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    • 41. 发明授权
    • Communication control method and electronic equipments
    • 通讯控制方法及电子设备
    • US06727799B1
    • 2004-04-27
    • US09326174
    • 1999-06-04
    • Makoto SatoHarumi KawamuraHisato Shima
    • Makoto SatoHarumi KawamuraHisato Shima
    • H04Q100
    • H04L12/40117G11B15/023H04N5/765H04N5/775H04N21/43615H04N21/43632
    • When a controller controls a target, a useless communication is eliminated, and control is made easier at the same time. When a personal computer sends a command demanding a VTR to execute ‘REWIND’, the VTR returns a response notifying of an OK for the demand and starts ‘REWIND’ in an inside recording/playback system at the same time. When the mechamode changes from ‘REWIND’ to ‘STOP’, the VTR generates an event and reports the change to the personal computer. Upon receipt of this event, the personal computer immediately sends a command demanding to set the mechamode to ‘PLAY’ to the VTR. Upon receipt of this command, the VTR returns a response notifying of an OK for the command and also sets the mode of the recording/playback system to ‘PLAY’.
    • 当控制器控制目标时,消除无用的通信,同时更容易控制。 当个人计算机发送要求VTR执行“REWIND”的命令时,VTR会返回通知OK的响应请求,同时在内部记录/播放系统中启动“REWIND”。 当门铃从“REWIND”变为“停止”时,VTR会生成一个事件并向个人计算机报告更改。 收到此事件后,个人计算机立即发送一个命令,要求将该模式设置为“播放”到VTR。 在接收到该命令之后,VTR返回通知OK的命令,并将记录/回放系统的模式设置为“PLAY”。
    • 42. 发明授权
    • Electronic device and data communication method
    • 电子设备和数据通信方法
    • US06587911B1
    • 2003-07-01
    • US09551226
    • 2000-04-17
    • Harumi KawamuraYasuhiro Takada
    • Harumi KawamuraYasuhiro Takada
    • G06F1336
    • H04L12/56
    • Apparatus for use when a format which can be transmitted by a transmission device is not equal to a format which can be received by a reception device that makes it possible to correctly perform data transmission includes a controller for controlling transmission that determines a transmission format with reference to a transmittable format of a source device and a receivable format of a destination device and instructs the source device to perform data transmission in the determined transmission format. When the data format which can be transmitted by the source device cannot be received by the destination device, the controller determines a transmission data format with reference to a data format which can be converted by a format converter connected to a bus and having a data format converting function and instructs the source device to transmit data to the format converter. The format converter which receives the data transmits the data to the destination device.
    • 当发送装置可以发送的格式不等于接收装置能够正确地进行数据发送的格式时,使用的装置包括控制发送的控制器,该控制器用于参考确定发送格式 以源设备的可发送格式和目的地设备的可接收格式,并指示源设备以确定的传输格式执行数据传输。 当目的地设备不能接收到源设备可以发送的数据格式时,控制器将参照可由连接到总线的格式转换器转换并具有数据格式的数据格式来确定发送数据格式 转换功能并指示源设备向格式转换器发送数据。 接收数据的格式转换器将数据发送到目的地设备。
    • 44. 发明授权
    • Stream information processing and method and providing medium
    • 流信息处理和方法提供媒介
    • US06493769B1
    • 2002-12-10
    • US09385388
    • 1999-08-30
    • Harumi KawamuraAtsushi Endo
    • Harumi KawamuraAtsushi Endo
    • G06F1320
    • G06F3/061G06F3/0655G06F3/0676
    • When stream data is reproduced through an IEEE-1394 high-speed serial bus from a hard-disk apparatus serving as a source, and is transmitted as is to another hard-disk apparatus through the IEEE-1394 bus and recorded thereinto, if the data is transferred with the use of isochronous communication, entry_type is set to an isochronous track and if the data is transferred with the use of isochronous communication, entry_type is set to an asynchronous track. When the stream data is transmitted, a payload size which indicates the size of the steam data is written into a payload information block in order to obtain a bus channel and a bus bandwidth.
    • 当通过IEEE-1394高速串行总线从作为源的硬盘装置再现流数据时,通过IEEE-1394总线将其传送到另一硬盘装置并记录在其中,如果数据 使用等时通信传送,entry_type设置为同步轨道,并且如果使用同步通信传输数据,则entry_type设置为异步轨道。 当发送流数据时,将表示蒸汽数据的大小的有效载荷大小写入有效载荷信息块,以便获得总线信道和总线带宽。
    • 47. 发明授权
    • Communication control method, communication system and electronic
apparatus using the same
    • 通信控制方法,通信系统和使用其的电子设备
    • US6150953A
    • 2000-11-21
    • US864897
    • 1997-05-29
    • Tomoko TanakaHarumi KawamuraMakoto Sato
    • Tomoko TanakaHarumi KawamuraMakoto Sato
    • G06F13/00G11B20/10H04B1/20H04L12/28H04L12/40H04L12/64H04L29/06H04Q9/00G08B5/22
    • H04L29/06H04L12/40117H04L12/40123H04B1/205H04L12/2803H04L12/282
    • To make an inquiry about whether or not a predetermined command is applicable to an electronic apparatus on the controlled side with ease and in a short period of time without letting the electronic apparatus on the controlled side carry out unnecessary processing. A controlling device transmits a notify command to a controlled device. Since the notify command is applicable to the controlled device, execution of the notify command is started thereby. At the beginning of the execution of the notify command, the controlled device sends back an interim response to the controlling device, entering a state waiting for a change which is to be reported by sending back a changed response. When the controlling device receives the interim response from the controlled device, the controlling device can determine that the notify command is applicable to the controlled device, achieving the purpose of sending the notify command. For this reason, when the controlling device receives the interim response from the controlled device, the controlling device immediately transmits a notify (cancel) command to the controlled device, requesting the controlled device to cancel the notify command sent prior to the notify (cancel) command. Receiving the notify (cancel) command, the controlled device discontinues the execution of the notify command.
    • 为了容易且短时间地进行预定命令是否适用于控制侧的电子设备的询问,而不使控制侧的电子设备不进行不必要的处理。 控制装置向受控装置发送通知命令。 由于通知命令适用于受控设备,因此开始通知命令的执行。 在执行通知命令开始时,受控设备向控制设备发回临时响应,进入等待通过发送回改变响应来报告的改变的状态。 当控制装置从受控装置接收临时响应时,控制装置可以确定该通知命令适用于受控装置,达到发送通知命令的目的。 为此,当控制装置从受控装置接收到临时响应时,控制装置立即向受控装置发送通知(取消)命令,请求受控装置取消在通知(取消)之前发送的通知指令, 命令。 接收到notify(取消)命令后,受控设备中止notify命令的执行。
    • 50. 发明授权
    • Star configuration network system
    • 星型配置网络系统
    • US5513182A
    • 1996-04-30
    • US441679
    • 1995-05-15
    • Harumi KawamuraKeiko Satoh
    • Harumi KawamuraKeiko Satoh
    • H04L12/44H04L29/06H04N5/00H04N7/10H04N21/61H04N21/6402
    • H04L29/06H04L12/44
    • A star configuration network system eliminating the need for reassigning addresses to the nodes constituting the system when any of the nodes is removed or relocated. The system comprises a first and a second node, a data processor and a controller. The first node has a plurality of connected terminals and offers a signal switching function. The second node offers a signal transmitting function and a signal receiving function and is connected to the first node. The data processor transmits and receives packet data between the first and the second nodes. The controller assigns addresses to all of the connected terminals of the first node. Each of the nodes of the network system is assigned a predetermined address common to all the nodes. The address of a connected terminal of one node as viewed from a connected terminal of the other node is represented by the address assigned by the controller to the connected terminal of that one node and by a connecting relationship between the two connected nodes, whereby the system transmits and receives packets of data between the two connected terminals.
    • 星形配置网络系统,当任何节点被移除或重定位时,无需将地址重新分配给构成系统的节点。 该系统包括第一和第二节点,数据处理器和控制器。 第一节点具有多个连接的终端并提供信号切换功能。 第二节点提供信号发送功能和信号接收功能,并连接到第一节点。 数据处理器在第一和第二节点之间传送和接收分组数据。 控制器为第一个节点的所有连接终端分配地址。 网络系统的每个节点都被分配给所有节点共同的预定地址。 从另一节点的连接终端观看的一个节点的连接终端的地址由控制器分配给该一个节点的连接终端的地址和两个连接的节点之间的连接关系来表示,由此系统 在两个连接的终端之间发送和接收数据包。