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    • 4. 发明授权
    • Data storing system for a communication control circuit
    • 用于通信控制电路的数据存储系统
    • US5311510A
    • 1994-05-10
    • US919911
    • 1992-07-27
    • Hiroo MoriueYutaka MatsudaKiyoshi InoueYoshikazu NobutokiSeiji HiranoHiroaki Sakamoto
    • Hiroo MoriueYutaka MatsudaKiyoshi InoueYoshikazu NobutokiSeiji HiranoHiroaki Sakamoto
    • G06F13/38H04L12/56
    • G06F13/385
    • The data storing system according to the present invention is used for a communication control circuit. The communication control circuit is equipped with a communication sequencer, which takes in a message to be transmitted to a multiplex bus, an ID table which registers data IDs of messages necessary for the station, and the first and second memory circuits which have memory areas keyed to the data IDs. When the communication sequencer takes in a message, it determines whether its data ID exists in the ID table. If the data ID exists and the frequency of occurrence is high, then data following the data ID is temporarily stored in a memory area keyed to a data ID of the first memory circuit. If the data ID exists and the frequency of occurrence is low, then the data following the data ID is temporarily stored in a memory area of the second memory circuit. When a CPU reads the aforementioned stored data, it sets the status area of the storage area, in which the data was stored, for a state that enables a data storage change.
    • 根据本发明的数据存储系统用于通信控制电路。 通信控制电路配备有通信定序器,其接收要发送到多路复用总线的消息,登记该站所需消息的数据ID的ID表以及具有存储区域的第一和第二存储器电路 到数据ID。 当通信定序器接收消息时,它确定其数据ID是否存在于ID表中。 如果数据ID存在且发生频率高,则数据ID之后的数据被临时存储在与第一存储器电路的数据ID相对应的存储区域中。 如果数据ID存在且发生频率低,则数据ID之后的数据被临时存储在第二存储器电路的存储区域中。 当CPU读取上述存储的数据时,它设置存储数据的存储区域的状态区域,以使数据存储改变的状态。
    • 5. 发明授权
    • Multiplex transmission system
    • 多路传输系统
    • US5357525A
    • 1994-10-18
    • US860897
    • 1992-03-31
    • Hiroo MoriueYutaka MatsudaKyosuke HashimotoKiyoshi InoueSeiji HiranoOsamu MichihiraYoshikazu NobutokiHiroaki Sakamoto
    • Hiroo MoriueYutaka MatsudaKyosuke HashimotoKiyoshi InoueSeiji HiranoOsamu MichihiraYoshikazu NobutokiHiroaki Sakamoto
    • H04L1/00H04L1/18H04L25/49G08C25/02
    • H04L1/1874H04L1/1803H04L25/4902H04L2001/0093
    • A multiplex transmission system of this invention includes a plurality of multiplex nodes interconnected by a common multiplex transmission line. A frame of data is transmitted among the multiplex nodes through the multiplex transmission line. When a data frame transmitted from an air conditioner switch multiplex node (subnode) is received, an air conditioner unit multiplex node (main node), which is predetermined as a destination node, detects the contents of each data from an ID-a of the received data, performs a calculation on SOM to DATA 4 received, generates collation data (CRC) in accordance with the result of the calculation and transmits same. The subnode generates collation data (CRC), which is an error check code, through a calculation on the transmitted SOM to DATA 4, and compares the thus-generated CRC with the CRC received from the main node, to determine whether or not the data transmission was properly carried out. When the data transmission was carried out properly, the subnode returns a signal ACK3, and when the data transmission failed, the data frame is retransmitted, whereby the subnode need not have an ACK management function.
    • 本发明的复用传输系统包括通过公共多路复用传输线互连的多个复用节点。 通过复用传输线在多路复用节点之间传输数据帧。 当接收到从空调开关多路复用节点(子节点)发送的数据帧时,作为目的地节点预先确定的空调机组复用节点(主节点)从ID-a的每个数据的内容检测出 接收到的数据,对接收到的数据4进行SOM计算,根据计算结果生成核对数据(CRC)并进行发送。 子节点通过对发送的SOM到DATA 4的计算产生作为错误校验码的校验数据(CRC),并将这样生成的CRC与从主节点接收到的CRC进行比较,以确定数据是否 传输得到了适当的实施。 当数据传输正确进行时,子节点返回信号ACK3,当数据传输失败时,数据帧被重传,子节点不需要具有ACK管理功能。