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    • 22. 发明授权
    • Coating container with comb
    • 带梳子的涂料容器
    • US07490614B2
    • 2009-02-17
    • US10502390
    • 2003-01-30
    • Shigeru HayakawaTsutomu KobayashiMitsuo Furusawa
    • Shigeru HayakawaTsutomu KobayashiMitsuo Furusawa
    • A45D24/22
    • A45D24/28
    • A comb-carrying container is designed for applying substance by sequential action. The container has a hollow comb with a shaft, and a cap-like member formed at the lower end of the shaft, and a laminated container body consisting of an outer layer and an inner layer peelable therefrom and having an opened neck portion, to which the cap-like member is fitted, such that the liquid in the container may be discharged from the teeth of the comb through the shaft. In the present invention, the shaft 32 and the cap-like member 21 is separated each other, and a pump cylinder 11 is depending from the cap-like member 21 to the laminated container body 1, and a stem 41 is depending from the shaft 32 into the pump cylinder 11. A cylindrical piston 44 is attached at the lower end portion of the stem.
    • 梳齿承载容器设计用于通过顺序动作施用物质。 容器具有中空的梳子,其具有轴和形成在轴的下端的帽状构件,以及层压容器主体,其由外层和从其剥离的内层组成,并且具有开口的颈部, 盖状构件被装配,使得容器中的液体可以通过轴从梳子的齿排出。 在本发明中,轴32和盖状构件21彼此分离,并且泵筒11从盖状构件21向层叠容器主体1排列,杆41从轴 32连接到泵缸11中。圆柱形活塞44连接在杆的下端部分。
    • 28. 发明授权
    • Oversampling converter
    • 过采样转换器
    • US4704600A
    • 1987-11-03
    • US826128
    • 1986-02-04
    • Kuniharu UchimuraTsutomu KobayashiAtushi IwataToshio HayashiTadakatsu Kumura
    • Kuniharu UchimuraTsutomu KobayashiAtushi IwataToshio HayashiTadakatsu Kumura
    • H03M1/12H03M1/66H03M3/02H03M3/00
    • H03M3/418H03M7/3022
    • An oversampling converter includes first and second integrators for integrating a difference between an input terminal voltage and feedback voltages, first and second quantizers for quantizing outputs from the first and second integrators, respectively, first and second feedback paths for feeding back as the feedback voltages outputs from the first quantizer to the input sides of the first and second integrators, a differentiator arranged at an output side of the second quantizer, an adder for adding an output from the differentiator and the output from the first quantizer, and a circuit for supplying an output from the first integrator to an input terminal of the second integrator. Two or more quantization loops may be used. When the oversampling converter is used as an A/D converter, A/D converters are arranged in the first and second feedback paths. When the oversampling converter is used as a D/A converter, D/A converters are arranged between the adder and the first quantizer and between the adder and the second quantizer.
    • 过采样转换器包括用于积分输入端电压和反馈电压之间的差的第一和第二积分器,分别用于量化来自第一和第二积分器的输出的第一和第二量化器,用于反馈的第一和第二反馈路径作为反馈电压输出 从第一量化器到第二积分器的输入侧,布置在第二量化器的输出侧的微分器,用于将来自微分器的输出和来自第一量化器的输出相加的加法器,以及用于提供 从第一积分器输出到第二积分器的输入端。 可以使用两个或更多个量化循环。 当过采样转换器用作A / D转换器时,A / D转换器被布置在第一和第二反馈路径中。 当过采样转换器用作D / A转换器时,D / A转换器被布置在加法器和第一量化器之间以及加法器和第二量化器之间。