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    • 5. 发明授权
    • Apparatus for thin film formation using photo-induced chemical reaction
    • 使用光诱导化学反应的薄膜形成装置
    • US4716852A
    • 1988-01-05
    • US848485
    • 1986-04-07
    • Kanji TsujiiYusuke YajimaSeiichi Murayama
    • Kanji TsujiiYusuke YajimaSeiichi Murayama
    • H01L21/205C23C16/48H01L21/263H01L21/285H01L21/31
    • C23C16/482C23C16/483
    • An apparatus according to the present invention for thin film formation using a photo-induced chemical reaction comprises a reaction chamber in which a substrate can be set, means to introduce a reactive gas into the reaction chamber for the purpose of causing a surface of the substrate to adsorb the reactive gas, means to evacuate the reaction chamber, means to irradiate the substrate surface having adsorbed the reactive gas with photon energy for the purpose of forming a nucleus required for growing a film on the substrate surface, means to generate metastable excited molecules which can react with the reactive gas to decompose it, and means to introduce the reactive gas and the metastable excited molecules into the reaction chamber for the purpose of growing the film on the substrate formed with the nucleus on the basis of the nucleus.
    • 根据本发明的用于使用光诱导化学反应的薄膜形成的装置包括其中可以设置基底的反应室,用于将反应气体引入反应室中的手段,用于引起基底的表面 为了吸附反应性气体,抽出反应室的装置是为了形成在衬底表面上生长薄膜所需的核的目的,以光子能量照射吸附有反应性气体的衬底表面的手段,产生亚稳激发分子 其可以与反应性气体反应以分解它,并且将反应性气体和亚稳态激发分子引入反应室的手段是为了在基于核的基底上形成的基底上生长膜的目的。
    • 8. 发明授权
    • Optical passive network system and its operation method
    • 光无源网络系统及其运行方式
    • US08428457B2
    • 2013-04-23
    • US12767750
    • 2010-04-26
    • Masahiko MizutaniYusuke YajimaAkihiko Tsuchiya
    • Masahiko MizutaniYusuke YajimaAkihiko Tsuchiya
    • H04J14/00H04B10/06H04B10/20
    • H04Q11/0067H04B10/272H04J3/0682H04J3/1694H04J14/0247H04J14/0252H04Q2011/0079H04Q2011/009
    • In the configuration of an optical communication system interconnecting a parent station and a plurality of child stations via an optical fiber network equipped with an optical splitter, RE is provided having a measuring unit for measuring a transmission distance or time to a child station, a determining unit for determining a timing when a child station transmits a signal, in accordance with a transmission bandwidth request from the child station, and a signal processing unit for processing a signal received from a child station and transmitting the processed signal to the parent station. When a burst signal is received from each child station at the determined timing, a portion of the header of the burst signal is deleted, and a dummy signal is inserted into the deleted area and a gap area between received burst signals to convert the burst signals into a series of signals to be sent to the parent station.
    • 在通过配备有分光器的光纤网络将母站和多个子站互连的光通信系统的配置中,提供具有用于测量到子站的传输距离或时间的测量单元的确定 单元,用于根据来自子站的传输带宽请求确定子站发送信号的定时;以及信号处理单元,用于处理从子站接收的信号,并将处理的信号发送到母站。 当在所确定的定时从每个子站接收到突发信号时,突发信号的头部的一部分被删除,并且将虚拟信号插入到被删除的区域中,以及接收的突发信号之间的间隙区域以转换突发信号 成为一系列要发送给母站的信号。
    • 9. 发明授权
    • Apparatus of adjusting optical signal transmission timing
    • 调整光信号传输定时的装置
    • US07936992B2
    • 2011-05-03
    • US12434959
    • 2009-05-04
    • Tohru KazawaMasaki OhiraYusuke YajimaAkihiko TsuchiyaYoshinobu Morita
    • Tohru KazawaMasaki OhiraYusuke YajimaAkihiko TsuchiyaYoshinobu Morita
    • H04J14/00
    • H04B10/272H04J3/0682H04J3/1694
    • In a light reception element such as an APD (Avalanche Photo Diode) used for receiving a high-speed and weak optical signal, it is possible to prevent the phenomenon of distortion of a signal inputted after a large-level light is received. A PON (Passive Optical Network) system includes an OLT (Optical Line Terminal) which can impartially and effectively transmit light reception data to each ONU (Optical Network Unit). According to a light reception amplitude received by each ONU, an inter-frame gap of an appropriate length is assigned for each ONU. The OLT includes a unit for measuring and accumulating the reception light amplitude and data on the inter-frame gap of an appropriate length decided in advance according to the characteristic of the light reception device and generates a grant value for assuring an inter-frame gap of an appropriate length by using the both information.
    • 在用于接收高速和弱光信号的APD(雪崩光电二极管)等光接收元件中,可以防止在接收到大电平光之后输入的信号的失真现象。 PON(Passive Optical Network,无源光网络)系统包括能够向每个ONU(Optical Network Unit,光网络单元)公正地有效地发送光接收数据的OLT(Optical Line Terminal)。 根据每个ONU接收的光接收幅度,为每个ONU分配适当长度的帧间间隔。 OLT包括用于根据光接收装置的特性预先确定的适当长度的帧间隙上的接收光幅度和数据的测量和累加单元,并生成用于确保帧间间隔的帧间间隔的准许值 通过使用这两个信息适当的长度。
    • 10. 发明申请
    • OPTICAL PASSIVE NETWORK SYSTEM AND ITS OPERATION METHOD
    • 光无源网络系统及其操作方法
    • US20100272436A1
    • 2010-10-28
    • US12767750
    • 2010-04-26
    • Masahiko MizutaniYusuke YajimaAkihiko Tsuchiya
    • Masahiko MizutaniYusuke YajimaAkihiko Tsuchiya
    • H04B17/02
    • H04Q11/0067H04B10/272H04J3/0682H04J3/1694H04J14/0247H04J14/0252H04Q2011/0079H04Q2011/009
    • In the configuration of an optical communication system interconnecting a parent station and a plurality of child stations via an optical fiber network equipped with an optical splitter, RE is provided having a measuring unit for measuring a transmission distance or time to a child station, a determining unit for determining a timing when a child station transmits a signal, in accordance with a transmission bandwidth request from the child station, and a signal processing unit for processing a signal received from a child station and transmitting the processed signal to the parent station. When a burst signal is received from each child station at the determined timing, a portion of the header of the burst signal is deleted, and a dummy signal is inserted into the deleted area and a gap area between received burst signals to convert the burst signals into a series of signals to be sent to the parent station.
    • 在通过配备有分光器的光纤网络将母站和多个子站互连的光通信系统的配置中,提供具有用于测量到子站的传输距离或时间的测量单元的确定 单元,用于根据来自子站的传输带宽请求确定子站发送信号的定时;以及信号处理单元,用于处理从子站接收的信号,并将处理的信号发送到母站。 当在所确定的定时从每个子站接收到突发信号时,突发信号的头部的一部分被删除,并且将虚拟信号插入到被删除的区域中,以及接收的突发信号之间的间隙区域以转换突发信号 成为一系列要发送给母站的信号。