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    • 1. 发明授权
    • Audio signal reproducing apparatus
    • 音频信号再现装置
    • US5402277A
    • 1995-03-28
    • US57102
    • 1993-05-03
    • Kenichi NagasawaTaizou HoriShinichi Hatae
    • Kenichi NagasawaTaizou HoriShinichi Hatae
    • G11B27/36H04N7/06H04N9/802H04N9/835G11B5/62
    • H04N9/8355G11B27/36H04N7/06H04N9/802G11B2220/90
    • An apparatus for reproducing from a recording medium a frequency-modulated audio signal which has its carrier level in a specific period determined according to the kind of information and for producing the audio signal after processing the reproduced audio signal is arranged to control the signal processing action according to the output of a detecting circuit which detects the level of a difference between the carrier level of the frequency-modulated audio signal obtained in the specific period and the carrier level obtained in a period other than the specific period or detects changes taking place in the carrier level. This arrangement enables the apparatus to process the audio signal appositely to the kind of the frequency-modulated signal thereof without recourse to any additional reproducing circuit solely for this purpose. Further, the apparatus is arranged to prevent any faulty signal processing action by nullifying as necessary the output of the detecting circuit.
    • 一种用于从记录介质再现根据信息种类确定的特定周期中的载波电平并且在处理再现的音频信号之后产生音频信号的调频音频信号被布置成控制信号处理动作 根据检测电路的输出,该检测电路检测在特定时段中获得的调频音频信号的载波电平与在特定时段之外的时段中获得的载波电平之间的差异的电平,或者检测在特定时段内发生的变化 载体级别。 这种布置使得该装置能够将音频信号与其频率调制信号的种类相反地处理,而无需为此目的而不用任何额外的再现电路。 此外,该装置被布置为通过根据需要消除检测电路的输出来防止任何错误的信号处理动作。
    • 2. 发明授权
    • Audio signal reproducing apparatus
    • 音频信号再现装置
    • US5233484A
    • 1993-08-03
    • US884809
    • 1992-05-19
    • Kenichi NagasawaTaizou HoriShinichi Hatae
    • Kenichi NagasawaTaizou HoriShinichi Hatae
    • G11B27/36H04N7/06H04N9/802H04N9/835
    • H04N9/8355G11B27/36H04N7/06H04N9/802G11B2220/90
    • An apparatus for reproducing from a recording medium a frequency-modulated audio signal which has its carrier level in a specific period determined according to the kind of information and for producing the audio signal after processing the reproduced audio signal is arranged to control the signal processing action according to the output of a detecting circuit which detects the level of a difference between the carrier level of the frequency-modulated audio signal obtained in the specific period and the carrier level obtained in a period other than the specific period or detects changes taking place in the carrier level. This arrangement enables the apparatus to process the audio signal appositely to the kind of the frequency-modulated signal thereof without recourse to any additional reproducing circuit solely for this purpose. Further, the apparatus is arranged to prevent any faulty signal processing action by nullifying as necessary the output of the detecting circuit.
    • 一种用于从记录介质再现根据信息种类确定的特定周期中的载波电平并且在处理再现的音频信号之后产生音频信号的调频音频信号被布置成控制信号处理动作 根据检测电路的输出,该检测电路检测在特定时段中获得的调频音频信号的载波电平与在特定时段之外的时段中获得的载波电平之间的差异的电平,或者检测在特定时段内发生的变化 载体级别。 这种布置使得该装置能够将音频信号与其频率调制信号的种类相反地处理,而无需为此目的而不用任何额外的再现电路。 此外,该装置被布置为通过根据需要消除检测电路的输出来防止任何错误的信号处理动作。
    • 5. 发明授权
    • Dust collection device for concrete cutter
    • 混凝土切割机除尘装置
    • US08690979B2
    • 2014-04-08
    • US13304072
    • 2011-11-23
    • Kenichi Nagasawa
    • Kenichi Nagasawa
    • B01D50/00
    • B08B5/04B01D45/16B04C5/26B04C2009/004B04C2009/005B07B9/02
    • A dust collection device for a concrete cutter includes a suction duct disposed on an upstream-most side; a plurality of dust collectors of a cylindrical cyclone system disposed in series downstream of the suction duct; and a plurality of dust collection chambers connected respectively to the plurality of dust collectors and storing individually dust separated in each of the dust collectors. A blower is disposed between any two of the plurality of dust collectors and performs intake and discharge of air by rotation of a built-in fan. A return flow channel communicates the suction duct with the dust collection chamber which is connected via a connection portion to a dust collector disposed on a downstream-most side from among the plurality of dust collectors, or a return flow channel communicates the suction duct with the connection portion.
    • 用于混凝土切割机的集尘装置包括设置在最上游一侧的吸入管道; 串联设置在抽吸管道下游的圆柱形旋风系统的多个集尘器; 以及分别连接到多个集尘器的多个集尘室,并且分别存储在每个集尘器中的灰尘。 鼓风机设置在多个集尘器中的任意两个之间,并且通过旋转内置风扇来进行空气的排放。 回流通道将抽吸管道与通过连接部分连接的集尘室与设置在多个集尘器中的最下游侧的集尘器连通,或者回流通道将抽吸管道与 连接部分。
    • 9. 发明授权
    • High efficient image signal recording system
    • 高效图像信号记录系统
    • US5734785A
    • 1998-03-31
    • US296615
    • 1994-08-25
    • Kenichi NagasawaTadayoshi NakayamaChikara SatoKoji Takahashi
    • Kenichi NagasawaTadayoshi NakayamaChikara SatoKoji Takahashi
    • H04N9/79H04N9/82H04N5/91
    • H04N9/8205H04N9/7904
    • In an image signal recording system for recording on a recording medium an original image signal corresponding to an original picture which is comprised of a plurality of pixels, the original picture is divided into a plurality of pixel blocks each consisting of a predetermined number of pixels, and image signals each corresponding to the associated pixel block divided are recorded on the recording medium in accordance with a first recording mode and a second recording mode which are mutually different in a recording format. Either of the first and second recording modes is selected on each of the plurality of pixel blocks and a recording mode information signal corresponding to the selected recording mode is generated. There are recorded on the recording medium, the first image information signal or the second image information signal formed and the recording mode information signal generated, on a multiple basis. Thus, it is possible to provide the image signal recording system capable of efficiently recording image signals while suppressing a deterioration of the image quality.
    • 在用于在记录介质上记录与由多个像素组成的原始图像相对应的原始图像信号的图像信号记录系统中,原始图像被分成多个像素块,每个像素块由预定数量的像素组成, 并且分别对应于相关联的像素块的图像信号根据记录格式相互不同的第一记录模式和第二记录模式被记录在记录介质上。 在多个像素块中的每一个上选择第一和第二记录模式之一,并且生成与所选记录模式对应的记录模式信息信号。 在多个基础上记录在记录介质上,形成的第一图像信息信号或第二图像信息信号和所生成的记录模式信息信号。 因此,可以提供能够有效地记录图像信号同时抑制图像质量劣化的图像信号记录系统。
    • 10. 发明授权
    • Video camera with compact arrangement of parts
    • 视频摄像机配置紧凑
    • US5729291A
    • 1998-03-17
    • US324539
    • 1994-10-18
    • Chifuyu TanakaKenichi NagasawaTakeshi Abe
    • Chifuyu TanakaKenichi NagasawaTakeshi Abe
    • G11B31/00H04N5/225H04N5/222
    • G11B31/006H04N5/2251Y10S358/906
    • A photographic optical system and a viewfinder are disposed above a recorder casing for recording a signal obtained by photography. The photographic optical system and the viewfinder are disposed so as not to overlap each other in a direction parallel to an optical axis of the photographic optical system and so that an optical path of the photographic optical system and an optical path of the viewfinder overlap each other as viewed on an extended line of the optical axis of the photographic optical system. In addition, the photographic optical system is disposed above the recorder casing, and the recorder casing is arranged to eject downward a recording medium for recording of a signal obtained by photography. A grip is disposed on one side of the aforesaid recorder casing, and an operating part for driving a mechanism for varying the magnification of the photographic optical system is provided at the rear of the photographic optical system.
    • 照相光学系统和取景器设置在记录器壳体上方,用于记录通过摄影获得的信号。 照相光学系统和取景器被设置为在与摄影光学系统的光轴平行的方向上不彼此重叠,并且使得摄影光学系统的光路和取景器的光路彼此重叠 如在照相光学系统的光轴的延长线上观察的。 此外,照相光学系统设置在记录器壳体上方,并且记录器壳体布置成向下弹出用于记录通过摄影获得的信号的记录介质。 手柄设置在上述记录器壳体的一侧,并且用于驱动用于改变摄影光学系统的放大率的机构的操作部分设置在摄影光学系统的后部。