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    • 1. 发明授权
    • Substrate support, substrate processing device and method of placing a substrate
    • 基板支撑,基板处理装置和放置基板的方法
    • US08323412B2
    • 2012-12-04
    • US12108320
    • 2008-04-23
    • Dieter HaasThomas BergerSimon Lau
    • Dieter HaasThomas BergerSimon Lau
    • C23C16/00B05C13/00
    • H01L21/68714H01L21/68Y10T29/49998
    • A substrate support for supporting a substrate in a processing chamber comprises a frame for carrying the substrate, at least a first fastening means fixedly attached to the frame for aligning the substrate relative to the frame, and at least a second fastening means movably attached to the frame, the second fastening means being movable relative to the frame and/or the substrate. Furthermore, a processing device comprises an edge exclusion projecting over a portion of the surface of the substrate in order to prevent processing of the portion of the surface of the substrate. A part of the edge exclusion may be moved into a gap between the edge(s) of the substrate and the frame element of the substrate support to form a labyrinth seal between the frame element and the edge of the substrate. A method of placing the substrate on the substrate support is also disclosed.
    • 用于在处理室中支撑衬底的衬底支撑件包括用于承载衬底的框架,至少一个固定地连接到框架上用于使衬底相对于框架对准的第一紧固装置,以及至少一个第二紧固装置, 第二紧固装置可相对于框架和/或基板移动。 此外,处理装置包括在衬底表面的一部分上突出的边缘排除,以防止衬底的表面部分的处理。 边缘排除的一部分可以移动到基板的边缘和基板支撑件的框架元件之间的间隙中,以在框架元件和基板的边缘之间形成迷宫式密封。 还公开了将衬底放置在衬底支撑件上的方法。
    • 2. 发明申请
    • SUBSTRATE SUPPORT, SUBSTRATE PROCESSING DEVICE AND METHOD OF PLACING A SUBSTRATE
    • 基板支撑,基板处理装置和放置基板的方法
    • US20080295773A1
    • 2008-12-04
    • US12108320
    • 2008-04-23
    • Dieter HaasThomas BergerSimon Lau
    • Dieter HaasThomas BergerSimon Lau
    • C23C16/54
    • H01L21/68714H01L21/68Y10T29/49998
    • A substrate support for supporting a substrate in a processing chamber comprises a frame for carrying the substrate, at least a first fastening means fixedly attached to the frame for aligning the substrate relative to the frame, and at least a second fastening means movably attached to the frame, the second fastening means being movable relative to the frame and/or the substrate. Furthermore, a processing device comprises an edge exclusion projecting over a portion of the surface of the substrate in order to prevent processing of the portion of the surface of the substrate. A part of the edge exclusion may be moved into a gap between the edge(s) of the substrate and the frame element of the substrate support to form a labyrinth seal between the frame element and the edge of the substrate. A method of placing the substrate on the substrate support is also disclosed.
    • 用于在处理室中支撑衬底的衬底支撑件包括用于承载衬底的框架,至少一个固定地连接到框架上用于使衬底相对于框架对准的第一紧固装置,以及至少一个第二紧固装置, 第二紧固装置可相对于框架和/或基板移动。 此外,处理装置包括在衬底表面的一部分上突出的边缘排除,以防止衬底的表面部分的处理。 边缘排除的一部分可以移动到基板的边缘和基板支撑件的框架元件之间的间隙中,以在框架元件和基板的边缘之间形成迷宫式密封。 还公开了将衬底放置在衬底支撑件上的方法。
    • 3. 发明授权
    • Financial document processing system and method of operating a financial document processing system to verify zone coordinates
    • 财务文件处理系统和操作财务文件处理系统的方法来验证区域坐标
    • US06370266B1
    • 2002-04-09
    • US09292893
    • 1999-04-16
    • Simon LauHui Wu
    • Simon LauHui Wu
    • G06K900
    • G06K17/00
    • A financial document processing system has a transport path and an I/O device disposed along the transport path. The system comprises an input device for receiving a set of zone coordinates. An I/O device is disposed along the transport path. A memory is provided for storing a plurality of sets of rules. A processor is provided for (i) obtaining one set of the plurality of sets of rules based upon type of the I/O device, and (ii) applying the one set of rules against the set of zone coordinates to determine if the set of zone coordinates is acceptable. The processor then adjusts the set of zone coordinates based upon application of the set of rules against the set of zone coordinates.
    • 财务文件处理系统具有沿传送路径设置的传送路径和I / O设备。 该系统包括用于接收一组区域坐标的输入装置。 I / O设备沿传送路径设置。 提供存储多个规则集的存储器。 提供了一种处理器,用于(i)基于I / O设备的类型来获得多组规则集合中的一组,以及(ii)针对所述一组区域坐标应用一组规则,以确定该组 区域坐标是可以接受的。 然后,处理器基于对该组坐标系的一组规则的应用来调整该区域坐标集合。
    • 4. 发明授权
    • Method and apparatus for connecting memory chips to form a cache memory
by assigning each chip a unique identification characteristic
    • 用于通过为每个芯片分配独特的识别特征来连接存储器芯片以形成高速缓存的方法和装置
    • US6000013A
    • 1999-12-07
    • US689875
    • 1996-08-15
    • Simon LauPradip BanerjeeAtul V. Ghia
    • Simon LauPradip BanerjeeAtul V. Ghia
    • G06F12/08G06F12/00G06F13/00
    • G06F12/0846G06F12/0893
    • The present invention includes a central processing unit (CPU) coupled to a bus. Cache memory devices are coupled to the bus to receive memory requests from the CPU. Each of the cache memory devices includes a cache memory which is coupled to the controller circuit. The controller circuit provides control signals, which enable the cache memory to execute a memory operation requested by the CPU. The controller circuit is coupled to receive predefined address bits comprising memory addresses and memory requests issued by the CPU. Each of the controller circuits disposed in each cache memory device is further coupled to receive an identification number unique to each of the cache memory devices coupled to the bus. The controller circuits disposed in each of the cache memory devices compares the unique identification number with the predefined address bits, such that if the identification number and the predefined address bits match, the controller circuit provides control signals to enable its cache memory to execute the memory operation requested by the CPU at the cache memory location corresponding to the main memory address. In the event the identification does not match the predefined bits of the address, the memory controller circuit does not provide control signals to enable the memory to execute the memory operation and disables output driver circuits disposed within the cache.
    • 本发明包括耦合到总线的中央处理单元(CPU)。 缓存存储器件耦合到总线以从CPU接收存储器请求。 每个高速缓冲存储器件包括耦合到控制器电路的高速缓冲存储器。 控制器电路提供控制信号,使得高速缓冲存储器能够执行由CPU请求的存储器操作。 控制器电路被耦合以接收包括由CPU发出的存储器地址和存储器请求的预定义的地址位。 设置在每个高速缓冲存储器设备中的每个控制器电路还被耦合以接收与耦合到总线的每个高速缓冲存储器设备唯一的识别号码。 布置在每个高速缓冲存储器设备中的控制器电路将唯一标识号与预定义的地址位进行比较,使得如果标识号和预定义的地址位匹配,则控制器电路提供控制信号以使其高速缓冲存储器能够执行存储器 CPU在与主存储器地址相对应的缓存存储器位置处请求的操作。 在识别与地址的预定义比特不匹配的情况下,存储器控制器电路不提供控制信号以使得存储器能够执行存储器操作并且禁用设置在高速缓存内的输出驱动器电路。
    • 5. 发明授权
    • Contrast determining apparatus and methods
    • 对比度测定装置及方法
    • US06826307B1
    • 2004-11-30
    • US09254262
    • 1999-03-24
    • Simon LauBrinley Rhys Roberts
    • Simon LauBrinley Rhys Roberts
    • G06K948
    • G06T7/40G06T2207/30164
    • The contrast determination apparatus includes illuminating light sources (12) and an image sensor (26) i.e. a 2-D CCD for capturing a two-dimensional image of e.g. a marked wire (32) on a holder (34), the captured image being sampled over the mark and the background. The sensor includes an optical system (28,30) selected with regard to the character size of the marks so that the field of view of the sensor is sufficient to contain a complete character as well as a generous amount of background. An area of the captured image is designated in which the samples for contrast measurement are to be taken, and a processor (24) takes the pixel values from the image which are thresholded to categorise them as “black”, or “white”, thus forming a two-tone image. Aggregates or averages of the “black” and “white” pixel values are used to derive the contrast measurement according to the formula: (Imax−Imin)/Imax where Imax is the average value of the “white” pixels and Imin the average value of the “black” pixels.
    • 对比度确定装置包括照明光源(12)和图像传感器(26),即用于捕获例如二维图像的二维图像的2-D CCD。 在保持器(34)上的标记线(32),捕获的图像在标记和背景上被采样。 传感器包括关于标记的字符尺寸选择的光学系统(28,30),使得传感器的视场足以包含完整的字符以及大量的背景。 指定拍摄图像的区域,其中将采取用于对比度测量的样本,并且处理器(24)从被阈值化的图像中取出被分类为“黑色”或“白色”的像素值,因此 形成双色图像。 “黑色”和“白色”像素值的聚合或平均值用于根据以下公式导出对比度测量:(Imax-Imin)/ Imax,其中Imax是“白”像素的平均值,Imin在平均值 的“黑色”像素。
    • 8. 发明授权
    • Single cycle flush for RAM memory
    • RAM存储器的单周期刷新
    • US5502670A
    • 1996-03-26
    • US346739
    • 1994-11-30
    • Pradip BanerjeeAtul V. GhiaSimon Lau
    • Pradip BanerjeeAtul V. GhiaSimon Lau
    • G11C11/41G11C7/20G11C7/00
    • G11C7/20
    • The present invention provides methods and apparatus for resetting all of the cells in a random access memory (RAM) during one clock cycle without requiring ancillary drivers. At the start of the reset cycle, each column in the memory array is selected to receive the reset value and then each data line in the array is driven low while the inverse of the data line is driven high. After a first predetermined delay, each word line is driven high and all of the memory cells are thus reset. The word lines are then driven low and after a second predetermined delay, the data lines are driven back to a high value. In this manner, each cell in the memory array is reset during one clock cycle.
    • 本发明提供了用于在一个时钟周期内复位随机存取存储器(RAM)中的所有单元的方法和装置,而不需要辅助驱动器。 在复位周期开始时,选择存储器阵列中的每列以接收复位值,然后数组中的每个数据线被驱动为低电平,而数据线的反相驱动为高电平。 在第一预定延迟之后,每个字线被驱动为高电平,并且所有存储器单元因此被复位。 然后,字线被驱动为低电平并且在第二预定延迟之后,数据线被驱动回到高值。 以这种方式,存储器阵列中的每个单元在一个时钟周期期间被复位。