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    • 3. 发明授权
    • System and method for editing ink objects
    • 用于编辑墨水对象的系统和方法
    • US07503015B2
    • 2009-03-10
    • US11095994
    • 2005-03-30
    • Tongxian ChenYantao LiYoujun LiuJian WangXianfang Wang
    • Tongxian ChenYantao LiYoujun LiuJian WangXianfang Wang
    • G06F3/033
    • G06F3/0488
    • A system and method for editing ink objects recognized in ink input is provided. An ink parser may recognize an ink object in ink input and then an ink editing user interface may edit the ink object recognized by the ink parser. The ink parser may include a chart detector, shape recognizer, and various ink object recognizers such as a chart recognizer, a list detector and a table detector. The various ink object recognizers may recognize particular ink objects. The ink editing user interface may edit the ink object recognized by the ink parser. The ink editing user interface may include a chart editor, list editor, table editor, mode switcher, and a visualizer. The mode switcher may switch the ink editing system between inking mode and ink editing mode.
    • 提供了一种用于编辑在墨水输入中识别的墨水对象的系统和方法。 墨水解析器可以识别墨水输入中的墨水对象,然后墨水编辑用户界面可以编辑由墨水解析器识别的墨水对象。 墨水解析器可以包括图表检测器,形状识别器和各种墨水对象识别器,例如图表识别器,列表检测器和表格检测器。 各种墨水对象识别器可以识别特定的墨水对象。 墨水编辑用户界面可以编辑墨水解析器识别的墨水对象。 墨水编辑用户界面可以包括图表编辑器,列表编辑器,表格编辑器,模式切换器和可视化器。 模式切换器可以在上墨模式和墨水编辑模式之间切换墨水编辑系统。
    • 7. 发明申请
    • System and method for editing a hand-drawn table in ink input
    • 在墨水输入中编辑手绘表的系统和方法
    • US20060061776A1
    • 2006-03-23
    • US11095452
    • 2005-03-30
    • Tongxian ChenYantao LiYoujun LiuJian WangXianfang Wang
    • Tongxian ChenYantao LiYoujun LiuJian WangXianfang Wang
    • G06F3/12
    • G06K9/222G06F3/03545G06F17/242G06F17/245
    • A system and method for editing ink objects recognized in ink input is provided. An ink parser may recognize an ink object in ink input and then an ink editing user interface may edit the ink object recognized by the ink parser. The ink parser may include a chart detector, shape recognizer, and various ink object recognizers such as a chart recognizer, a list detector and a table detector. The various ink object recognizers may recognize particular ink objects. The ink editing user interface may edit the ink object recognized by the ink parser. The ink editing user interface may include a chart editor, list editor, table editor, mode switcher, and a visualizer. The mode switcher may switch the ink editing system between inking mode and ink editing mode.
    • 提供了一种用于编辑在墨水输入中识别的墨水对象的系统和方法。 墨水解析器可以识别墨水输入中的墨水对象,然后墨水编辑用户界面可以编辑由墨水解析器识别的墨水对象。 墨水解析器可以包括图表检测器,形状识别器和各种墨水对象识别器,例如图表识别器,列表检测器和表格检测器。 各种墨水对象识别器可以识别特定的墨水对象。 墨水编辑用户界面可以编辑墨水解析器识别的墨水对象。 墨水编辑用户界面可以包括图表编辑器,列表编辑器,表格编辑器,模式切换器和可视化器。 模式切换器可以在上墨模式和墨水编辑模式之间切换墨水编辑系统。
    • 8. 发明申请
    • Multi-modal handwriting recognition correction
    • 多模式手写识别校正
    • US20050128181A1
    • 2005-06-16
    • US10734305
    • 2003-12-15
    • Jian WangJian-Lai ZhouJiang WuHongyun YangXianfang WangWenli Zhu
    • Jian WangJian-Lai ZhouJiang WuHongyun YangXianfang WangWenli Zhu
    • G06F17/00G06K9/00G10L15/22G10L15/24
    • G10L15/24G06K9/00436G06K9/00872
    • Systems, methods, and computer-readable media for processing electronic ink receive an electronic ink input; convert the electronic ink input to a first machine-generated object using handwriting recognition; display the first machine-generated object on a display; receive speech input; convert the speech input to a second machine-generated object using speech recognition; generate a list of machine-generated objects based on the electronic ink input, the list including the first machine-generated object and alternative machine-generated objects and functioning as a dictionary for converting the speech input; and replace the first machine-generated object with the second machine-generated object. The machine-generated objects may correspond to words, lines, and/or other groupings of machine-generated text. A user may confirm that the second machine-generated object should replace the first machine-generated object and the system will perform the replacement. The systems and methods may generate a list of alternative machine-generated object candidates to the first machine-generated object based on handwriting recognition of the electronic ink input alone or in combination with a statistical language model.
    • 用于处理电子墨水的系统,方法和计算机可读介质接收电子墨水输入; 使用手写识别将电子墨水输入转换为第一机器生成对象; 在显示器上显示第一台机器生成的对象; 接收语音输入; 使用语音识别将语音输入转换为第二机器生成对象; 基于电子墨水输入生成机器生成对象的列表,该列表包括第一机器生成的对象和替代的机器生成的对象,并且用作用于转换语音输入的字典; 并用第二个机器生成的对象替换第一个机器生成的对象。 机器生成的对象可以对应于机器生成的文本的单词,行和/或其他分组。 用户可以确认第二机器生成的对象应该替换第一个机器生成的对象,并且系统将执行替换。 系统和方法可以基于单独的电子墨水输入的手写识别或者与统计语言模型结合来生成针对第一机器生成对象的备选的机器生成对象候选的列表。
    • 9. 发明授权
    • Method, device and switch for providing short-circuit protection for resistive AC load
    • 用于为电阻式交流负载提供短路保护的方法,装置和开关
    • US08699192B2
    • 2014-04-15
    • US13254542
    • 2009-12-30
    • Xianfang WangYonglian YangBaoning DengGang ZhouJianwei LiuXiaoyong DongLinlin Pi
    • Xianfang WangYonglian YangBaoning DengGang ZhouJianwei LiuXiaoyong DongLinlin Pi
    • H02H3/08
    • H05B39/04
    • The invention relates to a method for providing short-circuit protection for a resistive AC load, wherein the load is connected with an AC power supply through an active controlled switch controlled by a controller. The method for providing short-circuit protection for the resistive AC load comprises the following steps of: turning on the active controlled switch within a first conduction angle range; obtaining the mean current value of the load through a current detection circuit; and determining whether the mean current value of the load is greater than a default value or not, wherein, if so, the active controlled switch is controlled to be turned off, and if not, the active controlled switch is controlled to be turned on. The invention also relates to a device and a switch for providing short-circuit protection for the resistive AC load. The method, the device and the switch for providing short-circuit protection for the resistive AC load, which are provided by the invention, have the advantages that: when the switch is required to be turned on, the switch is turned on first within the first conduction angle range which cannot cause damage to the switch and the circuit and then whether the switch is continued to be turned on or not is determined by determining whether the resistive AC load is subjected to a short circuit or not through the obtained current value; therefore, the switch and the circuit which are connected with the load can be protected while the resistive AC load in a short-circuit condition can be detected.
    • 本发明涉及一种用于为电阻式AC负载提供短路保护的方法,其中负载通过由控制器控制的主动控制开关与AC电源连接。 为电阻交流负载提供短路保护的方法包括以下步骤:在第一导通角范围内接通主动受控开关; 通过电流检测电路获得负载的平均电流值; 并且确定负载的平均电流值是否大于默认值,其中如果是,则主动控制开关被控制为关闭,如果不是,则将主动控制开关控制为接通。 本发明还涉及一种用于为电阻式AC负载提供短路保护的装置和开关。 本发明提供的用于为电阻式AC负载提供短路保护的方法,装置和开关具有以下优点:当开关需要接通时,开关首先在 通过确定电阻性AC负载是否通过所获得的电流值进行短路来确定不会对开关和电路造成损害,然后开关是否继续导通的第一导通角范围; 因此,可以在可以检测到短路状态下的电阻式AC负载的同时保护与负载连接的开关和电路。