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    • 2. 发明授权
    • Electronic apparatus and connection mode setting method
    • 电子设备和连接方式设置方法
    • US07150032B1
    • 2006-12-12
    • US09698992
    • 2000-10-27
    • Kazue SadanakaSatoshi KobayashiFutoshi KaibukiHiroshi UtsunomiyaYuji KimuraKazuhiro SuzukiKenji MatsuokaMasahiko SatoMakoto Sato
    • Kazue SadanakaSatoshi KobayashiFutoshi KaibukiHiroshi UtsunomiyaYuji KimuraKazuhiro SuzukiKenji MatsuokaMasahiko SatoMakoto Sato
    • H04N7/18
    • H04L12/2803H04L12/18H04L12/2834H04L12/40058H04L12/40065H04L12/40117H04L12/4633H04L2012/2849H04N5/4401H04N5/765H04N5/775H04N9/8042H04N21/4334H04N21/43615H04N21/43632H04N21/482H04N21/485
    • When a connection mode change setting instruction input entered by a user is supplied to the control unit 20, the control unit 20 controls the IEEE 1394 I/F circuit to set the value of oPCR and iPCR of an electronic apparatus for forming a channel so that the channel between target electronic apparatus is formed in the connection mode instructed by the user. Thereby, a channel between electronic apparatus is formed flexibly and an information output apparatus that is capable of forming a convenient electronic apparatus network is provided. One electronic apparatus connected to the digital bus inquires of an electronic apparatus connected to the digital bus whether it is a monitor apparatus (first receiving apparatus) that receives the data mainly through a channel formed in the broadcast connection mode or not, and channels connected in the broadcast connection mode are allocated to monitor apparatus respectively. A receiving apparatus other than the monitor apparatus forms a channel of the PtoP mode avoiding the channel of the first connection mode allocated to the first receiving apparatus, and receives supply of the data. As the result, a transmission line using method, an information transmission system, and an electronic apparatus that are capable of utilizing a plurality of channels on the digital bus efficiently, and capable of providing the convenient digital content using environment are realized.
    • 当由用户输入的连接模式改变设定指令输入被提供给控制单元20时,控制单元20控制IEEE 1394 I / F电路以设置用于形成通道的电子设备的oPCR和iPCR的值,使得 目标电子设备之间的通道以用户指示的连接模式形成。 由此,能够灵活地形成电子设备之间的通道,并且提供能够形成便利的电子设备网络的信息输出设备。 连接到数字总线的一个电子设备询问连接到数字总线的电子设备是否是主要通过广播连接模式形成的信道接收数据的监视装置(第一接收装置),以及连接到数字总线的信道 广播连接方式分别被分配给监视装置。 除了监视器装置之外的接收装置形成了避免分配给第一接收装置的第一连接模式的信道的PtoP模式的信道,并且接收数据的提供。 结果,实现了能够有效地利用数字总线上的多个信道并且能够提供方便的数字内容使用环境的传输线使用方法,信息传输系统和电子设备。
    • 4. 发明授权
    • Method and apparatus for controlling connections between devices
    • 用于控制设备之间连接的方法和装置
    • US06976267B1
    • 2005-12-13
    • US09540470
    • 2000-03-31
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • H04L12/28H04N5/44H04N5/46H04N7/18H04N7/24
    • H04N21/4363H04L12/2854H04N5/4401H04N5/46H04N21/43632H04N21/44231
    • A method including integrating information regarding receiving, transmitting and converting capabilities of each device in a network with regard to signal formats, so that a pertinent transmission path can be determined. Such possible transmission paths can be specified in terms of the order of devices involved in the transmission paths and a signal format between these devices involved. One of the possible transmission paths that match the transmitting device and the transmitted signal format is selected as a pertinent transmission path. The method displays the selected transmission path on a monitor. Commands are issued to devices involved in the pertinent path, and the input/output of these devices is controlled according to the commands to establish the selected transmission path automatically. According to one aspect of the invention, an apparatus includes a means for storing device capability information. Also included is a memory for storing capability information of other devices. An analog input terminal and a digital input/output terminal are included. A decoder coupled to the digital input/output interface is included. A controller to produce possible transmission paths is included. A monitor for displaying a selected path is included to assist a user in manually selecting the path. The controller includes a command generator for issuing commands to devices involved in the possible selected paths. Also, a selector for selecting the path automatically is included.
    • 一种方法,包括关于关于信号格式的网络中的每个设备的接收,发送和转换能力的信息,从而可以确定相关的传输路径。 可以根据传输路径中涉及的设备的顺序以及这些设备之间的信号格式来指定这样的可能的传输路径。 选择与发送装置和发送信号格式相匹配的可能的传输路径之一作为相关的传输路径。 该方法在监视器上显示选定的传输路径。 命令被发送到相关路径中涉及的设备,并且这些设备的输入/输出根据命令被控制以自动建立所选择的传输路径。 根据本发明的一个方面,一种装置包括用于存储设备能力信息的装置。 还包括用于存储其他设备的能力信息的存储器。 包括模拟输入端子和数字输入/输出端子。 包括耦合到数字输入/输出接口的解码器。 包括产生可能的传输路径的控制器。 包括用于显示所选路径的监视器,以帮助用户手动选择路径。 控制器包括用于向可能选择的路径中涉及的设备发出命令的命令发生器。 另外,还包括用于自动选择路径的选择器。
    • 6. 发明授权
    • Method for switching signal input based on device capability
    • 基于设备能力切换信号输入的方法
    • US07199835B2
    • 2007-04-03
    • US10779145
    • 2004-02-12
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • H04N5/46
    • H04N21/4402H04N5/4401H04N5/46H04N21/43632H04N21/44231H04R3/00
    • A method and apparatus for switching input terminals based on device capability are disclosed. The method supplies a digital signal and an analog signal to a device. The method includes examination of whether or not a device is receiving a digital signal in an eligible format. The method also selects an analog input terminal to receive an analog signal unless the digital signal is being provided in the eligible format. The apparatus includes a digital input terminal to receive a digital signal, an analog input terminal to receive an analog signal, an IEEE1394 interface coupled with the digital input terminal, a HD decoder coupled with the IEEE1394 interface, a memory and a selector which selects the digital input terminal if the digital signal is in an eligible format for the device. The apparatus otherwise selects the analog input terminal. The selector may include a controller for examining whether or not the decoder is capable of decoding the digital signal, and a switch controlled by the controller so as to select the digital input terminal if the decoder is capable of decoding the digital signal, otherwise to select the analog input terminal.
    • 公开了一种基于设备能力切换输入端的方法和装置。 该方法向设备提供数字信号和模拟信号。 该方法包括检查设备是否以合格格式接收数字信号。 该方法还选择模拟输入端子来接收模拟信号,除非数字信号以符合条件的格式提供。 该装置包括用于接收数字信号的数字输入端子,用于接收模拟信号的模拟输入端子,与数字输入端子耦合的IEEE1394接口,与IEEE1394接口耦合的HD解码器,选择存储器和选择器 数字输入端子,如果数字信号为设备的合格格式。 该设备否则选择模拟输入端子。 选择器可以包括用于检查解码器是否能够解码数字信号的控制器,以及由控制器控制的开关,以便如果解码器能够解码数字信号,则选择数字输入端,否则选择 模拟输入端子。
    • 7. 发明授权
    • Method and apparatus for determining signal path
    • 用于确定信号路径的方法和装置
    • US06826776B1
    • 2004-11-30
    • US09545127
    • 2000-04-07
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • H04N726
    • H04L12/40117
    • A method includes integrating information regarding receiving, transmitting and converting capabilities of each device in a network with regard to signal formats, so that a pertinent transmission path can be determined. Such possible transmission paths can be specified in terms of the order of devices involved in the transmission paths and a signal format between these devices involved. One of the possible transmission paths that match the transmitting device and the transmitted signal format is selected as a pertinent transmission path. The method displays the selected transmission path on a monitor (305), to assist a user to manually establish a pertinent transmission path. According to one aspect of the invention, an apparatus includes a means for storing device capability information. Also included is a memory (306) for storing capability information of other devices. An analog input terminal (302) and a digital input/output terminal (300) are included. A decoder (303) coupled to the digital input/output interface (308) is included. A controller (307) to produce possible transmission paths is included. A monitor (305) for displaying a selected path is included to assist a user in manually selecting the path.
    • 一种方法包括关于关于信号格式的网络中的每个设备的接收,发送和转换能力的信息,从而可以确定相关的传输路径。 可以根据传输路径中涉及的设备的顺序以及这些设备之间的信号格式来指定这样的可能的传输路径。 选择与发送装置和发送信号格式相匹配的可能的传输路径之一作为相关的传输路径。 该方法在监视器(305)上显示所选择的传输路径,以帮助用户手动建立相关的传输路径。 根据本发明的一个方面,一种装置包括用于存储设备能力信息的装置。 还包括用于存储其他设备的能力信息的存储器(306)。 包括模拟输入端子(302)和数字输入/输出端子(300)。 包括耦合到数字输入/输出接口(308)的解码器(303)。 包括用于产生可能的传输路径的控制器(307)。 包括用于显示所选路径的监视器(305)以帮助用户手动选择路径。
    • 8. 发明授权
    • Method for switching input terminal based on incoming signal format
    • 基于输入信号格式切换输入端的方法
    • US06806912B2
    • 2004-10-19
    • US10346043
    • 2003-01-15
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • H04N327
    • H04L12/40117H04N5/46H04N21/43632
    • A method and an apparatus for switching input terminals based on a transmitted signal format are disclosed. The method includes issuing a command to a receiver (12) when a format of the signal has changed from digital to analog. The receiver (12) switches to an analog input terminal (122) according to the command. The apparatus includes a transmitter (10) and a receiver (12) connected with each other with a digital interface (14) and an analog interface (16). The transmitter (10) has a command generator (106) that issues the command. The receiver (12) includes a switch (128) to select an input terminal, and a selector to control the switch according to the command provided from the transmitter. The receiver also includes a digital signal processor (124) coupled to the digital interface to decode digital signals.
    • 公开了一种基于发送信号格式切换输入端的方法和装置。 该方法包括当信号的格式从数字模式变为模拟时向接收器(12)发出命令。 接收器(12)根据该命令切换到模拟输入端子(122)。 该装置包括用数字接口(14)和模拟接口(16)彼此连接的发射器(10)和接收器(12)。 发射器(10)具有发出命令的命令发生器(106)。 接收器(12)包括用于选择输入端子的开关(128)和根据从发送器提供的命令来控制开关的选择器。 接收机还包括耦合到数字接口的数字信号处理器(124)以解码数字信号。
    • 9. 发明授权
    • Method for switching signal input based on device capability
    • 基于设备能力切换信号输入的方法
    • US06731347B1
    • 2004-05-04
    • US09540150
    • 2000-03-31
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • Hiroshi TakanoSatoshi KobayashiKazuhiro SuzukiMakoto SatoYuji Kimura
    • H04N546
    • H04N5/46G06Q30/06H04N5/4401H04N21/42638H04N21/42692H04N21/43632H04N21/4424H04N21/6143H04R3/00
    • A method and apparatus for switching input terminals based on device capability are disclosed. The method supplies a digital signal and an analog signal to a device. The method includes examination of whether or not a device is receiving a digital signal in an eligible format. The method also selects an analog input terminal to receive an analog signal unless the digital signal is being provided in the eligible format. The apparatus includes a digital input terminal to receive a digital signal, an analog input terminal to receive an analog signal, an IEEE1394 interface coupled with the digital input terminal, a HD decoder coupled with the IEEE1394 interface, a memory and a selector which selects the digital input terminal if the digital signal is in an eligible format for the device. The apparatus otherwise selects the analog input terminal. The selector may include a controller for examining whether or not the decoder is capable of decoding the digital signal, and a switch controlled by the controller so as to select the digital input terminal if the decoder is capable of decoding the digital signal, otherwise to select the analog input terminal.
    • 公开了一种基于设备能力切换输入端的方法和装置。 该方法向设备提供数字信号和模拟信号。 该方法包括检查设备是否以合格格式接收数字信号。 该方法还选择模拟输入端子来接收模拟信号,除非数字信号以符合条件的格式提供。 该装置包括用于接收数字信号的数字输入端子,用于接收模拟信号的模拟输入端子,与数字输入端子耦合的IEEE1394接口,与IEEE1394接口耦合的HD解码器,选择存储器和选择器 数字输入端子,如果数字信号为设备的合格格式。 该设备否则选择模拟输入端子。 选择器可以包括用于检查解码器是否能够解码数字信号的控制器,以及由控制器控制的开关,以便如果解码器能够解码数字信号,则选择数字输入端,否则选择 模拟输入端子。
    • 10. 发明授权
    • Welding transformer and welding transformer assembly and welding apparatus
    • 焊接变压器和焊接变压器总成及焊接设备
    • US09202622B2
    • 2015-12-01
    • US13813174
    • 2012-06-29
    • Koji KaiKazuki HouzanAkira NagaiKazuhiro Suzuki
    • Koji KaiKazuki HouzanAkira NagaiKazuhiro Suzuki
    • B23K11/24H01F27/06H01F38/08B23K11/11H01F27/40
    • H01F38/085B23K11/115B23K11/241B23K2101/18H01F2027/408
    • It is possible to control a welding in a high speed and a high precision large electric current, and consumption electric power is also reduced. In the welding transformer, a loop magnetic core 25, a wound primary coil 12, plural positive side coils 14 and plural negative side coils 16 that are alternately sandwiched between respective gaps 12a of the primary coil 12, are comprised. A coil is fixed on the other surface of a contact base member 62. On the other surface of the contact base member 62, a first connection polar board 44 is electrically connected to a positive side electric conductor 30 through the first connection polar board 44. A negative side coil 16 is electrically connected to a negative side electric conductor 32. The connecting part of the positive side coil 14 and the negative side coil 16 is electrically connected to the third connection polar board 48. By sandwiching a thin insulation layer 31, a positive side electric conductor 30, a rectifying device 18 and a first polar board 34 are arranged on one side; A negative side electric conductor 32, a rectifying device 20 and a second polar board 36 are arranged on the other side; and the first polar board 34 and the second polar board 36 are electrically connected to a third polar board 38. It is possible to use by combining plural units and by connecting an output side in parallel in a small size and a large capacity.
    • 可以高速,高精度的大电流控制焊接,消耗电力也降低。 在焊接变压器中,包括交替夹在初级线圈12的相应间隙12a之间的环形磁芯25,绕组初级线圈12,多个正侧线圈14和多个负侧线圈16。 线圈固定在接触基底构件62的另一个表面上。在接触基底构件62的另一个表面上,第一连接极板44通过第一连接极板44电连接到正侧电导体30。 负极侧线圈16与负极侧导体32电连接。正极侧线圈14与负极侧线圈16的连接部与第3连接极板48电连接。通过夹持薄层绝缘层31, 正侧导电体30,整流装置18和第一极板34一侧配置; 负侧导电体32,整流装置20和第二极板36配置在另一侧。 并且第一极板34和第二极板36电连接到第三极板38.可以通过组合多个单元并且通过以小尺寸和大容量并联连接输出侧来使用。