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    • 31. 发明授权
    • Linear type shuttle with movable linear motor primary
    • 带可移动线性电机的直线型梭子
    • US5970881A
    • 1999-10-26
    • US10569
    • 1998-01-21
    • Susumu TakahashiRyuichi IshibashiDarin Friedmann
    • Susumu TakahashiRyuichi IshibashiDarin Friedmann
    • B61B13/08B60L13/03B60V3/04B60V3/00B60L13/00
    • B60L13/03B60L2200/26
    • A linear-type shuttle has an air pad 4 that blows air toward a track 5, a chassis 2 that floats above the track 5 due to the air pad 4, a primary side 6a of a linear motor that is installed to be vertically movable on the chassis 2 and that drives the chassis horizontally together with a secondary side 6b on the track 5, a brake skid 11 disposed on the chassis 2 that makes friction contact with the track 5 when the chassis 2 is not floating above the track 5, an operating lever 17 pivotally mounted to the chassis 2 and having one end connected to the primary side 6a, a spring 23 that always forces the primary side 6a upward away from the secondary side 6b via the lever 17, and an electromagnet 20 that moves the primary side 6a downward via the lever 17 against the force of the spring 23 to a predetermined position in relation to the secondary side 6b, such that, when the car 1 is floating, the gap 60 between the primary side 6a and the secondary side 6b of a linear motor is as narrow as possible so that the linear motor will be driven efficiently.
    • 直线型梭子具有将空气吹向轨道5的气垫4,由于气垫4而悬挂在轨道5上方的底盘2,直线电动机的初级侧6a被安装成可垂直移动 底盘2并且与机架2上的次级侧6b一起水平地驱动底盘,设置在机架2上的制动器滑块11,当底盘2不在轨道5上方时,与轨道5摩擦接触, 操作杆17枢转地安装到底盘2并且具有连接到初级侧6a的一端;弹簧23,其经由杠杆17总是迫使初级侧6a向上远离次级侧6b;以及电动机20, 侧面6a通过杠杆17抵抗弹簧23的力向下相对于次级侧6b的预定位置,使得当轿厢1浮起时,初级侧6a和次级侧6b之间的间隙60 线性马达是一样窄a 可以使线性电动机被有效地驱动。
    • 35. 发明授权
    • Waveform decoding apparatus
    • 波形解码装置
    • US5475629A
    • 1995-12-12
    • US352121
    • 1994-12-01
    • Susumu Takahashi
    • Susumu Takahashi
    • G10H1/00G06T9/00G10H7/00G10L11/00G10L19/02G10L19/04G06F7/548
    • G10L19/0212G06T9/004
    • A coding and decoding apparatus for an acoustic signal obtained by extracting a series of sampled acoustic signal data as a series of frames. From data obtained over each of a predetermined number of discrete frequencies by implementing orthogonal transform processing to acoustic signal data using the same window function for first and second frames in sequential frames of the acoustic signal having a predetermined fixed time length, phase information for each of the discrete frequencies is obtained for every first and second frames. Then, quantities of changes in the phase information of each one of the discrete frequencies in the first frame with respect to the corresponding frequencies in the second frame are determined. On the assumption that the quantities of changes of phase information for each of the individual discrete frequencies are fixed on the time base, individual phase information is determined for the predetermined number of discrete frequencies in a frame at a third time position which is temporally displaced from the second frame by an integer multiple of a time difference between the first and second frames to predict phase information of the frame at the third time position. Thus, it is possible to efficiently encode an acoustic signal to facilitate its satisfactory recording or transmission or to easily provide a sound source for an electronic musical instrument which provides excellent performance.
    • 一种用于通过将一系列采样的声信号数据提取为一系列帧而获得的声信号的编码和解码装置。 通过对具有预定固定时间长度的声信号的连续帧中的第一和第二帧使用相同的窗函数对声信号数据进行正交变换处理,从预定数量的离散频率中获得的数据中的每一个获得的数据, 对于每个第一和第二帧获得离散频率。 然后,确定第一帧中的每个离散频率相对于第二帧中相应频率的相位信息的变化量。 假设每个离散频率的相位信息的变化量在时基上是固定的,则在第三时间位置的帧中对于预定数量的离散频率确定单个相位信息,该第三时间位置在时间上从 第二帧乘以第一和第二帧之间的时间差的整数倍,以预测第三时间位置处的帧的相位信息。 因此,可以有效地编码声信号以便于其令人满意的记录或传输,或者可以容易地为提供优异性能的电子乐器提供声源。