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    • 2. 发明授权
    • Multiplex transmission method and a synchronizing method in multiplex
transmission
    • 复用传输中的多路复用传输方法和同步方法
    • US5490143A
    • 1996-02-06
    • US240492
    • 1994-05-10
    • Toshitaka HaraYutaka MatsudaKyosuke HashimotoHiroo MoriueYoshikazu NobutokiHiroaki SakamotoKoji TerayamaHideki Nakazono
    • Toshitaka HaraYutaka MatsudaKyosuke HashimotoHiroo MoriueYoshikazu NobutokiHiroaki SakamotoKoji TerayamaHideki Nakazono
    • H04L12/413H04J3/06
    • H04J3/0605H04L12/4135
    • When a message is transmitted, frame by frame, from any one (10) of a plurality of multiplex nodes to a common multiplex bus (MB) to which the multiplex nodes are connected, each of the multiplex nodes (20 and 30) determines that transmission of a frame therefrom is allowed when it detects a transmission permission signal (b, b') added to the frame after detection of and idle state of the multiplex bus, and starts transmitting a message data frame. This makes it possible to properly implement priority-based control according to the priority levels of the data frames irrespectively of variations in the reference clocks of the multiplex nodes. Further, receiving multiplex nodes perform frame synchronization at the rise of a special code (a) of a start code (SOM) of a message data frame, and then perform re-synchronization at the rise of a special bit pattern (b") which includes a passive bit and a dominant bit. This prevents synchronization from being deviated and bit errors resulting from deviated synchronization, thus leading to higher reliability of multiplex transmission.
    • 当从多个多路复用节点中的任何一个(10)到多路复用节点连接的公共多路复用总线(MB)逐帧传输消息时,多路复用节点(20和30)中的每一个确定 当检测到多路复用总线的检测和空闲状态之后检测到添加到帧中的发送许可信号(b,b')时,允许发送帧,并开始发送消息数据帧。 这使得可以根据数据帧的优先级来适当地实现基于优先级的控制,而与多路复用节点的参考时钟的变化无关。 此外,接收多路复用节点在消息数据帧的起始码(SOM)的特殊码(a)的上升处执行帧同步,然后在特殊位模式(b“)的上升执行重新同步, 其中包括无源位和占位。 这防止了同步偏离和由偏差同步引起的位错误,从而导致更高的多路传输可靠性。
    • 4. 发明授权
    • Voltage setting apparatus in a multiplex transmission system
    • 多路传输系统中的电压设定装置
    • US5404498A
    • 1995-04-04
    • US917059
    • 1992-09-15
    • Motoharu TanakaKyosuke HashimotoKiyoshi Inoue
    • Motoharu TanakaKyosuke HashimotoKiyoshi Inoue
    • H04L12/40G06F11/00
    • H04L12/40006H04L2012/40215
    • Multiplex nodes (11, 12) connected via multiplex transmission lines (A, B and C), a voltage setting unit 16, which changes the voltage of the multiplex transmission line C to a specified value, a controller IC 14, which detects a failure in the multiplex transmission lines A and B, a protective circuit 15, which writes specified address data received from the controller IC 14 and key word data and sends a state signal corresponding to these pieces of data to the voltage setting unit 16, and a controller IC 14 which writes these pieces of data in a predetermined area of the protective circuit 15 are provided. The controller IC 14 detects a failure, the voltage setting unit 16 connects the specified multiplex transmission line C to a power supply or ground according to a state signal received from the protective circuit 15, thus changing the states of the multiplex transmission lines A and B.
    • PCT No.PCT / JP91 / 01686 Sec。 371日期:1992年9月15日 102(e)日期1992年7月30日PCT 1991年12月3日PCT PCT。 公开号WO92 / 10897 日期:1992年6月25日。经由复用传输线(A,B和C)连接的多路复用节点(11,12),将多路复用传输线C的电压改变为指定值的电压设定单元16,控制器 检测多路复用传输线A和B中的故障的IC14,写入从控制器IC 14接收的指定地址数据和关键字数据的保护电路15,并将与这些数据相对应的状态信号发送到电压 设置单元16和将这些数据写入保护电路15的预定区域中的控制器IC 14。 控制器IC14检测到故障,电压设定单元16根据从保护电路15接收的状态信号将指定的多路复用传输线C连接到电源或接地,从而改变多路复用传输线A和B的状态 。
    • 6. 发明授权
    • Current consumption control device
    • 电流消耗控制装置
    • US5298795A
    • 1994-03-29
    • US27569
    • 1993-03-05
    • Atsuhiko SuzukiTeruhisa InoueKyosuke HashimotoOsamu MichihiraSeiji Hirano
    • Atsuhiko SuzukiTeruhisa InoueKyosuke HashimotoOsamu MichihiraSeiji Hirano
    • H02J1/00B60R16/02B60R16/03H02J13/00G06F1/32
    • H02J13/0034B60R16/03Y10T307/469Y10T307/766
    • A device for controlling the current consumption of a power supply which applies a voltage to a transmission control circuit for transmitting a transmission signal with respect to a transmission line is provided. A power supply stabilizing circuit for stabilizing a voltage applied from the power supply; an amplitude detection circuit for detecting a transmission signal input from the transmission line; a switching circuit for interrupting application of a voltage from the power supply stabilizing circuit to the transmission control circuit; and a control circuit for controlling the open/closed state of the switching circuit according to the presence or absence of a transmission signal detected by the amplitude detection circuit are provided, and only when the amplitude detection circuit has detected the transmission signal, the control circuit sets the switching circuit into the closed state so as to permit a voltage to be applied to the transmission control circuit. When no transmission signal is transmitted, application of an unnecessary voltage to the transmission control circuit is interrupted, thereby reducing the current consumption.
    • 提供了一种用于控制向传输控制电路施加电压以用于相对于传输线传输传输信号的电源的电流消耗的装置。 一种用于稳定从电源施加的电压的电源稳定电路; 幅度检测电路,用于检测从传输线输入的传输信号; 用于中断从电源稳定电路向传输控制电路施加电压的开关电路; 并且提供一种用于根据振幅检测电路检测到的发送信号的存在或不存在来控制开关电路的开/关状态的控制电路,并且只有当振幅检测电路检测到发送信号时,控制电路 将开关电路设置为闭合状态,以允许将电压施加到变速器控制电路。 当没有发送发送信号时,向发送控制电路施加不必要的电压被中断,从而降低电流消耗。
    • 7. 发明授权
    • Multiplex transmission apparatus
    • 多路传输装置
    • US5450393A
    • 1995-09-12
    • US244235
    • 1994-05-19
    • Yuichi WatanabeKyosuke HashimotoMitsunori KatoYusaku Himono
    • Yuichi WatanabeKyosuke HashimotoMitsunori KatoYusaku Himono
    • H04L12/40H04L29/14
    • H04L12/40006
    • A terminal node (40); which includes a first bias unit (41) for biasing a first transmission line (10), out of two common transmission lines (10, 11), to a power supply potential, a second bias unit (42) for biasing a second transmission line (11) to the ground potential, and a communication control unit (43) for controlling data transmission. Another terminal node (50), which includes a communication control unit (51) is also provided. Connecting terminals (44 to 47, 52 to 55) are provided which connect the bias units (41, 42) and the communication control units (43, 51) of the terminal nodes (40, 50) to the transmission lines (10, 11) at two points for each line, and the terminal nodes (40, 50) are daisy-chain-connected to the transmission lines (10, 11) by means of the connecting terminals.
    • PCT No.PCT / JP93 / 01338 Sec。 371日期1994年5月19日 102(e)日期1994年5月19日PCT提交1993年9月17日PCT公布。 公开号WO94 / 07317 日期:1994年3月3日。终端节点(40); 其包括用于将两个公共传输线(10,11)中的第一传输线(10)偏置到电源电位的第一偏置单元(41),用于偏置第二传输线的第二偏置单元(42) (11)到地电位,以及用于控制数据传输的通信控制单元(43)。 还提供了另一终端节点(50),其包括通信控制单元(51)。 提供连接端子(44至47,52至55),其将端子节点(40,45)的偏置单元(41,42)和通信控制单元(43,41)连接到传输线(10,11 ),并且终端节点(40,50)通过连接终端与传输线(10,11)进行菊花链连接。
    • 8. 发明授权
    • Apparatus for connecting multiplex transmission systems
    • 用于连接多路传输系统的装置
    • US5388089A
    • 1995-02-07
    • US50153
    • 1993-04-26
    • Kunio OdakaKyosuke Hashimoto
    • Kunio OdakaKyosuke Hashimoto
    • H04L12/40H04L12/46H04L12/66
    • H04L12/4604H04L12/40013H04L12/4625H04L12/66H04L2012/40273
    • At least two multiplex nodes (11 to 15 or 21 to 25) are connected to each other by means of a data bus (10a or 20a), at least two data buses (10a, 20a) are connected with the individual multiplex nodes (11 to 15, 21 to 25), and a gateway node (30) is connected individually to the data buses (10a, 20a). An internal memory (30d) stores data inputted through the data buses (10a, 20a) and a CPU (30a) discriminates the data inputted through the data buses (10a, 20a). The CPU (30a) discriminates data sent from one multiplex node and stores it in the internal memory (30d), and converts it into data for the other line for sending or transmits it without converting it.
    • PCT No.PCT / JP91 / 01163 Sec。 371日期:1993年4月26日 102(e)日期1993年4月26日PCT 1991年8月30日PCT PCT。 公开号WO93 / 05602 日期:1993年3月18日。至少两个多路复用节点(11至15或21至25)通过数据总线(10a或20a)彼此连接,至少两条数据总线(10a,20a)连接 与单个多路复用节点(11至15,21至25)和网关节点(30)分别连接到数据总线(10a,20a)。 内部存储器(30d)存储通过数据总线(10a,20a)输入的数据,CPU(30a)识别通过数据总线(10a,20a)输入的数据。 CPU(30a)识别从一个多路复用节点发送的数据并将其存储在内部存储器(30d)中,并将其转换成另一行的数据,用于发送或发送它,而不转换它。
    • 10. 发明授权
    • Multiplex transmission apparatus with transmission line fault detection
    • 具有传输线路故障检测功能的多路传输设备
    • US5295132A
    • 1994-03-15
    • US935536
    • 1992-08-25
    • Kyosuke HashimotoKiyoshi InoueYuichi Watanabe
    • Kyosuke HashimotoKiyoshi InoueYuichi Watanabe
    • H04J3/00B60R16/02B60R16/03H04J3/14H04L1/22H04L5/22H04L25/08H04J1/16
    • H04L25/08B60R16/0315G05B2219/33238
    • A multiplex transmission apparatus in accordance with the present invention is interconnected with other multiplex transmission apparatuses via common transmission lines, and it is used for a multiplex transmission system which performs data transmission. The multiplex transmission apparatus comprises voltage converting circuits which detect voltages of the transmission lines, the first comparator which compares the detected voltages, the second comparator which compares one voltage of the detected voltages with a reference voltage, and the third comparator which compares the other detected voltage with a reference voltage. The comparators supply the comparison results to differential circuits, respectively, set the output of the differential circuit linked to a comparator, which is connected to a faulty line, for "L", and determine the logical sum of the outputs of the differential circuits by a logical synthesizing circuit. By applying the determined logical sum to a multiplex transmission control circuit, the apparatus makes it possible to reduce wasteful message transmission and successfully cope with faults in the transmission lines without causing delay in transmission of messages which require quick responses and without increasing the traffic volume of the transmission lines. The multiplex transmission control circuit detects signals on the transmission lines according to the comparison results of the comparators.
    • 根据本发明的复用传输装置通过公共传输线与其他多路复用传输装置互连,并且用于执行数据传输的多路复用传输系统。 多路复用传输装置包括检测传输线的电压的电压转换电路,比较检测电压的第一比较器,将检测电压的一个电压与参考电压进行比较的第二比较器和比较其它检测到的电压的第三比较器 电压与参考电压。 比较器分别将比较结果提供给差分电路,将连接到故障线路的比较器的差分电路的输出设置为“L”,并通过以下方式确定差分电路的输出的逻辑和 逻辑合成电路。 通过将确定的逻辑和应用于多路复用传输控制电路,该装置可以减少浪费的消息传输并成功地处理传输线路中的故障,而不会导致需要快速响应的消息的传输延迟,并且不增加传输线路的业务量 传输线路。 复用传输控制电路根据比较器的比较结果检测传输线上的信号。