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    • 4. 发明授权
    • Apparatus for displaying travel path
    • 显示行驶路径的装置
    • US5170165A
    • 1992-12-08
    • US514304
    • 1990-04-26
    • Akira IihoshiYukinobu NakamuraYoshiyuki MatsumotoTomoyuki Nishio
    • Akira IihoshiYukinobu NakamuraYoshiyuki MatsumotoTomoyuki Nishio
    • G01C21/30G09B29/10
    • G09B29/106G01C21/30
    • Disclosed is a travel path displaying apparatus for indicating the current position of an automobile running on a selected road in a road map appearing on an associated screen. A cumulation of errors in estimating sequential current positions will cause an incorrect indication of the automobile's position on the screen and the automobile will depart from all the roads appearing on the screen. In order to find the correct road on which the automobile is traveling it is necessary to carry out pattern matching between the travel trace and each of a number of selected roads, thereby determining which road is closest to the travel trace in shape. The apparatus permits selection of the least possible number of roads for pattern matching, thus permitting quick determination as to the road on which the automobile is traveling and as to the direction in which it is traveling.
    • 公开了一种行驶路径显示装置,用于指示在相关屏幕上出现的道路地图中在选定道路上行驶的汽车的当前位置。 在估计连续的当前位置时的误差累积将导致汽车在屏幕上的位置的错误指示,并且汽车将离开出现在屏幕上的所有道路。 为了找到汽车正在行驶的正确的道路,需要在行驶轨迹和多条选定道路中的每一条之间执行模式匹配,从而确定哪条路最靠近行进轨迹的形状。 该装置允许选择最少可能数量的用于模式匹配的道路,从而允许快速确定汽车行驶的道路以及其行驶方向。
    • 6. 发明授权
    • Apparatus for displaying travel path
    • 显示行驶路径的装置
    • US5016007A
    • 1991-05-14
    • US277417
    • 1988-11-29
    • Akira IihoshiYukinobu Nakamura
    • Akira IihoshiYukinobu Nakamura
    • G01C21/30G09B29/10
    • G09B29/106G01C21/30
    • An apparatus for displaying a travel path of a running body, such as a vehicle in which a constantly changing location of the running body is successively computed and the current location of said running body is displayed successively, in accordance with the data thus computed, on a display screen having a map previously displayed thereon, which comprises means for dividing patterns of roads on said map and the path of travel of the running body into line segments to effect pattern recognition according to the polygonal approximation and means for producing a display of the travel path in accordance with the line segments of the road to which the matching of the pattern recognition has been attained.
    • 一种用于显示行驶体的行进路径的装置,例如车辆的行进路径,其中连续地计算行驶体的不断变化的位置,并且根据所计算的数据依次显示所述行驶体的当前位置, 具有先前在其上显示的映射的显示屏幕,其包括用于将所述地图上的道路的图案和行走体的行进路径划分成线段以根据多边形近似来进行模式识别的装置和用于产生 根据已经达到模式识别匹配的道路的线段的行程路径。
    • 9. 发明授权
    • Service providing method and system
    • 服务提供方法和系统
    • US06754570B2
    • 2004-06-22
    • US10207875
    • 2002-07-31
    • Akira IihoshiYuji Kameoka
    • Akira IihoshiYuji Kameoka
    • G06F1900
    • G07C5/085G07C5/008
    • A vehicle 2 performs fault diagnosis of the vehicle and calculation of the service life of parts using information obtained from sensors and control units, and when the necessity for repair work of the vehicle arises, makes a repair request to an information center 1. The information center 1 having received the repair request notifies terminals of outlets 4 of the repair request, to request the outlets 4 to transmit a service condition of their shop. The outlets 4 transmit the service conditions of the shop to the information center 1, in response to the repair request. The information center 1 relays the received service condition of each outlet 4 to the user, so that the user can select a desired service condition. The information center 1 then transmits contract completion information to the outlet 4 having proposed the service condition selected by the user, to mediate an agreement between the user and the outlet 4.
    • 车辆2使用从传感器和控制单元获得的信息来执行车辆的故障诊断和计算零件的使用寿命,并且当出现车辆的维修工作的必要性时,向信息中心1发送修理请求。信息 已经接收到修理请求的中心1通知出口4的修理请求的终端,要求出口4发送其商店的服务条件。 出口4响应于修理请求将商店的服务条件传送到信息中心1。 信息中心1将每个出口4的接收到的服务条件中继给用户,使得用户可以选择所需的服务条件。 然后,信息中心1向已经提出用户选择的服务条件的出口4发送合同完成信息,以调解用户和出口4之间的协议。
    • 10. 发明授权
    • Radar device
    • 雷达设备
    • US6140954A
    • 2000-10-31
    • US238662
    • 1999-01-26
    • Takashi SugawaraAkira Iihoshi
    • Takashi SugawaraAkira Iihoshi
    • G01S13/34G01S13/536G01S13/60G01S13/93
    • G01S13/536G01S13/345G01S13/931G01S2013/9364G01S2013/9367
    • A radar device for detecting distances and relative speeds of obstructions such as preceding vehicles has a stationary object identifier for identifying stationary objects such as roadside guard rails and the like and a stationary object eliminator for eliminating data identified as pertaining to such stationary objects. The stationary object identifier detects peak densities in a beat spectrum detected as a difference between transmitted and received frequencies of a radar beam modulated to rise and fall in frequency periodically and identifies peak groups having peak densities above a predetermined value as stationary objects. Therefore, it is possible to detect a stationary roadside object on the basis of peak densities. The stationary object eliminator eliminates data of peak groups identified as stationary objects by the stationary object identifier and thereby removes them as objects of combination processing for pairing rise side beat frequencies with fall side beat frequencies. As a result the amount of processing required for this pairing is reduced and the occurrence of wrong pairings is reduced and it is possible to eliminate the unnecessary calculation of distances and relative speeds of roadside objects.
    • 用于检测前方车辆的障碍物的距离和相对速度的雷达装置具有用于识别诸如路边护栏等的静止物体的静止物体识别器和用于消除被识别为属于这种固定物体的数据的静止物体消除器。 静止物体识别器检测作为被调制为频率上升和下降的雷达波束的发射和接收频率之间的差异检测的拍频中的峰值密度,并将具有高于预定值的峰值密度的峰值识别为静止对象。 因此,可以基于峰值密度来检测静止的路边物体。 固定物体消除器通过静止物体识别符消除了被识别为静止物体的峰组的数据,从而将它们作为用于配对具有下降侧拍频的配对上升侧拍频的组合处理对象。 结果,这种配对所需的处理量减少,并且错配配对的发生减少,并且可以消除路边物体的距离和相对速度的不必要的计算。