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    • 31. 发明授权
    • Link information maintenance management method
    • 链接信息维护管理方法
    • US06169995A
    • 2001-01-02
    • US09072453
    • 1998-05-05
    • Mitsuhiko YoshimuraMaki MoriHiroyuki OkudaYoshiaki Yoshikawa
    • Mitsuhiko YoshimuraMaki MoriHiroyuki OkudaYoshiaki Yoshikawa
    • G06F1730
    • G06F17/30312G06F17/30241G06F17/30864Y10S707/99933Y10S707/99945Y10S707/99948
    • A link information management method is capable of reducing the number of steps of a link maintenance processing of link information indicating a correspondence relationship between geographical information in a geographical information system and attribute information. To realize the method, geographical information is compared and judged by translating first geographical information based on corresponding points judged as the same points inputted on first and second geographical information by an operator. Further, update days of link information and attribute information are compared and judged, and current link information which causes the second geographical information and the attribute information to be correlated with each other is generated based on the compared and judged results of the link information and the attribute information. Then, attribute information and a closed area on the second geographical information are displayed by using the current link information thus generated.
    • 链接信息管理方法能够减少表示地理信息系统中的地理信息与属性信息的对应关系的链接信息的链接维护处理的步骤数。 为了实现该方法,通过基于由操作员判断为在第一和第二地理信息上输入的相同点的对应点来翻译第一地理信息来比较和判断地理信息。 此外,比较和判断链接信息和属性信息的更新日,并且基于比较和判断链接信息的结果以及第二地理信息和属性信息彼此相关的当前链接信息被生成 属性信息。 然后,使用由此生成的当前链接信息,显示第二地理信息上的属性信息和封闭区域。
    • 32. 发明授权
    • Methods for retrieving text information in a database through image
information and a program stored on a computer-readable storage medium
for performing such a method
    • 用于通过图像信息在数据库中检索文本信息的方法以及存储在用于执行这种方法的计算机可读存储介质上的程序
    • US6144956A
    • 2000-11-07
    • US935541
    • 1997-09-23
    • Hiroshi YajimaHiroyuki OkudaNoritsugu KagayaMaki TamanoShunsuke Akifuji
    • Hiroshi YajimaHiroyuki OkudaNoritsugu KagayaMaki TamanoShunsuke Akifuji
    • G06F17/30
    • G06F17/30241Y10S707/99933Y10S707/99934Y10S707/99936Y10S707/99945Y10T24/45801Y10T24/4599Y10T403/4625Y10T403/58Y10T403/581
    • In a DB retrieval method, a two-step retrieval including quantitative and qualitative retrievals is interactively performed so that, through the operation of image information (e.g. map information) having a correspondence to a DB having text information such as attribute information stored therein, attribute information corresponding to the map information is retrieved from the DB. The quantitative retrieval includes a DB information reading process for reading image information, attribute information and information relevant thereto, and a quantitative retrieval process for making a quantitative retrieval including the partial overlaying of another information for retrieval on the original image information (or map information) or a rough retrieval with the other information used as a retrieval key called information lens, and storing the result of retrieval into a work file. The qualitative retrieval includes a DB information reading process for reading image information, attribute information and information relevant thereto, which are stored in the work file, and a qualitative retrieval process for making a qualitative retrieval in which the original image information (or map information) is overlaid with a retrieval key called a function sheet including the composition of a qualitative retrieval condition and an image indicative of a range of application of the retrieval condition, and displaying the result of retrieval on terminal.
    • 在DB检索方法中,交互地执行包括定量和定性检索的两步检索,使得通过对具有与其中存储的属性信息等文本信息具有对应关系的图像信息(例如地图信息)的操作,属性 从DB检索与地图信息对应的信息。 定量检索包括用于读取图像信息的DB信息读取过程,属性信息和与其相关的信息,以及用于进行定量检索的定量检索处理,其包括对原始图像信息(或地图信息)进行检索的另一信息的部分重叠, 或使用被称为信息透镜的检索键的其他信息进行粗略检索,并将检索结果存储到工作文件中。 定性检索包括用于读取存储在工作文件中的图像信息,属性信息和与其相关的信息的DB信息读取过程,以及用于进行定性检索的定性检索处理,其中原始图像信息(或地图信息) 被覆盖有称为功能表的检索关键字,其包括定性检索条件的组合和指示检索条件的应用范围的图像,以及在终端上显示检索结果。
    • 35. 发明授权
    • Method of manufacturing a magnetic core half
    • 制造磁芯一半的方法
    • US5195004A
    • 1993-03-16
    • US826192
    • 1992-01-21
    • Hiroyuki OkudaYoshiaki ShimizuKazuo InoKousou IshiharaTakashi Ogura
    • Hiroyuki OkudaYoshiaki ShimizuKazuo InoKousou IshiharaTakashi Ogura
    • G11B5/187
    • G11B5/1874G11B5/1878Y10T29/49043Y10T29/49052Y10T29/49067
    • A magnetic head comprises a pair of magnetic core halves, heat-resistant thin films and ferromagnetic thin films, the pair of magnetic core halves being opposed to each other through a non-magnetic material such as SiO.sub.2 to form a magnetic gap. The magnetic core halves are made of a ferromagnetic oxide such as ferrite and have gap forming faces to be opposed to each other to form the magnetic gap. The gap forming faces are etched by phosphoric acid solution and then purified by reverse sputtering, so that a grown crystal of the ferromagnetic oxide is exposed on the gap forming faces. A heat-resistant thin film of a heat-resistant material such as SiO.sub.2 is formed on each of the gap forming faces. A ferromagnetic thin film of a ferromagnetic metal material such as sendust is formed on each heat-resistant thin film. Preferably, the thickness of the heat-resistant thin film to be formed is 1 nm or more and one tenth or less of the width of the magnetic gap. For example, SiO.sub.2 films of 5 nm in thickness as the heat-resistant thin films are formed on the respective gap forming faces and sendust films of 3 .mu.m in thickness as the ferromagnetic metal thin films are formed on the respective SiO.sub.2 films. In this case, the gap length of the magnetic gap is set to 0.2 .mu.m.
    • 磁头包括一对磁芯半部,耐热薄膜和铁磁性薄膜,一对磁芯半部通过非磁性材料如SiO 2彼此相对以形成磁隙。 磁芯半部由诸如铁氧体的铁磁性氧化物制成,并且具有彼此相对的间隙形成面以形成磁隙。 通过磷酸溶液蚀刻间隙形成面,然后通过反溅射进行纯化,使得在间隙形成面上暴露铁磁性氧化物的生长晶体。 在每个间隙形成面上形成耐热材料如SiO 2的耐热薄膜。 在每个耐热薄膜上形成铁硬金属材料如铁硅铝铁合金的铁磁薄膜。 优选地,要形成的耐热薄膜的厚度为磁隙宽度的1nm以上且十分之一以下。 例如,在相应的SiO 2膜上形成强磁性金属薄膜的情况下,在厚度为3μm的各个间隙形成面和厚度厚度的薄膜上形成5nm厚的作为耐热薄膜的SiO 2膜。 在这种情况下,磁隙的间隙长度设定为0.2μm。
    • 36. 发明授权
    • Magnetic head with improved efficiency in both high and low frequency
ranges
    • 磁头在高频和低频范围内提高了效率
    • US5155645A
    • 1992-10-13
    • US611574
    • 1990-11-13
    • Tsukasa ShimizuYoshiaki ShimizuJyoichi TamadaHiroyuki OkudaTakao YamanoKazuo InoKoso IshiharaTakashi Ogura
    • Tsukasa ShimizuYoshiaki ShimizuJyoichi TamadaHiroyuki OkudaTakao YamanoKazuo InoKoso IshiharaTakashi Ogura
    • G11B5/187
    • G11B5/1877
    • A magnetic head has a pair of magnetic core halves opposed to each other with a non-magnetic material posed therebetween to form a magnetic gap, which head includes a pair of magnetic core halves, a first ferromagnetic metal thin film and a second ferromagnetic metal thin film. The magnetic core halves are formed of ferromagnetic oxide such as Mn-Zn ferrite, and they have opposing surfaces opposed to each other to provide the magnetic gap. The first ferromagnetic metal thin film formed of Fe-Si-Al alloy is formed at least on one of the opposing surfaces. The second ferromagnetic metal thin film formed of Fe-Si-Al alloy having different constituent ratio from the first ferromagnetic metal thin film is formed between the magnetic gap and the first ferromagnetic metal thin film. The flux density of the second ferromagnetic metal thin film induced when a magnetic field of 1.2K oersted is applied exceeds 1000 gauss. The ratio of the saturation flux density of the second ferromagnetic metal thin film to that of the first ferromagnetic metal thin film is not higher than 0.6. The self recording reproducing capability of the magnetic head is not degraded in the high frequency region, and the self recording reproducing capability in the low frequency region is increased.
    • 磁头具有彼此相对的一对磁芯半部,其间具有非磁性材料,以形成磁隙,该磁头包括一对磁芯半部,第一铁磁金属薄膜和第二铁磁金属薄片 电影。 磁芯半部由诸如Mn-Zn铁氧体的铁磁性氧化物形成,并且它们具有彼此相对的相对表面以提供磁隙。 由Fe-Si-Al合金形成的第一铁磁金属薄膜至少在相对的表面之一上形成。 在磁隙和第一铁磁金属薄膜之间形成由与第一强磁性金属薄膜构成比不同的Fe-Si-Al合金形成的第二强磁性金属薄膜。 当施加1.2K奥斯特的磁场时引起的第二铁磁性金属薄膜的磁通密度超过1000高斯。 第二强磁性金属薄膜的饱和磁通密度与第一强磁性金属薄膜的饱和磁通密度的比率不高于0.6。 在高频区域中,磁头的自记录再现能力不会降低,并且低频区域中的自动记录再现能力增加。
    • 38. 发明申请
    • BLOOD-PURIFYING COLUMN
    • 血液净化柱
    • US20140014570A1
    • 2014-01-16
    • US14008019
    • 2012-03-29
    • Hiroyuki Okuda
    • Hiroyuki Okuda
    • A61M1/36
    • A61M1/36A61M1/3679B01J20/2804B01J20/321B01J20/3212B01J20/3219B01J20/3274B01J2220/58
    • A blood purification column includes a cylindrical body, a first header having a first blood channel, a second header having a second blood channel, an adsorbent carrier, a first end plate, a second end plate, and a blood flow tube, wherein: one end of the blood flow tube communicates with the first blood channel and the other end is closed; the first end plate has its outer circumferential surface closely contacting the inner circumferential surface of the cylindrical body; a gap is provided between the outer circumferential surface of the second end plate and the inner circumferential surface of the cylindrical body; the ratio of the outer diameter of the blood flow tube in the cross-section vertical to the longitudinal direction, to the inner diameter of the cylindrical body in the cross-section vertical to the longitudinal direction, is 0.35 to 0.50; and the blood capacity is 6 to 10 mL.
    • 血液净化柱包括圆柱体,具有第一血液通道的第一头部,具有第二血液通道的第二头部,吸附剂载体,第一端板,第二端板和血流管,其中:一个 血流管的端部与第一血液通道连通,另一端关闭; 第一端板的外周面与圆筒体的内周面紧密接触; 在第二端板的外周面与筒体的内周面之间设置有间隙, 在垂直于纵向方向的横截面中,血流管的外径与纵向方向垂直于圆柱体的内径的比率为0.35至0.50; 血容量为6〜10 mL。
    • 40. 发明授权
    • Methods for retrieving database with image information
    • 使用图像信息检索数据库的方法
    • US06523024B1
    • 2003-02-18
    • US09562757
    • 2000-05-02
    • Hiroshi YajimaHiroyuki OkudaNoritsugu KagayaMaki TamanoShunsuke Akifuji
    • Hiroshi YajimaHiroyuki OkudaNoritsugu KagayaMaki TamanoShunsuke Akifuji
    • G06F1760
    • G06F17/30241Y10S707/99933Y10S707/99945
    • In a DB retrieval method, a two-step retrieval including quantitative and qualitative retrievals is interactively performed so that, through the operation of image information (e.g. map information) having a correspondence to a DB having text information such as attribute information stored therein, attribute information corresponding to the map information is retrieved from the DB. The quantitative retrieval includes a DB information reading process for reading image information, attribute information and information relevant thereto, and a quantitative retrieval process for making a quantitative retrieval including the partial overlaying of another information for retrieval on the original image information (or map information) or a rough retrieval with the other information used as a retrieval key called information lens, and storing the result of retrieval into a work file. The qualitative retrieval includes a DB information reading process for reading image information, attribute information and information relevant thereto, which are stored in the work file, and a qualitative retrieval process for making a qualitative retrieval in which the original image information (or map information) is overlaid with a retrieval key called a function sheet including the composition of a qualitative retrieval condition and an image indicative of a range of application of the retrieval condition, and displaying the result.
    • 在DB检索方法中,交互地执行包括定量和定性检索的两步检索,使得通过对具有与其中存储的属性信息等文本信息具有对应关系的图像信息(例如地图信息)的操作,属性 从DB检索与地图信息对应的信息。 定量检索包括用于读取图像信息的DB信息读取过程,属性信息和与其相关的信息,以及用于进行定量检索的定量检索处理,其包括对原始图像信息(或地图信息)进行检索的另一信息的部分重叠, 或使用被称为信息透镜的检索键的其他信息进行粗略检索,并将检索结果存储到工作文件中。 定性检索包括用于读取存储在工作文件中的图像信息,属性信息和与其相关的信息的DB信息读取过程,以及用于进行定性检索的定性检索处理,其中原始图像信息(或地图信息) 被覆盖有称为功能表的检索键,其包括定性检索条件的组合和指示检索条件的应用范围的图像,并且显示结果。