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    • 1. 发明专利
    • Joining method of metallic base material
    • 金属基材料的接合方法
    • JPS5910491A
    • 1984-01-19
    • JP12018182
    • 1982-07-08
    • Toshihiro Aono
    • AONO TOSHIHIRO
    • B23K20/00B23K35/02B23K35/14B23K35/22
    • B23K35/0244
    • PURPOSE:To join simply and easily both metallic base materials to be joined, by sandwiching a sheetlike packing material consisting of particulate metals and a binder between the joint surfaces of both materials and heating the same to a high temp. in a protective gaseous atmosphere. CONSTITUTION:>=1 Kinds among particulate metals of =1 kinds among finely powdered metallic alloys are molded with a ceramic or thermoplastic resin as a binder to a thin sheet of 0.2mm.- several mm.. The sheet is cut to a suitable size and is sandwiched between the joint surfaces of the metals to be joined, whereafter the assembly in put in a heating furnace wherein a protective gaseous atmosphere of H, He, N or their gaseous mixture is maintained, and the assembly is heated for several minutes - several tens minutes at 1,000-1,600 deg.C. The two metals are simply and easily joined without the aid of gas welding, arc welding or the like.
    • 目的:通过在两种材料的接合表面之间夹住由颗粒状金属和粘合剂组成的片状包装材料,并将其加热至高温,简单且容易地接合要接合的两种金属基材。 在保护气氛中。 构成:> = 1细粉末金属合金中的诸如B,Si,Cr,Ni,W,Co,Fe,Cu,Ag等的<= 100目的颗粒状金属或> = 1种, 陶瓷或热塑性树脂作为粘合剂,制成0.2mm.mm-mm的薄片。将片材切割成合适的尺寸并夹在要接合的金属的接合表面之间,然后将组装放入加热 其中保持H,He,N或其气体混合物的保护性气体气氛,并且在1,000-1,600℃下将组件加热数分钟 - 数十分钟。 这两种金属简单且易于连接,无需气焊,电弧焊等。
    • 2. 发明授权
    • Computer program and numerical calculation apparatus
    • 计算机程序和数值计算装置
    • US08521392B2
    • 2013-08-27
    • US13191662
    • 2011-07-27
    • Toshihiro Aono
    • Toshihiro Aono
    • B60T7/12
    • B60T7/12B60T8/3655B60T8/4275B60W2050/0039F02D2200/0404F02D2200/0408F02D2200/0414F02D2200/703
    • In order to cause a computer to execute integral calculation of an integrand, to thereby calculate a value of a second variable used at each calculation time point, the integrand being defined by: a first variable to which a value is given at all calculation time points; and the second variable to which only an initial value is given, the following processing is executed. First, a partial derivative which is obtained by partially differentiating the integrand for the second variable is read out from a storage device. At each calculation time point, the initial value or a value of the second variable calculated at a last calculation time point and a value of the first variable given at a current calculation time point are substituted into each of the integrand and the partial derivative, to thereby calculate a value of the integrand and a value of the partial derivative at the current calculation time point. After this, a value of the second variable used at a next calculation time point is calculated by using an exponential function in which: the calculated value of the integrand is used as an initial value; and a value obtained by multiplying the value of the integrand by the value of the partial derivative is used as a gradient. Accordingly, it becomes possible to solve a differential equation of a distributed parameter system with a reduced amount of calculation.
    • 为了使计算机执行被积函数的积分计算,由此计算在每个计算时间点使用的第二变量的值,所述被积函数由下式定义:在所有计算时间点给出值的第一变量 ; 以及仅给出初始值的第二变量,执行以下处理。 首先,从存储装置读出通过部分地区分第二变量的被积函数而得到的偏导数。 在每个计算时间点,将在最后计算时间点计算的初始值或第二变量的值和在当前计算时间点给出的第一个变量的值代入每个被积式和偏导数, 从而计算当前计算时间点的被积函数的值和偏导数的值。 此后,通过使用指数函数来计算在下一个计算时间点使用的第二个变量的值,其中被积函数的计算值用作初始值; 并且将被积函数的值乘以偏导数的值所获得的值用作梯度。 因此,可以求解具有减少的计算量的分布式参数系统的微分方程。
    • 3. 发明申请
    • COMPUTER PROGRAM AND NUMERICAL CALCULATION APPARATUS
    • 计算机程序和数值计算装置
    • US20120029784A1
    • 2012-02-02
    • US13191662
    • 2011-07-27
    • Toshihiro AONO
    • Toshihiro AONO
    • B60T7/12G06F7/556F02D41/30G06F7/64
    • B60T7/12B60T8/3655B60T8/4275B60W2050/0039F02D2200/0404F02D2200/0408F02D2200/0414F02D2200/703
    • In order to cause a computer to execute integral calculation of an integrand, to thereby calculate a value of a second variable used at each calculation time point, the integrand being defined by: a first variable to which a value is given at all calculation time points; and the second variable to which only an initial value is given, the following processing is executed. First, a partial derivative which is obtained by partially differentiating the integrand for the second variable is read out from a storage device. At each calculation time point, the initial value or a value of the second variable calculated at a last calculation time point and a value of the first variable given at a current calculation time point are substituted into each of the integrand and the partial derivative, to thereby calculate a value of the integrand and a value of the partial derivative at the current calculation time point. After this, a value of the second variable used at a next calculation time point is calculated by using an exponential function in which: the calculated value of the integrand is used as an initial value; and a value obtained by multiplying the value of the integrand by the value of the partial derivative is used as a gradient. Accordingly, it becomes possible to solve a differential equation of a distributed parameter system with a reduced amount of calculation.
    • 为了使计算机执行被积函数的积分计算,由此计算在每个计算时间点使用的第二变量的值,所述被积函数由下式定义:在所有计算时间点给出值的第一变量 ; 以及仅给出初始值的第二变量,执行以下处理。 首先,从存储装置读出通过部分地区分第二变量的被积函数而得到的偏导数。 在每个计算时间点,将在最后计算时间点计算的初始值或第二变量的值和在当前计算时间点给出的第一个变量的值代入每个被积式和偏导数, 从而计算当前计算时间点的被积函数的值和偏导数的值。 此后,通过使用指数函数来计算在下一个计算时间点使用的第二个变量的值,其中被积函数的计算值用作初始值; 并且将被积函数的值乘以偏导数的值所获得的值用作梯度。 因此,可以求解具有减少的计算量的分布式参数系统的微分方程。
    • 6. 发明申请
    • FLOW CONTROL DEVICE
    • 流量控制装置
    • US20120247584A1
    • 2012-10-04
    • US13253495
    • 2011-10-05
    • Takao GOTOToshihiro AONOTetsuroh KAWAI
    • Takao GOTOToshihiro AONOTetsuroh KAWAI
    • F16K31/02
    • G05D7/0635Y10T137/7759Y10T137/7761
    • In a flow control device 100, a comparator 40 outputs a first control voltage Vref based on a comparison of an instruction value signal Vi1 of the flow volume and a signal Vi2 according to the sensor output signal Vs. A feedback current generator 30 generates a feedback current Ifb according to a difference between the sensor output signal Vs and a signal Vi2 according to the instruction value signal Vi1. A feedback voltage generator 50 is a resister. A feed forward current generator 20 generates a feed forward current Iff according to the instruction value signal Vi1. A synthesis unit 60 generates a second control voltage Vdrv* obtained by adding to the feedback voltage Vfb a voltage according to a sum of the feedback current Ifb and the feed forward current Iff. The valve unit 90 is controlled according to the first and the second control voltage Vref, Vdrv*.
    • 在流量控制装置100中,比较器40根据传感器输出信号Vs相对于流量的指示值信号Vi1与信号Vi2的比较,输出第一控制电压Vref。 反馈电流发生器30根据指示值信号Vi1根据传感器输出信号Vs和信号Vi2之间的差产生反馈电流Ifb。 反馈电压发生器50是电阻器。 前馈电流发生器20根据指示值信号Vi1产生前馈电流Iff。 合成单元60产生通过将反馈电流Ifb和前馈电流Iff之和相加的电压加到反馈电压Vfb而获得的第二控制电压Vdrv *。 阀单元90根据第一和第二控制电压Vref,Vdrv *进行控制。
    • 9. 发明授权
    • Misfire detector
    • 失火探测器
    • US06907341B2
    • 2005-06-14
    • US10676014
    • 2003-10-02
    • Toshihiro AonoEisaku FukuchiToshio HoriYutaka Takaku
    • Toshihiro AonoEisaku FukuchiToshio HoriYutaka Takaku
    • F02D45/00G01M15/11G06G7/70
    • G01M15/11
    • A misfire detector is provided that is accurate even in the case of a disturbance due to causes such as driving on a rough road. The misfire detector is equipped with a crankshaft revolution detector to measure the time period required for the crankshaft of an internal-combustion engine to revolve for a given angle. A signal-processor is also provided for detecting the misfiring of the internal-combustion engine by processing the time period. In one embodiment, the misfire detector has two filters having the same sensitivity to the misfire frequency, and differing in the sensitivity to frequencies adjacent to said misfire frequency. It can be determined that a misfire has occurred if the ratio or difference between the outputs of the two filters stays within a fixed range and one or both of the filters have respective outputs exceeding a threshold value.
    • 即使在由于诸如在粗糙的道路上行驶等原因引起的干扰的情况下,也提供了准确的失火探测器。 失火探测器配备有曲轴旋转检测器,用于测量内燃机的曲轴所需的时间以旋转给定的角度。 还提供了一种信号处理器,用于通过处理该时间段来检测内燃机的失火。 在一个实施例中,失火探测器具有对失火频率具有相同灵敏度的两个滤波器,并且对与所述失火频率相邻的频率的灵敏度不同。 如果两个滤波器的输出之间的比率或差值保持在固定范围内并且滤波器中的一个或两个具有超过阈值的输出,则可以确定发生失火。