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    • 3. 发明授权
    • Production system and manufacturing equipment selecting method on production system
    • 生产系统和生产设备选型方法
    • US06400999B1
    • 2002-06-04
    • US09340847
    • 1999-06-28
    • Yuichi KashiyamaHidehiko WadaYuichi SakurabaToshiharu YamakawaMasako NegishiAkira Nagashima
    • Yuichi KashiyamaHidehiko WadaYuichi SakurabaToshiharu YamakawaMasako NegishiAkira Nagashima
    • G06F1900
    • G05B19/41865G06Q10/087Y02P90/14Y02P90/20
    • A production system wherein productagents are provided for products on a one-to-one basis and machine agent are provided for manufacturing equipment on a one-to-one basis, with the product agents and machine agents coordinating with each other to select a manufacturing equipment and cause manufacturing work to be done thereby; wherein the order of product manufacturing is changed depending on the priority of the product in the production system, with manufacturing work by a failed manufacturing equipment by suppressed, and another manufacturing equipment being substituted for the failed manufacturing equipment; wherein a precedence agent is provided that selects a manufacturing equipment ahead of a current manufacturing work and a backward agent is provided that remains backward and double manages working history along with the product agent; and wherein the machine agent manages depreciation information regarding the manufacturing equipment that the machine agent manages and measures the time the manufacturing equipment is used by the product agent, and the machine agent also calculates the cost generated by use of the manufacturing equipment by the product agent using the depreciation and time used information.
    • 提供了一对一地为产品提供产品代理和机器代理的生产系统,用于一对一制造设备,产品代理和机器代理人协调以选择制造设备 并由此制造工作; 其中,产品制造的顺序根据生产系统中的产品的优先级而改变,制造设备的制造工作被抑制,另一制造设备代替失效的制造设备; 其中,提供优先代理,其选择在当前制造工作之前的制造设备,并且提供向后保留的后向代理,并与产品代理一起双重管理工作历史; 机器代理管理机器代理管理的制造设备的折旧信息,并对产品代理使用制造设备的时间进行测量,机器代理还计算产品代理使用制造设备产生的成本 使用折旧和使用时间的信息。
    • 5. 发明授权
    • Automatic layout method and automatic layout device
    • 自动布局方式和自动布局装置
    • US07712065B2
    • 2010-05-04
    • US11580329
    • 2006-10-13
    • Yuichi Sakuraba
    • Yuichi Sakuraba
    • G06F17/50G06F9/45
    • G06T11/206
    • An automatic layout method for performing an automatic layout of components on a diagram, the automatic layout method includes: generating a layout engine control object based on an operation of an application program; selecting at least one layout engine object from a plurality of layout engine objects for calculating coordinates of the components by different algorithms, at least one layout engine object being selected based on an instruction of the application program by the layout engine control object; and creating the diagram by the application program based on the coordinates calculated by the selected layout engine object.
    • 一种用于在图上执行部件的自动布局的自动布局方法,所述自动布局方法包括:基于应用程序的操作生成布局引擎控制对象; 从多个布局引擎对象中选择至少一个布局引擎对象,用于通过不同的算法来计算组件的坐标,至少一个布局引擎对象是基于布局引擎控制对象的应用程序的指令而被选择的; 并且基于由所选布局引擎对象计算的坐标,由应用程序创建图。
    • 6. 发明申请
    • Automatic layout method and automatic layout device
    • 自动布局方式和自动布局装置
    • US20070089080A1
    • 2007-04-19
    • US11580329
    • 2006-10-13
    • Yuichi Sakuraba
    • Yuichi Sakuraba
    • G06F17/50G06F9/455
    • G06T11/206
    • An automatic layout method for performing an automatic layout of components on a diagram, the automatic layout method includes: generating a layout engine control object based on an operation of an application program; selecting at least one layout engine object from a plurality of layout engine objects for calculating coordinates of the components by different algorithms, at least one layout engine object being selected based on an instruction of the application program by the layout engine control object; and creating the diagram by the application program based on the coordinates calculated by the selected layout engine object.
    • 一种用于在图上执行部件的自动布局的自动布局方法,所述自动布局方法包括:基于应用程序的操作生成布局引擎控制对象; 从多个布局引擎对象中选择至少一个布局引擎对象,用于通过不同的算法来计算组件的坐标,至少一个布局引擎对象是基于布局引擎控制对象的应用程序的指令而被选择的; 并且基于由所选布局引擎对象计算的坐标,由应用程序创建图。
    • 7. 发明申请
    • Node detection method and node detector
    • 节点检测方法和节点检测器
    • US20060083252A1
    • 2006-04-20
    • US11206849
    • 2005-08-19
    • Yuichi SakurabaYuji MiyataAkira Kataoka
    • Yuichi SakurabaYuji MiyataAkira Kataoka
    • H04L12/56H04L12/28
    • H04L41/12H04L41/0213H04L45/02H04W40/246
    • A node detection method and a node detector that enable selection of a node detection method in accordance with the structure and operation of a network are realized. A node detection method for detecting a node connected to a network comprises: a first step of interpreting a first script related to cycle to decide a detection cycle; a second step of interpreting a second script used for selecting information to select next information to be acquired, when node detection timing has come; a third step of gathering the selected information via the network by using a matching protocol; a fourth step of interpreting the acquired information and storing node information when it is judged that a new node has been detected; and a fifth step of causing all the nodes that have been detected by the last node detection, to perform the second to fourth steps.
    • 实现了能够根据网络的结构和操作选择节点检测方法的节点检测方法和节点检测器。 一种用于检测连接到网络的节点的节点检测方法,包括:解释与周期有关的第一脚本来决定检测周期的第一步骤; 当节点检测定时到来时,解释用于选择信息以选择要获取的下一个信息的第二脚本的第二步骤; 通过使用匹配协议通过网络收集所选信息的第三步骤; 解释所获取的信息并在判断出已经检测到新节点时存储节点信息的第四步骤; 以及使得由所述最后一个节点检测检测到的所有节点的第五步骤,执行所述第二至第四步骤。