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    • 23. 发明申请
    • IMAGE RECORDING APPARATUS
    • 图像记录装置
    • US20080074695A1
    • 2008-03-27
    • US11859481
    • 2007-09-21
    • Takahiro IkenoMasashi SuzukiHiroshi KoieKazunari TakiHideo UenoTakahiro Hosokawa
    • Takahiro IkenoMasashi SuzukiHiroshi KoieKazunari TakiHideo UenoTakahiro Hosokawa
    • H04N1/00
    • H04N1/00846H04N1/00342H04N1/00875H04N1/32138H04N2201/0094H04N2201/3246
    • An image recording apparatus includes: a data reading unit that reads tag data stored in a first non-contact tag attached to the original; an image recording unit that records an image, on a recording medium, based on the image data; a data recording unit that records data read from the first non-contact tag into a second non-contact tag attached to the recording medium; a recording limitation unit that limits at least either one of recording operation by the image recording unit and recording operation by the data recording unit according to the limitation information; an operation unit that inputs an operation; and a limitation information changing unit that changes the limitation information read from the first non-contact tag according to the operation. The data recording unit records limitation information changed by the limitation information changing unit into the second non-contact tag.
    • 一种图像记录装置,包括:数据读取单元,读取存储在附于原件的第一非接触标签中的标签数据; 图像记录单元,其基于所述图像数据在记录介质上记录图像; 数据记录单元,其将从第一非接触标签读取的数据记录到附接到记录介质的第二非接触标签中; 记录限制单元,其限制图像记录单元的记录操作中的至少一个,并且根据限制信息限制数据记录单元的记录操作; 输入操作的操作单元; 以及限制信息改变单元,其根据操作改变从第一非接触标签读取的限制信息。 数据记录单元将由限制信息改变单元改变的限制信息记录到第二非接触标签中。
    • 24. 发明申请
    • Optical transmission apparatus
    • 光传输装置
    • US20070036549A1
    • 2007-02-15
    • US11496499
    • 2006-08-01
    • Makoto TakakuwaFutoshi IzumiMasahiro YoshimotoTakahiro Hosokawa
    • Makoto TakakuwaFutoshi IzumiMasahiro YoshimotoTakahiro Hosokawa
    • H04J14/08
    • H04J14/02H04B10/299H04J14/0227H04J14/0238H04J14/0246H04J14/0283H04J14/0284
    • An optical transmission apparatus that improves the reliability of system operation by efficiently limiting the line speed of a signal sent from a user with a guard mechanism. An optical branching section makes an optical signal branch in two directions. A through branching line passes an optical signal in its original condition and sends the optical signal as a through optical branch signal. A delay branching line delays an optical signal by a delay amount set and sends the optical signal as a delayed optical branch signal. An optical multiplexing section combines the through optical branch signal and the delayed optical branch signal. A line speed limitation section limits acceptance of the line speed of the optical signal inputted by generating a multiplexed optical signal that meets a pulse mask standard for an optical signal to be passed for the optical signal which is sent at a line speed lower than or equal to a line speed settled under contract with a user and which is to be passed and by setting the delay amount for generating a multiplexed optical signal that does not meet a pulse mask standard for an optical signal acceptance of which is to be refused for the optical signal which is sent at a line speed higher than the line speed settled under contract with the user and acceptance of which is to be refused.
    • 一种光传输装置,其通过有效地限制由具有防护机构的用户发送的信号的线路速度来提高系统操作的可靠性。 光分支部分使光信号在两个方向上分支。 通过分支线在其原始状态下通过光信号,并将光信号作为通过光分支信号发送。 延迟分支线将光信号延迟设定的延迟量,并发送光信号作为延迟光分支信号。 光复用部分结合了通过光分支信号和延迟光分支信号。 线路速度限制部通过生成符合要通过的光信号的脉冲掩码标准的复用光信号来输入的光信号的线速度的接受限制为以低于或等于的线速度发送的光信号 以与用户约定并将要通过的线路速度,并且通过设置用于生成不满足光信号接收的不符合脉冲掩码标准的复用光信号的延迟量用于光信号接收 信号以高于与用户签订的线路速度高于线速度的线路发送,并且接收将被拒绝的信号。
    • 28. 发明授权
    • Optical transmission apparatus
    • 光传输装置
    • US07853146B2
    • 2010-12-14
    • US11496499
    • 2006-08-01
    • Makoto TakakuwaFutoshi IzumiMasahiro YoshimotoTakahiro Hosokawa
    • Makoto TakakuwaFutoshi IzumiMasahiro YoshimotoTakahiro Hosokawa
    • H04J14/00
    • H04J14/02H04B10/299H04J14/0227H04J14/0238H04J14/0246H04J14/0283H04J14/0284
    • An optical transmission apparatus that improves the reliability of system operation by efficiently limiting the line speed of a signal sent from a user with a guard mechanism. An optical branching section makes an optical signal branch in two directions. A through branching line passes an optical signal in its original condition and sends the optical signal as a through optical branch signal. A delay branching line delays an optical signal by a delay amount set and sends the optical signal as a delayed optical branch signal. An optical multiplexing section combines the through optical branch signal and the delayed optical branch signal. A line speed limitation section limits acceptance of the line speed of the optical signal inputted by generating a multiplexed optical signal that meets a pulse mask standard for an optical signal to be passed for the optical signal which is sent at a line speed lower than or equal to a line speed settled under contract with a user and which is to be passed and by setting the delay amount for generating a multiplexed optical signal that does not meet a pulse mask standard for an optical signal acceptance of which is to be refused for the optical signal which is sent at a line speed higher than the line speed settled under contract with the user and acceptance of which is to be refused.
    • 一种光传输装置,其通过有效地限制由具有防护机构的用户发送的信号的线路速度来提高系统操作的可靠性。 光分支部分使光信号在两个方向上分支。 通过分支线在其原始状态下通过光信号,并将光信号作为通过光分支信号发送。 延迟分支线将光信号延迟设定的延迟量,并发送光信号作为延迟光分支信号。 光复用部分结合了通过光分支信号和延迟光分支信号。 线路速度限制部分通过产生符合要通过的光信号的脉冲掩码标准的复用光信号来输入的光信号的线速度的接受限制为以低于或等于的线速度发送的光信号 以与用户约定并将要通过的线路速度,并且通过设置用于生成不满足光信号接收的不符合脉冲掩码标准的复用光信号的延迟量用于光信号接收 信号以高于与用户签订的线路速度高于线速度的线路发送,并且接收将被拒绝的信号。
    • 29. 发明申请
    • DEVICE FOR APPLYING LIQUID ON RAIL
    • 用于在液体上施用液体的装置
    • US20090050409A1
    • 2009-02-26
    • US11814962
    • 2005-01-27
    • Makoto WakamatsuTakahiro HosokawaSaichi Ito
    • Makoto WakamatsuTakahiro HosokawaSaichi Ito
    • B61K3/00
    • B61K3/00
    • There is provided a device for applying liquid on a rail capable of minimizing wasteful flowing down of expensive application liquid to suppress the total amount of discharge of the liquid, reducing costs and further suppressing occurrence of environmental contamination, and preventing slippage of a wheel due to excessive liquid application. The device for applying liquid on a rail includes a tank, a liquid discharge pump for receiving supply of application liquid from the tank and performing a liquid discharge operation as a wheel passes, and a liquid application unit for discharging the application liquid onto a rail upon being supplied with the liquid from the liquid discharge pump. The liquid application unit has a nozzle block 40 having a large number of nozzle holes 43 arranged in the upper surface of the nozzle block, and the nozzle block 40 has on its end section a hole-less end section 40a where no nozzle hole is provided. The nozzle block 40 is pressed and supported from diagonally below by a nozzle block support device 50 that holds a base of the rail from below in such a way that the rail-side edge 40b of the top surface of the nozzle block 40 is always in close contact with the tread of the rail.
    • 提供了一种用于在轨道上施加液体的装置,其能够最小化昂贵的应用液体的浪费流下来,以抑制液体的总排放量,降低成本并进一步抑制环境污染的发生,并防止由于 液体过量使用。 用于在轨道上施加液体的装置包括:罐,液体排出泵,用于从罐中接收施加液体的供应,并且当轮通过时执行液体排出操作;以及液体施加单元,用于将施加液体排放到轨道上 从液体排出泵供给液体。 液体施加单元具有喷嘴块40,喷嘴块40具有布置在喷嘴块的上表面中的大量喷嘴孔43,并且喷嘴块40在其端部上具有无孔端部40a,其中不设置喷嘴孔 。 喷嘴座40由斜面下方由一个喷嘴座支撑装置50按压和支承,该喷嘴座支撑装置50将轨道的底部从下方保持,使得喷嘴座40的上表面的轨道侧边缘40b始终处于 与轨道的胎面紧密接触。