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    • 1. 发明申请
    • Transmission apparatus and transmission method
    • 传输装置及传输方式
    • US20050195850A1
    • 2005-09-08
    • US10923750
    • 2004-08-24
    • Kunihiko MatsumotoYuji TaruiHiromitsu HorieRyuichi Yoda
    • Kunihiko MatsumotoYuji TaruiHiromitsu HorieRyuichi Yoda
    • H04L12/951H04L12/853H04L12/953H04L12/54
    • H04L1/0079H04L1/0006H04L47/34
    • In a transmitting end, positional information indicating positions of data packets to be reproduced in a receiving end among data packets in an inputted bit stream is generated with a plurality of data packets as one unit, and generated one piece of positional information is given to a plurality of data packets, and the data packets with the positional information are transmitted. In a receiving end, reproduction timings are controlled based on the received positional information, and the received data packets are reproduced. As a result, even if a time interval of the data packets to be reproduced in the receiving end in the bit stream inputted into the transmitting end doesn't have a fixed period, the data packets can be reproduced in the receiving end in the same timing as in the transmitting end by only giving one piece of positional information to the plurality of data packets.
    • 在发送端,以多个数据包作为一个单位产生指示输入的比特流中的数据分组中的接收端中要再现的数据分组的位置的位置信息,并且生成一个位置信息 发送多个数据分组和具有位置信息的数据分组。 在接收端,根据接收到的位置信息来控制再现定时,再现接收到的数据分组。 结果,即使在输入到发送端的比特流中的接收端中要再现的数据分组的时间间隔不具有固定周期,也可以在接收端再现数据分组 通过仅向多个数据分组提供一个位置信息,发送端的定时。
    • 2. 发明授权
    • Transmission apparatus and transmission method
    • 传输装置及传输方式
    • US07817670B2
    • 2010-10-19
    • US10923750
    • 2004-08-24
    • Kunihiko MatsumotoYuji TaruiHiromitsu HorieRyuichi Yoda
    • Kunihiko MatsumotoYuji TaruiHiromitsu HorieRyuichi Yoda
    • H04J3/00
    • H04L1/0079H04L1/0006H04L47/34
    • In a transmitting end, positional information indicating positions of data packets to be reproduced in a receiving end among data packets in an inputted bit stream is generated with a plurality of data packets as one unit, and generated one piece of positional information is given to a plurality of data packets, and the data packets with the positional information are transmitted. In a receiving end, reproduction timings are controlled based on the received positional information, and the received data packets are reproduced. As a result, even if a time interval of the data packets to be reproduced in the receiving end in the bit stream inputted into the transmitting end doesn't have a fixed period, the data packets can be reproduced in the receiving end in the same timing as in the transmitting end by only giving one piece of positional information to the plurality of data packets.
    • 在发送端,以多个数据包作为一个单位产生指示输入的比特流中的数据分组中的接收端中要再现的数据分组的位置的位置信息,并且生成一个位置信息 发送多个数据分组和具有位置信息的数据分组。 在接收端,根据接收到的位置信息来控制再现定时,再现接收到的数据分组。 结果,即使在输入到发送端的比特流中的接收端中要再现的数据分组的时间间隔不具有固定周期,也可以在接收端再现数据分组 通过仅向多个数据分组提供一个位置信息,发送端的定时。
    • 3. 发明授权
    • DMA controller and DMA transfer method
    • DMA控制器和DMA传输方法
    • US07380027B2
    • 2008-05-27
    • US10642145
    • 2003-08-18
    • Kazuhito TakashimaHiromitsu HorieYuji Tarui
    • Kazuhito TakashimaHiromitsu HorieYuji Tarui
    • G06F13/28G06F13/00
    • G06F13/28
    • A DMA channel data quantity setting section sets a data transfer quantity of each of a plurality of DMA channels in accordance with a data quantity or a ratio in advance. A channel select control circuit determines whether each DMA channel is active. A data transfer control circuit transfers the data of the DMA channel determined to be active by the channel select control circuit in accordance with the data transfer quantity of each DMA channel set by the DMA channel data quantity setting section. By doing so, a plurality of DMA requests are accepted per bus hold request, and the number of bus management right arbitration procedures and the latency between the channels are decreased.
    • DMA通道数据量设定部根据数据量或比例预先设定多个DMA通道中的每一个的数据传送量。 通道选择控制电路确定每个DMA通道是否有效。 数据传送控制电路根据由DMA通道数据量设定部设定的各DMA通道的数据传送量,传送被通道选择控制电路确定为有效的DMA通道的数据。 通过这样做,每个总线保持请求接受多个DMA请求,并且减少总线管理权仲裁程序的数量和通道之间的等待时间。
    • 8. 发明授权
    • Imaging forming apparatus with smoothing circuitry
    • 具有平滑电路的成像装置
    • US5818502A
    • 1998-10-06
    • US553033
    • 1995-11-03
    • Hiromitsu Horie
    • Hiromitsu Horie
    • B41J2/44G06K15/12H04N1/23H04N1/407B41J2/47
    • G06K15/1223
    • An image forming apparatus such as an electrophotographic type printer or a facsimile includes a laser diode and a photosensitive drum. A plurality of selective driving circuits are provided for driving the laser diode, and at least one of the driving circuits is selected to form dot images having variable sizes on the photosensitive drum in accordance with a given data supplied by a computer. The driving circuits have different driving currents, and a smaller dot image is formed when a driving circuit providing a lower driving current is selected. Also, delay elements are provided to form a dot image at a delayed timing. The apparatus also has a smoothing function to correct jaggies in a picture.
    • 诸如电子照相式打印机或传真机的图像形成装置包括激光二极管和感光鼓。 提供多个选择驱动电路用于驱动激光二极管,并且根据由计算机提供的给定数据,选择至少一个驱动电路以在感光鼓上形成具有可变尺寸的点图像。 驱动电路具有不同的驱动电流,并且当选择提供较低驱动电流的驱动电路时形成较小的点图像。 此外,提供延迟元件以在延迟定时形成点图像。 该装置还具有校正图像中的锯齿的平滑功能。
    • 9. 发明授权
    • Laser diode driving circuit
    • 激光二极管驱动电路
    • US5430749A
    • 1995-07-04
    • US306326
    • 1994-09-15
    • Hiromitsu Horie
    • Hiromitsu Horie
    • H01S5/00H01S5/042H01S3/00
    • H01S5/042
    • An inverter inverts the polarity of a laser diode driving signal LDS, and a delay circuit delays the laser diode driving signal LDS by the time required for the polarity inversion by the delay circuit. Conduction of first and second switching elements are differentially controlled in accordance with the inversion signal *LDS and a delay signal LDD. When the first switching element is on and the second switching element is off, a driving current Id is supplied to a laser diode so as to emit light. On the other hand, when the first switching element is off and the second switching element is on, a current is supplied to an impedance element, while the driving current Id becomes zero, and the light is extinct. Thus, it is possible to adjust the time for rise and the time for fall of the inversion signal *LDS to be respectively equal to the time for fall and the time for rise of the delay signal LDD, to prevent overshoot of the driving current Id and, hence, overshoot of a light emission power, and to adjust the light emission time of the laser diode to the preset time.
    • 反相器反转激光二极管驱动信号LDS的极性,并且延迟电路将激光二极管驱动信号LDS延迟延迟电路的极性反转所需的时间。 第一和第二开关元件的导通根据反相信号* LDS和延迟信号LDD进行差分控制。 当第一开关元件导通并且第二开关元件断开时,驱动电流Id被提供给激光二极管以发光。 另一方面,当第一开关元件断开且第二开关元件导通时,电流被提供给阻抗元件,而驱动电流Id变为零,并且光灭绝。 因此,可以将反转信号* LDS的上升时间和下降时间分别等于下降时间和延迟信号LDD的上升时间,以防止驱动电流Id的过冲 并且因此发光功率过冲,并且将激光二极管的发光时间调节到预设时间。