会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Optimum design method, and apparatus, and program for the same
    • 最佳设计方法,装置和程序相同
    • US07319943B2
    • 2008-01-15
    • US10735143
    • 2003-12-11
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • G06F17/50G06F9/00
    • G06F17/11
    • In an optimum design method comprising a first solution determining step of solving an optimization problem of a first evaluation function for a state variable vector with a design variable vector being as a parameter, and a second solution determining step of solving an optimization problem of a second evaluation function for the design variable vector and the state variable vector thus obtained, the second solution determining step includes the steps of computing a gradient vector of the second evaluation function for the design variable vector, computing a first coefficient based on a value of a norm of the gradient vector, computing a search vector based on the first coefficient, computing a second coefficient, and updating the design variable vector based on the second coefficient. The second coefficient computing step includes the first solution determining step, the first solution determining step is executed as an iterative method based on the gradient vector, and the state variable vector is not initialized during iteration. The optimum design method is precisely adaptable for structural changes.
    • 一种最优设计方法,包括:第一解决方案确定步骤,用于以设计变量向量作为参数来求解用于状态变量向量的第一评估函数的优化问题;以及第二解决方案确定步骤,用于求解第二 第二解决方案确定步骤包括以下步骤:计算用于设计变量向量的第二评估函数的梯度向量,基于规范的值计算第一系数;对于设计变量向量和状态变量向量的评估函数, 的梯度向量,基于第一系数计算搜索向量,计算第二系数,并且基于第二系数更新设计变量向量。 第二系数计算步骤包括第一解决方案确定步骤,基于梯度向量作为迭代方法执行第一解决方案确定步骤,并且在迭代期间不初始化状态变量向量。 最佳设计方法适用于结构变化。
    • 2. 发明申请
    • OPTIMUM DESIGN METHOD AND APPARATUS, AND PROGRAM FOR THE SAME
    • 最佳设计方法和设备及其相关程序
    • US20080015828A1
    • 2008-01-17
    • US11778367
    • 2007-07-16
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • G06F17/10
    • G06F17/11
    • In an optimum design method comprising a first solution determining step of solving an optimization problem of a first evaluation function for a state variable vector with a design variable vector being as a parameter, and a second solution determining step of solving an optimization problem of a second evaluation function for the design variable vector and the state variable vector thus obtained, the second solution determining step includes the steps of computing a gradient vector of the second evaluation function for the design variable vector, computing a first coefficient based on a value of a norm of the gradient vector, computing a search vector based on the first coefficient, computing a second coefficient, and updating the design variable vector based on the second coefficient. The second coefficient computing step includes the first solution determining step, the first solution determining step is executed as an iterative method based on the gradient vector, and the state variable vector is not initialized during iteration. The optimum design method is precisely adaptable for structural changes.
    • 一种最优设计方法,包括:第一解决方案确定步骤,用于以设计变量向量作为参数来求解用于状态变量向量的第一评估函数的优化问题;以及第二解决方案确定步骤,用于求解第二 第二解决方案确定步骤包括以下步骤:计算用于设计变量向量的第二评估函数的梯度向量,基于规范的值计算第一系数;对于设计变量向量和状态变量向量的评估函数, 的梯度向量,基于第一系数计算搜索向量,计算第二系数,并且基于第二系数更新设计变量向量。 第二系数计算步骤包括第一解决方案确定步骤,基于梯度向量作为迭代方法执行第一解决方案确定步骤,并且在迭代期间不初始化状态变量向量。 最佳设计方法适用于结构变化。
    • 3. 发明授权
    • Optimum design method and apparatus, and program for the same
    • 最佳设计方法和设备,以及相同的程序
    • US07676350B2
    • 2010-03-09
    • US11778367
    • 2007-07-16
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • Teruyoshi WashizawaAkira AsaiMasayoshi TachiharaKatsuhiko SinjoNobuhiro Yoshikawa
    • G06F17/50G06G7/48
    • G06F17/11
    • In an optimum design method comprising a first solution determining step of solving an optimization problem of a first evaluation function for a state variable vector with a design variable vector being as a parameter, and a second solution determining step of solving an optimization problem of a second evaluation function for the design variable vector and the state variable vector thus obtained, the second solution determining step includes the steps of computing a gradient vector of the second evaluation function for the design variable vector, computing a first coefficient based on a value of a norm of the gradient vector, computing a search vector based on the first coefficient, computing a second coefficient, and updating the design variable vector based on the second coefficient. The second coefficient computing step includes the first solution determining step, the first solution determining step is executed as an iterative method based on the gradient vector, and the state variable vector is not initialized during iteration. The optimum design method is precisely adaptable for structural changes.
    • 一种最优设计方法,包括:第一解决方案确定步骤,用于以设计变量向量作为参数来求解用于状态变量向量的第一评估函数的优化问题;以及第二解决方案确定步骤,用于求解第二 第二解决方案确定步骤包括以下步骤:计算用于设计变量向量的第二评估函数的梯度向量,基于规范的值计算第一系数;对于设计变量向量和状态变量向量的评估函数, 的梯度向量,基于第一系数计算搜索向量,计算第二系数,并且基于第二系数更新设计变量向量。 第二系数计算步骤包括第一解决方案确定步骤,基于梯度向量作为迭代方法执行第一解决方案确定步骤,并且在迭代期间不初始化状态变量向量。 最佳设计方法适用于结构变化。
    • 4. 发明授权
    • Image processing method
    • 图像处理方法
    • US5633728A
    • 1997-05-27
    • US534163
    • 1995-09-26
    • Masayoshi TachiharaAkira Asai
    • Masayoshi TachiharaAkira Asai
    • G06T9/00H04N1/41H04N5/781H04N5/926H04N9/804H04N1/407H04N7/12
    • H04N5/9261G06T9/00H04N5/781H04N9/8042
    • A method of recording (preserving) and reproducing an image is disclosed. The x and y axes are assumed on the plane of an original image, the z axis (density axis) is assumed to be perpendicular to the x and y axes, and a space defined by the x, y, and z axes is divided into rectangular solid cells. The volume ratio below a density distribution curved surface of the volume of each rectangular solid is recorded. Upon reproduction, the curved surface is reproduced based on the volume ratios of the rectangular solids which the density distribution curved surface crosses, and those of rectangular solids adjacent thereto.In a four-dimensional Euclidean space defined by an image plane (x,y), a density or brightness D, and time or a frame f, an image is expressed by a solid in this space. This space is divided into four-dimensional rectangular solids, and an amount proportional to the volume of the solid in each rectangular solid is recorded or transmitted. Upon reproduction, the solid is reproduced based on the volume amounts of the rectangular solids and those of rectangular solids adjacent thereto, thereby reproducing a dynamic image.
    • 公开了记录(保存)和再现图像的方法。 x和y轴假设在原始图像的平面上,z轴(密度轴)被假设为垂直于x和y轴,并且由x,y和z轴定义的空间被划分为 矩形固体电池。 记录每个长方体体积的密度分布曲面以下的体积比。 在再现时,基于密度分布曲面交叉的矩形固体的体积比和与其相邻的矩形固体的体积比,再现曲面。 在由图像平面(x,y),密度或亮度D以及时间或帧f限定的四维欧几里得空间中,在该空间中用固体表示图像。 该空间被分成四维矩形固体,并且记录或传输与每个矩形固体中的固体的体积成比例的量。 在再现时,基于矩形固体的体积量和与其相邻的矩形固体的体积量再现固体,从而再现动态图像。
    • 5. 发明申请
    • Liquid ejection head
    • 液体喷头
    • US20050073556A1
    • 2005-04-07
    • US10620421
    • 2003-07-17
    • Toshiaki SasakiKeiichi MuraiYasuyuki TamuraSadayuki SugamaAkira AsaiTsutomu KawaiMasayoshi Tachihara
    • Toshiaki SasakiKeiichi MuraiYasuyuki TamuraSadayuki SugamaAkira AsaiTsutomu KawaiMasayoshi Tachihara
    • A61M15/00A61M15/02B05B1/24B41J2/14B41J2/05
    • B41J2/1404A61M15/0065A61M15/02A61M15/025B41J2/14016B41J2/1412B41J2/1433B41J2002/14387B41J2002/14475
    • A liquid ejection head includes a liquid path; an ejection outlet forming member which constitutes a part of a wall of the liquid and which forms an ejection outlet for ejecting a droplet of liquid; a heat generating element, provided at a position opposing to the ejection outlet of the wall of the liquid flow path, for generating a bubble in the liquid by application of heat to the liquid; a restrictor portion, provided at a recessed portion of the ejection outlet, wherein the recessed portion is recessed from a plane in which the ejection outlet is formed, wherein the liquid forms a meniscus and is retained in the ejection outlet such that the restrictor portion is within the liquid, wherein an area So of an opening of the restrictor portion and a surface Sh of the heat generating element satisfy So≦Sh. According to this invention, a central portion of the meniscus opposed to the fine opening at the ejection outlet bulges, and the liquid is ejected in this state. Namely, very small amount of the liquid can be ejected, since not all of the liquid in the recess portion in the ejection outlet is ejected.
    • 液体喷射头包括液体通道; 喷射出口形成构件,其构成液体壁的一部分并且形成用于喷射液滴的喷射出口; 发热元件,设置在与液体流路的壁的喷射出口相对的位置处,用于通过向液体施加热量而在液体中产生气泡; 设置在所述喷射出口的凹陷部分处的所述限制器部分,其中所述凹部从形成所述喷射出口的平面凹陷,其中所述液体形成弯液面并保持在所述喷射出口中,使得所述限制器部分 在液体内,限制器部分的开口的面积So和发热元件的表面Sh满足So <= Sh。 根据本发明,与喷射出口处的微细开口相对的弯月面的中心部分凸出,并且在该状态下喷射液体。 也就是说,由于喷出口的凹部内的液体并不全部喷出,因此能够喷射非常少量的液体。
    • 6. 发明授权
    • Heat generating resistor, recording head using such resistor and drive
method therefor
    • 发热电阻,使用这种电阻的记录头及其驱动方法
    • US4719478A
    • 1988-01-12
    • US910727
    • 1986-09-23
    • Masayoshi TachiharaShinichi HirasawaMasami IkedaAkira AsaiHirokazu Komuro
    • Masayoshi TachiharaShinichi HirasawaMasami IkedaAkira AsaiHirokazu Komuro
    • B41J2/14G01D15/16
    • B41J2/14129B41J2/1412B41J2202/11
    • A planar heat generating resistor has a heat generating resistor layer formed on or above a support member and a pair of opposing electrodes formed on the heat generating resistor layer, such that a width of the heat generating layer at the electrode area is larger than a width of the electrodes and a voltage is applied across the electrodes, in which a ratio of a maximum value of a gradient of .phi., .sqroot.(.differential..phi./.differential.x).sup.2 +(.differential..phi./.differential.y).sup.2 to a value of .sqroot.(.differential..phi./.differential.x).sup.2 +(.differential..phi./.differential.y).sup.2 at a center of the resistor is no larger than 1.4 when a Laplace equation .differential..sup.2 /.differential.x.sup.2 +.differential..sup.2 .phi./.differential.y.sup.2 =0 is solved for the heat generating resistor when an orthogonal coordinate system X-Y is defined on the resistor surface, a potential at a point (x,y) on the resistor surface is represented by .phi.(x,y), a boundary value is imparted to an area of a circumferential boundary of the resistor which contacts to one of the electrodes, a different boundary value is imparted to an area which contacts to the other electrode, and a boundary condition in which a differential coefficient of .phi. to a normal direction of the circumferential boundary is zero is imparted to an area which does not contact to any of the electrodes.
    • 平面发热电阻器具有形成在支撑构件上或上方的发热电阻层和形成在发热电阻层上的一对相对电极,使得电极区域处的发热层的宽度大于宽度 的电极上施加电压,其中phi,2ROOT(DIFFERENTIAL phi / DIFFERENTIAL x)2(DIFFERENTIAL phi / DIFFERENTIAL y)2的梯度的最大值与2ROOT值的比值 当求解拉普拉斯方程差分2 /差分x2 +差分2比特/差分y2 = 0时,电阻中心处的差分phi /差分x)2+(差分phi /差分y)2不大于1.4 电阻器,当电阻表面上定义正交坐标系XY时,电阻表面上的点(x,y)处的电位由phi(x,y)表示,边界值被赋予圆周边界的区域 与电极之一接触的电阻器,赋予与另一个电极接触的区域不同的边界值,并且赋予与周向边界的法线方向的微分系数为零的边界条件 到不与任何电极接触的区域。
    • 7. 发明授权
    • Character generating method and apparatus using discrimination of stored
font data
    • 使用存储的字体数据的识别的字符生成方法和装置
    • US5850488A
    • 1998-12-15
    • US585709
    • 1996-01-16
    • Akira AsaiMasayoshi Tachihara
    • Akira AsaiMasayoshi Tachihara
    • G06F17/21G06K15/02G06T11/20G06K9/42H04N1/40
    • G06F17/214G06K15/02G06T11/203G06K2215/0028G06K2215/0042
    • In the invention, a plane region to which characters are output is divided into lattice-like elements (orthogonal lattice, triangular lattice, hexagonal lattice, etc.). In each element, an area ratio of the area to be output to the element is previously stored. The portion in the element in which the area ratio is equal to a first predetermined value (area ratio=0) is not output. The portion in the element in which the area ratio is equal to a second predetermined value (area ratio=1) larger than the first predetermined value is output. Further, the portion in the element in which the area ratio is larger than the first predetermined value and is smaller than the second predetermined value is regarded as a distribution of the continuous area ratio on the basis of the values of the area ratios of such an element and the elements therearound. The portion in which the area ratio is equal to or larger than a third predetermined value is output.
    • 在本发明中,将字符输出的平面区域划分为格子状(正交格子,三角形格子,六边形格子等)。 在每个元件中,预先存储要输出到元件的面积的面积比。 不输出面积比等于第一预定值(面积比= 0)的元件中的部分。 输出面积比等于大于第一预定值的第二预定值(面积比= 1)的元件中的部分。 此外,面积比大于第一预定值并且小于第二预定值的元件中的部分被认为是基于这样的面积比的值的连续面积比的分布 元素和其周围的元素。 输出面积比等于或大于第三预定值的部分。