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    • 1. 发明授权
    • Soft keyboard interface
    • 软键盘界面
    • US09262076B2
    • 2016-02-16
    • US13230723
    • 2011-09-12
    • Reed L. TownsendMudit AgrawalAndrey Borissov BatchvarovFei Su
    • Reed L. TownsendMudit AgrawalAndrey Borissov BatchvarovFei Su
    • G06F3/048G06F3/0489G06F3/0488G06F3/0481
    • G06F3/04895G06F3/0481G06F3/04886
    • User experience of the performance of a computing device is improved through an operating system that processes inputs from a soft keyboard to provide information that can be used to accurately determine keys a user intended to strike while typing. For each detected tap, the operating system provides a probability that one or more keys were the intended target for the user. These probabilities may be computed from probability distribution functions that are dynamically determined based on user and/or system factors, such as typing rate and keyboard style or layout. Other components may use the probabilities to select a key corresponding to a detected keyboard tap as representing the intended user input. The selection may be made based on the probabilities alone or in combination with contextual factors that yield an overall probability that a detected tap arose from a user targeting a specific key.
    • 通过处理来自软键盘的输入的操作系统来提高计算设备的性能的用户体验,以提供可用于准确地确定打字时用户打算敲击的键的信息。 对于每个检测到的抽头,操作系统提供一个或多个键是用户的预期目标的概率。 这些概率可以根据基于用户和/或系统因素动态确定的概率分布函数来计算,诸如打字率和键盘风格或布局。 其他组件可以使用概率来选择与检测到的键盘抽头对应的键来表示预期的用户输入。 可以基于单独的概率或与产生检测到的抽头从针对特定键的用户产生的总体概率的上下文因素组合来进行选择。
    • 4. 发明授权
    • Pin structure and pin connection structure thereof
    • 引脚结构及引脚连接结构
    • US09125330B2
    • 2015-09-01
    • US13479283
    • 2012-05-24
    • Fei SuMeifang LanHao WeiJiantong ChenYufang XiongYicong Su
    • Fei SuMeifang LanHao WeiJiantong ChenYufang XiongYicong Su
    • H01R4/58H05K3/32H05K1/11H05K3/36
    • H05K3/323H01L2224/73204H05K1/11H05K3/361H05K2201/09663
    • The present disclosure relates to a conductive connection structure, and more particularly to a pin structure and pin connection structure thereof. The pin structure is disposed at least one side of an anisotropic conductive film. A plurality of conductive particles is distributed over the interior of the anisotropic conductive film. The pin structure comprises: a plurality of columns which are interspaced, wherein, the conductive particles are in the periphery of the columns. The pin structure and pin connection structure provided by the present disclosure use a pin structure comprising a plurality of columns which are interspaced. When the anisotropic conductive film is used to laminate pin structures, spacing between adjacent columns can contain the conductive particles so as to reduce the number of conductive particle that flow between the left-and-right adjacent pin structures, thereby reducing incidence of short circuit of the left-and-right adjacent pin structures.
    • 导体连接结构技术领域本发明涉及一种导电连接结构,更具体地说,涉及一种针脚结构和针连接结构。 针结构设置在各向异性导电膜的至少一侧。 多个导电粒子分布在各向异性导电膜的内部。 针结构包括:多个间隔的柱,其中,导电颗粒在柱的周边。 由本公开提供的销结构和销连接结构使用包括间隔的多个列的销结构。 当各向异性导电膜用于层压销结构时,相邻列之间的间隔可以包含导电颗粒,以减少在左右相邻引脚结构之间流动的导电粒子的数量,从而减少 左右相邻的销结构。
    • 6. 发明申请
    • SOFT KEYBOARD INTERFACE
    • 软键盘接口
    • US20130067382A1
    • 2013-03-14
    • US13230723
    • 2011-09-12
    • Reed L. TownsendMudit AgrawalAndrey Borissov BatchvarovFei Su
    • Reed L. TownsendMudit AgrawalAndrey Borissov BatchvarovFei Su
    • G06F3/048
    • G06F3/04895G06F3/0481G06F3/04886
    • User experience of the performance of a computing device is improved through an operating system that processes inputs from a soft keyboard to provide information that can be used to accurately determine keys a user intended to strike while typing. For each detected tap, the operating system provides a probability that one or more keys were the intended target for the user. These probabilities may be computed from probability distribution functions that are dynamically determined based on user and/or system factors, such as typing rate and keyboard style or layout. Other components may use the probabilities to select a key corresponding to a detected keyboard tap as representing the intended user input. The selection may be made based on the probabilities alone or in combination with contextual factors that yield an overall probability that a detected tap arose from a user targeting a specific key.
    • 通过处理来自软键盘的输入的操作系统来提高计算设备的性能的用户体验,以提供可用于准确地确定打字时用户打算敲击的键的信息。 对于每个检测到的抽头,操作系统提供一个或多个键是用户的预期目标的概率。 这些概率可以根据基于用户和/或系统因素动态确定的概率分布函数来计算,诸如打字率和键盘风格或布局。 其他组件可以使用概率来选择与检测到的键盘抽头对应的键来表示预期的用户输入。 可以基于单独的概率或与产生检测到的抽头从针对特定键的用户产生的总体概率的上下文因素组合来进行选择。
    • 10. 发明授权
    • Bacillus coagulans strains and their applications in L-lactic acid production
    • 凝结芽孢杆菌菌株及其在L-乳酸生产中的应用
    • US08492127B2
    • 2013-07-23
    • US13698708
    • 2010-11-22
    • Ping XuLimin WangBo ZhaoCuiqing MaFei SuFei TaoHongzhi Tang
    • Ping XuLimin WangBo ZhaoCuiqing MaFei SuFei TaoHongzhi Tang
    • C12P7/56
    • C12N15/75C12P7/56C12P2203/00C12R1/07
    • The invention is concerned with the strains of B. coagulans for lactic acid production and the related methods, in which the carbon sources are pentose or hexose or the agricultural or industrial wastes containing pentose or hexose or a mixture of both. According to the invention, the highest amount of L-lactic acid produced from glucose is 173 g/L, the optical purity is over 99%, the yield is up to 0.98, and the productivity is up to 2.4 g/L per hour. The highest amount of L-lactic acid produced from xylose is 195 g/L, the optical purity is over 99%, the yield is up to 0.98, and the productivity is up to 2.7 g/L per hour. The highest amount of L-lactic acid produced from reducing sugars in xylitol byproducts is 106 g/L, the optical purity is over 99%, and the productivity is up to 2.08 g/L per hour. The B. coagulans strains XZL4 (DSM No. 23183) and XZL9 (DSM No. 23184) of the invention can directly utilize various reducing sugars in xylitol byproducts to produce high amounts of L-lactic acid, which improves the production efficiency at low costs, and the strains are, thus, appropriate for industrial productions.
    • 本发明涉及用于乳酸生产的凝固芽孢杆菌菌株及其相关方法,其中碳源为戊糖或己糖,或者含有戊糖或己糖的农业或工业废物或两者的混合物。 根据本发明,葡萄糖产生的L-乳酸量最高为173g / L,光学纯度超过99%,产率高达0.98,生产率高达2.4g / L。 由木糖产生的L-乳酸含量最高为195g / L,光学纯度超过99%,产率高达0.98,生产率高达2.7g / L。 由木糖醇副产物中的还原糖产生的最大量的L-乳酸为106g / L,光学纯度为99%以上,生产率高达每小时2.08g / L。 本发明的凝结芽孢杆菌菌株XZL4(DSM No.23183)和XZL9(DSM No.23184)可以直接利用木糖醇副产物中的各种还原糖来生产大量的L-乳酸,以低成本提高生产效率 ,因此适用于工业生产。