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    • 2. 发明授权
    • Method for seaming linking loops on knitted fabrics
    • 缝合针织物上链环的方法
    • US06708633B2
    • 2004-03-23
    • US10459551
    • 2003-06-12
    • Naomasa OchiRyosuke Mori
    • Naomasa OchiRyosuke Mori
    • D05B700
    • D05B7/00
    • A sewing method allows firm seaming to be performed without inserting point needles through linking loops that are formed near the ends of the course direction, and the other linking loops can be automatically linked with efficiency. The sewing method seams knitted fabrics having linking loops on their top courses, the knitted fabrics being stretched in the course direction with point needles inserted through some successive ones of the linking loops, wherein the point needles are pulled out with the knitted fabrics sandwiched and held in the vicinity of the linking loops across the course direction. Then, linking loops not having been pierced with the point needles are seamed at intervals smaller than the intervals of arrangement of the linking loops not having been pierced with the point needles. The linking loops pierced with the point needles are seamed by linking.
    • 缝制方法允许在不插入点针的情况下进行牢固的缝合,连接环形成在靠近行程方向的端部附近,并且其他连接环可以自动地与效率相关联。 该缝制方法在其顶部线条上接合具有连接环的针织物,针织物沿着行进方向被拉伸,点针通过一些连续的连接环插入,其中点针被夹持和保持的针织物拉出 在连接环路附近的整个行进方向。 然后,没有被点针穿刺的连接环以小于没有被点针刺穿的连接环的间隔的间隔被缝合。 用点针刺穿的连接环通过连接缝合。
    • 3. 发明授权
    • Receiver, integrated circuit, digital television receiver, reception method, and reception program
    • 接收机,集成电路,数字电视接收机,接收方式和接收方案
    • US08340220B2
    • 2012-12-25
    • US12602672
    • 2009-04-08
    • Tomohiro KimuraRyosuke Mori
    • Tomohiro KimuraRyosuke Mori
    • H03K9/00H04L27/00
    • H04L27/2647H04L25/021H04L25/022H04L25/0232H04L2025/03414H04N21/4382H04N21/44209H04N21/6112
    • A receiver receives an OFDM signal and performs the Fourier transform on the received OFDM signal. In the receiver, a first channel estimation subunit estimates channel characteristics at SP signal positions and interpolates the estimated channel characteristics in the time direction, whereas a second channel estimation subunit estimates channel characteristics at TMCC signal positions. A correlation calculation subunit performs an autocorrelation calculation on the output from the first channel estimation subunit, and performs a cross-correlation calculation on the output from the first channel estimation subunit and the output from the second channel estimation subunit. By using the results of the autocorrelation calculation and the cross-correlation calculation performed by the correlation calculation subunit, a control subunit controls a transfer function of an interpolation filter in a frequency interpolation subunit.
    • 接收机接收OFDM信号并对所接收的OFDM信号进行傅里叶变换。 在接收机中,第一信道估计子单元估计SP信号位置的信道特性,并在时间方向内插估计的信道特性,而第二信道估计子单元估计TMCC信号位置的信道特性。 相关计算子单元对第一信道估计子单元的输出进行自相关运算,对第一信道估计子单元的输出和第二信道估计子单元的输出进行互相关计算。 通过使用相关计算子单元进行的自相关计算和互相关计算的结果,控制子单元控制频率插值子单元中的内插滤波器的传递函数。
    • 6. 发明授权
    • Demodulation apparatus and method, and integrated circuit of demodulation apparatus
    • 解调装置和方法,以及解调装置的集成电路
    • US07450669B2
    • 2008-11-11
    • US11006040
    • 2004-12-07
    • Ryosuke Mori
    • Ryosuke Mori
    • H04L27/06
    • H04L27/2662H04L27/2607H04L27/2678
    • An OFDM modulation apparatus receives a signal composed of OFDM symbols each of which is composed of an effective symbol and a guard interval, generates K delayed signals by delaying the received signal by K effective symbol periods, generates a signal by adding up all the K delayed signals, generates a first correlation signal that shows a correlation between the received signal and the addition-result signal, generates K×L second correlation signals from the first correlation signal, based on K×L combinations of K effective symbol periods and L fractions used to indicate the guard interval period, detects one among the K×L second correlation signals that indicates a largest correlation level, and detect periods of the effective symbol and the guard interval of the received signal in accordance with the detected second correlation signal.
    • OFDM调制装置接收由OFDM符号构成的信号,每个符号由有效符号和保护间隔组成,通过将接收信号延迟K个有效符号周期来生成K个延迟信号,通过将所有K个延迟 信号,产生表示接收信号与加法结果信号之间的相关性的第一相关信号,基于K个有效符号周期的KxL组合和用于指示卫星的L个分数,从第一相关信号产生KxL第二相关信号 间隔期间,检测表示最大相关电平的KxL第二相关信号之一,并根据检测到的第二相关信号检测接收信号的有效符号和保护间隔的周期。
    • 7. 发明申请
    • Externally-controlled fluid coupling
    • 外部控制流体联轴器
    • US20070095627A1
    • 2007-05-03
    • US11546278
    • 2006-10-12
    • Mitsutoshi HagiwaraHironori YoshidaHideyuki SuzukiRyosuke Mori
    • Mitsutoshi HagiwaraHironori YoshidaHideyuki SuzukiRyosuke Mori
    • F16D31/00
    • F16D35/026F01P7/042F16D35/024
    • An externally-controlled fluid coupling includes a driving disk fixed to a driving rotational shaft, a case member and a cover member rotatably supported by the rotational shaft, a separating plate for forming an operation chamber and a storage chamber between the case member and the cover member, a supply passage for supplying the fluid to the operation chamber, a return passage for returning the fluid to the storage chamber, a supply/return valve for opening or closing the supply/return passage and an electromagnetic actuating apparatus including an electromagnet for actuating the supply/return valves. The electromagnet generates a first power of magnetism for actuating the supply valve and a second power of magnetism for actuating the return valve. The values of the first and second powers of magnetism are different from each other so that the supply valve and the return valve open/close nonsynchronously.
    • 外部控制的流体联轴器包括固定到驱动旋转轴的驱动盘,壳体构件和由旋转轴可旋转地支撑的盖构件,用于形成操作室的分离板和壳体构件与盖之间的储存室 构件,用于将流体供应到操作室的供应通道,用于将流体返回到存储室的返回通道,用于打开或关闭供应/返回通道的供应/返回阀和包括用于致动的电磁体的电磁致动设备 供应/回流阀。 电磁体产生用于致动供给阀的第一磁力,以及用于致动回流阀的第二磁力。 磁力的第一和第二功率的值彼此不同,使得供给阀和回流阀非同步地打开/关闭。
    • 10. 发明申请
    • RECEIVING APPARATUS, INTEGRATED CIRCUIT AND RECEIVING METHOD
    • 接收装置,集成电路和接收方法
    • US20090310479A1
    • 2009-12-17
    • US11915992
    • 2006-05-29
    • Akira KisodaRyosuke Mori
    • Akira KisodaRyosuke Mori
    • H04J11/00
    • H04L25/0232H04L25/0226
    • For a data group composed of pieces of data each indicating channel characteristics of a scattered pilot signal position whose phase is adjusted by dividing scattered pilot signals included in an OFDM signal by a scattered pilot signal at the time of transmission, a carrier extension circuit 341 inserts data having a same value as a value of data of a lower end into an outside of the lower end of a band, and inserts data having a same value as a value of data of an upper end into an outside of the upper end of the band. On the data group composed of 2N pieces of data including the data inserted by the carrier extension circuit 341, IFFT processing by an IFFT circuit 342, noise removal processing by a noise removal filter 343, and FFT processing by a FFT circuit 344 are performed. The data inserted by the carrier extension circuit 341 is removed from the data group outputted from the FFT circuit 344, and the data group after the data removal is used for interpolation in a symbol direction.
    • 对于由传输时分散有导频信号的OFDM信号中分散的导频信号来调整相位的散射导频信号位置的信道特性的数据组,由载波扩展电路341插入 数据具有与下一端的数据的值相同的值到带的下端的外部,并且将具有与上端的数据的值相同的值的数据插入到 带。 在包括由载波扩展电路341插入的数据的2N个数据组成的数据组中,执行IFFT电路342的IFFT处理,噪声去除滤波器343的噪声去除处理以及FFT电路344的FFT处理。 由载波扩展电路341插入的数据从FFT电路344输出的数据组中去除,数据去除之后的数据组用于符号方向的插值。