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    • 2. 发明授权
    • Transit schedule generating method and system
    • 运输时间表生成方法和系统
    • US4926343A
    • 1990-05-15
    • US255253
    • 1988-10-11
    • Setsuo TsurutaShoji Miyamoto
    • Setsuo TsurutaShoji Miyamoto
    • G06F17/50B61L27/00G06Q50/00G06Q50/26
    • G06Q10/06B61L27/0016B61L27/0033Y10S706/905
    • This invention relates to a method of and a system for generating and correcting or regulating a transit schedule of a transportation medium, such as a train. Schedule tables for transportation media having numerical values for departure and arrival time, place of departure, transportation media and trainmen to be allotted and connection transportation media are correspondingly shown. Diagrams of plans are edited differently from the schedule tables, and diagrams of all or individual operations to be carried out by trainmen and other workers are all stored in a memory, and these diagrams are displayed in a display unit. Whenever variations occur in the schedules and actual transit condition is checked. Problems are eliminated automatically in a predetermined range of the diagrams, or picture and guidance displayed at once.
    • 本发明涉及一种用于产生和校正或调节诸如列车的运输介质的运输时间表的方法和系统。 相应地显示了运输介质的出发时间和到达时间,出发地点,运输媒体和分配的培训员数量以及连接运输介质的时间表。 计划图与计划表不同,由训练员和其他工作人员执行的所有或单个操作的图表都存储在存储器中,这些图显示在显示单元中。 无论何时在时间表中出现变化,检查实际转接条件。 在图的预定范围内自动消除问题,或立即显示图片和指导。
    • 4. 发明授权
    • Path search circuit, radio receiver and radio transmitter, utilizing a directional beam
    • 路径搜索电路,无线电接收机和无线电发射机,利用定向波束
    • US07088956B2
    • 2006-08-08
    • US10411344
    • 2003-04-10
    • Takaaki KishigamiTakashi FukagawaYasuaki YudaKeiji TakakusakiShoji Miyamoto
    • Takaaki KishigamiTakashi FukagawaYasuaki YudaKeiji TakakusakiShoji Miyamoto
    • H04B1/00H04B15/00
    • H04B1/7113H04B1/7117H04B7/086
    • A path search circuit according to the present invention has an orthogonal multi-beam forming section 4 for directional reception with a plurality of orthogonal multi-beams orthogonal one to another, correlation-operating sections 61–6M for correlation-operating outputs of the orthogonal multi-beam forming section 4 with a known signal, weight multiplying sections 81–8Nb for multiplying the output of the correlation-operating section 61–6M by a weight converted into a beam space, delay profile generating sections 91–9Nb for generating delay profiles from the output signals of the weight multiplying sections 81–8Nb, and a path detecting section 10 for detecting a reception timing and arrival direction of arrival path from the delay profile. This path search circuit can enhance the accuracy of path direction detection by the use of a directional reception signal, and further reduce the direction dependence of path timing detection accuracy.
    • 根据本发明的路径搜索电路具有用于定向接收的正交多波束形成部分4,其中多个正交多波束彼此正交,相关运算部分61-6M用于正交的相关运算输出 具有已知信号的多波束形成部分4,用于将相关操作部分61-6M的输出乘以被转换成波束空间的权重的加权乘法部分81-8 Nb,延迟分布生成部分91-9 Nb 从权重乘法部分81-8 Nb的输出信号产生延迟分布;以及路径检测部分10,用于从延迟分布中检测接收定时和到达方向到达方向。 该路径搜索电路可以通过使用定向接收信号来提高路径方向检测的精度,进一步减小路径定时检测精度的方向依赖性。
    • 5. 发明授权
    • Method of program management for multiple computer system
    • 多计算机系统程序管理方法
    • US5416905A
    • 1995-05-16
    • US979433
    • 1992-11-20
    • Kinji MoriShoji MiyamotoKoichi Haruna
    • Kinji MoriShoji MiyamotoKoichi Haruna
    • G06F9/46G06F15/16G06F15/163G06F15/173
    • G06F9/54G06F15/161
    • In a multiple computer system, a computer sends a program annexed with a code representative of the characteristic (e.g., the content and length of the program, the cooperation with other programs, the content of input and output data) of the program to the transmission line. Another computer checks the program based on the code representative of the program characteristic, and receives the program if necessary or executable based on the check result. Each computer can set, as occasion arises or if necessary, codes representative of the characteristics of several programs executable by the computer, so that specific receiving stations are not needed to be identified beforehand. The received program is checked based on the characteristic code annexed thereto, and if proper, the program is stored or executed if necessary.
    • 在多计算机系统中,计算机发送附加有表示程序的特性(例如,程序的内容和长度,与其他程序的协作,输入和输出数据的内容)的代码附加到传输的程序 线。 另一台计算机根据代表程序特征的代码检查程序,并根据检查结果在必要时或可执行的情况下接收程序。 每个计算机可以根据情况或必要时设置代表可由计算机执行的几个程序的特性的代码,使得不需要预先识别特定的接收站。 接收到的程序根据其附带的特征代码进行检查,如果需要,程序被存储或执行。
    • 6. 发明授权
    • Image processing apparatus
    • 图像处理装置
    • US5297222A
    • 1994-03-22
    • US785221
    • 1991-10-28
    • Kinji MoriYoko KunaiShoji MiyamotoSadanori ShingaiHirokazu Ihara
    • Kinji MoriYoko KunaiShoji MiyamotoSadanori ShingaiHirokazu Ihara
    • G06K9/00
    • G06K9/00
    • In order to recognize an object to be recognized, the present invention comprises a plurality of photosensors for receiving reflected rays from an object to be recognized, and a plurality of image recognition processors. Said plurality of sensors and processors are connected in network structure, so that each of said plurality of sensors recognizes only a part of the object to be recognized and applies signals to said plurality of image recognition processors, and each of said plurality of image recognition processors recognizes the object to be recognized according only to said image recognition signals applied from said plurality of sensors adjacent to each other. Further, in order to make the image of the object, each of said image recognition processor recognizes the image of the object, in conjunction with adjacent image recognition processors, according to the information showing the profile of each part of the object, and applies signals to light emitting devices for displaying the image.
    • 为了识别要识别的对象,本发明包括用于接收来自被识别对象的反射光线的多个光电传感器和多个图像识别处理器。 所述多个传感器和处理器以网络结构连接,使得所述多个传感器中的每个传感器仅识别被识别对象的一部分,并将信号施加到所述多个图像识别处理器,并且所述多个图像识别处理器 仅根据从彼此相邻的所述多个传感器施加的所述图像识别信号识别要识别的对象。 此外,为了使对象的图像,所述图像识别处理器中的每一个根据表示对象的每个部分的轮廓的信息,与相邻的图像识别处理器一起识别对象的图像,并且施加信号 涉及用于显示图像的发光装置。
    • 7. 发明授权
    • Data searching apparatus by feature pattern
    • 数据搜索装置的特征模式
    • US4776020A
    • 1988-10-04
    • US695236
    • 1985-01-28
    • Michitaka KosakaShoji Miyamoto
    • Michitaka KosakaShoji Miyamoto
    • G06K9/62G06F17/30G06K9/64G06K9/68G06T7/00G06K9/00
    • G06K9/6203
    • An apparatus for searching data by feature patterns comprises a plurality of processors operating independent of one another for recognizing individual feature patterns of plural input pattern data, a large-capacity file accesing unit arranged to use data constituted by arrays of results of recognitions outputted from the processors as addresses, and a large-capacity file for storing data associated with a large number of input patterns, respectively, at locations of the addresses corresponding to the feature patterns of the input pattern data, respectively. An apparatus for searching data on the basis of feature pattern comprises a plurality of processors of which at least one is activated in response to the results of the processings performed by the other processors which operate independent of one another for recognizing individual feature patterns of input pattern data, respectively, devices for outputting the results of the processings performed by the other processors to the one processor, controller for controlling the activation of the one processor on the basis of the outputted results of the processings, and a large-capacity file arranged to use data constituted by arrays of the results of recognitions outputted from the plural processors directly as the addresses.
    • 用于通过特征图案搜索数据的装置包括彼此独立地操作以识别多个输入图案数据的单独特征图案的多个处理器;大容量文件附加单元,被配置为使用由从所述多个输入图形数据输出的识别结果的数组的阵列构成的数据 处理器作为地址,以及大容量文件,分别在与输入模式数据的特征图案对应的地址的位置分别存储与大量输入模式相关联的数据。 用于基于特征图案搜索数据的装置包括多个处理器,响应于由彼此独立操作的其他处理器执行的处理的结果激活至少一个,用于识别输入模式的各个特征图案 数据分别用于将由其他处理器执行的处理结果输出到一个处理器的控制器,用于基于输出的处理结果来控制一个处理器的激活的控制器;以及大容量文件,其被布置为 将由多个处理器输出的识别结果的数组构成的数据直接用作地址。
    • 10. 发明授权
    • Transmission device and gain control method
    • 传输装置和增益控制方法
    • US07418242B2
    • 2008-08-26
    • US10579062
    • 2004-11-12
    • Atsushi SumasuShoji MiyamotoSadaki FutagiKeiji TakakusakiTakao Nihei
    • Atsushi SumasuShoji MiyamotoSadaki FutagiKeiji TakakusakiTakao Nihei
    • H04B1/00H04B1/40
    • H04W52/52H03G3/3036H04B2001/0416
    • An apparatus that can lower the possibility of failing reception modulation in communication where data is transmitted with and without directivity and prevent deterioration of transmission efficiency caused by retransmission. With this apparatus, a gain control signal multiplex section (203) time division multiplexes a directional transmission signal and a gain control signal. A transmission level control section (204) controls the transmission power level of a gain control signal so that the transmission power level of the gain control signal is smaller than the transmission power level of a directional transmission signal and the received power level of the gain control signal is larger than a received power level of a nondirectional transmission signal at the receiving side, and controls the transmission power level of a directional transmission signal so that the received power level of the directional transmission signal is larger than the received power level of a nondirectional transmission signal and the received power level of a gain control signal at the receiving side.
    • 能够降低在具有指示性和无方向性的情况下传送数据的通信中的接收调制失败的可能性的装置,并且防止由重传引起的传输效率的恶化。 利用该装置,增益控制信号复用部分(203)时分复用定向传输信号和增益控制信号。 发送电平控制部(204)控制增益控制信号的发送功率电平,使得增益控制信号的发送功率电平小于定向发送信号的发送功率电平和增益控制的接收功率电平 信号大于接收侧的非定向传输信号的接收功率电平,并且控制定向发射信号的发射功率电平,使得定向传输信号的接收功率电平大于非定向传输信号的接收功率电平 发送信号和接收侧的增益控制信号的接收功率电平。