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    • 22. 发明申请
    • MANAGING BAD BLOCKS IN VARIOUS FLASH MEMORY CELLS FOR ELECTRONIC DATA FLASH CARD
    • 用于电子数据闪存卡的各种闪存存储器中的管理块
    • US20080082736A1
    • 2008-04-03
    • US11864684
    • 2007-09-28
    • David ChowCharles LeeAbraham MaFrank YuEdward LeeMing-Shiang Shen
    • David ChowCharles LeeAbraham MaFrank YuEdward LeeMing-Shiang Shen
    • G06F12/00
    • G06F12/0246G06F2212/1036G06F2212/7203G06F2212/7211
    • An electronic data flash card accessible by a host computer, includes a flash memory controller connected to a flash memory device, and an input-output interface circuit activated to establish a communication with the host. In an embodiment, the flash card uses a USB interface circuit for communication with the host. A flash memory controller includes an arbitrator for mapping logical addresses with physical block addresses, and for performing block management operations including: storing reassigned data to available blocks, relocating valid data in obsolete blocks to said available blocks and reassigning logical block addresses to physical block addresses of said available blocks, finding bad blocks of the flash memory device and replacing with reserve blocks, erasing obsolete blocks for recycling after relocating valid data to available blocks, and erase count wear leveling of blocks, etc. Furthermore, each flash memory device includes an internal buffer for accelerating the block management operations.
    • 由主机可访问的电子数据闪存卡包括连接到闪速存储器件的闪存控制器和被激活以建立与主机的通信的输入 - 输出接口电路。 在一个实施例中,闪存卡使用USB接口电路与主机进行通信。 闪速存储器控制器包括用于将逻辑地址与物理块地址对准的仲裁器,并且用于执行块管理操作,包括:将重新分配的数据存储到可用块,将过时块中的有效数据重定位到所述可用块并将逻辑块地址重新分配给物理块地址 的所述可用块,找到闪存设备的坏块并用备用块替换,在将有效数据重新定位到可用块之后擦除用于再循环的废弃块,以及擦除块的计数损耗均衡等。此外,每个闪存设备包括 内部缓冲区,用于加快块管理操作。
    • 24. 发明申请
    • Vertical MIM capacitors and method of fabricating the same
    • 垂直MIM电容器及其制造方法
    • US20070099390A1
    • 2007-05-03
    • US11263419
    • 2005-10-31
    • Charles LeeChi-Hsi Wu
    • Charles LeeChi-Hsi Wu
    • H01L21/20
    • H01L28/91H01L27/10852H01L28/55
    • A method of fabricating a vertical MIM capacitor. An insulation layer is formed on the substrate. The insulation layer is patterned to form an opening in a predetermined area of a core electrode. Then, the opening is filled to form a sacrificial plug. Subsequently, the insulation layer is patterned to form a trench in a predetermined area of an outer electrode around the sacrificial plug. A fenced insulation layer is formed around the sacrificial plug simultaneously. After the sacrificial plug is removed, a metal layer is filled in the predetermined area of the core and outer electrodes. A vertical MIM capacitor comprising the core electrode, the fenced insulation layer, and the outer electrode is finally formed. The invention also provides a vertical MIM capacitor.
    • 一种制造垂直MIM电容器的方法。 在基板上形成绝缘层。 将绝缘层图案化以在芯电极的预定区域中形成开口。 然后,填充开口以形成牺牲塞。 随后,将绝缘层图案化以在牺牲插塞周围的外部电极的预定区域中形成沟槽。 围绕牺牲塞同时形成围栏绝缘层。 在去除牺牲塞之后,在芯和外电极的预定区域中填充金属层。 最终形成包括芯电极,围栏绝缘层和外电极的垂直MIM电容器。 本发明还提供一种垂直MIM电容器。
    • 26. 发明申请
    • Double replacement cation neutralization of high alkalinity waste materials
    • 高碱性废物的双重取代阳离子中和
    • US20060051286A1
    • 2006-03-09
    • US10543241
    • 2003-11-10
    • Philip BaldwinNorman MurrayCharles LeeMichael Farrall
    • Philip BaldwinNorman MurrayCharles LeeMichael Farrall
    • C01F11/46
    • C02F1/5236C01F7/066C02F1/66
    • A method of treating hydroxide alkaline waste and by-products to render the material neutralized or reduced in pH from near 14 to a minimum lower limit of about 5.3 based on aluminum poly cation salts, rendering the waste or by-product stream suitable for ultimate disposal or reuse. The method comprises contacting together a mixture of moderate to high alkaline waste or by-product material with a pH in the range of 7.5-14, with sufficient water added or found within the alkaline material, with one or more poly cationic salts in the dry form taken from a group of salts containing tri-valent aluminum, tri-valent iron, di-valent calcium, di-valent magnesium, di-valent manganese, di-valent zinc, or any polyvalent cationic salt that is soluble in water to a minimum extent of 0.5 grams per 100 milliliters of water at near 0° Centigrade and 2 grams per 100 milliliters of water at near 100° Centigrade, in such a way to cause these materials to interact in a double replacement reaction to form a soluble salt reaction by-product and an insoluble hydroxide precipitate with water solubility characteristics, between 0° Centigrade and 100° Centigrade, equal to or exceeding that of CaS04*2H2O (gypsum) or approximately 0.20 grams per 100 milliliters of water. The added salts) may be dry or made up of a brine or dilute salt solution of the chosen salt or salts from the set of poly cation salts suitable to reduce hydroxide alkalinity in waste and by-product materials causing the pH to drop immediately upon thorough mixing of the poly cation salts and the waste/product materials, resulting in a treated waste/by-product stream/that is suitable for ultimate disposal or re-use.
    • 一种处理氢氧化物碱性废物和副产物的方法,使物质基于铝聚阳离子盐将pH中和或降低至近乎14至最低下限约5.3,使得废物或副产物流适合于最终处置 或重用。 该方法包括将中等至高碱性废物或副产物材料的混合物与7.5-14的pH值混合在一起,在碱性物质中加入足够的水或发现碱性物质中的一种或多种聚阳离子盐 从含有三价铝,三价铁,二价钙,二价镁,二价锰,二价锌或任何可溶于水的多价阳离子盐的盐组成的一组盐 在接近0摄氏度时每100毫升水中0.5克的最小程度和接近100摄氏度的每100毫升水2克,使得这些物质在双重置换反应中相互作用形成可溶性盐反应 副产物和具有水溶性特征的不溶性氢氧化物沉淀物,在0摄氏度和100摄氏度之间,等于或超过CaSO 4·2H 2 O(石膏)或约0.20克/ 100毫升水。 添加的盐)可以是干的,或者由选自所选择的盐或盐的盐水或稀盐盐组成,所述盐或多种盐适用于减少废物中的氢氧化物碱性和副产物,导致pH在彻底下降后立即下降 混合聚阳离子盐和废物/产品材料,产生经处理的废物/副产物流/适用于最终处置或再利用。
    • 27. 发明授权
    • Material handling apparatus
    • 物料搬运设备
    • US06685060B1
    • 2004-02-03
    • US09763454
    • 2001-07-26
    • Charles Lee
    • Charles Lee
    • B65D8306
    • B65D90/626B65G69/183
    • Material handling apparatus for gravity discharge of flowable particulate material through an outlet (2) of a container (3) (shown dashed) for such material which outlet (2) is normally obturated by a hollow cone valve member (4), the apparatus (1) comprising actuator means (5) having a flat surface (6) and being adapted to engage the cone valve member (2) adjacent the base (7) thereof for raising and lowering same whereby to provide that the interior volume of the cone valve member (4) remains substantially empty. In the embodiment, the apparatus (1) is a component of a materials handling system in the form of a discharge station “D”, which is fixed for example in the floor of a facility for transferring flowable material from a (transportable) IBC (3) to a process “P” such as mixing, blending, tableting the like which is below the discharge station D.
    • 用于通过中空锥形阀构件(4)通常由出口(2)密封的用于这种材料的容器(3)(图示虚线)的出口(2)重力排放可流动颗粒材料的材料处理装置, 1)包括具有平坦表面(6)并且适于接合邻近其底部(7)的锥形阀构件(2)的致动器装置(5),用于升高和降低,从而提供锥阀的内部容积 成员(4)基本上是空的。 在该实施例中,装置(1)是放电站“D”形式的材料处理系统的部件,其被固定在例如用于将可流动材料从可运输的IBC( 3)到处理“P”,例如在排放站D下方的混合,混合,压片等。
    • 30. 发明申请
    • Predictive Environment Music Playlist Selection
    • 预测环境音乐播放列表选择
    • US20110054646A1
    • 2011-03-03
    • US12546913
    • 2009-08-25
    • Marcial HernandezArne StoschekJason SwagerCharles Lee
    • Marcial HernandezArne StoschekJason SwagerCharles Lee
    • G06F17/00G06F17/30
    • G06F17/30755
    • An entertainment system has a music storage system storing a plurality of music pieces, a playback system coupled with the music storage system, a navigation system providing current map information including a present location, wherein a current map has a plurality of zones each being assigned to one of a plurality of zone types, and a controller for controlling playback of selected music pieces, wherein the controller maintains a plurality of playlists, each having a plurality of music pieces and being assigned to at least one zone type. The controller receives information of a present location and a current zone type and selects an assigned playlist, wherein the navigation system further provides information about a distance and/or time to a next zone. The controller modifies the assigned playlist such that a transition to the next zone is timely synchronized with the ending of a music piece of the assigned playlist.
    • 娱乐系统具有存储多个乐曲的音乐存储系统,与音乐存储系统耦合的回放系统,提供包括当前位置的当前地图信息的导航系统,其中当前地图具有多个区域,每个区域被分配到 多个区域类型中的一个,以及用于控制所选音乐片段的重放的控制器,其中控制器保持多个播放列表,每个播放列表具有多个音乐片段并被分配至少一个区域类型。 控制器接收当前位置和当前区域类型的信息,并选择分配的播放列表,其中导航系统进一步向下一个区域提供关于距离和/或时间的信息。 控制器修改分配的播放列表,使得到下一个区域的转换与分配的播放列表的乐曲的结束及时同步。