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    • 51. 发明公开
    • 광해석 방법 및 이를 이용한 해석 시스템
    • 用于光传输的系统和方法
    • KR1020160007267A
    • 2016-01-20
    • KR1020140087685
    • 2014-07-11
    • 원태영
    • 원태영
    • G06F17/50
    • G06F17/5009
    • 본발명은액정표시셀의동작을모의실험하기위한컴퓨터모의실험방법및 이를이용한시뮬레이터에관한것이다. 본발명은다양한전극구조를구비한액정셀에서의액정배열상태을컴퓨터모의실험에의해연산하여예측하는컴퓨터프로그램의구성모듈과, 각기프로그램구성모듈을운영하기위한구조를생성방법, 생성된구조에대해 3차원유한요소법을수행하기위한메쉬생성방법, 액정분자의표면앵커링을포함한초기배열방법, 전그에인가된전계로부터액정분자의배열을해석하여방법, 및상기액정의배향에따라광투과특성을연산하는모듈을구비한액정의분자구동적, 전기적, 광학적해석을가능하게하는시뮬레이터및 시뮬레이션방법을개시한다.
    • 本发明涉及一种用于模拟液晶显示单元的操作的计算机模拟方法和使用其的模拟器。 本发明提供了一种用于执行模拟的模拟器和方法,用于产生计算机程序配置模块的方法,所述计算机程序配置模块通过计算机模拟来计算和估计具有各种电极结构的液晶单元中的液晶布置状态,并且生成结构 操作每个程序配置模块; 一种用于生成用于对所生成的结构执行三维有限元方法的网格的方法; 用于执行包括液晶分子的表面锚定的初始布置的方法; 从施加到电极的电场分析液晶分子的布置的方法; 以及液晶中的液晶分子的操作,电和光学分析,其具有根据液晶的取向来计算光透射特性的模块。
    • 52. 发明公开
    • 마이크로 구조물 해석을 위한 수치 해석 방법
    • 微结构数值分析方法
    • KR1020070006646A
    • 2007-01-11
    • KR1020060130536
    • 2006-12-20
    • 원태영권오섭
    • 원태영권오섭
    • G06F17/50G06F19/24
    • G06F17/5068G06F17/5009
    • A method for numerically analyzing microstructures is provided to offer a mesh generation system for performing simulation for a semiconductor and MEMS(Micro Electro Mechanical System) device, and read information needed for generating a mesh structure from a shape resulted from topography evolution simulation for a semiconductor and MEMS device manufacturing process. Time-dependent topography evolution of the microstructure is operated in a numeric analysis method. A node for the microstructure is generated(S300). The microstructure is discriminated into each material area(S301). A surface area of each material area is divided(S302). The information needed for generating a surface area mesh is extracted(S303). The extracted surface information is stored in a storing part(S304). The mesh is generated in a polygonal or polyhedron type from the extracted surface information.
    • 提供了一种用于数值分析微结构的方法,以提供用于对半导体和MEMS(微机电系统)装置进行模拟的网格生成系统,并且从由半导体的形貌演化模拟得到的形状中读取从网格结构生成所需的信息 和MEMS器件制造工艺。 微观结构的时间依赖性地形演化是在数值分析方法中进行的。 生成微结构的节点(S300)。 将微结构区分为每个材料区域(S301)。 每个材料区域的表面积被划分(S302)。 提取生成表面区域网格所需的信息(S303)。 提取的表面信息被存储在存储部分中(S304)。 从提取的表面信息中,以多边形或多面体类型生成网格。
    • 57. 发明公开
    • 액정 셀에서의 액정 배열 상태를 예측하는 시스템 및 방법
    • 用于预测液晶晶体中的液晶阵列的系统和方法
    • KR1020040062698A
    • 2004-07-09
    • KR1020030000187
    • 2003-01-03
    • 원태영최민완
    • 원태영최민완
    • G02F1/13
    • PURPOSE: A system and a method for predicting a liquid crystal array state in a liquid crystal cell is provided to predict the characteristic of the liquid crystal cell to be designed by previously predicting the movement of a liquid crystal molecule in a substrate as well as the movement of the liquid crystal molecule in an upper plate and a lower plate. CONSTITUTION: A data input module(110) receives information of a certain liquid crystal cell from a user. A structure generating module(120) generates structure for analyzing the characteristic of the liquid crystal cell. A grid generating module(130) performs the 3D finite difference method of the generated structure. A liquid crystal molecule array analyzing module(140) analyzes the array of a liquid crystal molecule. A liquid crystal molecule optical analyzing module(150) optically analyzes the liquid crystal molecule according to the movement of the liquid crystal molecule. An image analyzing module(160) simulates an image using the analyzed result.
    • 目的:提供一种用于预测液晶单元中的液晶阵列状态的系统和方法,以通过预先预测基板中的液晶分子的运动以及预定液晶单元的运动来预测要设计的液晶单元的特性 液晶分子在上板和下板中的移动。 构成:数据输入模块(110)从用户接收特定液晶单元的信息。 结构生成模块(120)生成用于分析液晶单元的特性的结构。 网格生成模块(130)执行所生成的结构的3D有限差分法。 液晶分子阵列分析模块(140)分析液晶分子的阵列。 液晶分子光学分析模块(150)根据液晶分子的移动光学分析液晶分子。 图像分析模块(160)使用分析结果来模拟图像。
    • 58. 发明公开
    • 피이이씨 방법을 이용한 인터커넥트의 감차모델 구성 방법
    • 使用PEEC方案构建减少互联互联模型的方法
    • KR1020030034323A
    • 2003-05-09
    • KR1020010065023
    • 2001-10-22
    • 원태영박세천
    • 원태영박세천
    • G06F17/50
    • PURPOSE: A reduced-order interconnection model constructing method is provided to obtain a reduced-order model from a VLSI(Very Large Scale Integration) interconnection model by using an equivalence scheme, specially a PEEC(Partial Element Equivalent Circuit) scheme which considers a coupling caused by a retardation time and an electromagnetic field. CONSTITUTION: The method comprises several steps. A system is expressed with a linear circuit module including a retardation time(110), and the linear circuit model is converted into a model in a frequency field or a time field(120). The circuit model in the converted field is partially approximated(130) and then a local system expression is generated(140). An iterative method is applied to the generated local system expression(150), and then all the equations, which the iterative method is applied to, are added for obtaining a reduced-order model(160).
    • 目的:提供一种降序互连模型构建方法,通过使用等效方案,特别是考虑耦合的PEEC(部分等效电路)方案从VLSI(超大规模集成)互连模型中获得降阶模型 由延迟时间和电磁场引起。 构成:该方法包括几个步骤。 系统用包括延迟时间(110)的线性电路模块表示,并且线性电路模型在频域或时间域(120)中被转换为模型。 转换字段中的电路模型部分近似(130),然后生成本地系统表达式(140)。 将迭代方法应用于生成的本地系统表达式(150),然后添加迭代方法应用的所有方程,以获得降阶模型(160)。
    • 59. 发明公开
    • 반도체 다층 금속 배선 수치 해석기 및 해석 방법
    • 用于分析半导体多层金属接线值的装置和方法
    • KR1020030030673A
    • 2003-04-18
    • KR1020010062925
    • 2001-10-12
    • 원태영김연태
    • 원태영김연태
    • G06F17/50
    • PURPOSE: A device and a method for analyzing a multi-layer metal wiring value of a semiconductor are provided to correctly calculate an electromagnetic effect generated by the multi-layer metal wiring in a semiconductor IC operating at a high frequency band. CONSTITUTION: A 3-D(Dimensional) semiconductor metal wiring structure is formed by using a layout editor(S300). The structure is divided into spatial x, y and z direction in smaller space than a minimum line width(S301). Time increment is calculated from the spatial increment of the x, y and z direction(S302). The components of an electric field and a magnetic field for the x, y and z direction at all node points in a calculation area are calculated by applying the material information and the spatial and time increment to the Maxwell rotation equation(S303). The electric and the magnetic filed component after a next time step are calculated by using the Maxwell rotation equation again(S304). A wave advancing to the outside of the calculation area is disappeared by using a boundary condition and an absorption condition(S305). If the components are decided, a computer automatically decides the completion of the calculation until a set time(S306).
    • 目的:提供一种用于分析半导体的多层金属布线值的装置和方法,以正确地计算在高频带工作的半导体IC中的多层金属布线产生的电磁效应。 构成:通过使用布局编辑器(S300)形成3维(尺寸)半导体金属布线结构。 该结构在比最小线宽小的空间中被划分为空间x,y和z方向(S301)。 从x,y和z方向的空间增量计算时间增量(S302)。 通过将材料信息和空间和时间增量应用于麦克斯韦旋转方程(S303)来计算计算区域中所有节点处x,y和z方向的电场和磁场分量。 通过再次使用麦克斯韦旋转方程来计算下一时间步长之后的电场和磁场分量(S304)。 通过使用边界条件和吸收条件,消失到计算区域外侧的波(S305)。 如果组件被决定,则计算机自动地决定计算完成直到设定的时间(S306)。
    • 60. 发明公开
    • 다각형 부울리안 연산을 위한 선분 데이터 생성 방법
    • 用于生成多边形操作边缘数据的方法
    • KR1020030003148A
    • 2003-01-09
    • KR1020020067650
    • 2002-11-02
    • 윤석인원태영
    • 윤석인원태영
    • G06T1/00
    • PURPOSE: An edge data generating method for polygonal boolean operation is provided to easily form a layered mesh for the finite element method numerical analyzing calculation by extracting a polygon from a 3D shape on a computer screen. CONSTITUTION: An edge data generating method for polygonal boolean operation includes the steps of searching an intersected point of segments formed of a series of adjacent two nodes among node lists formed by aligning respective nodes forming a polygon in a selected direction(S100), adding intersected point information between nodes of corresponding segments having the intersected points to update the node lists and removing overlapped nodes if any(S110), separating the updated node lists into segment lists including certain first intersected points(P1) included in the node lists of the polygon, nodes contacting from the first intersected point to second intersected points(P2) in the selected direction of the node lists, and at least two or more points of the second intersected points(S120), and setting a data type of the segment lists(S130).
    • 目的:提供一种用于多边形布尔运算的边缘数据生成方法,通过从计算机屏幕上的3D形状提取多边形,轻松形成有限元方法数值分析计算的分层网格。 构成:用于多边形布尔运算的边缘数据生成方法包括以下步骤:在通过对齐在所选方向上形成多边形的各个节点形成的节点列表中搜索由一系列相邻两个节点形成的片段的相交点(S100),添加相交 具有相交点的相应段的节点之间的点信息以更新节点列表并且去除重叠节点(S110),将更新的节点列表分成包括多边形的节点列表中的某些第一相交点(P1)的段列表 ,从所述第一相交点到所述节点列表的所选方向上的第二相交点(P2)的接收点和所述第二相交点的至少两个或更多个点(S120),并且设置所述段列表的数据类型 S130)。