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    • 34. 发明授权
    • Method for composing messages in a mobile terminal
    • 在移动终端中撰写消息的方法
    • US07508399B2
    • 2009-03-24
    • US11761983
    • 2007-06-12
    • Young Hoon KimO Seong KweonKa Eun Lee
    • Young Hoon KimO Seong KweonKa Eun Lee
    • G09G5/02
    • H04W4/14H04M1/72552
    • A wireless terminal includes memory for storing a plurality of backgrounds, and a display for displaying data visible to a user. The terminal further includes a user interface configured to receive user selection of a background from the plurality of backgrounds, receive user selection of background color for which the background is to be displayed, and receive text input from a user. A controller may be used to compose a message having the text input, data relating to the background, and data relating to the background color. A transmitter is used to transmit the message to a receiving device via a wireless communication.
    • 无线终端包括用于存储多个背景的存储器和用于显示用户可见的数据的显示器。 终端还包括被配置为从多个背景中接收用户对背景的选择的用户界面,接收用户选择背景将被显示的背景颜色,以及从用户接收文本输入。 可以使用控制器来组成具有文本输入,与背景有关的数据以及与背景颜色相关的数据的消息。 发射机用于经由无线通信将消息发送到接收设备。
    • 39. 发明授权
    • Microfluidic sensor complex structure
    • 微流体传感器复杂结构
    • US08337683B2
    • 2012-12-25
    • US12670817
    • 2008-07-24
    • Moon Hee ChoiSeung Hyeun JungYoung Hoon KimJoo-Heon ParkHakhyun NamGeun Sig Cha
    • Moon Hee ChoiSeung Hyeun JungYoung Hoon KimJoo-Heon ParkHakhyun NamGeun Sig Cha
    • B67D1/00
    • B01L3/502707B01L3/5027B01L2200/0621B01L2200/143B01L2300/0645B01L2300/0681B01L2300/0816B01L2300/0867B01L2300/0887B01L2400/0406
    • Disclosed is a microfluidic sensor complex structure comprising a lower plate, a middle plate and an upper plate. A reference electrode, a working electrode and an electrode connection are formed on the lower plate. The middle plate comprises a microfluidic channel passage therein. The upper plate is overlaid on the middle plate so as to induce a capillary phenomenon on the microfluidic channel passage formed on in the middle plate. The microfluidic sensor complex structure allows the motion of a sample to be driven only by a capillary phenomenon, without additional operation, and allows an immune response, washing, and electrochemical analysis in one round once a sample is introduced thereinto. Hence, it requires only a short time period for measurement, is convenient to handle, and shows sensitivity and selectivity. Also, it can be produced on a mass scale because it can be formed of typical organic polymers using a simple method. Based on analytical electrochemistry, the microfluidic sensor complex structure can be used as a small-size sensor that can be applied to practice sites.
    • 公开了一种微流体传感器复合结构,其包括下板,中板和上板。 在下板上形成参考电极,工作电极和电极连接。 中间板包括其中的微流体通道通道。 上板覆盖在中间板上,以便在形成在中间板上的微流体通道通道上引起毛细管现象。 微流体传感器复合结构允许样品的运动仅由毛细管现象驱动,而无需额外的操作,并且一旦将样品引入其中就可以在一轮中进行免疫应答,洗涤和电化学分析。 因此,只需要很短的时间进行测量,便于处理,显示灵敏度和选择性。 此外,它可以以大规模生产,因为它可以使用简单的方法由典型的有机聚合物形成。 基于分析电化学,微流体传感器复合结构可用作可应用于实践场所的小尺寸传感器。