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    • 1. 发明授权
    • Throttle valve for automotive transmission control system
    • 节气门用于汽车变速器控制系统
    • US3999450A
    • 1976-12-28
    • US491941
    • 1974-07-25
    • Toshiyuki MiyauchiKunio Ohtsuka
    • Toshiyuki MiyauchiKunio Ohtsuka
    • F16H61/04F16H61/02F16H61/10B60K41/18
    • F16H61/029Y10T477/6939
    • A valve mechanism is comprised of first and second valves, the first valve producing a first fluid pressure in dependence on engine intake manifold vacuum while the second valve produces a second fluid pressure in response to the first pressure. A first valve spool is connected at its one end to a vacuum diaphragm responsive to the engine intake manifold vacuum. A valve spool land is exposed to the second pressurized fluid so that the spool is biased in one direction by the force developed by the second pressurized fluid acting on the valve land. A second valve spool is movable in response to the first fluid pressure to a position to reduce the pressure level of the second fluid when the engine intake manifold vacuum reaches a predetermined value.
    • 阀机构由第一阀和第二阀组成,第一阀根据发动机进气歧管真空产生第一流体压力,而第二阀产生响应于第一压力的第二流体压力。 第一阀芯在其一端连接到响应于发动机进气歧管真空的真空隔膜。 阀芯接头暴露于第二加压流体,使得阀芯通过作用在阀台上的第二加压流体产生的力沿一个方向偏压。 当发动机进气歧管真空达到预定值时,第二阀芯可响应于第一流体压力而运动到一个位置,以减小第二流体的压力水平。
    • 2. 发明授权
    • Hydraulic system for an automatic power transmission
    • 液压系统,用于自动动力传动
    • US4020718A
    • 1977-05-03
    • US553324
    • 1975-02-26
    • Toshiyuki MiyauchiKunio Ohtsuka
    • Toshiyuki MiyauchiKunio Ohtsuka
    • F16H59/20F16H59/22F16H61/02F16H61/20B60K41/18
    • F16H61/0267F16H2061/026F16H59/20F16H59/22F16H61/20Y10T477/681Y10T477/693637
    • A hydraulic system for an automatic power transmission of a motor vehicle and adapted for preventing creep of the motor vehicle when the vehicle comes to a complete halt. The hydraulic system includes a first shift valve responsive to throttle pressure and governor pressure to control supply of line pressure into servo means for actuating a friction element to provide lower gear reduction ratio, and a second shift valve responsive to released condition of an accelerator pedal of the vehicle for supplying line pressure into a governor pressure port of the first shift valve, whereby the first shift valve is moved in dependence on throttle pressure and line pressure into a position to supply line pressure into the servo means for thereby effecting shift into the lower gear reduction ratio in the power transmission. The hydraulic system may further include a third shift valve responsive to fully depressed condition of the accelerator pedal to supply line pressure into the first shift valve to apply line pressure thereto so that the shifting point is raised to a higher vehicle speed side during kickdown condition.
    • 一种用于机动车辆的自动动力传递的液压系统,适用于当车辆完全停止时防止机动车辆的蠕变。 液压系统包括响应于节气门压力和调速器压力的第一换档阀,以控制线压力的供给到用于致动摩擦元件以提供较低齿轮减速比的伺服装置,以及响应于油门踏板的释放状态的第二换档阀 用于将管路压力供应到第一换挡阀的调速器压力端口的车辆,由此第一换档阀根据节气门压力和管路压力移动到将伺服装置中的管路压力供给到位的位置,从而进入下部 齿轮减速比在动力传动。 液压系统还可以包括第三换档阀,其响应于加速器踏板的完全下压状态,以将管路压力供应到第一换档阀中以将线压力施加到其上,使得换档点在升档状态期间升高到较高车速侧。
    • 3. 发明授权
    • Decoding device and method
    • 解码设备和方法
    • US08166363B2
    • 2012-04-24
    • US12066641
    • 2006-09-07
    • Osamu ShinyaTakashi YokokawaYuji ShinoharaToshiyuki Miyauchi
    • Osamu ShinyaTakashi YokokawaYuji ShinoharaToshiyuki Miyauchi
    • H03M13/00
    • H04L1/0052H03M13/1111H03M13/118H03M13/6577H04L1/0057
    • A decoding device and method for decoding an LDPC code with high accuracy while suppressing an increase of the scale of a device. A check node calculator (181) performs check node calculations including calculations of a nonlinear function φ(x) and its inverse function φ−1(x) of the nonlinear function so as to decode an LDPC code. A variable node calculator (103) performs variable node calculation of a variable node so as to decode the LDPC code. The check node calculator (181) has an LUT which receives a fixed-point quantized value expressing a numerical value with a fixed quantization width and outputs the result of the calculation of the nonlinear function φ(x) as a semi-floating point quantized value which is a bit sequence expressing a numerical value with a quantization width determined by a part of a bit sequence and an LUT which receives a semi-floating point quantized value and outputs the result of the calculation of the inverse function φ−1(x) as a fixed point quantized value. The invention can be applied to e.g., a tuner for receiving a satellite broadcast.
    • 一种用于在抑制设备规模增加的同时高精度地解码LDPC码的解码装置和方法。 校验节点计算器(181)执行包括非线性函数的计算的校验节点计算(x)及其非线性函数的反函数&phgr(-1),以解码LDPC码。 可变节点计算器(103)执行变量节点的可变节点计算,以解码LDPC码。 校验节点计算器(181)具有LUT,其接收表示具有固定量化宽度的数值的定点量化值,并将非线性函数&(x)的计算结果作为半浮点数量化 值,其是表示具有由位序列的一部分确定的量化宽度的数值的位序列和接收半浮点量化值的LUT,并输出反函数的计算结果&phgr; -1( x)作为固定点量化值。 本发明可以应用于例如用于接收卫星广播的调谐器。
    • 6. 发明申请
    • Decoding Device and Method
    • 解码设备和方法
    • US20090304111A1
    • 2009-12-10
    • US12066641
    • 2006-09-07
    • Osamu ShinyaTakashi YokokawaYuji ShinoharaToshiyuki Miyauchi
    • Osamu ShinyaTakashi YokokawaYuji ShinoharaToshiyuki Miyauchi
    • H03K9/00
    • H04L1/0052H03M13/1111H03M13/118H03M13/6577H04L1/0057
    • A decoding device and method for decoding an LDPC code with high accuracy while suppressing an increase of the scale of a device. A check node calculator (181) performs check node calculations including calculations of a nonlinear function φ(x) and its inverse function φ−1(x) of the nonlinear function so as to decode an LDPC code. A variable node calculator (103) performs variable node calculation of a variable node so as to decode the LDPC code. The check node calculator (181) has an LUT which receives a fixed-point quantized value expressing a numerical value with a fixed quantization width and outputs the result of the calculation of the nonlinear function φ(x) as a semi-floating point quantized value which is a bit sequence expressing a numerical value with a quantization width determined by a part of a bit sequence and an LUT which receives a semi-floating point quantized value and outputs the result of the calculation of the inverse function φ−1(x) as a fixed point quantized value. The invention can be applied to e.g., a tuner for receiving a satellite broadcast.
    • 一种用于在抑制设备规模增加的同时高精度地解码LDPC码的解码装置和方法。 校验节点计算器(181)执行包括非线性函数phi(x)及其反函数phi-1(x)的计算的校验节点计算,以解码LDPC码。 可变节点计算器(103)执行变量节点的可变节点计算,以解码LDPC码。 校验节点计算器(181)具有LUT,其接收具有固定量化宽度的表示数值的定点量化值,并将非线性函数phi(x)的计算结果输出为半浮点量化值 其是表示具有由位序列的一部分确定的量化宽度的数值的位序列和接收半浮点量化值的LUT,并输出反函数phi-1(x)的计算结果, 作为固定点量化值。 本发明可以应用于例如用于接收卫星广播的调谐器。
    • 9. 发明授权
    • Method and apparatus for reproducing data and method and apparatus for recording and/or reproducing data
    • 用于再现数据的方法和装置,用于记录和/或再现数据的方法和装置
    • US06798593B2
    • 2004-09-28
    • US09814548
    • 2001-03-22
    • Masayuki HattoriJun MurayamaToshiyuki Miyauchi
    • Masayuki HattoriJun MurayamaToshiyuki Miyauchi
    • G11B509
    • H03M13/2957G11B20/10194G11B20/1426G11B20/1833G11B20/1866G11B2020/1434G11B2020/1446H03M13/6325
    • A magnetic recording and/or reproducing apparatus which achieves high performance encoding and high efficiency decoding to lower the decoding error rate. A magnetic recording and/or reproducing apparatus 50 includes, in its recording system, an error correction coder 51 for error correction coding input data and an interleaver 52 for scrambling the sequence of data supplied from the error correction coder 51. The magnetic recording and/or reproducing apparatus 50 also includes, in its reproducing system, s modulation and error correction turbo decoder 64 provided with a deinterleaver for scrambling and re-arraying the sequence of the input data such as to restore the sequence of input data re-arrayed by the interleaver 52 to an original bit sequence, an error correction soft decoder for decoding data supplied from the deinterleaver and with a second interleaver for scrambling and re-arraying the sequence of data given as a difference between data output from the error correction soft decoder and data output from the deinterleaver.
    • 一种实现高性能编码和高效率解码以降低解码错误率的磁记录和/或再现装置。 磁记录和/或再现装置50在其记录系统中包括用于纠错编码输入数据的纠错编码器51和用于对从纠错编码器51提供的数据序列进行加扰的交织器52.磁记录和/ 或再现装置50在其再现系统中还包括设置有去交织器的调制和纠错turbo解码器64,用于对输入数据的序列进行加扰和重新排列,以便恢复由所述解交织器重新排列的输入数据的序列 交织器52到原始比特序列,纠错软解码器,用于对从解交织器提供的数据进行解码,以及用于第二交织器,用于加扰和重新排列作为从纠错软解码器输出的数据与数据之间的差异的数据序列 从解交织器输出。
    • 10. 发明授权
    • Decoder and decoding method
    • 解码和解码方法
    • US06668351B1
    • 2003-12-23
    • US09601976
    • 2000-08-10
    • Tamotsu IkedaToshiyuki Miyauchi
    • Tamotsu IkedaToshiyuki Miyauchi
    • H03M1303
    • H04L1/0059H03M13/4107H03M13/6325H03M13/6502H04L1/0041H04L1/0045
    • The deterioration of an error characteristic obtained at a point where a transfer method is changed is suppressed. A first adder calculates a SM value obtained when the state 00 is changed to the state 00, and outputs it to a comparator. A second adder calculates a SM value obtained when the state 01 is changed to the state 00, and outputs it to the comparator. The comparator compares the SM values, selects a path having the larger likelihood, and outputs to a register having a set and a reset. An ACS controller detects a condition in which the state transition of fixed information TAB1 is uniquely determined, and outputs a reset signal to the register having a set and a reset, which stores the SM value of that state, to set the value of the register to zero. The ACS controller 85 also outputs set signals to registers having sets and resets, which store the SM values of the states other than the state 00 of the fixed information TAB1, to set them to the maximum value.
    • 在转印方法改变的点处获得的误差特性的劣化被抑制。 第一加法器计算当状态00改变为状态00时获得的SM值,并将其输出到比较器。 第二加法器计算当状态01改变为状态00时获得的SM值,并将其输出到比较器。 比较器比较SM值,选择具有较大似然度的路径,并输出到具有置位和复位的寄存器。 ACS控制器检测固定信息TAB1的状态转移被唯一地确定的状态,并且向具有存储该状态的SM值的集合和复位的寄存器输出复位信号,以设置寄存器的值 到零。 ACS控制器85还将设置信号输出到具有集合和复位的寄存器,该寄存器存储除固定信息TAB1的状态00之外的状态的SM值,以将它们设置为最大值。