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    • 91. 发明申请
    • KEYBOARD DEVICE FOR ELECTRONIC KEYBOARD INSTRUMENT
    • 电子键盘仪表键盘装置
    • US20100282049A1
    • 2010-11-11
    • US12769060
    • 2010-04-28
    • Koji Yoshida
    • Koji Yoshida
    • G10H1/32
    • G10H1/346
    • A keyboard device for an electronic keyboard instrument, which has a simple construction and can be manufactured at relatively low costs, and is capable of providing let-off feeling closely analogous to the let-off feeling of an acoustic piano. The keyboard device comprises keys, hammers each of which has an engaging part and pivotally moves in accordance with pivotal motion of an associated key, an unmovable holder, and let-off members each formed of an elastic material, for temporary engagement with the engaging part of an associated hammer during each of key depression and key release, to impart let-off feeling to touch feeling of an associated key during key depression. Each let-off member extends from the holder to a pivotal path along which the associated hammer performs pivotal motion, and is compressed during key depression and deflected during key release by engagement with the engaging part.
    • 一种用于电子键盘乐器的键盘装置,其结构简单并且可以以相对低的成本制造,并且能够提供与声学钢琴的放出感觉非常相似的放出感觉。 键盘装置包括键,锤,每个锤具有接合部分,并且根据相关键的枢转运动枢转运动,不可移动的保持器和每个由弹性材料形成的释放构件用于与接合部分临时接合 在键按压和按键释放期间,相关联的锤子在键按压期间赋予相关键的触感感。 每个送出构件从保持器延伸到枢转路径,相关联的锤子沿该枢转路径枢转运动,并且在按键按压期间被压缩并且通过与接合部分的接合而在钥匙释放期间被偏转。
    • 92. 发明申请
    • STEREO SOUND DECODING APPARATUS, STEREO SOUND ENCODING APPARATUS AND LOST-FRAME COMPENSATING METHOD
    • 立体声解码装置,立体声编码装置和失帧补偿方法
    • US20100280822A1
    • 2010-11-04
    • US12810332
    • 2008-12-26
    • Koji Yoshida
    • Koji Yoshida
    • G10L19/00
    • G10L19/008G10L19/005
    • A stereo sound decoding apparatus wherein lost-frame compensation performance has been improved to enhance the quality of decoded sounds. In this stereo sound decoding apparatus, a sound decoding part (110) uses encoded monophonic signal data and encoded side signal data, which are received from a sound encoding apparatus, to generate monophonic decoded signals and stereo decoded signals; a compensation signal switching determining part (104) that compares an inter-channel correlation and an intra-channel correlation, which have been calculated by use of the monophonic decoded signals of a previous frame and the stereo decoded signals of the previous frame, with respective comparison thresholds; a compensation signal switching part (107) that selects, based on a result of the comparison in the compensation signal switching determining part (104), as compensation signals either inter-channel compensation signals generated by an inter-channel compensating part (105) or intra-channel compensation signals generated by an intra-channel compensating part (106); and an output signal switching part (130) that outputs either the stereo decoded signals or the compensation signals according to whether the encoded side signal data of the current frame has been lost.
    • 一种已经改善了丢帧补偿性能以提高解码声音的质量的立体声解码装置。 在该立体声声音解码装置中,声音解码部(110)使用从声音编码装置接收的编码单声道信号数据和编码侧信号数据,生成单声道解码信号和立体声解码信号; 补偿信号切换确定部(104),其将通过使用前一帧的单声道解码信号和前一帧的立体声解码信号计算的信道间相关性和信道间相关性与相应的 比较阈值; 补偿信号切换部(107),其根据补偿信号切换确定部(104)中的比较结果,选择作为补偿信号,由信道间补偿部(105)生成的信道间补偿信号或 由通道内补偿部分(106)产生的通道内补偿信号; 以及根据当前帧的编码侧信号数据是否已经丢失而输出立体声解码信号或补偿信号的输出信号切换部分(130)。
    • 94. 发明申请
    • POWER SUPPLY DEVICE
    • 电源设备
    • US20100231178A1
    • 2010-09-16
    • US12305959
    • 2007-06-26
    • Hiroyuki HandaKoji Yoshida
    • Hiroyuki HandaKoji Yoshida
    • H02J7/34
    • H02J7/34H02J7/0065H02J7/0068H02M2001/007H02M2001/0093
    • The power supply device contains a first auxiliary device and a first rectifier connected to a DC voltage source; a second auxiliary device that receives electric power via the first rectifier; a first DC/DC converter that uses the DC voltage source as an input source; an electricity storage device connected to an output terminal of the first DC/DC converter; and second DC/DC having an output terminal connected to the first rectifier, which uses the electricity storage device as an input source. When the DC voltage source has output voltage higher than a predetermined value, electric power is fed from the DC voltage source to the second auxiliary device and the electricity storage device is put on charge by the first DC/DC converter. When the output voltage gets lower than the predetermined value, the second DC/DC converter starts to operate, preventing decrease in voltage to be applied to the second auxiliary device.
    • 电源装置包括连接到直流电压源的第一辅助装置和第一整流器; 经由所述第一整流器接收电力的第二辅助装置; 使用DC电压源作为输入源的第一DC / DC转换器; 连接到第一DC / DC转换器的输出端子的蓄电装置; 以及具有连接到第一整流器的输出端子的第二DC / DC,其使用蓄电装置作为输入源。 当直流电压源具有高于预定值的输出电压时,从直流电压源向第二辅助装置供电,由第一DC / DC转换器对蓄电装置进行充电。 当输出电压低于预定值时,第二DC / DC转换器开始工作,防止施加到第二辅助装置的电压降低。
    • 95. 发明授权
    • Audio encoding device and audio encoding method
    • 音频编码装置和音频编码方法
    • US07797162B2
    • 2010-09-14
    • US11722821
    • 2005-12-26
    • Koji YoshidaMichiyo Goto
    • Koji YoshidaMichiyo Goto
    • G10L19/00
    • G10L19/008
    • There is provided an audio encoding device capable of generating an appropriate monaural signal from a stereo signal while suppressing the lowering of encoding efficiency of the monaural signal. In a monaural signal generation unit (101) of this device, an inter-channel prediction/analysis unit (201) obtains a prediction parameter based on a delay difference and an amplitude ratio between a first channel audio signal and a second channel audio signal; an intermediate prediction parameter generation unit (202) obtains an intermediate parameter of the prediction parameter (called intermediate prediction parameter) so that the monaural signal generated finally is an intermediate signal of the first channel audio signal and the second channel audio signal; and a monaural signal calculation unit (203) calculates a monaural signal by using the intermediate prediction parameter.
    • 提供一种音频编码装置,其能够在抑制单声道信号的编码效率降低的同时,从立体声信号生成适当的单声道信号。 在该设备的单声道信号生成单元(101)中,信道间预测/分析单元(201)基于第一声道音频信号和第二声道音频信号之间的延迟差和幅度比来获得预测参数; 中间预测参数生成单元(202)获取预测参数(称为中间预测参数)的中间参数,使得最终生成的单声道信号是第一声道音频信号和第二声道音频信号的中间信号; 和单声道信号计算单元(203)通过使用中间预测参数来计算单声道信号。
    • 96. 发明申请
    • BIDIRECTIONAL DC-DC CONVERTER
    • 双向DC-DC转换器
    • US20100164446A1
    • 2010-07-01
    • US12280052
    • 2007-04-25
    • Mitsuhiro MatsuoKoji YoshidaHiroyuki Handa
    • Mitsuhiro MatsuoKoji YoshidaHiroyuki Handa
    • G05F1/10
    • H02M3/158H02M3/156
    • The object of the present invention is to provide a bi-directional DC-DC converter having a simplified circuit configuration. Each output of high voltage detection circuit (12) and low voltage detection circuit (15) is inputted to high-voltage side error amplifier circuit (50) and low-voltage side error amplifier circuit (51) independently disposed, which are configured so as to be inverse in polarity, and the output of high-voltage side error amplifier circuit (50) or the output of low-voltage side error amplifier circuit (51) is selected by converting direction switching circuit (22), and the output is inputted to control circuit (25) from PWM comparison circuit (21) being in common with respect to voltage step-up and decreasing operations, thereby driving the first switching element (5) and the second switching element (10). Thus, a inverting circuit conventionally used is not needed, and in addition, only one 3-terminal switch usually complicated in structure is used, and it possible to realize a bi-directional DC-DC converter having a simple configuration as a whole.
    • 本发明的目的是提供一种具有简化电路结构的双向DC-DC转换器。 高电压检测电路(12)和低电压检测电路(15)的每个输出被输入到高电压侧误差放大器电路(50)和低压侧误差放大器电路(51),其独立地配置为 通过转换方向切换电路(22)选择高电压侧误差放大电路(50)的输出或低压侧误差放大电路(51)的输出,输出被输入 从PWM比较电路(21)到控制电路(25),其相对于升压和降压操作是共同的,从而驱动第一开关元件(5)和第二开关元件(10)。 因此,不需要常规使用的反相电路,另外仅使用通常结构复杂的3端子开关,并且可以实现整体上具有简单结构的双向DC-DC转换器。
    • 97. 发明申请
    • METHOD FOR PRODUCING SOLID PHASE SHEET AND PHOTOVALTAIC CELL EMPLOYING SOLID PHASE SHEET
    • 生产固体相片和使用固体相片的光电池的方法
    • US20100116339A1
    • 2010-05-13
    • US12305060
    • 2007-05-25
    • Koji Yoshida
    • Koji Yoshida
    • H01L31/00H01L21/20
    • H01L31/18H01L31/182Y02E10/546Y02P70/521Y02P80/30
    • An object of the invention is to solve the problem that a residual melt remaining on a surface of a solid phase sheet of a semiconductor material causes cracks in the solid phase sheet, resulting in degraded yield. The residual melt occurs in the process of producing the solid phase sheet on a surface of the base body by bringing the base body into contact with a melt of semiconductor material. The base body is sectioned by a circumferential groove into a peripheral section and an inner section surrounded by the circumferential groove or has the peripheral section and the inner section partly connected to each other. In the present invention, a slit is provided in the surface of the inner section of the base body. The slit is preferably provided at a trailing side in a moving direction in which the surface of the base body is brought into contact with the melt of semiconductor material. More preferably, a plurality of slits are provided extending from the circumferential groove into the inner section in the moving direction in which the base body is brought into contact with the melt of semiconductor material.
    • 本发明的目的是解决残留在半导体材料的固相片表面上的剩余熔体在固相片中引起裂纹的问题,导致产率降低。 在通过使基体与半导体材料的熔融物接触的同时,在基体的表面上制造固相片的过程中发生残留熔体。 基体由周向槽分割成周边部分和由周向槽包围的内部部分或者具有周边部分和内部部分彼此连接的内部部分。 在本发明中,在基体的内部的表面设置狭缝。 狭缝优选设置在基体的表面与半导体材料的熔体接触的移动方向的后侧。 更优选地,在从基部主体与半导体材料的熔融体接触的移动方向上,从周向槽向内部延伸设置多个狭缝。
    • 99. 发明申请
    • Vehicle Door Frame and Method for Making Same
    • 车门框及其制作方法
    • US20090115220A1
    • 2009-05-07
    • US11992950
    • 2006-10-04
    • Katsuhiko TakeuchiKoji Yoshida
    • Katsuhiko TakeuchiKoji Yoshida
    • B60J5/04B21D53/88
    • B60J5/0402B60J10/76B60J10/86Y10T29/49622
    • A vehicle door frame includes a first frame 4 and a second frame 5 abutted against each other at abutting faces 4a and 5b thereof at a predetermined angle. The abutting faces 4a and 5b include first abutting faces 44 and 54 provided in design portions 43 and 53 and second abutting faces 45 and 55 provided in hollow portions 41 and 51, respectively. The first abutting faces 44 and 54 form a first angle θ1 with respect to the second abutting faces 45 and 55 viewed from a direction perpendicular to the design faces 43a and 53a, respectively. The first abutting faces 44 and 54 also form a second angle θ2 with respect to the second abutting faces 45 and 55 when viewed from a direction perpendicular to the longitudinal direction of the frames 4 and 5 and the extending direction of flange portions 42 and 52, respectively.
    • 车门框架包括第一框架4和第二框架5,该第一框架4和第二框架5以其预定角度的抵接面4a和5b彼此抵靠。 抵接面4a和5b包括分别设置在中空部分41和51中的设计部分43和53中的第一邻接面44和54以及第二抵接面45和55。 从垂直于设计面43a和53a的方向观察,第一邻接面44和54相对于第二邻接面45和55形成第一角度θ1。 当从垂直于框架4和5的纵向方向的方向和凸缘部分42和52的延伸方向观察时,第一邻接面44和54还相对于第二邻接面45和55形成第二角度θ2, 分别。
    • 100. 发明授权
    • Fixed codebook searching apparatus and fixed codebook searching method
    • 固定码本搜索装置和固定码本搜索方法
    • US07519533B2
    • 2009-04-14
    • US11683830
    • 2007-03-08
    • Hiroyuki EharaKoji Yoshida
    • Hiroyuki EharaKoji Yoshida
    • G10L19/12
    • G10L19/107
    • A fixed codebook searching apparatus which slightly suppresses an increase in the operation amount, even if the filter applied to the excitation pulse has the characteristic that it cannot be represented by a lower triangular matrix and realizes a quasi-optimal fixed codebook search. This fixed codebook searching apparatus is provided with an algebraic codebook (101) that generates a pulse excitation vector; a convolution operation section (151) that convolutes an impulse response of an auditory weighted synthesis filter into an impulse response vector that has a value at negative times, to generate a second impulse response vector that has a value at second negative times; a matrix generating section (152) that generates a Toeplitz-type convolution matrix by means of the second impulse response vector; and a convolution operation section (153) that convolutes the matrix generated by matrix generating section (152) into the pulse excitation vector generated by algebraic codebook (101).
    • 即使施加到激励脉冲的滤波器具有不能由下三角矩阵表示的特性,也能够实现准最优的固定码本搜索,所以即使稍微抑制运算量增加的固定码本搜索装置。 该固定码本搜索装置具有产生脉冲激励矢量的代数码本(101); 将听觉加权合成滤波器的脉冲响应卷积成具有负时间的值的脉冲响应矢量的卷积运算部(151),生成具有第二负时刻的值的第二脉冲响应矢量; 矩阵生成部(152),其通过第二脉冲响应矢量生成托普利兹型卷积矩阵; 以及将由矩阵生成部(152)生成的矩阵卷积成由代数码本(101)生成的脉冲激励矢量的卷积运算部(153)。