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    • 3. 发明公开
    • Digital image processor
    • 数字图像处理器
    • EP0802672A3
    • 1999-11-03
    • EP97106181.7
    • 1997-04-15
    • KABUSHIKI KAISHA TOSHIBA
    • Matsugami, ToshikiMiyazaki, Toru
    • H04N5/445
    • G09G5/14G09G5/395G09G2340/125H04N5/44504H04N5/45H04N9/641
    • Pattern data is generated in accordance with horizontal and vertical synchronizing components of a video signal. The pattern data and the video signal are stored in a memory (37). The video signal is written in an effective image period, while pattern data is written in other periods. Write and read addresses for the memory are generated in accordance with the horizontal and vertical synchronizing components of the video signal. Thus, pattern data is written over the video signal corresponding to the position at which display is required. Whether the output read from the memory is a video signal or pattern data is discriminated by a signal discrimination circuit (33) in accordance with the read address. Pattern data and the video signal are individually signal-processed. In accordance with a result of the discrimination performed by the signal discrimination circuit, the output from a pattern data processor and the output from a video signal processor are switched and displayed by a monitor.
    • 模式数据根据视频信号的水平和垂直同步分量生成。 图案数据和视频信号被存储在存储器(37)中。 视频信号在有效图像期间写入,而图形数据在其他期间写入。 根据视频信号的水平和垂直同步分量生成存储器的写入和读取地址。 因此,图案数据被写在对应于需要显示的位置的视频信号上。 根据读地址,从存储器读出的输出是视频信号还是图形数据由信号鉴别电路(33)鉴别。 模式数据和视频信号分别进行信号处理。 根据信号鉴别电路的鉴别结果,图形数据处理器的输出和视频信号处理器的输出由监视器切换和显示。
    • 4. 发明公开
    • Method of determining exposure amount for printing a digital image
    • 一种用于确定曝光复制的数字图像的方法
    • EP0814603A3
    • 1999-09-22
    • EP97109849.6
    • 1997-06-17
    • KONICA CORPORATION
    • Igarashi, TakashiTakei, Yutaka
    • H04N1/60
    • H04N1/603
    • In a method of producing converting data, a first characteristic curve showing relationship between density value and exposure amount is obtained by forming images on a first photographic material with plural different amounts of exposure and by measuring density values of the formed images. Digital exposure amount data is determined so as to represent the exposure amount of the first characteristic curve. The first characteristic curve is modified so as to show relationship between the density value and the digital exposure amount data by changing the exposure amount to the digital exposure amount data. A second characteristic curve showing relationship between density value and digital input value for exposing means is obtaiend by forming images on a second photographic material by the exposure means based on plural different digital input values and by measuring density values of the formed images. Then, converting data to convert the digital exposure amount data into the digital input value are obtained based on the first characteristic curve and the second characteristic curve.
    • 7. 发明公开
    • Gas turbine combustor
    • 燃气轮机燃烧室
    • EP0725253A3
    • 1999-03-10
    • EP96101281.2
    • 1996-01-30
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • Matsuhama, Masaaki, Nagoya Guid & Pro. sys.
    • F23R3/00F23R3/28F02C7/224
    • F23R3/002F02C7/224F02K9/64F05D2260/205F23R3/005
    • A gas turbine combustor in which an inequality of distribution of temperature at the outlet of the combustor which is caused by cooling air introduced to the combustor to cool it is prevented. A liner 2 having an outer liner 2' and an inner liner 2'' is disposed within a casing 3 composing the gas turbine combustor 1. The liner 2 is composed of a liner inner cylinder 15 in which liner cooling paths 16 are created and a liner outer cylinder 14. Fuel supplied via upstream side manifolds 9 and 10 flows through the liner cooling paths 16 and is discharged from a downstream side manifold 11 after cooling the liner 2. The fuel is boosted by a pump and is supplied to a fuel-air pre- mixer 13 from a fuel supply port 12 to be burned in the combustion chamber.
    • 一种燃气轮机燃烧器,其中防止了由引入燃烧器的冷却空气引起的燃烧器出口温度分布的不均匀性,从而将其冷却。 具有外衬套2'和内衬套2“的衬套2设置在构成燃气轮机燃烧器1的壳体3内。衬套2由其中形成衬套冷却路径16的衬套内筒15和 通过上游侧歧管9和10供应的燃料流过衬管冷却路径16,并在冷却衬管2之后从下游侧歧管11排出。燃料通过泵升压并供应到燃料 - 来自燃料供给口12的空气预混器13在燃烧室内燃烧。
    • 8. 发明公开
    • Method of storing medical image information recorded in sheet shaped recording medium
    • 用于存储记录在片状记录介质上的医用图像数据的方法
    • EP0825756A3
    • 1998-11-18
    • EP97114282.3
    • 1997-08-19
    • KONICA CORPORATION
    • Sasano, YasuhikoYamanaka, YasushiIshimitsu, Yoshiyuki
    • H04N1/00
    • H04N1/00809G03B42/047H04N1/00795
    • Image information recorded on a sheet-shaped recording medium is read and converted into digital image data, wherein the image information includes medical image information and image information used for orientation discrimination and the image information for orientation discrimination is recorded at a predetermined position on the sheet-shaped recording medium. The position of the image information for orientation discrimination on the sheet-shaped arrangement of digital image data corresponding to the sheet-shaped recording medium is recognized. Then, the mounted orientation of the sheet-shaped recording medium is discriminated on the basis of the recognized position of the image information for orientation discrimination on the sheet-shaped data arrangement of digital image data.
    • 记录在片状记录介质上的图像信息被读取并转换成数字图像数据,worin的图像信息包括:用于方位辨别医用图像信息和图像信息和用于方位辨别的图像信息被记录在片材上的预定位置 形记录介质。 用于在数字图像数据对应于所述片形记录介质的片材状排列方向判别图像信息的位置被识别。 然后,将片形记录介质的安装方向判别为数字图像数据的片状数据排列方向判别图像信息的识别出的位置的基础上。
    • 10. 发明公开
    • Semiconductor differential pressure measuring device
    • Halbleiter-Druckdifferenzmessvorrichtung
    • EP0753728A3
    • 1998-04-15
    • EP96105497.0
    • 1996-04-04
    • Yokogawa Electric Corporation
    • Ikeda, KyoichiWatanabe, TetsuyaFukuhara, SatoshiYoshida, TakashiTsukamoto, Hideo
    • G01L13/06
    • G01L13/025G01L9/0054G01L9/045G01L15/00
    • This is a semiconductor differential pressure measuring device comprising two measurement diaphragms and two detection sensors provided in a semiconductor substrate using micromachining techniques, and a computing circuit which computes the differences between these two sensor outputs:
      for each of the two measurement diaphragms, the measuring pressure transmission communicating hole being provided respectively so that these two measurement diaphragms operate in opposite phases by the differential pressure; and the above two sensors being provided on each relevant measurement diaphragm and detecting the displacement or strain of each measurement diaphragm generated by the differential pressure applied to each measurement diaphragm. Detecting the differences in the displacement or strain of each of these two measurement diaphragms cancels the static pressure error and temperature error and, thus, offers a semiconductor differential pressure measuring device which is excellent in temperature and static pressure characteristics. Further, the computing circuit can be configured simply by composing a required bridge circuit using at least one first sensor and one second sensor, each located on each of the two measurement diaphragms, leading to a reduction in manufacturing costs.
    • 这是一种半导体差压测量装置,其包括使用微加工技术设置在半导体衬底中的两个测量膜片和两个检测传感器,以及计算电路,其计算这两个传感器输出之间的差异:对于两个测量膜片中的每一个,测量压力 分别设置传输连通孔,使得这两个测量膜片通过压差相反地工作; 并且上述两个传感器设置在每个相关的测量膜片上,并且检测由施加到每个测量膜片的差压产生的每个测量膜片的位移或应变。 检测这两个测量膜片中的每一个的位移或应变的差异消除了静压误差和温度误差,因此提供了温度和静压特性优异的半导体差压测量装置。 此外,可以通过使用至少一个第一传感器和一个第二传感器组成所需的桥接电路来简单地配置计算电路,每个第一传感器和第二传感器位于两个测量膜片中的每一个上,导致制造成本的降低。