其中,杆孔(2) 对应于表冠管3形成在手表壳体1中,在冠管3中形成有小径部,与冠管的小直径部对应的小径部为 形成在所述杆孔(2)中的方法,所述方法包括将所述胎冠管(3)装配到所述手表壳体(1)中的所述杆孔(2)中的步骤,以在所述固定相扩散接合部分 其小直径部分彼此紧密地配合,并且在小直径部分彼此紧密地配合的部分以外形成钎焊连接部,由此具有优异的耐腐蚀性和防水性的表壳外部部件 设计变更数量c 提供。
    • 5. 发明授权
    • Semiconductor memory having an arithmetic function and a terminal
arrangement for coordinating operation with a higher processor
    • 具有算术功能的半导体存储器和用于与较高处理器协调操作的终端装置
    • US6108746A
    • 2000-08-22
    • US945575
    • 1997-10-31
    • Ryo FujitaMitsuru SogaYasuhiro Nakatsuka
    • Ryo FujitaMitsuru SogaYasuhiro Nakatsuka
    • G06T1/60G06F12/00
    • G06T1/60
    • A display apparatus performs pixel density conversion processing, such as enlargement, reduction, and rotation, on an original image and displays a resultant image an image processing apparatus and, more particularly, a processing apparatus, for performing a high-speed filtering operation, such as data interpolation, involving pixel density conversion processing, uses a memory having an arithmetic function for use in the high-speed filtering operation. The apparatus provides a fraction address including a fraction component of an original image that generally does not provide integer coordinates and a semiconductor memory 100 incorporates a memory cell 207 for holding data corresponding to an integer address, arithmetic circuits 202 and 203 for performing interpolation based on the data corresponding to an integer component of the fraction address read from the memory cell and the fraction component, and an address range determining block 216 for determining whether the above-mentioned given fraction address is in the range of addresses of the data held in the memory cell in the above-mentioned semiconductor memory.
    • PCT No.PCT / JP96 / 01166 Sec。 371日期1997年10月31日 102(e)1997年10月31日PCT PCT 1996年4月26日PCT公布。 公开号WO96 / 35992 日期:1996年11月14日显示装置对原始图像进行像放大,缩小和旋转等像素密度变换处理,并显示合成图像的图像处理装置,更具体地说,涉及一种处理装置, 涉及像素密度转换处理的诸如数据插值的速度滤波操作使用具有用于高速滤波操作的算术功能的存储器。 该装置提供包括通常不提供整数坐标的原始图像的分数分量的分数地址,并且半导体存储器100包括用于保存对应于整数地址的数据的存储器单元207,用于基于 对应于从存储器单元读取的分数地址的整数分量的数据和分数分量,以及地址范围确定块216,用于确定上述给定分数地址是否在保持在该存储单元中的数据的地址范围内 上述半导体存储器中的存储单元。
    • 8. 发明授权
    • Graphics display system including parallel graphics processors executing
Bresenham's algorithm
    • 图形显示系统包括执行Bresenham算法的并行图形处理器
    • US5847715A
    • 1998-12-08
    • US856081
    • 1997-05-14
    • Ryo FujitaKazuhisa TakamiMitsuru SogaKoji OzawaTakaharu MorishigeKazuyoshi Koga
    • Ryo FujitaKazuhisa TakamiMitsuru SogaKoji OzawaTakaharu MorishigeKazuyoshi Koga
    • G06T1/20G06T11/20G06F17/10
    • G06T11/203G06T1/20
    • A graphics display system includes a host processor calculating graphic data and providing the graphic data to a graphics processor, and frame memories which store the graphic pixel data and supply display data to display devices. The graphics display system also includes a first register group which stores the graphics data, a second register group which converts and/or stores the data in the first register group, a pixel generator which generates pixels according to the graphic data in the second register group, and a plotter which writes the pixel data generated in the pixel generator in the frame memories. The second register group fetches the data from the first register group when the host processor issues a command for plotting, holds the data previously written by the host processor. At the same time, when the host processor issues a command for plotting, the specified graphic type is written in the graphic processor as well as data calculated based on the first and second register groups.
    • 图形显示系统包括主处理器,其计算图形数据并将图形数据提供给图形处理器,以及存储图形像素数据并向显示装置提供显示数据的帧存储器。 图形显示系统还包括存储图形数据的第一寄存器组,在第一寄存器组中转换和/或存储数据的第二寄存器组,根据第二寄存器组中的图形数据生成像素的像素生成器 ,以及将在像素生成器中生成的像素数据写入帧存储器的绘图仪。 当主机处理器发出绘制命令时,第二个寄存器组从第一个寄存器组中获取数据,保存由主机处理器先前写入的数据。 同时,当主机处理器发出绘制命令时,指定的图形类型被写入图形处理器以及基于第一和第二寄存器组计算的数据。
    • 10. 发明授权
    • Processing method and graphics processor for skip drawing a figure
    • 处理方法和图形处理器,用于跳过图形
    • US5581796A
    • 1996-12-03
    • US164776
    • 1993-12-10
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraYasushi FukunagaHideyuki Hara
    • Kazuyoshi KogaRyo FujitaKoyo KatsuraYasushi FukunagaHideyuki Hara
    • G06T15/10G09G5/14G09G5/393G06T15/00
    • G06T15/10G09G5/14G09G5/393
    • In a case where a graphic image segment of which positional information is defined in a world coordinate system and of which size information is defined in a device coordinate system is developed to be displayed on a multi-window screen, the development processing performance is improved in peripheral portions of the window. A rectangular development area (first development area) associated with the window is expanded with consideration of a size information of a graphic segment so as to obtain a second development area. The second development area is compared with a rectangular area (an existence area) circumscribing a graphic image represented only with positional information of the graphic segment. As a result, whether or not the graphic segment is to be developed is determined. The first development area is reduced with consideration of size information of the graphic segment to produce a third development area. The third development area is compared with the existence area to decide whether or not the clipping operation is necessary for the graphic segment.
    • 在世界坐标系中定义哪个位置信息的图形图像段并且在设备坐标系中定义尺寸信息的情况下,显示在多窗口屏幕上,显影处理性能得到改善 窗口的周边部分。 考虑到图形段的尺寸信息来扩展与窗口相关联的矩形显影区域(第一显影区域),以获得第二显影区域。 将第二开发区域与限定仅由图形段的位置信息表示的图形图像的矩形区域(存在区域)进行比较。 结果,确定图形片段是否被开发。 考虑到图形部分的尺寸信息,第一个开发区域减少,以产生第三个开发区域。 将第三开发区域与存在区域进行比较,以确定剪切操作是否对于图形段是必需的。