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    • 1. 发明授权
    • Audio signal processing device and audio signal processing method
    • 音频信号处理装置和音频信号处理方法
    • US08873761B2
    • 2014-10-28
    • US12815729
    • 2010-06-15
    • Takao FukuiAyataka Nishio
    • Takao FukuiAyataka Nishio
    • H04R5/00H03G3/00H04R5/02H04S7/00
    • H04S7/30H04S2420/01
    • An audio signal processing device includes: head related transfer function convolution processing units convoluting head related transfer functions with audio signals of respective channels of plural channels, which allow the listener to listen to sound so that sound images are localized at assumed virtual sound image localization positions concerning respective channels of the plural channels of two or more channels when sound is reproduced by electro-acoustic transducer means; and 2-channel signal generation means for generating 2-channel audio signals to be supplied to the electro-acoustic transducer means from audio signals of plural channels from the head related transfer function convolution processing units, wherein, in the head related transfer function convolution processing units, at least a head related transfer function concerning direct waves from the assumed virtual image localization positions concerning a left channel and a right channel in the plural channels to both ears of the listener is not convoluted.
    • 音频信号处理装置包括:头相关传输函数卷积处理单元,卷积头相关传输函数与多个声道的各个声道的音频信号,这允许收听者收听声音,使得声音图像被定位在假定的虚拟声像定位位置 关于由电声换能器装置再现声音时,两声道或多声道的多声道的各声道; 以及2声道信号发生装置,用于从头部相关的传递函数卷积处理单元的音频信号产生要提供给电声换能器装置的2声道音频信号,其中在头部相关的传递函数卷积处理 单元中,至少涉及关于来自假设的虚拟图像定位位置的关于直接波的头部相关传递函数关于多个信道中的左声道和右声道到收听者的双耳,都不会被卷积。
    • 2. 发明授权
    • Head-related transfer function measurement method, head-related transfer function convolution method, and head-related transfer function convolution device
    • 头相关传递函数测量方法,头相关传递函数卷积方法和头相关传递函数卷积装置
    • US08520857B2
    • 2013-08-27
    • US12366056
    • 2009-02-05
    • Takao FukuiAyataka Nishio
    • Takao FukuiAyataka Nishio
    • H04R5/00
    • H04S1/005H04S2420/01
    • A head-related transfer function measurement method includes the steps of: first measuring, including placing an acousto-electric conversion unit nearby both ears of a listener where placement of an electro-acoustic conversion unit is assumed, picking up sound waves emitted at a perceived sound source position with the acousto-electric conversion unit in a state with a dummy head or a human at the listener position, and measuring a head-related transfer function from only the sound waves directly reaching the acousto-electric conversion unit; second measuring, including picking up sound waves emitted at a perceived sound source position with the acousto-electric conversion unit, with no dummy head or human at the listener position, and measuring a natural-state transfer property from only the sound waves directly reaching the acousto-electric conversion unit; normalizing the head-related transfer function with the natural-state transfer property to obtain a normalized head-related transfer function; which is stored in a storage unit.
    • 头相关传递函数测量方法包括以下步骤:首先测量包括将声电转换单元放置在听觉器的两耳附近,其中假设电声转换单元的放置位置,拾取感知到的声波发出的声波 声源位置,其中声电转换单元在收听者位置处于虚拟头或人的状态,并且仅从直接到达声电转换单元的声波测量头相关传递函数; 第二测量,包括在声音转换单元处感知声源位置处发出的声波拾音器,在收听者位置没有伪头或人,并且仅从直接到达声音的声波测量自然状态传递特性 声电转换单元; 使用自然状态转移属性归一化头相关传递函数,以获得归一化头部相关传递函数; 其存储在存储单元中。
    • 3. 发明授权
    • Safety switch
    • 安全开关
    • US07999200B2
    • 2011-08-16
    • US11919375
    • 2006-04-05
    • Etsurou KomoriTakao FukuiTakeo YasuiMasaki Nobuhiro
    • Etsurou KomoriTakao FukuiTakeo YasuiMasaki Nobuhiro
    • H01H27/00
    • H01H3/161H01H27/00H01H50/32Y10T70/5642
    • A safety switch is described in which a switching contact in a lock mechanism switches between an open and closed condition. Switching is coupled to a lock member moveable between a locked position, locking a drive cam, and an unlocked position, allowing the cam to rotate. A link member, cooperating with the lock member, switches between open and closed conditions of normally-open and normally-closed switching contacts, indicating movement of the lock member between the locked position and the unlocked position. By monitoring the open and closed conditions of the normally-open and normally-closed switching contacts, it is possible to determine the state of the lock member, i.e., whether it is in the locked position or in the unlocked position. It therefore can be determined whether the drive cam is in the locked or unlocked (i.e., free to rotate) state.
    • 描述了一种安全开关,其中锁定机构中的开关触点在打开和关闭状态之间切换。 切换联接到可在锁定位置,锁定驱动凸轮和解锁位置之间移动以允许凸轮旋转的锁定构件。 与锁定构件配合的连接构件在常开和常闭开关触点的打开和关闭状态之间切换,指示锁定构件在锁定位置和解锁位置之间的移动。 通过监视常开和常闭开关触点的打开和关闭状态,可以确定锁定构件的状态,即它是处于锁定位置还是在解锁位置。 因此,可以确定驱动凸轮是否处于锁定或解锁(即,自由旋转)状态。
    • 4. 发明授权
    • Socks of multi-stage pile structure
    • 多层桩结构袜
    • US07677061B2
    • 2010-03-16
    • US11663931
    • 2005-09-06
    • Miyuki MoriTakao FukuiToshio AndoMakoto OhataHideo Hirano
    • Miyuki MoriTakao FukuiToshio AndoMakoto OhataHideo Hirano
    • A41B11/00
    • A41B11/02A41B2400/20D04B1/02D04B1/26D04B9/12Y02P70/633
    • To provide a sock with a performance that matches its purpose of use and seasonal requirements. To change the thickness and strength of different parts of the sock according to the load distribution on the sole and the impact that the different parts of the sock are subjected to when walking and running.Knitting structures of different thicknesses and airspace ratios, e.g., flat stitches P, short-terry stitches SP, long-terry stitches LP, mesh stitches M, short-terry stitches based on mesh stitches M-SP, long-terry stitches based on mesh stitches M-LP, short-terry stitches based on reinforced mesh stitches M-R-SP, long-terry stitches based on reinforced mesh stitches M-R-LP, short-terry stitches with reinforcement yarn R-SP and long-terry stitches with reinforcement yarn R-LP are distributed in different parts of the sock.
    • 为袜子提供符合使用目的和季节要求的表演。 根据鞋底上的负荷分布和袜子不同部位的行走和跑步时的冲击,改变袜子不同部位的厚度和强度。 不同厚度和空域比例的针织结构,例如平缝P,短毛圈针SP,长毛圈线LP,网针M,基于网针的短毛圈针M-SP,基于网格的长毛圈线 针织M-LP,基于加强网针MR-SP的短毛圈针,基于加强网针MR-LP的长毛圈针,加强纱R-SP短绒毛针和加强纱R的长毛圈针 -LP分布在袜子的不同部位。
    • 5. 发明授权
    • Safety switch
    • 安全开关
    • US07633029B2
    • 2009-12-15
    • US11886169
    • 2006-03-03
    • Etsurou KomoriTakao FukuiNorifumi ObataTakeo Yasui
    • Etsurou KomoriTakao FukuiNorifumi ObataTakeo Yasui
    • H01H9/20
    • H01H9/24H01H27/002
    • A safety switch capable of detecting withdrawal of an actuator from a switch main unit in a sure and reliable manner even when the safely switch, including a lock mechanism, is in a locked condition and an attempt is made to forcibly withdraw the actuator from the switch main unit. Even when a drive cam becomes capable of rotation since not less than one of a notch cut-out section and a lock member is broken by forcibly extracting an actuator with rotation of the drive cam locked, a cam curve section of the drive cam and an operating rod are in a normal condition and free of breakage. Accordingly, if the drive cam rotates in a counter-clockwise direction, normally-closed contacts of a contact section adopt an open condition normally, and even in situations where the actuator is withdrawn from the switch main unit with a force equal to or greater than the fracture strength of the safety switch, withdrawal of the actuator from the switch main unit can be detected in a sure and reliable manner.
    • 一种安全开关,即使在包括锁定机构的安全开关处于锁定状态并且试图强制地从开关中撤出致动器的情况下,能够以可靠的方式检测致动器从开关主单元的拔出 主机 即使当驱动凸轮变得能够旋转时,由于通过驱动凸轮被锁定的旋转强制地抽出致动器,因此在凹口切口部和锁定部件中的一个不小于其中一个,驱动凸轮的凸轮曲线部分和 操作杆处于正常状态,无破损。 因此,如果驱动凸轮沿逆时针方向旋转,则接触部的常闭触点通常采用打开状态,并且即使在致动器从开关主单元以等于或大于 安全开关的断裂强度,致动器从开关主机的取出可以确定可靠地检测。
    • 6. 发明授权
    • Safety switch
    • 安全开关
    • US06310305B1
    • 2001-10-30
    • US09623438
    • 2000-09-05
    • Yasushi KaminoTakao Fukui
    • Yasushi KaminoTakao Fukui
    • H01H928
    • H01H27/002H01H27/007H01H27/06H01H2027/005
    • A main lock mechanism and an auxiliary lock mechanism are juxtaposed with a switch body. The main lock mechanism including a switchable portion switchable between Lock position and Unlock position, an operation piece removably mounted to the switchable portion for switching the switchable portion, and a lock body which, when an actuator is inserted, disables or enables the rotation of a drive cam depending upon whether the switchable portion is at Lock position or Unlock position. The auxiliary lock mechanism including a drive portion actuated at transfer of the switchable portion to Lock position, an auxiliary contact alternating between a closed position and an open position depending upon whether the drive portion is non-operative or operative, and an operative portion which maintains the switchable portion at Lock position when the drive portion is non-operative and permits transfer of the switchable portion to Unlock position when the drive portion is operative.
    • 主锁定机构和辅助锁定机构与开关体并置。 主锁定机构包括可在锁定位置和解锁位置之间切换的可切换部分,可拆卸地安装到可切换部分以切换可切换部分的操作件,以及锁定体,当执行器被插入时,该锁体禁用或使得能够旋转 驱动凸轮取决于可切换部分是否处于锁定位置或解锁位置。 所述辅助锁定机构包括驱动部分,所述驱动部分在所述可切换部分转移到锁定位置时被致动,辅助触点在关闭位置和打开位置之间交替,这取决于所述驱动部分是不操作的还是可操作的;以及操作部分, 所述可切换部分在所述驱动部分不操作时处于锁定位置,并且当所述驱动部分可操作时允许所述可切换部分转移到解锁位置。
    • 7. 发明授权
    • Voice signal processor
    • 语音信号处理器
    • US06195439B1
    • 2001-02-27
    • US09147741
    • 1999-06-01
    • Takao Fukui
    • Takao Fukui
    • H03G300
    • H03G9/005H03G9/00H04R3/02
    • A signal output is taken out from the input stage or respective output stages of the signal characteristic processing means through a signal line selected by selecting means. In accordance with the taken signal, the level control signal generating means sets the output level of the audio output signal. Then, the output level setting means sets the output level of the audio output signal in accordance with the level control signal outputted by the level control signal generating means. Therefore, the switching noise due to switch signal lines by selecting means is prevented from entering into an audio output signal during the processing of the output level of the audio input signal.
    • 通过选择装置所选择的信号线从信号特征处理装置的输入级或各个输出级取出信号输出。 根据取得的信号,电平控制信号发生装置设定音频输出信号的输出电平。 然后,输出电平设定装置根据电平控制信号发生装置输出的电平控制信号设定音频输出信号的输出电平。 因此,在音频输入信号的输出电平的处理期间,防止了由选择装置引起的开关信号线的开关噪声进入音频输出信号。
    • 9. 发明授权
    • IIR type digital filter
    • IIR型数字滤波器
    • US5740091A
    • 1998-04-14
    • US571651
    • 1995-12-13
    • Takao FukuiKazutoshi Nomoto
    • Takao FukuiKazutoshi Nomoto
    • H03H17/04G06F17/10
    • H03H17/0461
    • In addition to an output Y(n) of an adding device, a dither output of a dither generating circuit is supplied to an adding device. The output Y(n) of the adding device is added to a bit that is one bit lower than the LSB of the shortest word length of the hardware (namely, the place of LSB/2). The output of the adding device is supplied to a delay device. In other words, when the shorter word length is 32 bits corresponding to the word length of the RAM of the delay device, the dither is added to the bit 33. In the data Y(n) to which the dither has been added, the low order bits thereof are truncated corresponding to the word length of the delay device. The resultant data is supplied as next timing output data Y'(n-1) to the delay device and stored therein.
    • 除了加法装置的输出Y(n)之外,还向加法装置提供抖动发生电路的抖动输出。 加法器件的输出Y(n)被加到比硬件的最短字长的LSB低一位(即LSB / 2的位)的位上。 添加装置的输出被提供给延迟装置。 换句话说,当较短的字长是与延迟装置的RAM的字长相对应的32位时,该抖动被添加到位33.在添加了抖动的数据Y(n)中, 对应于延迟装置的字长,其低阶位被截断。 所得到的数据作为下一个定时输出数据Y'(n-1)提供给延迟装置并存储在其中。
    • 10. 发明授权
    • Digital signal measurement apparatus
    • 数字信号测量装置
    • US5250907A
    • 1993-10-05
    • US868861
    • 1992-04-16
    • Takao Fukui
    • Takao Fukui
    • G01R29/26H04B1/12G01R23/20
    • G01R29/26
    • In this digital signal measurement apparatus, an approach is employed to deliver a measurement signal from a measurement signal generator to a measured circuit to transform the signal on the time base through the measured circuit to a signal on the frequency base by a frequency base transform circuit and to further obtain a signal on the time base by a time base transform circuit. Thus, a difference between the signal on the time base through the measured circuit and the signal on the time base from the time base transform circuit is employed. Thus, for example, even if the measured circuit is a linear system, a measured result in the digital region and a result of the analog measurement can be in correspondence with each other. Accordingly, gain correction of a measurement signal is unnecessary, thus making it possible to prevent an increase in an error of a measured result of S/N.
    • 在该数字信号测量装置中,采用将测量信号从测量信号发生器传送到测量电路的方法,以便通过测量电路将基于时基的信号通过频率基变换电路 并且通过时基变换电路进一步获得时基上的信号。 因此,采用通过测量电路的时基上的信号与来自时基变换电路的时基上的信号之间的差。 因此,例如,即使测量的电路是线性系统,数字区域中的测量结果和模拟测量的结果可以彼此对应。 因此,测量信号的增益校正是不必要的,因此可以防止S / N的测量结果的误差的增加。