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    • 13. 发明授权
    • Bookbinding apparatus and image forming system comprising the same
    • 装订装置和包括该装订装置的图像形成系统
    • US07920820B2
    • 2011-04-05
    • US12000220
    • 2007-12-11
    • Kouichi KittaAkihiko TsukuiHideki AoyagiSuguru Maruyama
    • Kouichi KittaAkihiko TsukuiHideki AoyagiSuguru Maruyama
    • G03G15/00
    • B42C11/02B42C9/0025G03G15/6544G03G2215/00848
    • A bookbinding apparatus includes a collecting device, a bookbinding path, a bundle conveying device for transferring the sheet bundle to a paste applying position and then to a cover binding position, a paste applying device for applying an adhesive to a spine part of the sheet bundle, and a cover feeding path. A cover binding device binds the sheet bundle with the adhesive to the cover sheet, and a cover binding control device controls the cover binding device. The cover binding device includes a back folding press member and a back abutting plate member. The cover sheet is sandwiched between the back abutting plate member and the spine part of the sheet bundle with a small gap between the back abutting plate member and the spine part. The cover binding control device adjusts a size of the gap depending on a thickness of the cover sheet when folded back.
    • 装订装置包括收集装置,装订路径,用于将片材束传送到糊料施加位置,然后到盖子装订位置的捆扎传送装置,用于将粘合剂施加到片材束的脊部的糊料施加装置 ,以及盖供给路径。 盖装订装置将片材束与粘合剂结合到覆盖片,并且盖装订控制装置控制盖装订装置。 盖装订装置包括后折叠按压构件和后抵接板构件。 覆盖片被夹在后邻接板构件和片束的脊部之间,后邻接板构件和脊部之间具有小的间隙。 盖装订控制装置在折回时根据盖板的厚度来调整间隙的尺寸。
    • 15. 发明授权
    • Receiving apparatus and method of detecting top path in delay profile
    • 接收装置和延迟分布中检测顶层路径的方法
    • US07254125B2
    • 2007-08-07
    • US10491573
    • 2003-05-16
    • Akihiko NishioHideki AoyagiHiroki Haga
    • Akihiko NishioHideki AoyagiHiroki Haga
    • H04B7/216
    • H04B1/7113H04B1/70754H04B1/7085H04B1/7117
    • Using midambles, tracking delay profile creator 107 opens correlation windows in the range of 8 chips before and behind the top path and creates delay profiles within this range. From the delay profiles, path determiner 108 detects whether or not there is a new path before the top path, and, when there is a new path, determines whether or not this is its path. Based on the result of the determination at path determiner 108, when the new path is its path, frame position controller 109 sets the top path with the new path. On the other hand, when the new path is not its path, the top path set earlier is retained as is as the top path. Then, in accordance with the timing of the top path set, a received signal is demodulated. By this means, reception quality can be improved.
    • 使用中间线,跟踪延迟分布创建器107在顶部路径之前和之后打开8个码片范围内的相关窗口,并在该范围内创建延迟曲线。 从延迟分布中,路径确定器108检测在顶部路径之前是否存在新路径,并且当存在新路径时,确定这是否是其路径。 基于路径确定器108的确定结果,当新路径是其路径时,帧位置控制器109设置具有新路径的顶部路径。 另一方面,当新路径不是其路径时,先前设置的顶部路径将保持与顶部路径一样。 然后,根据顶部路径的定时,对接收到的信号进行解调。 通过这种方式,可以提高接收质量。
    • 17. 发明授权
    • Wireless apparatus
    • 无线设备
    • US08358727B2
    • 2013-01-22
    • US12438094
    • 2007-09-26
    • Suguru FujitaHideki AoyagiTakenori Sakamoto
    • Suguru FujitaHideki AoyagiTakenori Sakamoto
    • H04L7/00
    • H04L7/0054H03L7/081H03L7/0814H03L7/087H03L7/091H04L7/0037H04L25/068
    • The present invention has an object to provide a wireless apparatus which is capable of correctly sampling a waveform of a pulse even when a shape of the pulse is varied.A synchronizing apparatus for causing an input signal to be synchronized with a clock signal is equipped with sampling unit 102, 103, and delay control unit 112. The sampling unit 102 and 103 sample the input signal at first sampling timing and second sampling timing, which are separated from each other in a predetermined time interval. The delay control unit 112 shifts both the first and second sampling timing during synchronous pull-in operation, and also, narrows the interval between said first and second sampling timing during synchronous follow-up operation. A synchronous status judging unit 105 judges whether or not the input signal is synchronized with the clock signal based upon a phase error amount outputted from a phase error calculating unit 104, and outputs the synchronous status to a delay amount control unit 106. The delay amount control unit 106 controls to increase/decrease delay amounts which have been presently set in variable delay devices 107 and 108 based upon the phase error amount outputted from the phase error calculating unit 104 and the synchronous status outputted from the synchronous status judging unit 105.
    • 本发明的目的是提供一种即使当脉冲的形状改变时也能够正确地采样脉冲波形的无线装置。 用于使输入信号与时钟信号同步的同步装置配备有采样单元102,103和延迟控制单元112.采样单元102和103在第一采样定时和第二采样定时对输入信号进行采样,其中 在预定的时间间隔彼此分离。 延迟控制单元112在同步拉入操作期间移动第一和第二采样定时两者,并且在同步跟随操作期间也缩小所述第一和第二采样定时之间的间隔。 同步状态判断单元105基于从相位误差计算单元104输出的相位误差量判断输入信号是否与时钟信号同步,并将同步状态输出到延迟量控制单元106.延迟量 控制单元106基于从相位误差计算单元104输出的相位误差量和从同步状态判断单元105输出的同步状态来控制当前在可变延迟装置107和108中设置的延迟量的增减。
    • 18. 发明申请
    • WIRELESS APPARATUS
    • 无线设备
    • US20100239058A1
    • 2010-09-23
    • US12438094
    • 2007-09-26
    • Suguru FujitaHideki AoyagiTakenori Sakamoto
    • Suguru FujitaHideki AoyagiTakenori Sakamoto
    • H04L7/00
    • H04L7/0054H03L7/081H03L7/0814H03L7/087H03L7/091H04L7/0037H04L25/068
    • The present invention has an object to provide a wireless apparatus which is capable of correctly sampling a waveform of a pulse even when a shape of the pulse is varied.A synchronizing apparatus for causing an input signal to be synchronized with a clock signal is equipped with sampling unit 102, 103, and delay control unit 112. The sampling unit 102 and 103 sample the input signal at first sampling timing and second sampling timing, which are separated from each other in a predetermined time interval. The delay control unit 112 shifts both the first and second sampling timing during synchronous pull-in operation, and also, narrows the interval between said first and second sampling timing during synchronous follow-up operation. A synchronous status judging unit 105 judges whether or not the input signal is synchronized with the clock signal based upon a phase error amount outputted from a phase error calculating unit 104, and outputs the synchronous status to a delay amount control unit 106. The delay amount control unit 106 controls to increase/decrease delay amounts which have been presently set in variable delay devices 107 and 108 based upon the phase error amount outputted from the phase error calculating unit 104 and the synchronous status outputted from the synchronous status judging unit 105.
    • 本发明的目的是提供一种即使当脉冲的形状改变时也能够正确地采样脉冲波形的无线装置。 用于使输入信号与时钟信号同步的同步装置配备有采样单元102,103和延迟控制单元112.采样单元102和103在第一采样定时和第二采样定时对输入信号进行采样,其中 在预定的时间间隔彼此分离。 延迟控制单元112在同步拉入操作期间移动第一和第二采样定时两者,并且在同步跟随操作期间也缩小所述第一和第二采样定时之间的间隔。 同步状态判断单元105基于从相位误差计算单元104输出的相位误差量判断输入信号是否与时钟信号同步,并将同步状态输出到延迟量控制单元106.延迟量 控制单元106基于从相位误差计算单元104输出的相位误差量和从同步状态判断单元105输出的同步状态来控制当前在可变延迟装置107和108中设置的延迟量的增减。