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    • 95. 发明授权
    • Automatic instrumentation system
    • 自动仪表系统
    • US06301508B1
    • 2001-10-09
    • US09007685
    • 1998-01-15
    • Satoshi Matsuura
    • Satoshi Matsuura
    • G05B1918
    • G05B19/0426G05B2219/23312G05B2219/25142G05B2219/2656G05B2219/31186
    • An automatic instrumentation system is presented that enables to eliminate or significantly reduce the effort required in preparing instrument control programs. The system includes at least one instrument, a controller for controlling the instrument and a communication line linking the instrument with the controller. The activities of each instrument are controlled by a control programs, describing the detailed steps to be taken, dedicated to each instrument, and in the present system, a dedicated control programs for an instrument is pre-installed within the instrument. Instrument control is performed by the controller which acquires the control program from the instrument memory and executing the control program, through the communication line. If the present concept is applied to a network-based system of automatic instrumentation, it is possible to construct a system that is least affected by such problems as delays caused by line congestion and line cutoff. In such a system, a user machine and a controller are connected through a network and the controller and the instruments are connected with a high-speed communication line. A first control program for the instrument and a second control program for controlling the first control program are pre-installed in each instrument. The controller acquires both first and second control programs but forwards the second control program to the user machine. Thus, the user machine through the controller can direct the overall operation of the instrumentation system while, concurrently, the detailed activities of each instrument are being controlled by the controller and the user machine.
    • 提出了一种自动化仪表系统,可以消除或显着减少准备仪器控制程序所需的工作量。 该系统包括至少一个仪器,用于控制仪器的控制器和将仪器与控制器连接的通信线路。 每个仪器的活动由控制程序控制,描述了要采用的详细步骤,专用于每个仪器,在本系统中,仪器中预先安装了仪器的专用控制程序。 仪器控制由控制器执行,控制器通过通信线路从仪器存储器获取控制程序并执行控制程序。 如果将本概念应用于基于网络的自动仪表系统,则可以构建一个受线路拥塞和线路截断引起的延迟等问题影响最小的系统。 在这样的系统中,用户机器和控制器通过网络连接,并且控制器和仪器与高速通信线路连接。 用于仪器的第一控制程序和用于控制第一控制程序的第二控制程序预先安装在每个仪器中。 控制器获取第一和第二控制程序,但是将第二控制程序转发给用户机器。 因此,通过控制器的用户机器可以指导仪表系统的整体操作,同时,每个仪器的详细活动都由控制器和用户机器控制。
    • 96. 发明授权
    • Program debugging support device
    • 程序调试支持设备
    • US6023581A
    • 2000-02-08
    • US954659
    • 1997-10-20
    • Satoshi Matsuura
    • Satoshi Matsuura
    • G06F13/00H04L29/06H04L29/14G06F11/30
    • H04L29/06H04L69/03
    • A program debugging support device is connected to a first computer and a second computer through a network. A datagram is sent from a client program operating on the first computer to the debugging support device. At this time, the debugging support device stores the datagram from the client program in a storage unit and transfers the datagram to a server program operating on the second computer. The server program processes a datagram from the client program and sends a reply datagram to the debugging support device. The debugging support device transfers a datagram from the server program to the client program and stores the datagram in the storage unit.
    • 程序调试支持设备通过网络连接到第一计算机和第二计算机。 数据报从在第一台计算机上运行的客户端程序发送到调试支持设备。 此时,调试支持设备将来自客户端程序的数据报存储在存储单元中,并将数据报传送到在第二计算机上运行的服务器程序。 服务器程序处理来自客户端程序的数据报,并将答复数据报发送到调试支持设备。 调试支持设备将数据报从服务器程序传输到客户端程序,并将数据报存储在存储单元中。
    • 97. 发明授权
    • Tool set mounting method
    • 刀具安装方式
    • US5913760A
    • 1999-06-22
    • US882776
    • 1997-07-15
    • Ikuo KamadaSatoshi MatsuuraTakiji Kitagawa
    • Ikuo KamadaSatoshi MatsuuraTakiji Kitagawa
    • B21D28/26B21D37/04B21D37/14B23Q3/155
    • B21D37/145B21D28/265B21D37/04Y10T483/10Y10T483/1729Y10T483/1731Y10T483/1873Y10T83/8748
    • A punch press comprising (i) a tool set magazine that is located above a work table for supporting a workpiece and is juxtaposed with a main frame for supporting a punching head and (ii) a tool set delivery system for delivering tool sets between the tool set magazine and the punching head. A tool set mounting method comprising the steps of: (a) inserting the tool set delivery means into a tool set mounting section in a horizontal direction with a very small gap between the contact surface of an punch and its corresponding surface of the tool set mounting section opposite to the punch's contact surface and between the contact surface of a die and its corresponding surface of the tool set mounting section opposite to the die's contact surface; (b) lowering the tool set delivery means after the inserting step in such a direction that the small gap between the contact surface of the die and its corresponding surface of the tool set mounting section is eliminated; and (c) pulling the tool set delivery means out of the tool set mounting section in the horizontal direction after the lowering step while leaving the punch and die to be retained in the tool set mounting section.
    • 一种冲压机,包括(i)工具组料仓,其位于工作台上方用于支撑工件并且与用于支撑冲压头的主框架并置,以及(ii)用于在工具之间输送工具组的工具组输送系统 设置杂志和冲压头。 一种工具组安装方法,包括以下步骤:(a)将工具组传送装置沿水平方向插入到工具组安装部分中,在冲头的接触表面与其安装的工具组的相应表面之间具有非常小的间隙 与模具的接触表面相对并且在模具的接触表面及其与模具的接触表面相对的工具组安装部分的相应表面之间; (b)在插入步骤之后,使得模具的接触表面与其工具组安装部分的相应表面之间的小间隙被消除的方向降低工具组传送装置; 以及(c)在下降步骤之后将工具组输送装置沿水平方向拉出工具组装载部,同时使冲头和模具保持在工具组装部分中。
    • 98. 发明授权
    • Timing generator circuit
    • 定时发生器电路
    • US5867050A
    • 1999-02-02
    • US768328
    • 1996-12-17
    • Satoshi Matsuura
    • Satoshi Matsuura
    • G01R31/319G01R31/28
    • G01R31/31922
    • A timing generator circuit according to the present invention receives rate signal pulses and delay assignment data composed of rate number data and clock number data, and outputs timing signals delayed from the input timing of the rate signal pulses by intervals corresponding to the delay assignment data. The timing generator circuit comprises a counter for counting clock signals, which is reset by means of the rate signal pulses; a shift register for sequentially shifting the delay assignment data or data corresponding to the delay assignment data by means of the rate signal pulses; a coincidence detector for detecting data corresponding to predetermined rate number data from among output data from a stage of the shift register, and outputting pulses when clock number data contained in the output data coincide with count values of the counter; and a multiplexer for multiplexing the pulses outputted from the coincidence detector section and outputting the result as a timing signal.
    • 根据本发明的定时发生器电路接收速率信号脉冲和由速率数据数据和时钟数目数据组成的延迟分配数据,并且输出从速率信号脉冲的输入定时延迟的定时信号与对应于延迟分配数据的间隔。 定时发生器电路包括用于计数通过速率信号脉冲复位的时钟信号的计数器; 移位寄存器,用于通过速率信号脉冲顺序移位对应于延迟分配数据的延迟分配数据或数据; 用于从来自移位寄存器的级的输出数据中检测对应于预定速率数据数据的数据的一致检测器,并且当包含在输出数据中的时钟数目数据与计数器的计数值一致时,输出脉冲; 以及多路复用器,用于对从符合检测器部分输出的脉冲进行多路复用,并输出结果作为定时信号。