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
    • 86. 发明申请
    • DESIGN SUPPORT COMPUTER PRODUCT, APPARATUS, AND METHOD
    • 设计支持计算机产品,设备和方法
    • US20100299645A1
    • 2010-11-25
    • US12785480
    • 2010-05-23
    • Aya SAKURAIYoshio Inoue
    • Aya SAKURAIYoshio Inoue
    • G06F17/50
    • G06F17/5031
    • A computer-readable recording medium stores a design support program causing a computer to perform: detecting a data path and a clock path corresponding to the data path making up a partial circuit in a circuit-under-design; selecting an object cell from cells on the data path and the clock path detected in the detecting; replacing the object cell selected in the selecting with a cell having a function substantially identical to and characteristics different from the object cell; acquiring a plurality of types of characteristic information related to the partial circuit based on the data path and the clock path after the object cell is replaced in the replacing; determining whether the types of the characteristic information acquired in the acquiring is in violation of restrictions; and outputting a determination result determined in the determining.
    • 计算机可读记录介质存储使计算机执行以下操作的设计支持程序:检测在构成电路设计之外的构成部分电路的数据路径的数据路径和时钟路径; 从数据路径上的小区和在检测中检测到的时钟路径选择对象单元; 用具有与目标单元基本相同的特征的单元替换在选择中选择的对象单元; 在所述替换中替换所述对象单元之后,基于所述数据路径和所述时钟路径获取与所述部分电路相关的多种类型的特征信息; 确定在获取中获取的特征信息的类型是否违反限制; 并输出在确定中确定的确定结果。
    • 87. 发明授权
    • Routing analysis method, logic synthesis method and circuit partitioning method for integrated circuit
    • 集成电路的路由分析方法,逻辑综合方法和电路划分方法
    • US07418688B2
    • 2008-08-26
    • US11111720
    • 2005-04-22
    • Toshiyuki SadakaneKen SaitoYoshio Inoue
    • Toshiyuki SadakaneKen SaitoYoshio Inoue
    • G06F17/50
    • G06F17/5077
    • The present invention relates to a routing analysis method for performing a routing analysis on an integrated circuit from a netlist which is information on a plurality of cells constituting the integrated circuit and routes connecting the cells, and the routing analysis method comprises a step (Step 1) of obtaining the sum of areas of a plurality of cells, the number of cells or the number of routes connecting the cells from the netlist, to be defined as a constant C, and calculating a layout area S which is an area of a square layout region, by dividing the constant C by a predetermined constant U, a step (Step 2) of calculating a total route length L by multiplying a half perimeter length H of the layout region having the layout area S obtained in Step 1 by a predetermined coefficient α, and a step (Step 3) of calculating a routing difficulty index by dividing the total route length L by the layout area S. Thus, the present invention provides a routing analysis method for an integrated circuit, which, allows calculation of routing difficulty index with high accuracy of prediction.
    • 本发明涉及一种从网表上对集成电路进行路由分析的路由分析方法,网表是构成集成电路的多个小区的信息和连接小区的路由,路由分析方法包括步骤(步骤1 ),将要定义为常数C的多个单元的区域的数量,单元的数量或将单元从网表连接的路线的数量进行计算,并计算作为正方形的面积的布局区域S 布局区域,通过将常数C除以预定的常数U,通过将具有步骤1中获得的布局区域S的布局区域的半周长H乘以预定的步骤(步骤2)来计算总路线长度L的步骤(步骤2) 系数α,以及通过将总路由长度L除以布局区域S来计算路由难度指标的步骤(步骤3)。因此,本发明提供了一种用于 集成电路,允许以高精度的预测计算路由难度指标。
    • 88. 发明申请
    • METHOD OF ELECTRODEPOSITION COATING ON A HUB
    • 在一个集体电镀上的电沉积方法
    • US20080190775A1
    • 2008-08-14
    • US11765549
    • 2007-06-20
    • Katsuyuki KawamuraYoshio InoueSatoru EndoHiroyuki Okuno
    • Katsuyuki KawamuraYoshio InoueSatoru EndoHiroyuki Okuno
    • C25D5/02C25D5/08C25D5/50
    • B60B27/00C25D13/14
    • A method is realized for easily performing, without using a masking tape, an operation to accurately form a coating film 31 only on a coated section (α8) partly formed on the surface of a hub main body 13a. The upper end face of a rubber closed end cylindrical masking cover 32 is elastically pressed against the outside end surface of a cylindrical section 16 forming the hub main body 13a. As a result a border section between the coated section (α8) and the portion adjacent to the coated section (α8) can be made liquid-tight. In this state, coating particles are electrodeposited on the coated section (α8) by bringing a coating liquid 28 discharged from a liquid supply tube 29 into contact with the coated section (α8). By adopting such a method, the problems can be solved.
    • 实现了一种方法,用于在不使用遮蔽胶带的情况下轻易地执行仅在部分形成在轮毂主体13的表面上的涂覆部分(α8)精确地形成涂膜31的操作 一个。 橡胶封闭端圆筒形遮蔽罩32的上端面弹性地压靠在形成轮毂主体13a的圆筒部16的外端面上。 结果,涂覆部分(α8 S)与与涂覆部分(α8 S 8)相邻的部分之间的边界部分可以被制成液密的。 在这种状态下,通过使从液体供应管29排出的涂布液28与涂覆部分接触,涂覆颗粒被电沉积在涂覆部分(α8 S)上。 SUB>)。 通过采用这种方法,可以解决问题。
    • 89. 发明授权
    • Layout method and computer program product
    • 布局方法和计算机程序产品
    • US07245516B2
    • 2007-07-17
    • US11362926
    • 2006-02-28
    • Yoshio Inoue
    • Yoshio Inoue
    • G11C5/02
    • G06F17/5072
    • A required value of decoupling capacitance is calculated in advance for every functional cell, a virtual cell which has a functional cell, and a decoupling capacitance placing area required for placing the decoupling capacitance with the calculated value is created, the virtual cell is placed on a chip, and the decoupling capacitance cell is subsequently placed in the decoupling capacitance placing area of the virtual cell. A layout method of an integrated circuit and a computer program, in which a decoupling capacitance with an amount required for preventing malfunction caused by a noise can be surely placed, and there is no possibility that the functional cell will need to be replaced due to a shortage of the decoupling capacitance after placing the functional cell can be realized.
    • 对于每个功能单元预先计算去耦电容的所需值,产生具有功能单元的虚拟单元和将去耦电容放置在计算值所需的去耦电容放置面积上,将虚拟单元放置在 芯片,并且去耦电容单元随后被放置在虚拟单元的去耦电容放置区域中。 集成电路和计算机程序的布局方法可以可靠地放置具有防止由噪声引起的故障所需的量的去耦电容,并且不可能由于功能单元而需要更换功能单元 可以实现放置功能单元之后的去耦电容的不足。
    • 90. 发明申请
    • Conveyor unit, controller for a driving roller for use in the conveyor unit, and zone controlled conveyor system incorporating the conveyor unit
    • 输送单元,用于在输送机单元中使用的驱动辊的控制器,以及包含输送单元的区域控制输送机系统
    • US20060132077A1
    • 2006-06-22
    • US11294024
    • 2005-12-05
    • Kazuo ItohYoshio Inoue
    • Kazuo ItohYoshio Inoue
    • H02P1/04
    • B65G43/10B65G39/02B65G43/08B65G47/261B65G2203/042
    • A conveyor unit (2) including a driving roller (5), a motor (30) for powering the driving roller (5), and a controller (10) adapted to adjust the motor (30) so as to control the driving roller (5), the motor (30) including a permanent magnet and an armature having a plurality of armature coils (32a-32c), and the controller (10) having an interrupter (15) adapted to repeat shunting and deshunting of at least one of the coils (32a-32c) and a rotation detector (17) adapted to detect an externally forced rotation of the motor (30) in response to an electromotive force induced in at least one of the coils (32a-32c), wherein in the case that the motor (30) is not driven, the controller (10) maintains operations of the interrupter (15) and outputs a presence signal by determining conveyance of an article (W) into an area powered by the motor (30) upon detection of the rotation of the motor (30) by means of the rotation detector (17).
    • 包括驱动辊(5),用于为驱动辊(5)供电的马达(30))的输送机单元(2)和适于调节马达(30)以控制驱动辊( 5),包括永磁体的电动机(30)和具有多个电枢线圈(32a-32c)的电枢,以及具有中断器(15)的控制器(10),该断续器适于至少重复分流和去绝缘 线圈(32a-32c)中的一个和旋转检测器(17),其适于响应于在至少一个线圈(32a至32c)中感应的电动势来检测电动机(30)的外部强制旋转 c),其中在电动机(30)未被驱动的情况下,控制器(10)保持断续器(15)的操作,并且通过确定物品(W)的输送到由 在通过旋转检测器(17)检测到电动机(30)的旋转时,电动机(30)。