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    • 1. 发明授权
    • Method of determining master and slaves by communication capability of network nodes
    • 通过网络节点的通信能力确定主机和从机的方法
    • US06775246B1
    • 2004-08-10
    • US09666780
    • 2000-09-21
    • Hirotaka KuribayashiYasushi TamazawaYoshinari NakamuraTatsutoshi Abe
    • Hirotaka KuribayashiYasushi TamazawaYoshinari NakamuraTatsutoshi Abe
    • H04L1228
    • H04L69/24H04H60/04H04H60/95H04L12/40052H04L12/403H04L29/06H04L41/00H04L49/90
    • A communication control apparatus is provided for setting a plurality of node apparatuses to either of a transmitter and a receiver of synchronization information to synchronize the node apparatuses with each other. A storage device memorizes capability information representing either of an active capability to transmit the synchronization information and a passive capability to receive the synchronization information, owned by each of the node apparatuses. An indicating device indicates the active capabilities and the passive capabilities owned by the node apparatuses. A specifying device is operated in association with the indicated active capabilities and the passive capabilities for outputting status information effective to specify each node apparatus to a transmitter or a receiver. A plurality of memory blocks are provided in correspondence to the plurality of the node apparatuses to memorize status information. A registering device registers each of the outputted status information into each memory block to set the corresponding node apparatus to a transmitter of the synchronization information when the status information specifies the transmitter, and to set the corresponding node apparatus to a receiver of the synchronization information when the status information specifies the receiver.
    • 提供一种通信控制装置,用于将多个节点装置设置为同步信息的发送器和接收器中的任一个,以使节点装置彼此同步。 存储装置存储表示发送同步信息的主动能力的能力信息和接收由每个节点装置拥有的同步信息的被动能力。 指示设备指示节点设备拥有的活动能力和被动能力。 指定装置与所指示的活动能力相关联地操作,以及用于输出有效将每个节点装置指定给发射机或接收机的状态信息的被动能力。 与多个节点装置对应地提供多个存储块以存储状态信息。 注册装置将每个输出的状态信息登记到每个存储块中,以在状态信息指定发射机时将相应的节点装置设置为同步信息的发射机,并且将对应的节点装置设置为同步信息的接收机,当 状态信息指定接收者。
    • 4. 发明授权
    • Data transmission apparatus efficiently using network resources
    • 数据传输设备有效利用网络资源
    • US08149873B2
    • 2012-04-03
    • US11077667
    • 2005-03-11
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • H04J3/16
    • H04L12/64
    • A data transmission apparatus connecting to a network consisted of a plurality of data transmission apparatuses comprises a disconnecting device that disconnects a connection established between a transmission plug of a transmitting node and a reception plug of a receiving node, both nodes being connected to the network, an optimization requesting device that requests optimization of transmitting sequences to the transmitting node, a receiver that receives information about a transmission plug newly assigned to the transmitting sequence used by the transmitting nodes of which connection has been disconnected by the disconnecting device, the information being received as an answer for the optimization request from the transmitting node, and a connecting device that establishes a new connection between the newly assigned transmission plug and the reception plug of the receiving node of which connection has been disconnected by the disconnecting device.
    • 连接到由多个数据传输装置组成的网络的数据传输装置包括:断开装置,断开与发送节点的传输插头和接收节点的接收插头之间建立的连接,两个节点连接到网络, 要求发送序列优化的优化请求装置,发送节点的接收机,接收关于新分配给发送节点的传输插头的信息的接收机,所述发送序列使用的发送节点使用该连接已由断开装置断开连接,所接收的信息 作为来自发送节点的优化请求的答案,以及连接装置,其在新分配的传输插头和接收节点的接收节点之间建立新的连接,该接收节点已经由断开装置断开连接。
    • 5. 发明申请
    • Data transmission apparatus efficiently using network resources
    • 数据传输设备有效利用网络资源
    • US20050220140A1
    • 2005-10-06
    • US11077667
    • 2005-03-11
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • H04L12/56H04L12/64H04J3/22H04B7/212H04J3/16H04L12/28
    • H04L12/64
    • A data transmission apparatus connecting to a network consisted of a plurality of data transmission apparatuses comprises a disconnecting device that disconnects a connection established between a transmission plug of a transmitting node and a reception plug of a receiving node, both nodes being connected to the network, an optimization requesting device that requests optimization of transmitting sequences to the transmitting node, a receiver that receives information about a transmission plug newly assigned to the transmitting sequence used by the transmitting nodes of which connection has been disconnected by the disconnecting device, the information being received as an answer for the optimization request from the transmitting node, and a connecting device that establishes a new connection between the newly assigned transmission plug and the reception plug of the receiving node of which connection has been disconnected by the disconnecting device.
    • 连接到由多个数据传输装置组成的网络的数据传输装置包括:断开装置,断开与发送节点的传输插头和接收节点的接收插头之间建立的连接,两个节点连接到网络, 要求发送序列优化的优化请求装置,发送节点的接收机,接收关于新分配给发送节点的传输插头的信息的接收机,所述发送序列使用的发送节点使用该连接已由断开装置断开连接,所接收的信息 作为来自发送节点的优化请求的答案,以及连接装置,其在新分配的传输插头和接收节点的接收节点之间建立新的连接,该接收节点已经由断开装置断开连接。
    • 7. 发明授权
    • Data transmission apparatus efficiently using network resources
    • 数据传输设备有效利用网络资源
    • US07944937B2
    • 2011-05-17
    • US12247110
    • 2008-10-07
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • Tatsutoshi AbeTakashi FurukawaShoichi MatsumotoShinsuke SabaKunihiko Maeda
    • H04L12/28
    • H04L12/64
    • A data transmission apparatus connecting to a network consisted of a plurality of data transmission apparatuses comprises a disconnecting device that disconnects a connection established between a transmission plug of a transmitting node and a reception plug of a receiving node, both nodes being connected to the network, an optimization requesting device that requests optimization of transmitting sequences to the transmitting node, a receiver that receives information about a transmission plug newly assigned to the transmitting sequence used by the transmitting nodes of which connection has been disconnected by the disconnecting device, the information being received as an answer for the optimization request from the transmitting node, and a connecting device that establishes a new connection between the newly assigned transmission plug and the reception plug of the receiving node of which connection has been disconnected by the disconnecting device.
    • 连接到由多个数据传输装置组成的网络的数据传输装置包括:断开装置,断开与发送节点的传输插头和接收节点的接收插头之间建立的连接,两个节点连接到网络, 要求发送序列优化的优化请求装置,发送节点的接收机,接收关于新分配给发送节点的传输插头的信息的接收机,所述发送序列使用的发送节点使用该连接已由断开装置断开连接,所接收的信息 作为来自发送节点的优化请求的答案,以及连接装置,其在新分配的传输插头和接收节点的接收节点之间建立新的连接,该接收节点已经由断开装置断开连接。
    • 8. 发明授权
    • Network system having automatic reconstructing function of logical paths
    • 具有逻辑路径自动重建功能的网络系统
    • US5867497A
    • 1999-02-02
    • US584175
    • 1996-01-11
    • Junichi FujimoriTatsutoshi Abe
    • Junichi FujimoriTatsutoshi Abe
    • H04B1/20H04L12/50
    • H04B1/205
    • A network system is logically established according to path information to circulate a data throughout a complex of electronic equipments which are communicably connected to one another. Each electronic equipment has at least either of a receiver port which receives a data and a transmitter port which transmits a data. The path information is effective to enable a primary electronic equipment having a receiver port to identify a secondary electronic equipment having a corresponding transmitter port. The primary electronic equipment opens a logical path of the data connecting between its own receiver port and the corresponding transmitter port of the secondary electronic equipment according to the provided path information to thereby enable circulation of the data throughout the complex of the electronic equipments.
    • 根据路径信息逻辑地建立网络系统,以便在可彼此连接的电子设备的复合体中循环数据。 每个电子设备具有接收数据的接收器端口和发送数据的发送器端口中的至少一个。 路径信息有效地使得具有接收器端口的主要电子设备能够识别具有相应发射机端口的次要电子设备。 主电子设备根据所提供的路径信息,打开数据连接在二级电子设备的接收端口与对应发射机端口之间的逻辑路径,从而使数据在电子设备的整个复合体中循环。
    • 9. 发明授权
    • Network system of musical equipments with message error check and remote
status check
    • 具有消息错误检查和远程状态检查的音乐设备网络系统
    • US5652400A
    • 1997-07-29
    • US511691
    • 1995-08-07
    • Junichi FujimoriTatsutoshi Abe
    • Junichi FujimoriTatsutoshi Abe
    • G10H1/00
    • G10H1/0066
    • A musical network system has a plurality of musical equipments interconnected to each other through a communication network which circulates a control message for producing a musical sound. One musical equipment has a transmitter for transmitting a control message to the communication network. Another musical equipment has a receiver for receiving the control message from the communication network. An internal tone generator operates according to the received control message for producing a musical sound. A detector detects whether the received control message is a right one which may not disturb operation of the generator means or a wrong one which may disturb operation of the generator means. A transmitter returns an error message to the one musical equipment through the communication network when the detector detects that the received control message is the wrong one. Further, a receiver of the one musical equipment receives from the communication network status information which is returned by another musical equipment, and checks the returned status information to detect if mis-operation has occurred in another musical equipment for initiating recovery of the mis-operation.
    • 音乐网络系统具有通过通信网络相互互连的多个音乐设备,该通信网络循环用于产生音乐声音的控制消息。 一个音乐设备具有用于向通信网络发送控制消息的发射机。 另一种音乐设备具有用于从通信网络接收控制消息的接收机。 内部音调发生器根据所接收的控制消息来产生音乐声音。 检测器检测接收到的控制消息是否是可能不干扰发生器装置的操作的错误的控制消息或者可能干扰发生器装置的操作的错误的控制消息。 当检测器检测到接收到的控制消息错误时,发送器通过通信网络向一个音乐设备返回错误消息。 此外,一个音乐设备的接收机从通信网络接收由另一个音乐设备返回的状态信息,并且检查返回的状态信息,以检测在另一个音乐设备中是否发生错误操作以启动误操作的恢复 。