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    • 34. 发明申请
    • Signal processing apparatus, signal processing method, and computer program
    • 信号处理装置,信号处理方法和计算机程序
    • US20080086313A1
    • 2008-04-10
    • US11904023
    • 2007-09-25
    • Mitsunori TanakaMamoru TanakaMakoto MitsunoMasashi Ohta
    • Mitsunori TanakaMamoru TanakaMakoto MitsunoMasashi Ohta
    • G10L19/00
    • G10L19/173
    • A signal processing apparatus may include a decoder that decodes a compressed audio stream encoded by a predetermined codec, a signal processing unit that applies predetermined signal processing to an audio stream obtained by decoding the compressed audio stream with the decoder, a first acquisition unit that acquires at least one of information described in a header of the compressed audio stream and management information for contents including the compressed audio stream, a setting unit that discriminates, on the basis of the information, a type of the codec used for the encode of the compressed audio stream and sets a codec used for encode of the audio stream, and an encoder that encodes, in accordance with the setting by the setting unit, the audio stream subjected to the signal processing by the signal processing unit and outputs the audio stream to an external apparatus that has a decoder.
    • 信号处理装置可以包括解码器,其对由预定编解码器编码的压缩音频流进行解码;信号处理单元,对通过解码器对压缩音频流进行解码而获得的音频流应用预定的信号处理;第一获取单元, 在压缩音频流的标题中描述的信息和包括压缩音频流的内容的管理信息中的至少一个信息,设置单元,其基于该信息鉴别用于编码压缩的音频流的编解码器的类型 音频流并且设置用于音频流的编码的编解码器,以及编码器,其根据设置单元的设置对经过信号处理单元的信号处理的音频流进行编码,并将音频流输出到 具有解码器的外部设备。
    • 36. 发明授权
    • Tube squeezer
    • 管挤压机
    • US06409047B1
    • 2002-06-25
    • US09874584
    • 2001-06-05
    • Mamoru Tanaka
    • Mamoru Tanaka
    • B65D3532
    • B65D35/32
    • A tube squeezer having a simple and small-sized structure, which can squeeze out the content material out of a tube effectively, and surely maintain the squeezed state of the tube. This tube squeezer comprises, a tube having a closed one end along a length direction and another end from which a material contained therein can be discharged; a frame mounted integrally on one end of the tube along a width direction for holding the end of the tube; and a handle having a main body mounted on the frame and an arm extending from the main body. The main body projects from the tube in the width direction, so that a user can hold the main body when rolling up the tube by the frame. The arm extends from the main body such that a tip end portion thereof overlaps with a part of the tube, thus the tip end portion can be engaged with the surface of the tube when the tube is rolled up. Therefore, this tube squeezer makes it possible to prevent the reversed rotation of the rolled tube.
    • 具有简单和小型结构的管挤压机,其可有效地挤出管中的内容物,并且可靠地保持管的挤压状态。 该管挤压机包括:沿着长度方向具有封闭的一端的管,并且可以从其中排出容纳在其中的材料的另一端; 整体地沿着宽度方向一体地安装在管的一端的框架,用于保持管的端部; 以及手柄,其具有安装在框架上的主体和从主体延伸的臂。 主体在宽度方向上从管突出,从而当通过框架卷起管时,使用者可以握住主体。 臂从主体延伸,使得其末端部分与管的一部分重叠,因此当管卷起时,尖端部可以与管的表面接合。 因此,该管挤压器能够防止轧制管的反转。
    • 40. 发明授权
    • Battery recharging solar cell arrangement for an automotive vehicle
    • 用于汽车的电池充电太阳能电池装置
    • US4327316A
    • 1982-04-27
    • US120030
    • 1980-02-11
    • Yoshitake FujikuboMamoru Tanaka
    • Yoshitake FujikuboMamoru Tanaka
    • H02J7/00B60L11/00H02J7/35B60L11/18H01L31/04
    • H02J7/355B60L1/00B60L8/003Y02T10/7083Y10S136/291
    • In a battery recharging arrangement for an automotive vehicle, one or more solar batteries, together with recharging current control means to charge an automotive vehicle battery, are disposed with supporting metal fixtures at a plurality of different positions to which solar energy is applied so as to prevent the rechargeable batteries mounted in an automotive vehicle body from becoming excessively discharged. The solar batteries are positioned on the roof of a vehicle or mainly within the passenger compartment at appropriate elevation angles, so that as long as the vehicle is in the condition wherever solar energy is applied, solar energy can be obtained at any position of the sun regardless of the direction the vehicle is moving in or of the place the vehicle is parked since at least one of the disposed solar batteries will be effectively exposed to sunlight. The solar batteries so disposed at a plurality of different positions within the passenger compartment are protected from dirt or splashes of mud to keep the batteries in good working conditions at all times. In addition, if appropriate light focusing devices, such as Fresnel lenses, are positioned over the solar batteries, the solar energy collecting performance will further be enhanced.
    • 在机动车辆的电池充电装置中,一个或多个太阳能电池与用于对汽车电池充电的再充电电流控制装置一起设置有多个不同位置的支撑金属固定装置,太阳能被施加到多个不同的位置,以便 防止安装在机动车身上的可充电电池变得过度放电。 太阳能电池以适当的仰角定位在车辆的屋顶或主要在乘客舱内,使得只要车辆处于施加太阳能的状态,太阳能就可以在太阳的任何位置获得 由于至少一个所配置的太阳能电池将被有效地暴露在阳光下,所以不管车辆正在移动的方向或车辆停放的地方。 如此设置在乘客室内的多个不同位置的太阳能电池被保护以防止污垢或飞溅的泥浆,以始终保持电池处于良好的工作状态。 此外,如果适当的光聚焦装置(例如菲涅尔透镜)适当地位于太阳能电池上方,则太阳能收集性能将进一步提高。