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    • 3. 发明授权
    • Network equipment and networking method
    • 网络设备和网络方法
    • US06694363B1
    • 2004-02-17
    • US09585575
    • 2000-06-02
    • Shinji YamadajiTakehiko Okuyama
    • Shinji YamadajiTakehiko Okuyama
    • G06F15173
    • H04L12/281H04L12/2805H04L12/2814H04L2012/2849
    • A DCM/FCM manager detects the coincidence of modules by comparing a device control module and a device function module transferred from a DCM/FCM memory of other device with a content in the inside of a DCM/FCM memory of its own device. One of coincident modules is deleted and this deletion is stored in the DCM/FCM memory. The DCM/FCM manager generates link information for making use of the deleted module and makes a registry store the link information. In case of controlling the other device, a control part reads out the module from the DCM/FCM memory based on the link information of the registry and generates a command based on the read-out module and transfers the command to the other device. Accordingly, the network equipment can control devices on the network with the least memory capacity.
    • DCM / FCM管理器通过将设备控制模块和从其他设备的DCM / FCM存储器传输的设备功能模块与其自身设备的DCM / FCM存储器内部的内容进行比较来检测模块的重合。 删除一个符合模块的模块,并将该删除存储在DCM / FCM存储器中。 DCM / FCM管理器生成链接信息,以利用已删除的模块,并使注册表存储链接信息。 在控制其他设备的情况下,控制部分基于注册表的链接信息从DCM / FCM存储器中读出模块,并且基于读出模块生成命令并将该命令传送到另一设备。 因此,网络设备可以以最小的存储容量来控制网络上的设备。
    • 5. 发明授权
    • Apparatus with digital interface and digital interfacing method
    • 具有数字接口和数字接口方式的设备
    • US06366630B1
    • 2002-04-02
    • US09167531
    • 1998-10-07
    • Takehiko Okuyama
    • Takehiko Okuyama
    • H04L700
    • H04L12/40058G11B20/10G11B20/12G11B20/1205G11B27/032G11B27/10G11B27/3027G11B2220/90H04L12/40117H04L29/06H04L69/08H04L69/28H04N5/765H04N5/78266H04N9/8042
    • An apparatus which can achieve a synchronous dubbing and can record new data at a position just after data previously recorded without an unnatural gap and without using a buffer memory with large capacity. A reference signal from a cylinder servo circuit/tape transport servo circuit of a transmitter is converted into an isochronous packet. The packet is sent out from a digital interface transmitting circuit to a 1394 cable. On the reception side, an isochronous packet converter circuit restores a received isochronous packet into an original reference signal and sends it to the cylinder servo circuit/tape transport servo circuit. By so doing, the transmitter and the receiver are synchronized with each other, and it becomes possible to achieve a synchronous dubbing and to record new data at a position just after data previously recorded without an unnatural gap. Then the transmitter sends out dubbing data and the receiver receives it. The transmission reproduction processing and the reception recording processing are performed at the timing of the reference signal, so no buffer memory for timing adjustment is required.
    • 可以实现同步复制并且可以在紧接在先前记录的数据之后的位置记录新数据并且不使用具有大容量的缓冲存储器的装置。 来自发送机的气缸伺服电路/磁带传送伺服电路的参考信号被转换成同步分组。 数据包从数字接口发送电路发送到1394电缆。 在接收侧,同步分组转换电路将接收到的同步分组恢复为原始参考信号,并将其发送到气缸伺服电路/磁带传送伺服电路。 通过这样做,发送器和接收器彼此同步,并且可以实现同步转录,并且可以在紧接在先前记录的数据之后的位置记录新的数据而没有不自然的间隙。 然后发射机发出配音数据,接收机接收它。 在参考信号的定时执行发送再现处理和接收记录处理,因此不需要用于定时调整的缓冲存储器。