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    • 2. 发明授权
    • Data processing device, image encoding/decoding device and data processing system
    • 数据处理装置,图像编解码装置及数据处理系统
    • US08189935B2
    • 2012-05-29
    • US12399956
    • 2009-03-08
    • Hiroshi UedaKenichi IwataSeiji Mochizuki
    • Hiroshi UedaKenichi IwataSeiji Mochizuki
    • G06K9/36
    • H04N19/12G06F9/50H04N19/436
    • To reduce a processing load of an external CPU, when a large amount of data is initially set frequently to an image coding/decoding device. The image encoding/decoding device (data processing device) includes a first circuit and a second circuit for providing initial setting to a plurality of image processing modules (processor units), wherein the image encoding/decoding device does not receive information, which is initially set to the image processing modules, directly from the external CPU, and control information for the initial setting is set to the first circuit from the CPU. The second circuit reads in initial setting information and setting-target information of the initial setting information from outside using the control information set in the first circuit and transfers the initial setting information to the image processing module according to the read-in setting-target information.
    • 为了减少外部CPU的处理负担,当大量的数据最初被频繁地设置到图像编码/解码装置时。 图像编码/解码装置(数据处理装置)包括第一电路和第二电路,用于向多个图像处理模块(处理器单元)提供初始设置,其中图像编码/解码装置不接收最初的信息 设置为图像处理模块,直接从外部CPU,初始设置的控制信息设置为CPU的第一个电路。 第二电路使用在第一电路中设置的控制信息从外部读入初始设置信息和初始设置信息的设置目标信息,并根据读入设置目标信息将初始设置信息传送到图像处理模块 。
    • 4. 发明授权
    • Counter mechanism of feeding device and feeding device using such counter mechanism
    • 使用这种计数机构的给料装置和给料装置的计数机构
    • US07819285B2
    • 2010-10-26
    • US11660056
    • 2005-08-12
    • Seiji MochizukiDai KawadaYoshitaka TsujiShigeto OginoHitoshi ToyonagaHirofumi HenmiMasatake Yamano
    • Seiji MochizukiDai KawadaYoshitaka TsujiShigeto OginoHitoshi ToyonagaHirofumi HenmiMasatake Yamano
    • B67D7/22
    • A61M15/0065A61M15/0073A61M15/0075A61M15/0081A61M2205/075G06M1/041
    • In a counter mechanism of a feeding device, in each discrete feeding operation, an amount corresponding to single delivery unit of stored material is ejected and providing a simple construction and permitting the remaining amount of stored material in the device invisible from outside to be known by counting the number of delivered units of stored material. A counter mechanism of this invention comprises a fixed member (10) fixed to the body and having cam lobes formed in circumferential direction, a gear (20) having a count number display that can be monitored from the outside, a rotating member (40) being restricted to rotate either to a position in the rotating direction to allow feeding of a single delivery unit and a position to preventing feeding of the stored material, a ring member (30) which can rotates in interlock with the rotating motion of the rotating member and comprises a resiliently deformable cam follower having a jaw formed at a predetermined position in circumferential direction. The rotating member is operated for a single feeding operation, the jaw of the resilient cam follower is engaged with the gear so as to rotate the gear and increase the count by only one in the count number display.
    • 在进给装置的反作用机构中,在每个离散进给操作中,对应于存储材料的单个递送单元的量被排出并提供简单的结构,并且允许从外部看不见的设备中剩余的存储材料量被 计算存储材料的交付单位数量。 本发明的对位机构包括:固定在本体上并具有沿圆周方向形成的凸轮凸角的固定构件(10),具有可从外部监视的计数数显示的齿轮(20),旋转构件(40) 被限制转动到旋转方向的位置,以允许单个输送单元的进给和防止所存储的材料的进给的位置;环形构件(30),其能够与旋转构件的旋转运动互锁地旋转 并且包括弹性变形的凸轮从动件,其具有形成在周向上的预定位置处的夹爪。 旋转构件为单次进给操作而操作,弹性凸轮从动件的卡爪与齿轮接合,以使齿轮旋转并且在计数数显示中仅增加计数。
    • 6. 发明申请
    • FILTER PROCESSING MODULE AND SEMICONDUCTOR DEVICE
    • 过滤处理模块和半导体器件
    • US20100211623A1
    • 2010-08-19
    • US12705898
    • 2010-02-15
    • Yoshitaka HIRAMATSUHiroaki NakataMasakazu EhamaSeiji Mochizuki
    • Yoshitaka HIRAMATSUHiroaki NakataMasakazu EhamaSeiji Mochizuki
    • G06F17/10G06F5/01
    • G06F17/153G06T1/20H03H17/0202
    • The present invention is directed to improve efficiency of a filter processing on an image. A filter processing module includes a filter circuit and a control circuit. The filter circuit includes: a first register capable of storing data; a first arithmetic logic unit capable of executing a first filter processing on the basis of output data of the first register; a second register capable of storing a result of the arithmetic operation of the first arithmetic logic unit; and a second arithmetic logic unit capable of executing a second filter processing on the basis of output data of the second register. The control circuit adjusts the number of pieces of data which is input per cycle in the first register in accordance with the number of taps in the first filter processing, size of an execution result of the first filter processing, and the number of second arithmetic logic units, thereby promptly completing the first filter processing.
    • 本发明旨在提高对图像的滤波处理的效率。 滤波器处理模块包括滤波电路和控制电路。 滤波电路包括:能够存储数据的第一寄存器; 第一算术逻辑单元,其能够基于第一寄存器的输出数据执行第一滤波处理; 第二寄存器,其能够存储第一算术逻辑单元的算术运算结果; 以及能够基于第二寄存器的输出数据执行第二滤波处理的第二算术逻辑单元。 控制电路根据第一滤波处理中的抽头数,第一滤波处理的执行结果的大小和第二算术逻辑的数量来调整在第一寄存器中每个周期输入的数据数 单位,从而及时完成第一次过滤处理。
    • 7. 发明申请
    • DATA PROCESSING DEVICE, IMAGE ENCODING/DECODING DEVICE AND DATA PROCESSING SYSTEM
    • 数据处理设备,图像编码/解码设备和数据处理系统
    • US20090245662A1
    • 2009-10-01
    • US12399956
    • 2009-03-08
    • Hiroshi UEDAKenichi IWATASeiji MOCHIZUKI
    • Hiroshi UEDAKenichi IWATASeiji MOCHIZUKI
    • G06K9/36G06F15/76G06F9/06
    • H04N19/12G06F9/50H04N19/436
    • To reduce a processing load of an external CPU, when a large amount of data is initially set frequently to an image coding/decoding device. The image encoding/decoding device (data processing device) includes a first circuit and a second circuit for providing initial setting to a plurality of image processing modules (processor units), wherein the image encoding/decoding device does not receive information, which is initially set to the image processing modules, directly from the external CPU, and control information for the initial setting is set to the first circuit from the CPU. The second circuit reads in initial setting information and setting-target information of the initial setting information from outside using the control information set in the first circuit and transfers the initial setting information to the image processing module according to the read-in setting-target information. The CPU does not need to set the whole information, which is initially set to the image processing modules, directly to the image encoding/decoding device, and also does not need to set both of a transfer source address and a transfer destination address which are required as in a case of utilizing DMA transfer.
    • 为了减少外部CPU的处理负担,当大量的数据最初被频繁地设置到图像编码/解码装置时。 图像编码/解码装置(数据处理装置)包括第一电路和第二电路,用于向多个图像处理模块(处理器单元)提供初始设置,其中图像编码/解码装置不接收最初的信息 设置为图像处理模块,直接从外部CPU,初始设置的控制信息设置为CPU的第一个电路。 第二电路使用在第一电路中设置的控制信息从外部读入初始设置信息和初始设置信息的设置目标信息,并根据读入设置目标信息将初始设置信息传送到图像处理模块 。 CPU不需要将初始设置为图像处理模块的整个信息直接设置到图像编码/解码装置,也不需要设置传送源地址和传送目的地地址 在使用DMA传输的情况下需要。
    • 8. 发明申请
    • INK JET TEXTILE PRINTING APPARATUS
    • 喷墨打印机
    • US20090167833A1
    • 2009-07-02
    • US12342318
    • 2008-12-23
    • Seiji Mochizuki
    • Seiji Mochizuki
    • B41J2/01
    • B41J11/007B41J3/4078B41J11/0045B41J15/048
    • An ink jet textile printing apparatus includes a printing section having a recording head and performing printing on a recording medium by ejecting ink from the recording head, a transporting belt having an adhesive surface, and a lifting preventer disposed on an upstream side with respect to the printing section in a transporting direction in which the transporting belt is rotated. The lifting preventer includes a free roller that is provided over the recording medium adhered to and supported by the transporting belt and is movable in the transporting direction and in a direction opposite to the transporting direction.
    • 一种喷墨织物印刷设备包括具有记录头的打印部分,并通过从记录头喷射墨水,在记录介质上进行打印,具有粘合剂表面的输送带以及设置在相对于 在传送带旋转的传送方向上的打印部分。 提升防护器包括一个自由辊,该自由辊设置在粘附到输送带上并由传送带支撑的记录介质上,并且可沿输送方向和与输送方向相反的方向移动。