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    • 21. 发明申请
    • AUDIO CONFERENCE DEVICE
    • 音频会议设备
    • US20090274318A1
    • 2009-11-05
    • US12302285
    • 2007-05-17
    • Toshiaki IshibashiSatoshi SuzukiRyo TanakaSatoshi Ukai
    • Toshiaki IshibashiSatoshi SuzukiRyo TanakaSatoshi Ukai
    • H04R3/00
    • H04R3/005H04M3/56H04M3/568H04R27/00
    • A audio conference device capable of detecting a talker's direction exactly and collecting a sound emitted from this direction at a high signal S/N ratio is provided. A detecting beam generating portion 811 applies a delay-sum process to sound collecting signal SS104 to SS113 of microphones MIC104 to MIC113 that are aligned densely in a center portion in the alignment direction, and generates detecting sound collecting beam signals MB101 to MB114. A outputting beam generating portion 812 applies a delay-sum process to sound collecting signals SS101 to SS116 of all microphones MIC101 to MIC116 that are aligned in the alignment direction to generate outputting collecting beam signals MB101′ to MB114′. A sound collecting beam selecting portion 19 detects direction data MS corresponding to a sound collecting beam signal, which has the highest signal density, out of the detecting sound collecting beam signals MB101 to MB114, and feeds the sound collecting beam signal to an outputting beam selecting portion 813. The outputting beam selecting portion 813 selects a sound collecting beam signal corresponding to the direction data MS.
    • 提供一种能够精确地检测讲话者方向并以高信号S / N比率收集从该方向发出的声音的音频会议装置。 检测光束产生部分811对在对准方向的中心部分密集排列的麦克风MIC104至MIC113的声音采集信号SS104至SS113施加延迟和处理,并产生检测声音采集束信号MB101至MB114。 输出光束产生部分812对在对准方向上排列的所有麦克风MIC101至MIC116的声音收集信号SS101至SS116施加延迟和处理,以产生输出收集束信号MB101'至MB114'。 声音采集束选择部分19从检测声音采集束信号MB101至MB114中检测具有最高信号密度的声音采集束信号的方向数据MS,并将声音采集束信号馈送到输出光束选择 输出光束选择部分813选择与方向数据MS相对应的声音采集束信号。
    • 22. 发明申请
    • VOICE EMITTING AND COLLECTING DEVICE
    • 语音发射和收集设备
    • US20090248408A1
    • 2009-10-01
    • US12306413
    • 2007-06-20
    • Toshiaki IshibashiRyo TanakaSatoshi Ukai
    • Toshiaki IshibashiRyo TanakaSatoshi Ukai
    • G10L21/02
    • H04R3/005H04M3/56H04M3/568H04M2201/18H04R1/406H04R2201/403H04R2430/20
    • A voice emitting and collecting device that is capable of picking up/outputting a voice emitted from a talker at a high S/N ratio by eliminating the influence of a diffracting voice despite a simple configuration is provided. A signal differencing circuit 191 outputs difference signals MS1 to MS4 between voice collecting beam signals MB11 to MB14 and voice collecting beam signals MB21 to MB24. A level comparator 195 selects the difference signal having a maximum level. A signal selecting circuit 196 selects voice collecting beam signals MB1x, MB2x of the difference signal MS that is selected/pointed by the level comparator 195. A subtracter 199 subtracts the voice collecting beam signal MB2x from the voice collecting beam signal MB1x, and output a resultant signal. Accordingly, main components of the diffracting voice can be removed from the voice collecting beam signal.
    • 提供了一种语音发射和收集装置,其能够通过消除尽管简单配置的衍射语音的影响,以高S / N比来拾取/输出从讲话者发出的语音。 信号差分电路191输出语音采集束信号MB11〜MB14和声音采集束信号MB21〜MB24之间的差信号MS1〜MS4。 电平比较器195选择具有最大电平的差分信号。 信号选择电路196选择由电平比较器195选择/指示的差分信号MS的语音采集束信号MB1x,MB2x。减法器199从语音采集束信号MB1x中减去语音采集束信号MB2x,并输出 结果信号。 因此,可以从声音采集束信号中去除衍射声音的主要成分。
    • 23. 发明授权
    • Waterproof top end stop of slide fastener
    • 拉链防水顶端止动件
    • US07591051B2
    • 2009-09-22
    • US11529101
    • 2006-09-28
    • Masahiro KusayamaYutaka TominagaRyo Tanaka
    • Masahiro KusayamaYutaka TominagaRyo Tanaka
    • A44B19/32
    • A44B19/32A44B19/36Y10T24/2511Y10T24/2514Y10T24/2598
    • The invention provides a waterproof top end stop for a slide fastener for enhancing its waterproof and airproof properties, wherein fastener elements are attached to opposing side edges of a pair of waterproof fastener tapes, an elastic top end stop is attached adjacent to the fastener elements and includes an accommodating portion in a center for accommodating a diamond; protrusions projecting in a front/rear surface direction around the accommodating portion and making a pressure contact with inner faces of blades; passage portions at entrances of the top end stop; and pressing portions on outer edges of insertion leg portions of the top end stop corresponding to the passage portions, outer sides of the pressing portions project outward with respect to contact faces of leg portions of an adjacent fastener element, and the pressing portions are pressed by flanges of the slider and the passage portions are closed firmly simultaneously.
    • 本发明提供一种用于拉链的防水顶端止动件,用于提高其防水和防空气性能,其中紧固件元件附接到一对防水拉链带的相对侧边缘,弹性顶端止动件邻近紧固件元件附接, 包括用于容纳钻石的中心的容纳部分; 围绕容纳部分在前/后表面方向上突出并且与叶片的内表面压力接触的突起; 在顶端止口的入口处的通道部分; 并且对应于通道部分的顶端止动件的插入脚部的外边缘上的按压部分,按压部分的外侧相对于相邻的拉链件的腿部的接触面向外突出,并且按压部分被按压 滑块和通道部分的凸缘同时牢固地闭合。
    • 27. 发明授权
    • Vehicle diagnosis system
    • 车辆诊断系统
    • US06567730B2
    • 2003-05-20
    • US09928888
    • 2001-08-13
    • Ryo Tanaka
    • Ryo Tanaka
    • H04Q900
    • G07C5/008
    • A vehicle diagnosis system which makes a diagnosis of a vehicle upon a fault or the like in accordance with various diagnosis data in the vehicle. In one embodiment, a diagnosis data collector is disposed in the vehicle for collecting data on various items of vehicle equipment. A radio communication device is also disposed in the vehicle. At the time of diagnosis, the radio device transmits diagnosis equipment to an external diagnosis device. Diagnosis data may be transmitted by radio, telephone, over the Internet or otherwise.
    • 根据车辆中的各种诊断数据,故障等进行车辆诊断的车辆诊断系统。 在一个实施例中,诊断数据收集器设置在车辆中,用于收集关于各种车辆设备的数据。 无线通信装置也设置在车辆中。 在诊断时,无线电设备将诊断设备发送到外部诊断设备。 诊断数据可以通过无线电,电话,互联网或其他方式传输。
    • 28. 发明授权
    • Recording medium device ejection structure and apparatus body or adapter used for the structure
    • 用于结构的记录介质装置的排出结构和装置主体或适配器
    • US06272091B1
    • 2001-08-07
    • US09337674
    • 1999-06-22
    • Takeshi IkariRyo TanakaMasahiro KinositaMakoto Yamaguchi
    • Takeshi IkariRyo TanakaMasahiro KinositaMakoto Yamaguchi
    • G11B3302
    • G06K13/0806G06K13/08
    • The present invention provides a recording medium device ejection structure which is useful to minimize the outside dimension of a recording medium device and to increase the mounting area of a printed circuit on an adapter to which the recording medium device is inserted. The recording medium device comprises a recording medium body and a case having a recess for accommodating the recording medium body, and is attached to the adapter detachably. The adapter is provided with a cover, the first lever provided on the cover, and the second lever which is in contact with the first lever at one end. The first lever gets in the recess provided on the recording medium device to resultantly push up the recording medium device, and the recording medium device is thereby ejected. A connector not shown in the drawing to which the recording medium device is inserted does not necessarily have a recording medium device ejection mechanism, and thus the product is made small-sized.
    • 本发明提供了一种用于使记录介质装置的外部尺寸最小化并且增加印刷电路在插入记录介质装置的适配器上的安装面积的记录介质装置排出结构。 记录介质装置包括记录介质主体和具有用于容纳记录介质主体的凹部的壳体,并且可拆卸地安装在适配器上。 适配器设置有盖,设置在盖上的第一杆和在一端与第一杆接触的第二杆。 第一杆进入设置在记录介质装置上的凹槽中,从而推动记录介质装置,由此喷射记录介质装置。 插入记录介质装置的图中未示出的连接器不一定具有记录介质装置的排出机构,因此该产品被制成小尺寸。
    • 29. 发明授权
    • Floating water purification free-running apparatus and water
purification method
    • 浮水净化自由运行装置和水净化方法
    • US6083405A
    • 2000-07-04
    • US233667
    • 1999-01-19
    • Ryo TanakaKatsuhisa KimataYasuo Sajika
    • Ryo TanakaKatsuhisa KimataYasuo Sajika
    • C02F1/00C02F1/28C02F7/00G05D1/00C02F1/74
    • C02F7/00C02F1/28Y02W10/15Y02W10/37
    • A floating water purification free-running apparatus includes a floating structure, a water purification section, second pumps, a drain outlet, a free-running section, a water quality sensor, a solar cell, an inverter, a sunshine recorder, and a controller. The floating structure is set afloat in a water area. The water purification section filters water in the water area by first pumps. The second pumps inject air into the water area. The drain outlet communicates with the water purification section to drain treated water. The free-running section moves the floating structure in the water area on the basis of a drain injection pressure from the drain outlet. The water quality sensor detects water quality in the water area. The solar cell receives sunlight to generate power. The inverter converts the power into an AC voltage and applies it to each pump. The sunshine recorder measures a sunshine intensity. The controller operates on the basis of the power generated by the solar cell, and controls the number of pumps to be driven in accordance with at least one of sunshine intensity information from the sunshine recorder and the AC voltage and output frequency of the inverter when making the water purification section perform water purification on the basis of an output from the water quality sensor.
    • 一种浮水净化自由运转装置,具有浮动结构,水净化部,第二泵,排水口,自由运转部,水质传感器,太阳能电池,逆变器,阳光记录器和控制器 。 浮式结构在水域内漂浮。 水净化部分通过第一泵对水区域的水进行过滤。 第二台泵将空气注入水域。 排水出口与净水部分连通以排出经处理的水。 自由运行部分基于来自排水出口的排水喷射压力移动水区域中的浮动结构。 水质传感器检测水域的水质。 太阳能电池接收太阳光发电。 逆变器将功率转换为交流电压并将其施加到每个泵。 阳光记录仪测量阳光强度。 控制器基于太阳能电池产生的电力进行操作,并且根据来自阳光记录器的日照强度信息和逆变器的交流电压和输出频率中的至少一个来控​​制要驱动的泵的数量 水净化部根据水质传感器的输出进行水净化。