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    • 1. 发明申请
    • Route guidance system
    • 路线指导系统
    • US20090201176A1
    • 2009-08-13
    • US10333677
    • 2001-09-10
    • Takanori ShimadaYoshiyuki Furukawa
    • Takanori ShimadaYoshiyuki Furukawa
    • G08G1/095G06K9/00
    • G01C21/20
    • Provided is a route guidance system that provides a route in premises in order to perform service of route guidance in the premises, which includes: a route guidance apparatus, which is comprised of visible region calculation means that calculates a range where a user can see, signpost extraction means that extracts a signpost to be guided from a visible region, route search means that searches the route from a starting point to a destination, route information generation means that comprises guidance map generation means that generates a map for guidance and guidance sentence generation means that generates the guidance sentence, route leading means that obtains current positional information to send appropriate guidance information to a portable terminal, and position determination means that performs coordinate conversion to information from a position detection apparatus of the user; a portable terminal apparatus including a user interface, which displays an image or a route guidance sentence; a position detection apparatus that obtains current positional information of the user; a map DB that stores data/signpost information regarding the route; a guidance sentence DB that stores basic data for generating the guidance sentence; and route information data that stores guidance data output from the route information generation means.
    • 提供了一种路径引导系统,其在前提中提供路线,以便在房屋内进行路线引导的服务,其包括:路线引导装置,其包括计算用户可以看到的范围的可见区域计算装置, 路标提取手段,提取从可见区域引导的路标,将从起点到目的地的路线搜索的路线搜索单元,包括指导图生成单元,其生成用于引导和指导语句生成的地图 意味着产生指导句子,路线引导装置,其获得当前位置信息以向便携式终端发送适当的引导信息;以及位置确定装置,其对来自用户的位置检测装置的信息执行坐标转换; 一种便携式终端设备,包括显示图像或路线指导语句的用户界面; 获取用户的当前位置信息的位置检测装置; 存储关于路线的数据/路标信息的地图DB; 指导语句DB,存储用于生成指导语句的基本数据; 以及路径信息数据,其存储从路线信息生成单元输出的引导数据。
    • 2. 发明授权
    • Method and system for progress management assistance
    • 进度管理协助方法和制度
    • US6122621A
    • 2000-09-19
    • US925487
    • 1997-09-08
    • Takanori Shimada
    • Takanori Shimada
    • G05B19/418B65G61/00G06Q10/06G06Q50/00G06Q50/04G06F19/00
    • G06Q10/06312G06Q10/06G06Q10/06314
    • A first storage in a system for progress management assistance stores production schedule data for a lot including: a production start time of the lot, described with a numerical value and/or a pointer; a production period for the lot, described with a numerical value; and a production finish time for the lot, described with a pointer and/or a numerical value that is obtained by adding the production period to the production start time. A second storage in the system stores an idle period table, in which an idle period between lots allocated to the same facility in the production schedule data is stored as a pair of a production finish time of a preceding lot and a production finish time of a following lot therein. An influence propagating device of the system reads actual result data of the production schedule data stored in the first storage, matches the actual result data with the production schedule data, propagates time data to the production schedule data and the idle period table via the pointers, and retrieves duplication of lots allocated to the same facility from the idle period table stored in the second storage. The influence propagating device propagates an alteration in time data to the production schedule data and the idle period table via the pointers by at least adding a duplicate period to a production start time of a following lot.
    • 用于进度管理帮助的系统中的第一存储存储批次的生产计划数据,包括:用数值和/或指针描述的批次的生产开始时间; 一个生产期的批次,用数值描述; 以及通过将生产周期添加到生产开始时间而获得的指针和/或数值来描述批次的生产完成时间。 系统中的第二存储器存储空闲期间表,其中分配给生产计划数据中的相同设施的批次之间的空闲时段被存储为前一批次的生产完成时间和生产完成时间 其中很多。 系统的影响传播装置读取存储在第一存储器中的生产调度数据的实际结果数据,将实际结果数据与生产调度数据相匹配,经由指针将时间数据传播到生产调度数据和空闲周期表, 并且从存储在第二存储器中的空闲时段表中检索分配给同一设备的批次的重复。 影响传播装置通过至少将重复的周期添加到后续批次的生产开始时间,经由指针将时间数据的改变传播到生产计划数据和空闲时段表。
    • 4. 发明申请
    • FUEL CELL SYSTEM AND OPERATION METHOD OF FUEL CELL SYSTEM
    • 燃料电池系统和燃料电池系统的运行方法
    • US20120214028A1
    • 2012-08-23
    • US13504868
    • 2011-09-01
    • Hiroshi NagasatoTakanori ShimadaYoshikazu Tanaka
    • Hiroshi NagasatoTakanori ShimadaYoshikazu Tanaka
    • H01M8/04H01M8/02
    • H01M8/04373H01M8/04358H01M8/04417H01M8/04425H01M8/04955
    • A fuel cell system (1) comprises a fuel cell unit (10); and a control unit (20); the control unit including: an allowable operation time setting section (22) which sets an allowable operation time (T6) of the fuel cell unit for each unit period (T3); and an operation control section (21) which operates the fuel cell unit such that an actual operation time (T7) of the fuel cell unit per unit period is not more than the allowable operation time; the allowable operation time setting section calculates an accumulated value of reference values (T5) of the allowable operation time for each unit period which correspond to past all unit periods and an accumulated value of values of the actual operation time for each unit period which correspond to past all unit periods, the reference values of the allowable operation time for each unit period being set based on the durable operation time (T2) and the guaranteed usage period (T1); and if a remaining operation time (T9) which is a difference value between the accumulated values, a time obtained by adding a divided part of the remaining operation time to the reference value, is set as an allowable operation time in a next unit period.
    • 燃料电池系统(1)包括燃料电池单元(10); 和控制单元(20); 所述控制单元包括:容许运行时间设定部(22),其设定每个单位周期(T3)的所述燃料电池单元的允许运行时间(T6); 以及操作控制部(21),其操作燃料电池单元,使得每单位时间段的燃料电池单元的实际运转时间(T7)不大于允许运行时间; 允许运行时间设定部分计算与过去的所有单位周期相对应的每个单位周期的允许运行时间的参考值(T5)的累积值和对应于每个单位周期的实际运行时间的值的累加值 在所有单位周期内,基于持久运行时间(T2)和保证使用期限(T1)设定每个单位周期允许运行时间的参考值; 并且如果作为累积值之间的差值的剩余操作时间(T9)被设定为在下一单位周期中的允许运行时间,将通过将剩余操作时间的分割部分加到基准值而获得的时间。
    • 7. 发明授权
    • Fuel cell operating method and fuel cell system
    • 燃料电池操作方法和燃料电池系统
    • US08859155B2
    • 2014-10-14
    • US13580591
    • 2011-02-21
    • Motomichi KatouYoshikazu TanakaTakanori Shimada
    • Motomichi KatouYoshikazu TanakaTakanori Shimada
    • H01M8/04
    • H01M8/04955H01M8/04992H01M2250/405Y02B90/14Y02B90/16Y02E60/50
    • Included are: a basic operation plan creating section 2 configured to create a basic operation plan based on durable years (e.g., 10 years) and a durable operating time (e.g., 40000 hours) of a fuel cell 1, such that the fuel cell 1 is operated within the range of at least one of a first allowable operating time (e.g., 11 hours) per predetermined unit period (e.g., per day) and the number of durable start-ups (e.g., 4000 times) per predetermined unit period; a special operation plan creating section 3 configured to create a special operation plan such that the fuel cell 1 is operated within the range of at least one of a second allowable operating time (e.g., 20 hours) per predetermined unit period (e.g., per day) and a second allowable number of start-ups per predetermined unit period, the second allowable operating time being longer than the first allowable operating time, the second allowable number of start-ups being greater than the first allowable number of start-ups; an operation plan selecting section 4 configured to select one of the basic operation plan and the special operation plan; and a fuel cell operating section 5 configured to operate the fuel cell 1 based on the operation plan selected by the operation plan selecting section 4.
    • 包括:基本操作计划创建部分2,其被配置为基于燃料电池1的耐用年(例如10年)和耐用的操作时间(例如40000小时)来创建基本操作计划,使得燃料电池1 在每预定单位周期(例如,每天)的第一允许运行时间(例如11小时)和每预定单位周期的耐用启动次数(例如,4000次)中的至少一个的范围内操作; 特殊操作计划生成部分3,其被构造成创建特定操作计划,使得燃料电池1在每预定单位周期(例如,每天)的第二可允许操作时间(例如,20小时)中的至少一个的范围内操作 )和每个预定单位周期的第二允许数量的启动次数,所述第二允许运行时间长于所述第一可允许运行时间,所述第二允许启动次数大于所述第一容许次数的初始化; 操作计划选择部分4,被配置为选择基本操作计划和特殊操作计划之一; 以及燃料电池操作部5,其构造为基于由操作计划选择部4选择的操作方案来操作燃料电池1。
    • 8. 发明申请
    • FUEL CELL OPERATING METHOD AND FUEL CELL SYSTEM
    • 燃料电池操作方法和燃料电池系统
    • US20120321977A1
    • 2012-12-20
    • US13580591
    • 2011-02-21
    • Motomichi KatouYoshikazu TanakaTakanori Shimada
    • Motomichi KatouYoshikazu TanakaTakanori Shimada
    • H01M8/04
    • H01M8/04955H01M8/04992H01M2250/405Y02B90/14Y02B90/16Y02E60/50
    • Included are: a basic operation plan creating section 2 configured to create a basic operation plan based on durable years (e.g., 10 years) and a durable operating time (e.g., 40000 hours) of a fuel cell 1, such that the fuel cell 1 is operated within the range of at least one of a first allowable operating time (e.g., 11 hours) per predetermined unit period (e.g., per day) and the number of durable start-ups (e.g., 4000 times) per predetermined unit period; a special operation plan creating section 3 configured to create a special operation plan such that the fuel cell 1 is operated within the range of at least one of a second allowable operating time (e.g., 20 hours) per predetermined unit period (e.g., per day) and a second allowable number of start-ups per predetermined unit period, the second allowable operating time being longer than the first allowable operating time, the second allowable number of start-ups being greater than the first allowable number of start-ups; an operation plan selecting section 4 configured to select one of the basic operation plan and the special operation plan; and a fuel cell operating section 5 configured to operate the fuel cell 1 based on the operation plan selected by the operation plan selecting section 4.
    • 包括:基本操作计划创建部分2,其被配置为基于燃料电池1的耐用年(例如10年)和耐用的操作时间(例如40000小时)来创建基本操作计划,使得燃料电池1 在每预定单位周期(例如,每天)的第一允许运行时间(例如11小时)和每预定单位周期的耐用启动次数(例如,4000次)中的至少一个的范围内操作; 特殊操作计划生成部分3,其被构造成创建特定操作计划,使得燃料电池1在每预定单位周期(例如,每天)的第二可允许操作时间(例如,20小时)中的至少一个的范围内操作 )和每个预定单位周期的第二允许数量的启动次数,所述第二允许运行时间长于所述第一可允许运行时间,所述第二允许启动次数大于所述第一容许次数的初始化; 操作计划选择部分4,被配置为选择基本操作计划和特殊操作计划之一; 以及燃料电池操作部5,其构造为基于由操作计划选择部4选择的操作方案来操作燃料电池1。
    • 9. 发明申请
    • FUEL CELL POWER GENERATION SYSTEM
    • 燃料电池发电系统
    • US20120070755A1
    • 2012-03-22
    • US13321653
    • 2011-02-28
    • Hiroaki KakuMotomichi KatouTakanori ShimadaYoshikazu Tanaka
    • Hiroaki KakuMotomichi KatouTakanori ShimadaYoshikazu Tanaka
    • H01M8/04
    • H01M8/04619H01M8/0494H01M8/04992H01M2250/10H01M2250/405Y02B90/14Y02B90/16Y02P90/40
    • A fuel cell power generation system including: a measurement section configured to measure an accumulated energized period; a calendar section configured to specify a time and a date; a memory having stored therein a matrix in which time-of-year segments which are defined by dividing a one-year period are arranged in rows, and energized period segments which are defined by dividing a target value of the accumulated energized period are arranged in columns, wherein the matrix stores, as elements, upper limit values of a power generation period per unit time of a fuel cell stack, and the upper limit values are set such that the sum of power generation periods calculated for all of the elements coincides with a pre-measured life period of the fuel cell stack; a calculation section configured to apply the time and the date and the accumulated energized period to the matrix, and to determine an upper limit value of the power generation period per unit time; and an operation controller configured to set, in consideration of at least a thermal demand from a demander, a plan for a power generation operation to be performed in each unit time within the range of the upper limit value, and to control the power generation operation of the fuel cell stack based on the plan.
    • 一种燃料电池发电系统,包括:测量部,被配置为测量累积的通电时段; 配置为指定时间和日期的日历部分; 存储器中存储有矩阵,其中通过划分一年期限定义的年份段被排列成行,并且通过将累积通电期间的目标值除以定义的通电周期段被布置在 列,其中矩阵作为元件存储燃料电池堆的每单位时间的发电周期的上限值,并且上限值被设置为使得为所有元件计算的发电周期的总和与 燃料电池堆的预测寿命周期; 计算部,被配置为将时间和日期以及累积通电期间应用于矩阵,并且确定每单位时间的发电周期的上限值; 以及操作控制器,被配置为考虑至少来自需求者的热需求,在上限值的范围内,在每单位时间内设定要执行的发电操作的计划,并且控制发电操作 的燃料电池堆。
    • 10. 发明授权
    • System for controlling physical distribution pallets
    • 用于控制物理托盘的系统
    • US5933354A
    • 1999-08-03
    • US732099
    • 1996-10-15
    • Takanori ShimadaAkihiro AbeKazuo Kobashi
    • Takanori ShimadaAkihiro AbeKazuo Kobashi
    • G05B19/418G06Q10/08G06F19/00
    • G06Q10/08G05B19/41865G06Q10/087G05B2219/31095G05B2219/31158G05B2219/31283G05B2219/31312G05B2219/31319G05B2219/33192Y02P90/04Y02P90/10Y02P90/18Y02P90/20
    • The present invention provides a system for controlling physical distribution pallets, by which it is possible to accurately identify status of pallets, to set up an adequate forwarding plan of pallets, and to accomplish physical distribution in smooth manner. The system comprises wireless detecting means 22 mounted on pallets and for detecting pallet control information transmitted from transmitting means 21 which stores pallet control information of said pallet and transmits in wireless, pallet stock data storage means 23 for receiving and storing the pallet control information detected by the wireless detecting means via a wide area communication network, and pallet status judging means 24 for judging whether the pallet stored in memory of the pallet stock data storage means is empty or not based on the pallet control information of said pallet. Further, it comprises supply and demand predicting means 27 for predicting supply and demand of pallets at physical distribution bases and planning means 29 for setting up a forwarding plan for forwarding pallets at minimal cost between physical distribution bases. It is possible according to the present system to accurately identify the status of pallets, to set up an adequate forwarding plan for pallets, and to accomplish smooth physical distribution.
    • 本发明提供了一种用于控制物理托盘的系统,通过该系统可以准确地识别托盘的状态,建立托盘的适当的转运计划,并以平滑的方式完成物理分配。 该系统包括安装在托盘上的无线检测装置22,用于检测从发送装置21发送的托盘控制信息,该托盘控制信息存储托盘的托盘控制信息,并在无线中发送托盘库存数据存储装置23,用于接收和存储由 通过广域通信网络的无线检测装置以及托盘状态判断装置24,用于基于托盘的托盘控制信息来判断存储在托盘库存数据存储装置的存储器中的托盘是否为空。 此外,它包括供应和需求预测装置27,用于预测物理配送基地上托盘的供应和需求;以及规划装置29,用于在物理分配基地之间以最小的成本建立转运托盘的转运计划。 根据现行制度,准确地确定托盘的状态,建立妥善的托盘转运计划,实现物流的顺利进行。