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    • 1. 发明申请
    • Method and system for supporting business process design by modeling role relationship
    • 通过建立角色关系来支持业务流程设计的方法和系统
    • US20070129979A1
    • 2007-06-07
    • US11593956
    • 2006-11-06
    • Kiyoshi KumagaiYasuharu Namba
    • Kiyoshi KumagaiYasuharu Namba
    • G06F9/44
    • G06Q10/0637G06Q10/06G06Q10/0635G06Q10/06375
    • The invention provides a method for extracting and evaluating risk information and synergy information arising out of role relationships among persons which are an essential part of a business process and realizing a safe and appropriate business process. A business process design support system in the invention includes: the business process definition unit 201 of the business process definition system 2 which receives role relationship information defined by a designer, etc. and transmits the information to the risk/synergy evaluation system 3; the risk/synergy extraction unit 301 which extracts risk/synergy factors and occurrence mechanism information based on the role relationship information; and a risk/synergy measures evaluation unit 401 which calculates risk/synergy measures candidates and estimated effects based on the risk/synergy factors and the occurrence mechanism information.
    • 本发明提供了一种提取和评估风险信息和协同信息的方法,这些信息是作为业务流程的重要组成部分的人员之间的角色关系,实现安全合适的业务流程。 本发明的业务流程设计支持系统包括:业务流程定义系统2的业务流程定义单元201,其接收由设计者定义的角色关系信息等,并将该信息发送到风险/协同评估系统3; 风险/协同提取单元301,其基于角色关系信息提取风险/协同因素和发生机制信息; 以及基于风险/协同因素和发生机制信息来计算风险/协同作用度量候选和估计效果的风险/协同度量评估单元401。
    • 2. 发明授权
    • Method and system for supporting business process design by modeling role relationship
    • 通过建立角色关系来支持业务流程设计的方法和系统
    • US08731996B2
    • 2014-05-20
    • US11593956
    • 2006-11-06
    • Kiyoshi KumagaiYasuharu Namba
    • Kiyoshi KumagaiYasuharu Namba
    • G06Q10/00G06Q10/06
    • G06Q10/0637G06Q10/06G06Q10/0635G06Q10/06375
    • The invention provides a method for extracting and evaluating risk information and synergy information arising out of role relationships among persons which are an essential part of a business process and realizing a safe and appropriate business process.A business process design support system in the invention includes: the business process definition unit 201 of the business process definition system 2 which receives role relationship information defined by a designer, etc. and transmits the information to the risk/synergy evaluation system 3; the risk/synergy extraction unit 301 which extracts risk/synergy factors and occurrence mechanism information based on the role relationship information; and a risk/synergy measures evaluation unit 401 which calculates risk/synergy measures candidates and estimated effects based on the risk/synergy factors and the occurrence mechanism information.
    • 本发明提供了一种提取和评估风险信息和协同信息的方法,这些信息是作为业务流程的重要组成部分的人员之间的角色关系,实现安全合适的业务流程。 本发明的业务流程设计支持系统包括:业务流程定义系统2的业务流程定义单元201,其接收由设计者定义的角色关系信息等,并将该信息发送到风险/协同评估系统3; 风险/协同提取单元301,其基于角色关系信息提取风险/协同因素和发生机制信息; 以及基于风险/协同因素和发生机制信息来计算风险/协同作用度量候选和估计效果的风险/协同度量评估单元401。
    • 3. 发明授权
    • Flat-panel display apparatus including a heat radiator
    • 具有散热器的平板显示装置
    • US08467187B2
    • 2013-06-18
    • US12646832
    • 2009-12-23
    • Toshiaki ItazawaKunio SakuraiKiyoshi Kumagai
    • Toshiaki ItazawaKunio SakuraiKiyoshi Kumagai
    • H05K7/20H01J7/24
    • H05K7/20963
    • A flat-panel display apparatus comprises a display panel, a circuit board, and a cover. The circuit board includes a first and second circuit boards. The first circuit board is arranged above the second circuit board so that, on the back side of the display panel, a mounting surfaces of the first and second circuit boards are approximately in parallel with a display surface of the display panel and do not overlap each other. Each of the first and second circuit boards have a primary mounting surface on which a large number of electrical components are mounted, and a secondary mounting surface that is opposite the primary mounting surface. The primary mounting surface of the first circuit board is arranged in an inverted orientation to the primary mounting surface of the second circuit board. A radiator with fins is provided on the secondary mounting surface side of the first circuit board.
    • 平板显示装置包括显示面板,电路板和盖。 电路板包括第一和第二电路板。 第一电路板布置在第二电路板的上方,使得在显示面板的背面上,第一和第二电路板的安装表面与显示面板的显示表面大致平行,并且不与每个显示面板重叠 其他。 第一和第二电路板中的每一个具有安装有大量电气部件的主安装表面和与主安装表面相对的第二安装表面。 第一电路板的主安装表面以与第二电路板的主安装表面相反的方式布置。 具有翅片的散热器设置在第一电路板的辅助安装表面侧。
    • 4. 发明授权
    • Device and method for recording and reproducing image information
    • 用于记录和再现图像信息的装置和方法
    • US06188834B1
    • 2001-02-13
    • US08844848
    • 1997-04-22
    • Hiroo EdakuboKiyoshi KumagaiToshihiko Nakajima
    • Hiroo EdakuboKiyoshi KumagaiToshihiko Nakajima
    • H04N5782
    • G11B15/087G11B5/0086G11B15/1875G11B15/20G11B15/4673G11B15/4731G11B15/52G11B20/10527G11B20/1208G11B27/107G11B27/3027G11B2220/90H04N5/78263H04N5/9201H04N5/928
    • A signal recording apparatus is arranged to record main information in a first area provided in each of a multiplicity of parallel tracks formed on a tape-shaped recording medium, and an index signal in a second area of each of a predetermined number of continuous tracks, the second area being provided separately from the first area within each of the multiplicity of parallel tracks. The apparatus records, as the index signal, first index information in a first section within the second area of each of the predetermined number of continuous tracks, with either one of binary data being repeated continuously during a period corresponding to the first section, and second index information in a second section within the second area of each of the predetermined number of continuous tracks, the second index information including track data indicative of relation to a specific track among the predetermined number of continuous tracks. In the above-described arrangement, it is possible to increase the speed of search for a specific track by using the first index information and to improve the accuracy of search for the specific track by using the second index information.
    • 信号记录装置被配置为将主信息记录在设置在形成在带状记录介质上的多个平行轨道中的每一个中的第一区域中,以及在预定数量的连续轨道中的每一个的第二区域中的索引信号, 所述第二区域与所述多个平行轨道的每一个内的所述第一区域分开设置。 该装置将预定数量的连续轨道的每一个的第二区域内的第一区段中的第一索引信息记录为索引信号,其中二进制数据中的任一个在对应于第一区段的时段期间连续地重复,第二索引信息 每个预定数量的连续轨道的第二区域内的第二区段中的索引信息,第二索引信息包括指示与预定数量的连续轨道中的特定轨迹相关的轨道数据。 在上述配置中,可以通过使用第一索引信息来增加对特定轨道的搜索速度,并且可以通过使用第二索引信息来提高对特定轨道的搜索精度。
    • 6. 发明授权
    • Rotary head drum having a connecting member for providing electrical
conduction
    • 旋转头鼓具有用于提供导电的连接构件
    • US5483401A
    • 1996-01-09
    • US260686
    • 1994-06-16
    • Toshihiko NakajimaHiroo EdakuboKiyoshi Kumagai
    • Toshihiko NakajimaHiroo EdakuboKiyoshi Kumagai
    • G11B5/53H01F38/12G11B5/21
    • H01F38/12G11B5/53
    • In a recording or reproducing apparatus arranged to carry out recording or reproduction of a signal while keeping a magnetic tape wrapped around a rotary head drum equipped with a head, the upper cylinder of the rotary head drum is provided with a rotor core which constitutes part of a rotary transformer for carrying out signal exchange between the head and an external circuit. An elastically deformable contact is held by a holder secured to the rotor core, and includes a plurality of conductive portions, each conducting electricity between opposed faces of the elastically deformable contact, and a cutout defined in a middle portion thereof. The elastically deformable contact is pressed from opposed sides between a conductive pattern connected to the magnetic head and a conductive pattern connected to the rotor core so that it can be brought into pressure contact with both of the conductive patterns, thereby providing electrical conduction between the head and the rotor core.
    • 在被设置为执行记录或再现信号的记录或再现装置中,同时保持磁带缠绕在装备有磁头的旋转磁头鼓的周围,旋转磁头鼓的上部气缸设置有转子磁芯,该转子磁芯构成 用于在头部和外部电路之间执行信号交换的旋转变压器。 可弹性变形的触点由固定在转子芯上的保持架保持,并且包括多个导电部分,每个导电部分在可弹性变形触点的相对面之间导电,并且在其中间部分限定切口。 可弹性变形的接触件从连接到磁头的导电图案与连接到转子芯的导电图案之间的相对侧按压,使得其可以与两个导电图案压力接触,从而提供头部之间的导电 和转子铁芯。
    • 10. 发明授权
    • Bellows-type pressure responsive valve
    • 波纹管式压力响应阀
    • US06250600B1
    • 2001-06-26
    • US09554256
    • 2000-05-11
    • Kiyoshi KumagaiIchiro OhkawaraTomoo OkadaShigeyuki Hidaka
    • Kiyoshi KumagaiIchiro OhkawaraTomoo OkadaShigeyuki Hidaka
    • F16K31165
    • G05D16/0619F04B27/1804
    • A bellows-type pressure responsive valve comprising bellows 66 of a closed structure as a pressure sensing element adapted to vary an opening amount of the valve by transmitting expansions and contractions of the bellows 66 to a valve body 61 by means of a valve rod 65 which is supported on a valve housing 51 so as to move in a valve lifting direction, characterized in that the bellows 66 and the valve rod 65 are spherically connected by means of a spherical coupling structure which is incorporated at a connecting portion of the bellows 66 and the valve rod 65 and composed of a ball 77 which is rotatably disposed coaxially with the valve rod 65, and a spherical recess 78 which is formed at a closed end face 67a of a bellows body 67 of the bellows 66 at a central position thereof. With this structure, centripetal motions of the bellows and the valve rod are automatically effected by means of the spherical coupling between the bellows and the valve rod. Therefore, even though the bellows is weaving or inclined, the unsymmetrical abutment between the bellows and the valve rod can be avoided. Further, forces based on the weaving of the bellows in directions intersecting the valve lifting direction, that is, other directions than the valve lifting direction will be absorbed by the spherical movement of the first spherical coupling structure. Thus, the forces in the other directions than the valve lifting direction will not be transmitted to the valve rod, the hysteresis in the valve motions will be minimized, and a high controlling accuracy can be obtained.
    • 一种波纹管型压力响应阀,包括封闭结构的波纹管66,其作为压力感测元件,适于通过阀杆65将波纹管66的膨胀和收缩传递到阀体61来改变阀的开启量,阀杆65 被支撑在阀壳体51上以沿阀提升方向移动,其特征在于,波纹管66和阀杆65通过球形联接结构球形连接,球形联接结构结合在波纹管66的连接部分和 阀杆65由与阀杆65同轴地可旋转地设置的球77构成,球形凹部78形成在波纹管66的波纹管体67的中心位置的封闭端面67a处。 利用这种结构,波纹管和阀杆的向心运动通过波纹管和阀杆之间的球形联接自动实现。 因此,即使波纹管编织或倾斜,也可以避免波纹管与阀杆之间的不对称邻接。 此外,基于波纹管在与气门提升方向相交的方向(即,比气门提升方向的其他方向)的编织的力将被第一球形联轴节结构的球形运动所吸收。 因此,除阀提升方向以外的其他方向上的力不会传递到阀杆,阀运动中的滞后将被最小化,并且可以获得高的控制精度。