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    • 1. 发明授权
    • File history recording system, file history management system and file history recording method
    • 文件历史记录系统,文件历史管理系统和文件历史记录方法
    • US09384177B2
    • 2016-07-05
    • US13255169
    • 2011-05-27
    • Takao SakuraiYukihisa FujitaKen Naono
    • Takao SakuraiYukihisa FujitaKen Naono
    • G06F17/30G06F17/22
    • G06F17/2288G06F17/30115
    • At the time of copy & paste, an item, a size and a paste content are recorded, and the importance of the paste is determined based on the number of pasted items, and a pasted data size relative to the overall file. Also, an item name and a change content are recorded, and when the manager inputs an important keyword (or unimportant keyword) in visualizing a file history, the importance is increased (or decreased) if the keyword is included in the item name or the change content. A function of displaying the file history in order of importance if the file history is displayed in table format in visualizing the file history, and a function of displaying, or highlighting, only the source file in which the importance is greater than or equal to a threshold set by the manager if the file history is displayed graphically are provided.
    • 在复制和粘贴时,记录项目,大小和粘贴内容,并且基于粘贴项目的数量以及相对于整个文件的粘贴的数据大小来确定粘贴的重要性。 此外,记录项目名称和更改内容,并且当管理者在可视化文件历史中输入重要关键字(或不重要的关键字)时,如果关键字被包括在项目名称中或者 更改内容 如果文件历史以表格格式显示在可视化文件历史中,则按照重要性的顺序显示文件历史的功能,以及仅显示或突出显示重要性大于或等于a的源文件的功能 如果以图形方式显示文件历史记录,则由管理员设置的阈值。
    • 3. 发明申请
    • TRAIL MANAGEMENT METHOD, SYSTEM, AND PROGRAM
    • TRAIL管理方法,系统和程序
    • US20110016110A1
    • 2011-01-20
    • US12750202
    • 2010-03-30
    • Masashi EGITakao SakuraiKen Naono
    • Masashi EGITakao SakuraiKen Naono
    • G06F17/30
    • G06F21/6227G06F21/10G06F21/552G06F2221/0775G06F2221/2111G06F2221/2117G06F2221/2135G06F2221/2149G06F2221/2151
    • A trail management system acquires and manages operation contents in a PC that is provided with an operation function including a document transcription function. When a user performs a transcription operation, a server acquires operation information and stores it as chronological data. The operation information contains time of the transcription operation, a user name, a value transcribed by the transcription operation, document specification information for specifying a transcription origin document during the transcription operation, location specification information for specifying a transcription origin location in the transcription origin document, document specification information for specifying a transcription destination document during the transcription operation, and location specification information for specifying a transcription destination location in the transcription origin document. Using a PC, an administrator searches for chronological data in accordance with a search condition supplied to search for the chronological data and displays a search result on the PC.
    • 轨迹管理系统获取和管理具有包括文档转录功能的操作功能的PC中的操作内容。 当用户执行转录操作时,服务器获取操作信息并将其作为时间顺序数据存储。 操作信息包含转录操作的时间,用户名,由转录操作转录的值,用于在转录操作期间指定转录起始文档的文档指定信息,用于指定转录起始文档中的转录起始位置的位置指定信息 用于在转录操作期间指定转录目的地文档的文档规范信息,以及用于指定转录起始文档中的转录目的地位置的位置指定信息。 使用PC,管理员根据提供的搜索条件搜索按时间顺序的数据,以搜索按时间顺序排列的数据,并在PC上显示搜索结果。
    • 4. 发明授权
    • Vehicle seat
    • 车座
    • US08801094B2
    • 2014-08-12
    • US13597566
    • 2012-08-29
    • Takeshi NishiuraTakao Sakurai
    • Takeshi NishiuraTakao Sakurai
    • A47C7/24A47C31/02
    • B60N2/7011
    • A vehicle seat including a three-dimensional woven knitted fabric including a surface-layer-side base fabric, a back-layer-side base fabric, and an intermediate layer that three-dimensionally connects the surface-layer-side base fabric and the back-layer-side base fabric, the three-dimensional woven knitted fabric being tightly stretched on a seat frame by a locking member provided to an end portion thereof to form a seat surface, wherein an edge portion of the three-dimensional woven knitted fabric has a single-layer structure, which includes only the back-layer-side base fabric among the surface-layer-side base fabric, the back-layer-side base fabric and the intermediate layer, and wherein the locking member is provided to an end portion of the back-layer-side base fabric.
    • 一种车辆座椅,其包括三维编织物,其包括表面层基底织物,背层侧基底织物和中间层,其将表层侧基底织物和背面 三维编织针织物通过设置在其端部的锁定构件在座椅框架上紧密拉伸以形成座面,其中三维编织物的边缘部分具有 单层结构,其仅包括表层侧基底织物,背层侧基底织物和中间层中的背层侧基底织物,并且其中锁定构件设置在端部 背层侧基布的一部分。
    • 5. 发明申请
    • METHOD AND DEVICE FOR GUARANTEEING PERFORMANCE IN STREAM DATA PROCESSING
    • 用于保证流数据处理性能的方法和设备
    • US20130204931A1
    • 2013-08-08
    • US13820048
    • 2011-01-26
    • Takao SakuraiTomohiro Hanai
    • Takao SakuraiTomohiro Hanai
    • H04L29/06
    • H04L67/42H04L47/10H04L47/12H04L47/30H04L47/38
    • A method and device for guaranteeing performance of stream data processing wherein a latency guarantee and a processing accuracy guarantee are possible while ensuring a real-time property. An execution system determination unit evaluates an amount of data currently present in a queue of an input data reception unit, calculation time, and the processing accuracy. Then, during a query process, if the amount of data in the queue increases for some reason, and is likely to be larger than the requested latency, the execution system determination unit changes the system to a calculation system by which the latency can be reduced within a range that a final quality can be allowed, on the basis of the evaluation result. Under the condition that the accuracy is reduced, if the latency is likely to be greatly lower than the requested latency, the system changes to a calculation system having a higher processing accuracy.
    • 一种用于保证流数据处理的性能的方法和装置,其中在确保实时性的同时,等待时间保证和处理精度保证是可能的。 执行系统确定单元评估当前存在于输入数据接收单元的队列中的数据量,计算时间和处理精度。 然后,在查询处理期间,如果由于某些原因队列中的数据量增加并且可能大于所请求的等待时间,则执行系统确定单元将系统改变为可以减少等待时间的计算系统 在评估结果的基础上,在可以允许最终质量的范围内。 在准确性降低的条件下,如果延迟可能远低于所请求的延迟,则系统改变为具有较高处理精度的计算系统。
    • 7. 发明授权
    • Time series pattern generating system and method using historical information
    • 时间序列模式生成系统和使用历史信息的方法
    • US08027862B2
    • 2011-09-27
    • US11806819
    • 2007-06-04
    • Takao SakuraiKen NaonoMasashi Egi
    • Takao SakuraiKen NaonoMasashi Egi
    • G06F17/30
    • G06Q10/00G06Q10/0633
    • An object of this invention is to analyze history information for each of a plurality of instances, and generate a time series pattern for each of a plurality of business processes. A time series pattern generating system analyzes the history information of an instance generated upon each execution of a class that defines a series of processes and is constituted by components having a defined order, and generates a time series pattern. The history information is generated upon each execution of the components, stored in chronological order, and includes a class identifier, a component identifier, an instance identifier, and component processing time information. Information relating to the processing order of the components that are executed in each instance is created, dependence relationships between the components are estimated, and a time series pattern including a component processing order is generated.
    • 本发明的目的是分析多个实例中的每一个的历史信息,并为多个业务处理中的每一个生成时间序列模式。 时间序列模式生成系统分析在定义一系列处理的类的每次执行时生成的实例的历史信息,并且由具有定义顺序的组件构成,并且生成时间序列模式。 历史信息是在每次执行组件时生成的,按时间顺序存储,并且包括类标识符,组件标识符,实例标识符和组件处理时间信息。 创建与每个实例中执行的组件的处理顺序有关的信息,估计组件之间的依赖关系,并且生成包括组件处理顺序的时间序列模式。
    • 8. 发明申请
    • STAFF ARRANGEMENT SYSTEM AND SERVER
    • 员工安排系统和服务器
    • US20110153379A1
    • 2011-06-23
    • US12866703
    • 2009-07-30
    • Minako TobaYasuhide MoriKen NaonoMasashi EgiTakao Sakurai
    • Minako TobaYasuhide MoriKen NaonoMasashi EgiTakao Sakurai
    • G06Q10/00
    • G06Q10/06G06Q10/063112G06Q10/063118
    • According to one embodiment of the present invention, a skill level of a staff member is discriminated from an actual job log of the staff member, productivity including the skill level, a salary, and combination efficiency with another staff member is calculated, and a staff arrangement plan maximizing a productive efficiency is outputted. A system of calculating an optimum staff arrangement of staff arrangements for a job operated by a plurality of staff members, includes: a record database for a job amount generated during a certain period; a profile database for staff members; a combination-efficiency database for staff members; a skill-level database for staff members; means of acquiring a staff-profile data; means of acquiring a record of a past-generated job amount; means of calculating combination efficiency between staff members; means of predicting a job demand of the job in a specific period, from the record of the past-generated job amount; means of calculating the required number of staff members from the predicted job demand; means of calculating a working shift satisfying the required number of staff members; means of calculating a working-shift matching degree from data of the combination efficiency with the staff member and the working shift; means of performing an arrangement plan corresponding to the required number of staff members by sequentially arranging staff members in descending order of the high matching degree; and means of calculating productive efficiency of the arrangement plan, so that the arrangement plan having the highest productive efficiency is shown.
    • 根据本发明的一个实施例,工作人员的技能水平与工作人员的实际工作日志区分开来,计算与其他工作人员的技能水平,工资和组合效率的生产力,以及工作人员 输出最大化生产效率的排列方案。 计算由多名工作人员操作的工作人员安排的最佳员工安排的系统,包括:在一定时期内产生的工作量的记录数据库; 工作人员资料数据库; 工作人员组合效率数据库; 工作人员技能层面的数据库; 获取工作人员资料数据的手段; 获取过去生成工作量记录的手段; 计算员工组合效率的手段; 从过去产生的工作量的记录中预测工作在特定时期的工作需求的手段; 从预测的工作需求中计算所需工作人员人数的手段; 计算满足所需员工人数的工作班次的方法; 从组合效率与工作人员的数据和工作班次计算工作班次匹配程度的手段; 通过按照高匹配度的降序顺序安排工作人员,执行与所需人数相对应的安排计划的方式; 以及计算安排计划生产效率的方法,以显示生产效率最高的安排计划。
    • 10. 发明申请
    • Computer system for estimating operational risk
    • 用于估算操作风险的计算机系统
    • US20080177877A1
    • 2008-07-24
    • US12003993
    • 2008-01-04
    • Ken NaonoMasashi EgiTakao Sakurai
    • Ken NaonoMasashi EgiTakao Sakurai
    • G06F15/173
    • G06F11/30
    • A computer system comprising a plurality of first computers each operated by an operator and a second computer coupled via a network to the plurality of first computers. Each of the plurality of first computers executes at least one software, obtains operation information by the operator with respect to the at least one software to be executed, receives an input of information from the operator, displays a confirm window for the operator to check whether the received input information is correct or not, calculates operation time period about the displayed confirm window based on the obtained operation information; and sends the calculated operation time period about the confirm window to the second computer. The second computer receives the operation time period about the confirm window, and calculates the number of operations of which the received operation time period about the confirm window is shorter than a first threshold value.
    • 一种计算机系统,包括由操作者操作的多个第一计算机和经由网络耦合到所述多个第一计算机的第二计算机。 多个第一计算机中的每一个执行至少一个软件,由操作者获取关于要执行的至少一个软件的操作信息,从操作者接收信息的输入,显示操作者的确认窗口以检查是否 所接收的输入信息是否正确,基于获得的操作信息来计算关于所显示的确认窗口的操作时间段; 并将计算出的关于确认窗口的操作时间周期发送到第二计算机。 第二计算机接收关于确认窗口的操作时间段,并计算接收到的关于确认窗口的操作时间段比第一阈值短的操作次数。