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    • 32. 发明授权
    • Optical pickup device having a wavelength selecting film and an optical reflector
    • 具有波长选择膜和光反射器的光学拾取装置
    • US07321533B2
    • 2008-01-22
    • US10391185
    • 2003-03-19
    • Hiroshi KatayamaShinichi Tokuno
    • Hiroshi KatayamaShinichi Tokuno
    • G11B7/125
    • G11B7/1263G11B7/1275G11B7/1356G11B2007/0006
    • An optical pickup device has first and second light sources that emit first and second laser beams of different wavelengths, an object lens that concentrates the first and second laser beams on a data recording surface of an optical disk, an optical separator disposed between the first and second light sources and the object lens, and an optical monitor that detects a quantity of light of the second laser beam. The optical separator has a wavelength selecting film that, on one hand, reflects the first laser beam emitted from the first light source toward the object lens and, on the other hand, transmits the second laser beam emitted from the second light source to the object lens, and a reflector that reflects a part of the second laser beam emitted from the second light source toward the optical monitor.
    • 光学拾取装置具有发射不同波长的第一和第二激光束的第一和第二光源,将第一和第二激光束集中在光盘的数据记录表面上的物镜,设置在第一和第二激光束之间的光学分离器 第二光源和物镜,以及检测第二激光束的光量的光学监视器。 光学分离器具有波长选择膜,其一方面将从第一光源发射的第一激光束反射到物镜,另一方面将从第二光源发射的第二激光束透射到物体 透镜和将从第二光源发射的第二激光束的一部分反射到光学监视器的反射器。
    • 34. 发明申请
    • Voice speed control apparatus
    • 语音速度控制装置
    • US20070118363A1
    • 2007-05-24
    • US11653952
    • 2007-01-17
    • Hitoshi SasakiHiroshi KatayamaRika Nishiike
    • Hitoshi SasakiHiroshi KatayamaRika Nishiike
    • G10L11/06
    • G11B27/005G10L21/04G10L25/93
    • A voice speed control apparatus comprising: an utterance/non-utterance judging unit judging whether a processing target segment in inputted a voice signal is an utterance segment or a non-utterance segment; a non-utterance continuation length acquiring unit acquiring a non-utterance continuation length representing a length of the voice signal judged continuously to be the non-utterance; a determining unit determining a reproducing speed of the processing target segment in the voice signal in accordance with the non-utterance continuation length so that the reproducing speed gets higher as the non-utterance continuation length gets larger and so that an increase in reproducing speed is restrained to a greater degree as the non-utterance continuation length becomes smaller; and a changing unit changing the reproducing speed of the voice signal, corresponding to the reproducing speed.
    • 一种话音速度控制装置,包括:发声/非发声判断单元,判断输入的语音信号中的处理目标片段是话音段还是非话音段; 非话语连续长度获取单元获取表示连续判断为非话语的语音信号的长度的非话语连续长度; 确定单元,根据非话语连续长度来确定语音信号中的处理目标段的再现速度,使得再现速度随着非话语连续长度变大而变高,并且再现速度的增加是 随着非话语连续长度变小,限制在更大程度上; 以及改变单元,改变对应于再现速度的语音信号的再现速度。
    • 39. 发明授权
    • Picture decoding apparatus, picture decoding method and recording medium for storing the picture decoding method
    • 图像解码装置,图像解码方法以及用于存储图像解码方法的记录介质
    • US06628838B1
    • 2003-09-30
    • US09569903
    • 2000-05-11
    • Hiroshi Katayama
    • Hiroshi Katayama
    • G06K936
    • H04N19/44H04N19/61
    • In a demultiplexer, picture signals of channels included in an input transport stream are separated from each other and supplied to VBV buffers for the respective channels to be stored therein. Picture signals read out from the VBV buffers are supplied to a signal switch for selecting one of the signals in accordance with a switch changeover signal generated by a switch controller. The selected picture signals selected from the VBV buffers are supplied to a variable-length decoder for decoding the signals on a time-division basis. Decoded picture data of a channel is selected by another signal switch in accordance with another switch changeover signal generated by the switch controller and supplied to one of picture memories for the channel to be stored therein. A display controller reads out a plurality of picture signals from the picture memories synchronously in accordance with a display timing signal generated by a display controller. As a result, a plurality of pieces of encoded data can be decoded by using only one decoding system.
    • 在解复用器中,包括在输入传输流中的信道的图像信号彼此分离并提供给要存储在其中的相应通道的VBV缓冲器。 从VBV缓冲器读出的图像信号被提供给信号开关,用于根据由开关控制器产生的开关切换信号来选择一个信号。 从VBV缓冲器中选择的所选择的图像信号被提供给可变长度解码器,用于以时分方式对信号进行解码。 根据由开关控制器产生的另一切换切换信号,由另一个信号开关选择通道的解码图像数据,并将其提供给要存储在其中的通道的一个图像存储器。 显示控制器根据由显示控制器产生的显示定时信号同步地从图像存储器中读出多个图像信号。 结果,可以仅使用一个解码系统来解码多个编码数据。
    • 40. 发明授权
    • Container feeder
    • 集装箱送料机
    • US06481561B2
    • 2002-11-19
    • US09833589
    • 2001-04-13
    • Hidekimi YamamotoHiroshi KatayamaMasafumi FujimotoKiyomi YoshidaMichio Ueda
    • Hidekimi YamamotoHiroshi KatayamaMasafumi FujimotoKiyomi YoshidaMichio Ueda
    • B65G4731
    • B65B43/52B65B61/24
    • A container feeder for feeding pillowlike uncompleted containers C1 each having a container body M1 and upper and lower ears U1, L1 projecting laterally from upper and lower ends of the container body to a conveyor 21 of a container forming device 14 for forming the uncompleted container C1 into a rectangular parallelepipedal completed container C2 comprises a slanting chute 101 having a lower end positioned at a starting end of a conveyor transport path, a first receiving member 134 so disposed as to be movable upward or downward along a chute transport path, the first receiving member 134 being movable into the chute transport path when moving downward to receive the lower end of the container body M1 of the container C1 falling along the chute 101 under gravity, and a second receiving member 144 so disposed as to be movable upward or downward along the chute transport path, the second receiving member 144 being movable into the chute transport path when moving downward to receive the upper ears U1 of the container C1 received by the first receiving member 134.
    • 用于供给枕头状未完成容器C1的容器进料器,每个容器主体具有容器主体M1和从容器主体的上端和下端侧向突出的上耳和下耳U1,L1到用于形成未完成容器C1的容器成形装置14的输送器21 成直角平行六面体完成的容器C2包括倾斜滑槽101,其具有位于输送机输送路径的起始端的下端,第一接收构件134被设置成沿着滑槽传送路径可向上或向下移动,第一接收 当向下移动时,构件134可移动到斜槽输送路径中,以容纳在重力作用下沿着滑槽101落下的容器C1的容器主体M1的下端;以及第二容纳构件144,其被设置成可沿着或者向上或向下移动 滑槽传送路径,第二接收构件144当向下移动以接收th时可移动到滑槽传送路径中 e容器C1的上耳U1由第一接收构件134接收。