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    • 1. 发明申请
    • Connector assembly for corrosive gas supply pipe
    • 用于腐蚀性气体供应管的连接器组件
    • US20060061100A1
    • 2006-03-23
    • US11202499
    • 2005-08-12
    • Do-In ChoiYoung-Seok KimYun-Je OhJong-Hun Lee
    • Do-In ChoiYoung-Seok KimYun-Je OhJong-Hun Lee
    • F16L17/00
    • F16L9/18F16L49/06
    • A connector assembly for coupling a corrosive gas supply pipe with a glass tube in an apparatus for fabricating an optical fiber preform using vapor deposition is disclosed. The connector assembly includes a first connector formed on an inner periphery thereof with a threaded portion, a second connector having a stepped surface on an inner surface and formed on an outer periphery with a threaded portion threadedly engaged with the first connector, an O-ring installed in the first connector and in close contact with the stepped surface when the second connector is threadedly engaged with the first connector, and resilient means for urging the O-ring against the stepped surface. The connector assembly consistently applies a resilient force to the O-ring functioning as a seal between the first and second connectors. For a long-running operation, even though the O-ring is cured, the fitting maintains a consistent sealing state to prevent metal material from being oxidized by the corrosive gas. As a result, fine oxidized metal particulars do not infiltrate into the gas supply pipe to prevent the optical fiber preform from deteriorating.
    • 公开了一种用于在用于使用气相沉积制造光纤预制件的装置中将腐蚀性气体供应管与玻璃管连接的连接器组件。 连接器组件包括在其内周上形成有螺纹部分的第一连接器,在内表面上具有台阶表面的第二连接器,并且在外周上形成有与第一连接器螺纹接合的螺纹部分,O形环 安装在第一连接器中并且当第二连接器与第一连接器螺纹接合时与台阶表面紧密接触;以及弹性装置,用于将O形环推压到台阶表面。 连接器组件一致地向作为第一和第二连接器之间的密封件的O形环施加弹性力。 对于长时间运行的操作,即使O形圈固化,配件保持一致的密封状态,以防止金属材料被腐蚀性气体氧化。 结果,细小的氧化金属细节不会渗入气体供应管中,以防止光纤预制件变质。
    • 2. 发明授权
    • Repeater apparatus for supporting a plurality of protocols, and a method for controlling protocol conversion in the repeater apparatus
    • 用于支持多个协议的中继器装置,以及用于在中继器装置中控制协议转换的方法
    • US07864786B2
    • 2011-01-04
    • US11190415
    • 2005-07-27
    • Jong-Hun LeeYoung-Seok KimDo-In Choi
    • Jong-Hun LeeYoung-Seok KimDo-In Choi
    • H04L12/28H04L12/56H04J3/16H04J3/22
    • H04L12/46
    • Disclosed is an Ethernet-IEEE 1394 repeater apparatus as a network transmission equipment for connecting between networks having the same or different protocols is disclosed. The apparatus includes a first protocol physical element for performing a modulation/demodulation process of a first protocol data; a second protocol physical element for performing a modulation/demodulation process of a second protocol data; an output interface for outputting the data through an output transmission, media; a first switch for switching the data input to one of the first protocol physical element and the second protocol physical element; a second switch, tuned with the first switch, for switching an output path to one of the first protocol physical element and the second protocol physical element, the output path being connected to the output interface; and a control unit for receiving a protocol information of data sent from one of the first protocol physical element and the second protocol physical element to control the first switch and the second switch based on the received protocol information, the one being selectively connected based on the current switching condition.
    • 公开了作为用于连接具有相同或不同协议的网络之间的网络传输设备的以太网-IEEE 1394中继器装置。 该装置包括用于执行第一协议数据的调制/解调处理的第一协议物理元件; 用于执行第二协议数据的调制/解调处理的第二协议物理元件; 输出接口,用于通过输出传输,媒体输出数据; 用于将数据输入切换到第一协议物理元件和第二协议物理元件之一的第一开关; 用第一开关调谐的第二开关,用于将输出路径切换到第一协议物理元件和第二协议物理元件之一,输出路径连接到输出接口; 以及控制单元,用于接收从所述第一协议物理元件和所述第二协议物理元件之一发送的数据的协议信息,以基于所接收的协议信息来控制所述第一交换机和所述第二交换机,所述协议信息基于所述协议信息被选择性地连接 当前开关条件。
    • 3. 发明申请
    • Repeater apparatus for supporting a plurality of protocols, and a method for controlling protocol conversion in the repeater apparatus
    • 用于支持多个协议的中继器装置,以及用于在中继器装置中控制协议转换的方法
    • US20060045106A1
    • 2006-03-02
    • US11190415
    • 2005-07-27
    • Jong-Hun LeeYoung-Seok KimDo-In Choi
    • Jong-Hun LeeYoung-Seok KimDo-In Choi
    • H04L12/56H04J3/16
    • H04L12/46
    • Disclosed are an Ethernet-IEEE 1394 repeater apparatus as a network transmission equipment wherein a protocol conversion can be performed to operate a single repeater combining therein an Ethernet repeater function, and a method for protocol conversion thereof. The repeater apparatus, for supporting a plurality of protocol including a first protocol and a second protocol which use the same transmission media, includes an input interface for inputting therein data through an input transmission media; a first protocol physical element for performing a modulation/demodulation process of a first protocol data to transmit the data; a second protocol physical element for performing a modulation/demodulation process of a second protocol data to transmit the data; an output interface for outputting the data through an output transmission media; a first switch for switching the data input to the input interface to one of the first protocol physical element and the second protocol physical element; a second switch, tuned with the first switch, for switching an output path to one of the first protocol physical element and the second protocol physical element, the output path being connected to the output interface; and a control unit for receiving a protocol information of data sent from one of the first protocol physical element and the second protocol physical element to control the first switch and the second switch based on the received protocol information, the one being selectively connected based on the current switching condition of the physical element.
    • 公开了作为网络传输设备的以太网-IEEE 1394中继器装置,其中可以执行协议转换以对其中组合以太网中继器功能的单个中继器进行操作,以及用于其协议转换的方法。 用于支持包括使用相同传输介质的第一协议和第二协议的多个协议的中继器装置包括用于通过输入传输介质在其中输入数据的输入接口; 用于执行第一协议数据的调制/解调处理以传输数据的第一协议物理元件; 用于执行第二协议数据的调制/解调处理以传送数据的第二协议物理元件; 输出接口,用于通过输出传输介质输出数据; 用于将输入到输入接口的数据切换到第一协议物理元件和第二协议物理元件之一的第一开关; 用第一开关调谐的第二开关,用于将输出路径切换到第一协议物理元件和第二协议物理元件之一,输出路径连接到输出接口; 以及控制单元,用于接收从所述第一协议物理元件和所述第二协议物理元件之一发送的数据的协议信息,以基于所接收的协议信息来控制所述第一交换机和所述第二交换机,所述协议信息基于所述协议信息被选择性地连接 物理元件的当前切换条件。
    • 4. 发明申请
    • High-speed wireless LAN system
    • 高速无线局域网系统
    • US20050135811A1
    • 2005-06-23
    • US10860718
    • 2004-06-03
    • Jong-Hun LeeYun-Je OhDo-In Choi
    • Jong-Hun LeeYun-Je OhDo-In Choi
    • H04L9/08H04B1/7163H04J13/00H04L12/28H04L29/06H04W12/00H04W12/04H04W84/10H04W84/12H04W88/08H04B10/00
    • H04B1/7163H04B10/1125
    • A high-speed wireless LAN system is disclosed. The system includes a mobile station for transmitting/receiving data encrypted by a predetermined encryption method, communicating the data to associated access points by an ultra wide-band (UWB) communication method, and communicating an encryption key according to the encryption method to said associated access points by an optical or infra-red (IR) communication method; the plurality of access points, installed in a plurality of predetermined service areas, for relaying between the mobile station and a gateway of a remote place by communicating the data and the encryption key with the mobile station located in the corresponding service area by the UWB and the optical or IR communication methods and transmitting/receiving the data and the encryption key to/from the gateway by an optical communication method; and the gateway for providing an optical interface between an internal network and an external network, being provided with a plurality of gateway sub-modules for transmitting/receiving the data and the encryption key by communicating with the plurality of access points by the optical communication method, and transmitting a subscriber service transmitted from the external network to the corresponding access point.
    • 公开了一种高速无线LAN系统。 该系统包括用于发送/接收通过预定加密方法加密的数据的移动站,通过超宽带(UWB)通信方法将数据传送到相关联的接入点,并根据加密方法将加密密钥传送到所述相关联的 通过光或红外(IR)通信方式的接入点; 所述多个接入点安装在多个预定服务区域中,用于通过所述UWB与位于相应服务区域中的所述移动台通信所述数据和所述加密密钥来在所述移动台与所述远程地点的网关之间进行中继;以及 光或IR通信方法,并通过光通信方式向/从网关发送/接收数据和加密密钥; 以及用于在内部网络和外部网络之间提供光学接口的网关,其具有通过光学通信方法与多个接入点通信来发送/接收数据和加密密钥的多个网关子模块 并且将从外部网络发送的用户服务发送到对应的接入点。
    • 5. 发明授权
    • High-speed wireless LAN system
    • 高速无线局域网系统
    • US07450854B2
    • 2008-11-11
    • US10860718
    • 2004-06-03
    • Jong-Hun LeeYun-Je OhDo-In Choi
    • Jong-Hun LeeYun-Je OhDo-In Choi
    • H04B10/10H04K1/00
    • H04B1/7163H04B10/1125
    • A high-speed wireless LAN system is disclosed. The system includes a mobile station for transmitting/receiving data encrypted by a predetermined encryption method, communicating the data to associated access points by an ultra wide-band (UWB) communication method, and communicating an encryption key according to the encryption method to said associated access points by an optical or infra-red (IR) communication method; the plurality of access points, installed in a plurality of predetermined service areas, for relaying between the mobile station and a gateway of a remote place by communicating the data and the encryption key with the mobile station located in the corresponding service area by the UWB and the optical or IR communication methods and transmitting/receiving the data and the encryption key to/from the gateway by an optical communication method; and the gateway for providing an optical interface between an internal network and an external network, being provided with a plurality of gateway sub-modules for transmitting/receiving the data and the encryption key by communicating with the plurality of access points by the optical communication method, and transmitting a subscriber service transmitted from the external network to the corresponding access point.
    • 公开了一种高速无线LAN系统。 该系统包括用于发送/接收通过预定加密方法加密的数据的移动站,通过超宽带(UWB)通信方法将数据传送到相关联的接入点,并根据加密方法将加密密钥传送到所述相关联的 通过光或红外(IR)通信方式的接入点; 所述多个接入点安装在多个预定服务区域中,用于通过所述UWB与位于相应服务区域中的所述移动台通信所述数据和所述加密密钥来在所述移动台与所述远程地点的网关之间进行中继;以及 光或IR通信方法,并通过光通信方式向/从网关发送/接收数据和加密密钥; 以及用于在内部网络和外部网络之间提供光学接口的网关,其具有通过光学通信方法与多个接入点通信来发送/接收数据和加密密钥的多个网关子模块 并且将从外部网络发送的用户服务发送到对应的接入点。
    • 8. 发明授权
    • Gigabit ethernet passive optical network system and media access control method for the same
    • 千兆以太网无源光网络系统和媒体访问控制方法相同
    • US07408955B2
    • 2008-08-05
    • US10278305
    • 2002-10-23
    • Do-In ChoiYun-Je OhMin-Hyo LeeSoon-Ho JangHwan-Jin SungTae-Sung Park
    • Do-In ChoiYun-Je OhMin-Hyo LeeSoon-Ho JangHwan-Jin SungTae-Sung Park
    • H04J3/16H04J3/26H04J3/24H04J14/08
    • H04Q11/0067H04Q11/0066H04Q2011/0064
    • A GE-PON (Gigabit Ethernet Passive Optical Network) system and media access control method for the same are disclosed. In the GE-PON system, by employing MAC attributes of the gigabit Ethernet frames, an OLT (Optical Line Termination) transmits a downstream window containing both a control frame having timeslot position and size information in association with at least two ONUs and Ethernet frames to an ODN (Optical Distribution Network). The OLT analyzes contents of RAUs in an upstream window transmitted from the ONUs in a TDMA method and received from the ODN, and permits timeslot position and size corresponding to each of the ONUs. A plurality of ONUs, connected to the ODN, have their respective timeslot position and size allocated in response to their respective information contained in the control frame of the downstream window. RAU frames are transmitted having queue information and Ethernet frames associated with the allocated timeslots. As a result, by the above MAC structure of the GE-PON system, the OLT can be quickly intercommunicated with a plurality of ONUs.
    • 公开了一种GE-PON(千兆以太网无源光网络)系统及其媒体访问控制方法。 在GE-PON系统中,通过采用千兆比特以太网帧的MAC属性,OLT(Optical Line Termination,光线路终端)将包含具有时隙位置的控制帧和与至少两个ONU和以太网帧相关的大小信息的下游窗口发送到 ODN(光分配网络)。 OLT以TDMA方式从ONU发送的上行窗口中的RAU的内容进行分析,并从ODN接收,并且允许与每个ONU对应的时隙位置和大小。 连接到ODN的多个ONU具有响应于其包含在下游窗口的控制帧中的它们各自的信息而分配的各自的时隙位置和大小。 发送具有与分配的时隙相关联的队列信息和以太网帧的RAU帧。 结果,通过GE-PON系统的上述MAC结构,OLT可以与多个ONU快速相互通信。
    • 9. 发明授权
    • Gain control device and method for erbium doped fiber amplifier
    • 用于掺铒光纤放大器的增益控制装置和方法
    • US06762878B2
    • 2004-07-13
    • US09947796
    • 2001-09-06
    • Tae-Sung ParkDo-In ChoiYun-Je Oh
    • Tae-Sung ParkDo-In ChoiYun-Je Oh
    • H04B1012
    • H01S3/1301H01S3/06754H01S3/10069H01S3/1305H01S3/1608
    • This invention provides a gain control device and method for an erbium doped fiber amplifier that is capable of maintaining a constant gain irrespective of the intensity variation of the input signal light. The gain control device includes: a pumping light source for outputting pumping light adapted to excite erbium ions for the amplification of an input optical signal while outputting a pumping light sensing signal indicative of the power of the pumping light; a photo-detecting unit for outputting an input light sensing signal indicative of the power of the input optical signal; a control unit for reading out from a look-up table a reference power corresponding to the optical signal power indicated by the input light sensing signal and outputting a reference signal indicative of the read-out reference power; an automatic gain control circuit for conducting a comparison between the reference power and the pumping light power based on the pumping light sensing signal and the reference signal, and for outputting a power compensating signal adapted to compensate for the difference between the reference power and the pumping light power; and, a pumping light source driving unit for controlling the level of a bias current supplied to the pumping light source based on the power compensating signal.
    • 本发明提供一种用于掺铒光纤放大器的增益控制装置和方法,其能够保持恒定的增益,而与输入信号光的强度变化无关。 所述增益控制装置包括:泵浦光源,用于输出适于激发铒离子以用于放大输入光信号的泵浦光,同时输出表示所述泵浦光的功率的泵浦光感测信号; 光检测单元,用于输出指示输入光信号的功率的输入光感测信号; 控制单元,用于从查找表读出与由输入光检测信号指示的光信号功率相对应的参考功率,并输出指示读出参考功率的参考信号; 一个自动增益控制电路,用于基于泵浦光感测信号和参考信号进行参考功率和抽运光功率之间的比较,并且用于输出功率补偿信号,该功率补偿信号适于补偿参考功率和泵浦之间的差 光功率 以及泵浦光源驱动单元,用于基于功率补偿信号来控制提供给泵浦光源的偏置电流的电平。