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    • 102. 发明专利
    • Magnetic disk device
    • 磁盘设备
    • JPS58197562A
    • 1983-11-17
    • JP7995182
    • 1982-05-14
    • Hitachi Ltd
    • HONMA KOUICHIFURUMURA FUMINOBUYAMAGATA NOBUTAKEIHARA KOUICHIKUBO YUTAKA
    • G01S13/90G06F3/06G06T1/00
    • G06F3/06
    • PURPOSE:To constitute a high-speed disk device by transferring data in two- dimensional arrays to a disk, part by part, reading them in the order of discontinuous addresses found by calculation, and sending the data at right angles to the input arrays. CONSTITUTION:A magnetic disk device 5 and an additional device 6 for transposition constitute a two-dimensional transposition disk device 1. The additional device 6 consists of a storage part 12 for storing two-dimensional data and a transposition controller 13 which performs address conversion between the storage part 12 and a magnetic disk 7 to store the resulting address in a register 14 and controls the starting of the magnetic disk device 6. External data is inputted to the storage part 12 in the lateral direction 3 of a two-dimensional array and transferred to the disk 7 under the control of the transposition controller 13 and after all the data are transferred, they are rearranged under transposition control 13 to be inputted to the storage part 12 in the longitudinal direction 4, and then sent out to the outside through the bus 2. Consequently, the data transfer speed becomes faster than that of the disk device apparently and this device is suitable for the data processing of a composite opening radar.
    • 目的:通过将二维数组中的数据传送到磁盘,构成一个高速磁盘设备,通过按计算发现的不连续地址的顺序逐个读取数据,并将数据与输入阵列直接发送。 构成:磁盘装置5和用于移位的附加装置6构成二维移位盘装置1.附加装置6包括用于存储二维数据的存储部分12和转置控制器13, 存储部分12和磁盘7,以将结果地址存储在寄存器14中,并控制磁盘装置6的启动。外部数据在二维阵列的横向方向3上被输入到存储部分12, 在转移控制器13的控制下转移到盘7,并且在所有数据被传送之后,它们在转置控制器13下重新排列,以在纵向方向4上输入到存储部分12,然后通过 总线2.因此,数据传输速度明显比盘设备的速度变得更快,并且该设备适合于数据处理 复合开放雷达。
    • 103. 发明专利
    • Automatic train operating method
    • 自动火车操作方法
    • JPS58192407A
    • 1983-11-09
    • JP7525682
    • 1982-05-07
    • Hitachi Ltd
    • YASUNOBU SEIJIMIYAMOTO SHIYOUJIIHARA KOUICHI
    • B60L15/20B60L15/40G05B13/02G06F9/44G06N7/02
    • B60L15/20B60L2200/26Y02T10/7275
    • PURPOSE:To reduce the number of variations of notches by obtaining as phage amount the following accuracy of a target speed, and selecting by phage assumption a control input, thereby setting the following accuracy to the target speed pattern after the prescribed time in an allowable range. CONSTITUTION:Arithmetic units 2, 3 calculate train speed and acceleration from the pulses from a tachometer generator 1. These outputs are inputted to arithmethic units 5M, 5P, 5Z, 5N, 6P, 6Z, 6N together with the output of a target speed generator 4. The outputs of these arithmetic units are selected by selectors 7, 8, and respectively applied to a drive unit 12 and a brake unit 13 through holders 10, 11. The selectors 7, 8 and the holders 10, 11 are controlled by the output of a pressure suppression signal generator 9.
    • 目的:为了通过获取目标速度的以下精度获得噬菌体量来减少切口变化的数量,并通过噬菌体假设选择控制输入,从而在规定时间之后将目标速度模式的精度设定在允许范围内 。 构成:算术单元2,3从转速计发生器1的脉冲计算列车速度和加速度。这些输出与目标速度发生器的输出一起输入到算术单元5M,5P,5Z,5N,6P,6Z,6N 这些运算单元的输出由选择器7,8选择,分别通过支架10,11施加到驱动单元12和制动单元13.选择器7,8和支架10,11由 输出压力抑制信号发生器9。
    • 104. 发明专利
    • Stopping method for vehicle at prescribed position
    • 车辆在预定位置的停车方法
    • JPS58190204A
    • 1983-11-07
    • JP7093182
    • 1982-04-27
    • Hitachi Ltd
    • YASUNOBU SEIJIMIYAMOTO SHIYOUJIIHARA KOUICHI
    • H02P3/06B60L15/20B60L15/40
    • B60L15/20Y02T10/645Y02T10/7275
    • PURPOSE:To reduce the variation of a notch in an allowable range of stopping accuracy by comparing the stopping position accuracy of the case that the present notch is held with that of the case that the notch is varied in the prescribed amount and selecting the notch. CONSTITUTION:A brake control start instruction arithmetic unit 11 outputs a brake control start instruction according to a stopping error L2 calculated by a vehicle speed VT, a distance L1 to a destination point and a deceleration betaP corresponding to a notch, and the speed VT. Stopping accuracy ambiguity arithmetic units 12Z, 12P, 12N inputs a distance L1 to a destination point, a vehicle speed VT and an acceleration alphaT, and respectively calculates the ambiguity amount of the stopping accuracy of the cases that the notch selected in advance at the present time is held, a notch is added and a notch is subtracted. A control notch arithmetic unit 14 compares the ambiguities of the respective stopping accuracies and outputs a notch instruction N(t).
    • 目的:通过比较当前凹口保持的情况与凹口变化规定量的情况的停止位置精度并选择凹口来减小允许的停止精度范围内的切口变化。 构成:制动控制开始指令运算单元11根据由车速VT计算的停止误差L2,与目标点的距离L1和对应于档位的减速度βP以及速度VT,输出制动控制开始指令。 停止精度模糊运算单元12Z,12P,12N输入到目的地点的距离L1,车速VT和加速度αT,分别计算当前预先选择的缺口的情况的停止精度的模糊度 时间保持,增加一个缺口并减去一个缺口。 控制缺口算术单元14比较各个停止精度的模糊度并输出缺口指令N(t)。
    • 105. 发明专利
    • LOOP TRANSMISSION SYSTEM
    • JPS58170148A
    • 1983-10-06
    • JP5166882
    • 1982-03-30
    • HITACHI LTD
    • AKIYAMA MASAKAZUMORI KINJIMIYAMOTO SHIYOUJIIHARA KOUICHI
    • H04L1/22G06F13/00H04L12/437
    • PURPOSE:To ensure the transmission and reception of messages to processors as many as possible, by providing a transmission line which connects the transmission controllers on a transmission line for every >=2 controllers to one side of the transmission line in addition to said transmission line and forming a by- pass in case a fault arises. CONSTITUTION:A fault arises between flags NCP11 and 12 which show a minor loop checking message. In this case, it is impossible for the data to have a round along a loop transmission line 1, and therefore the NCP of an originating source is unable to receive the data transmitted from the NCP itself. This phenomenon is detected by the fact that the data does not return within the time set previously to a timer after transmission of a processor 411. The processor 411 tries retransmissions of data by a prescribed number of times. At the same time, the processor 411 receives a minor loop checking signal through the line 1 and transmits it to a by-pass transmission line 300 via an interface 611 and then to an NCP21. While the same minor loop checking signal is transmitted also to the line 1.