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    • 1. 发明授权
    • Disk-rotation control apparatus
    • 盘旋转控制装置
    • US06331967B1
    • 2001-12-18
    • US09522075
    • 2000-03-09
    • Shigeru MatsuiNoboru YashimaNaoki KizuKazuhiro SugiyamaYukari Hiratsuka
    • Shigeru MatsuiNoboru YashimaNaoki KizuKazuhiro SugiyamaYukari Hiratsuka
    • G11B700
    • G11B19/247
    • In a device for controlling rotation of a disk, if a determination is made that a signal is not normally detected by a pre-pit-region detection circuit, an error signal is obtained from a pulse generator to control the rotation of the disk. If a determination is made that a signal is normally detected by the pre-pit-region detection circuit and if the synchronizing signals are not normally detected at predetermined intervals, an error signal is obtained from the wobble signal so that the rotations of the disk are controlled. If a determination is made that synchronizing signals are detected by the pre-pit-region detection circuit at predetermined intervals, an error signal is obtained from clocks synchronized with the reproduced signal generated by the PLL circuit so that rotations of the disk are controlled.
    • 在用于控制盘的旋转的装置中,如果确定信号未被预凹坑区域检测电路正常检测到,则从脉冲发生器获得误差信号以控制盘的旋转。 如果通过预凹坑区域检测电路确定正常地检测到信号,并且如果以预定的间隔正常地检测到同步信号,则从摆动信号获得误差信号,使得盘的旋转为 受控。 如果确定预定间隔检测电路以预定间隔检测同步信号,则从与PLL电路产生的再现信号同步的时钟获得误差信号,从而控制盘的旋转。
    • 4. 发明授权
    • Data recorder and data producing circuit
    • 数据记录器和数据产生电路
    • US06275878B1
    • 2001-08-14
    • US09239994
    • 1999-01-29
    • Noboru YashimaKazuhiro SugiyamaShigeru MatsuiYukari HiratsukaNaoki Kizu
    • Noboru YashimaKazuhiro SugiyamaShigeru MatsuiYukari HiratsukaNaoki Kizu
    • G06F306
    • G11B20/1883G11B20/10G11B20/1833G11B27/3027G11B2220/20G11B2220/216G11B2220/2575
    • A data recorder for recording data onto a record medium on which a sync signal is inserted at a given interval, has a sequence controller, wherein, after receiving the command from the system controller which triggers an initiation of a recording operation, the sequence controller activates the first encoder in response to a leading end signal of the encoded block from the sync signal set-up section, activates the first encoder and the second encoder in response to a leading end signal of the next encoded block, and activates the first encoder, the second encoder and the data reader in response to a leading end signal of the next following encoded block, and wherein, during the absence of the command from the system controller which triggers an initiation of a recording operation, the sequence controller deactivates the first encoder in response to a leading end signal of an encoded block from the sync signal set-up section, deactivates the first encoder and the second encoder in response to a leading end signal of the next encoded block, and deactivates the first encoder, the second encoder and the data reader in response to a leading end signal of the next following encoded block.
    • 用于将数据记录到以给定间隔插入同步信号的记录介质上的数据记录器具有序列控制器,其中在从系统控制器接收到触发记录操作开始的命令之后,序列控制器激活 第一编码器响应于来自同步信号建立部分的编码块的前端信号,响应于下一编码块的前端信号激活第一编码器和第二编码器,并激活第一编码器, 所述第二编码器和所述数据读取器响应于所述下一个后续编码块的前端信号,并且其中,在不存在触发记录操作开始的系统控制器的命令的情况下,所述序列控制器使所述第一编码器 响应于来自同步信号设置部分的编码块的前端信号,在第一编码器和第二编码器的响应中停用 nse到下一个编码块的前导信号,并且响应于下一个后续编码块的前导信号去激活第一编码器,第二编码器和数据读取器。
    • 8. 发明授权
    • Cap
    • US07308988B2
    • 2007-12-18
    • US10307318
    • 2002-12-02
    • Noboru YashimaTakeshi OmiMitsuo Yamanoi
    • Noboru YashimaTakeshi OmiMitsuo Yamanoi
    • B65D47/12B67D3/00
    • B65D51/18B65D41/265
    • A cap 10 which has a female screw 14 in the inner peripheral surface and which is to be screwed on a port neck part 13 of a container main body 11 holding a predetermined liquid, wherein a plurality of ribs 18 radially extending astride from an inner surface of a top surface part 16 of the cap 10 to an inner surface of a peripheral wall part and integrally projecting inwards are formed on a peripheral edge part 17 of the inner surface of the top surface part 16. A female screw 14 is a screw in the form of two threads composed of spiral mated ridges 14a, 14b of two threads, for example. The liquid held in the container main body 11 is, for example, a chlorine-based bleach which contains a surface active agent and a sodium hypochlorite. The mated ridges 14a, 14b each are 80 to 120 degrees in thread angle θ and 1 to 15% of a valley radius of the female screw 14 in thread height H.
    • 盖10,其在内周面具有内螺纹14,并被拧在保持预定液体的容器主体11的端口颈部13上,其中多个肋18从内表面横向延伸 在顶面部16的内表面的周缘部17上形成有盖10的上表面部16与周壁部的内表面并且一体突出的内表面部16。 内螺纹14是由例如螺纹的螺旋状配合脊14a,14b构成的两个螺纹形式的螺钉。 容纳在容器主体11中的液体例如是含有表面活性剂和次氯酸钠的氯系漂白剂。 配合脊14 a,14 b各自在螺纹角度θ为80至120度,螺纹高度H为阴螺纹14的谷半径的1至15%。
    • 10. 发明申请
    • AUDIO REPRODUCING APPARATUS
    • 音频再现设备
    • US20090319066A1
    • 2009-12-24
    • US12480244
    • 2009-06-08
    • Masayuki TSUJINoboru YashimaFumio AbeIsao Otsuka
    • Masayuki TSUJINoboru YashimaFumio AbeIsao Otsuka
    • G06F17/00G06F17/10
    • H04R3/04H04S7/30
    • An audio reproducing apparatus has a correction coefficient holding means (6) for holding at least one set of correction coefficients (K0) based on an inverse characteristic (H0) of a transfer characteristic from a speaker means (10) to a listening position (13). The correction coefficients are derived by convolution of an arbitrary transfer characteristic (H00) and the inverse characteristic (H0). The correction coefficients (K0) held by the correction coefficient holding means (6) are convolved with the audio signal in the non-recursive digital filter means (5) to generate output. The audio reproducing apparatus can realize an arbitrary acoustic characteristic easily, with a simple structure. Not just high fidelity audio reproduction, but also recreation of intended sound quality is enabled.
    • 音频再现装置具有校正系数保持装置(6),用于基于从扬声器装置(10)到收听位置(13)的传送特性的反向特性(H0)来保持至少一组校正系数(K0) )。 通过任意传递特性(H00)和逆特性(H0)的卷积导出校正系数。 由校正系数保持装置(6)保持的校正系数(K0)与非递归数字滤波器装置(5)中的音频信号进行卷积以产生输出。 音频再现装置可以以简单的结构容易地实现任意的声学特性。 不仅高保真的音频再现,而且还可以实现预期的音质的恢复。