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    • 2. 发明授权
    • Nuclear magnetic resonance imaging apparatus
    • 核磁共振成像装置
    • US4644278A
    • 1987-02-17
    • US694743
    • 1985-01-25
    • Koichi SanoTetsuo YokoyamaShimbu YamagataKoichi Haruna
    • Koichi SanoTetsuo YokoyamaShimbu YamagataKoichi Haruna
    • A61B10/00A61B5/055G01R33/48G01R33/561G06T1/00G01R33/20
    • G01R33/561
    • An NMR imaging apparatus is disclosed, which comprises imaging means for measuring a cross section of an object to be inspected with a high speed and for reconstructing an image of said cross section, means for specifying a region of interest in the image of the object to be inspected thus reconstructed by said imaging means, and gradient magnetic field control means for controlling a gradient of a magnetic field so that the gradient of the magnetic field at the specified region of interest is substantially greater than that at the other regions, whereby an enlarged image with high image quality at the region of interest is obtained by reconstructing an image of said region of interest after having raised the gradient of the magnetic field at least at said region of interest by means of said gradient magnetic field control means.
    • 公开了一种NMR成像装置,其包括:成像装置,用于以高速度测量待检查对象的横截面,并重建所述横截面的图像,用于将对象的图像中的感兴趣区域指定为 由所述成像装置重新检查,以及用于控制磁场梯度的梯度磁场控制装置,使得在特定感兴趣区域的磁场梯度大大大于其他区域的磁场梯度,由此增大 通过利用所述梯度磁场控制装置至少在所述感兴趣区域提高磁场的梯度后,通过重建所述感兴趣区域的图像来获得感兴趣区域具有高图像质量的图像。
    • 3. 发明授权
    • Facilities control method
    • 设施调控方法
    • US4628435A
    • 1986-12-09
    • US578676
    • 1984-02-09
    • Tsutomu TashiroKoichi HarunaNorihis Komoda
    • Tsutomu TashiroKoichi HarunaNorihis Komoda
    • G05B19/05G05B13/02G05B15/02G05B19/02G05B19/418G06F19/00G06Q50/00G06Q50/04G06Q50/26G06F15/46
    • G05B19/41835G05B2219/33002Y02P90/12Y10S706/904
    • A multi-facility control system includes a controller and attendant memory. Stored in the memory are a plurality of rules, each of which includes a conditional portion representative of a condition to be examined and a conclusive portion describing action to be taken when the condition is satisfied. Also stored in memory is the current status of each facility, information representative of the tasks to be performed by the facilities and updated status information resulting from the satisfaction of the conditional parts of the rules. The controller monitors the status of the facilities and compares monitored status information with the conditional parts of the rules stored in memory. When rule conditions are satisfied, control instructions are generated which are employed to produce command signals that are coupled to the respective facilities for controlling the operations thereof.
    • 多设备控制系统包括控制器和话务员存储器。 存储在存储器中的是多个规则,每个规则包括表示要检查的条件的条件部分和描述满足条件时要采取的动作的结论部分。 还存储在存储器中的是每个设施的当前状态,表示由设施执行的任务的信息以及由于满足规则的条件部分而导致的更新的状态信息。 控制器监视设施的状态,并将监视的状态信息与存储在存储器中的规则的条件部分进行比较。 当满足规则条件时,产生用于产生命令信号的控制指令,该命令信号被耦合到各个设施以控制其操作。
    • 4. 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
    • Facilities control method
    • 设施调控方法
    • US4628434A
    • 1986-12-09
    • US608164
    • 1984-05-08
    • Tsutomu TashiroKoichi HarunaNorihisa Komoda
    • Tsutomu TashiroKoichi HarunaNorihisa Komoda
    • G05B15/02B41F33/16G05B13/02G05B19/02G05B19/042G05B19/418G06F9/44G06F19/00G06N5/00G06N5/04G06Q50/00G06Q50/04G06F15/18G06F15/46
    • G06Q10/06Y10S706/906
    • A control system employs a controller for controlling the operation of a plurality of facilities and a memory which stores information employed by the controller for controlling the operation of the facilities. The memory includes a first portion for storing facility status signals and command signals, a second portion which stores a series of rules which are triggered in response to status information from the respective facilities, a portion which converts the rules into internal codes, and a portion which stores the results of the application of the internal codes to control commands. The controller monitors facility status signals and controls the generation of facility status signals. It also controls which rule set number is to be used in accordance with information stored in memory and contains an internal code generator for generating the internal codes corresponding to generated facility status signals. The controller reads out rules from memory based upon the rule sets being employed and generates control command signals in accordance with data stored in memory. From these signals, command signals are generated for controlling the operation of the facilities.
    • 控制系统采用用于控制多个设施的操作的控制器和存储由控制器采用的用于控制设施的操作的信息的存储器。 存储器包括用于存储设备状态信号和命令信号的第一部分,存储响应于来自各个设施的状态信息触发的一系列规则的第二部分,将规则转换成内部代码的部分,以及部分 其存储内部代码的应用结果以控制命令。 控制器监视设备状态信号并控制设备状态信号的产生。 它还根据存储在存储器中的信息来控制要使用哪个规则集编号,并且包含内部代码生成器,用于生成对应于生成的设备状态信号的内部代码。 控制器根据正在使用的规则集从存储器中读出规则,并根据存储在存储器中的数据产生控制命令信号。 由这些信号产生用于控制设备的操作的命令信号。
    • 8. 发明授权
    • Resource allocation method in a computer system
    • 计算机系统中的资源分配方法
    • US4727487A
    • 1988-02-23
    • US760917
    • 1985-07-31
    • Shoichi MasuiShunichi TanoMotohisa FunabashiKoichi Haruna
    • Shoichi MasuiShunichi TanoMotohisa FunabashiKoichi Haruna
    • G06F9/46G06F9/50G06F1/00
    • G06F9/50Y10S706/908
    • A method of resource allocating to respective unit processes is disclosed which comprises, in order to allow the resource allocation based on experimental know-how of operation without assistance of a system operator, the steps of storing information of each unit processor including its priority, and names and functions of the resources required by that unit processor; storing information of each resource including an operation status and a process content of that resource; storing experimental know-how obtained in the operation of the system; and carrying out resource allocation to the unit processes in accordance with the stored experimental know-how when the operation status of the system corresponds to the stored experimental know-how and in the order of priorities of the unit processes as stored by taking reference to the stored information of each resource when the operation status of the system does not correspond to the stored experimental know-how, thereby improving the utilization efficiency of the resources.
    • 公开了一种资源分配给各个单元处理的方法,其包括为了在没有系统操作者的帮助的基础上允许基于实验的技术诀窍的资源分配,存储包括其优先级的每个单元处理器的信息的步骤,以及 该单位处理器所需资源的名称和功能; 存储包括所述资源的操作状态和处理内容的每个资源的信息; 存储在系统运行中获得的实验知识; 并且当系统的操作状态对应于所存储的实验技术以及按照参考存储的实验技术存储的单元处理的优先级顺序时,根据所存储的实验知识,向单元处理执行资源分配。 当系统的运行状态与存储的实验技术不一致时,每个资源的存储信息,从而提高了资源的利用效率。
    • 9. 发明授权
    • Method and system of circuit pattern understanding and layout
    • 电路图案理解与布局方法与系统
    • US4651284A
    • 1987-03-17
    • US759134
    • 1985-07-26
    • Toshinori WatanabeTetsuya MasuishiKoji SasakiKoichi HarunaNoboru Horie
    • Toshinori WatanabeTetsuya MasuishiKoji SasakiKoichi HarunaNoboru Horie
    • G06F17/50G06F15/60
    • G06F17/5081G06F17/5068Y10S706/921
    • The structure of a circuit which is given basic net data is stored as a pattern, the compliance of the basic net data with the pattern is checked by the separately prepared search function, and upon fulfillment of compliance the pattern is determined to exist within the circuit. The subcircuit to be recognized by elements is not directly defined, but is defined using an intermediate expression defined recursively so as to implement a search through pattern matching. In another form, one input terminal is specified, which is followed by a search for blocks having the terminal as an input node and the search for blocks having one of the output node strings as an input node recursively and cyclically until the output terminal is reached, so as to extract a string of nodes on which the signal is propagated. The system is provided with functions for recognizing and comprehending subsidiary structures of the circuit which are not defined by the entered net data. By the combinational use of the recognition result and the layout shape generating function prepared separately, the layout shape of the subsidiary structures are determined. Shapes of objects determined through the above process are laid out automatically, while avoiding obstacles, within a predetermined space. According to still another form, layout patterns of variable structure memorizing the object layout and wiring affair are prepared in advance, and a layout plan for a circuit having a hierarchical structure is created through the operation of embedding the circuit to be laid out into a pattern.
    • 给出基本网络数据的电路的结构存储为模式,通过单独准备的搜索功能检查基本网络数据与模式的一致性,并且在符合性的情况下,确定该模式存在于电路内 。 由元素识别的子电路不是直接定义的,而是使用递归定义的中间表达式定义,以便通过模式匹配来实现搜索。 在另一种形式中,指定一个输入终端,其后是搜索具有终端作为输入节点的块,并且将具有输出节点串中的一个作为输入节点的块被循环地循环地搜索直到达到输出端 ,以便提取其上传播信号的节点串。 该系统具有识别和理解电路辅助结构的功能,这些结构不是由输入的净数据定义的。 通过组合使用识别结果和单独准备的布局形状生成函数,确定辅助结构的布局形状。 通过上述过程确定的物体的形状在预定的空间内自动布置,同时避免障碍物。 根据另一形式,预先准备存储对象布局和布线事项的可变结构的布局图案,并且通过将要布置的电路嵌入到图案中的操作来创建具有分层结构的电路的布局图 。