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    • 1. 发明申请
    • PACKAGING CASE FOR DISPOSABLE COMPRESSED TISSUE AND MANUFACTURING METHOD THEREOF
    • 用于不可压缩组织的包装盒及其制造方法
    • WO2008002041A1
    • 2008-01-03
    • PCT/KR2007/003064
    • 2007-06-25
    • SEO, Dongwon
    • SEO, Dongwon
    • A47K10/16
    • B65D25/082B65D25/087B65D75/326
    • A packaging case for disposable compressed tissues is provided, which includes: a first accommodation portion which accommodates liquid; a second accommodation portion which has a stepped portion on the upper portion of the first accommodation portion so that the cross- sectional area of the second accommodation portion is larger than that of the first accommodation portion, and is partitioned from the first accommodation portion by a separable film which is thermally fused on the stepped portion by a thermal fusion operation, to thus ac¬ commodate tissues which have been compressed and dried; and a cover film which covers the upper portion of the second accommodation portion, wherein a bursting strength of the cover film is larger than that of the separable film when pressurized, so that the separable film is bursted before the cover film is bursted when pressurized.
    • 提供一次性压缩组织的包装盒,其包括:容纳液体的第一容纳部分; 第二容纳部,其在所述第一容纳部的上部具有阶梯部,使得所述第二容纳部的横截面积大于所述第一容纳部的横截面积,并且与所述第一容纳部分隔开一个 通过热熔融操作在台阶部分热熔融的可分离膜,从而使经过压缩和干燥的组织得以充分; 以及覆盖所述第二容纳部的上部的覆盖膜,其中,当加压时,所述覆盖膜的破裂强度大于所述可分离膜的破裂强度,使得所述可分离膜在加压时在覆盖膜破裂之前爆裂。
    • 3. 发明申请
    • CIRCUIT AND METHOD FOR DYNAMICALLY SELECTING CIRCUIT ELEMENTS
    • 用于动态选择电路元件的电路和方法
    • WO2008137752A1
    • 2008-11-13
    • PCT/US2008/062515
    • 2008-05-02
    • QUALCOMM IncorporatedDABAG, Hayg-TanielMCALLISTER, Gene, H.SEO, Dongwon
    • DABAG, Hayg-TanielMCALLISTER, Gene, H.SEO, Dongwon
    • H03M1/06H03M1/74
    • H03M1/0665H03M1/0673H03M1/74H03M3/502
    • Techniques for dynamically selecting circuit elements to combat mismatches are described. In one design, an apparatus includes first, second, and third circuits. The first circuit receives input data and provides first signals that are asserted based on the input data, e.g., with thermometer decoding. The second circuit receives the first signals and provides second signals used to select circuit elements, e.g., current sources, capacitors, resistors, etc. The third circuit generates a control for the second circuit, and the second circuit maps the first signals to the second signals based on this control. In one design, the second circuit includes a set of multiplexers and a control circuit. The multiplexers provides the first signals, circularly rotated by an amount determined by the control, as the second signals. The control circuit accumulates control data (e.g., the input data, pseudo-random data, or a fixed value) with the current control value to obtain new control value.
    • 描述了用于动态选择电路元件以抵抗不匹配的技术。 在一种设计中,装置包括第一,第二和第三电路。 第一电路接收输入数据并提供基于输入数据而被确定的第一信号,例如用温度计解码。 第二电路接收第一信号并提供用于选择电路元件的第二信号,例如电流源,电容器,电阻器等。第三电路产生用于第二电路的控制,第二电路将第一信号映射到第二信号 基于此控制的信号。 在一种设计中,第二电路包括一组多路复用器和一个控制电路。 复用器提供循环旋转了由控制确定的量的第一信号作为第二信号。 控制电路用当前控制值累积控制数据(例如,输入数据,伪随机数据或固定值)以获得新的控制值。
    • 4. 发明申请
    • HIGH-SPEED AND HIGH-ACCURACY DIGITAL-TO-ANALOG CONVERTER
    • 高速和高精度数字到模拟转换器
    • WO2006036900A1
    • 2006-04-06
    • PCT/US2005/034441
    • 2005-09-22
    • QUALCOMM INCORPORATEDSEO, Dongwon
    • SEO, Dongwon
    • H03M1/06H03F1/32
    • H03K17/04106H03M1/745
    • A high-speed, high-accuracy DAC has multiple current switches. Each current switch includes a current source that provides a reference current, first and second circuit elements that couple to the current source, and first and second transistors that couple to the first and second circuit elements, respectively. The first transistor provides the reference current to a first output when enabled, and the second transistor provides the reference current to a second output when enabled. The first and second circuit elements provide source degeneration for the first and second transistors, extend the linear operating region for these transistors, and may be implemented with either transistors that are always turned on or resistors. The first and second transistors and the first and second circuit elements may be P-channel field effect transistors (P-FETs), N-channel field effect transistors (N-FETs), or transistors of some other type.
    • 高速,高精度DAC具有多个电流开关。 每个电流开关包括提供耦合到电流源的参考电流,第一和第二电路元件以及耦合到第一和第二电路元件的第一和第二晶体管的电流源。 当使能时,第一晶体管将参考电流提供给第一输出,并且当使能时,第二晶体管将参考电流提供给第二输出。 第一和第二电路元件为第一和第二晶体管提供源极退化,扩展这些晶体管的线性工作区域,并且可以通过总是导通的晶体管或电阻来实现。 第一和第二晶体管以及第一和第二电路元件可以是P沟道场效应晶体管(P-FET),N沟道场效应晶体管(N-FET)或其他类型的晶体管。
    • 10. 发明申请
    • USER EQUIPMENT CAPABILITY HANDLING IN LONG-TERM EVOLUTION SYSTEMS
    • 用户设备在长期演进系统中的能力处理
    • WO2008137582A3
    • 2009-04-16
    • PCT/US2008062276
    • 2008-05-01
    • QUALCOMM INCDABAG HAYG-TANIELMCALLISTER GENE HSEO DONGWON
    • DABAG HAYG-TANIELMCALLISTER GENE HSEO DONGWON
    • H04W8/22
    • H04W8/22
    • Systems, methodologies, and devices are described that facilitate management of user equipment (UE) capability information in a network to facilitate improved connection and communications associated with a mobile device. A core network can include a capability management component that can control UE capability information received during an initial connection of the mobile device to the network, where the UE capability information comprises UE dynamic capability and UE semi-static capability. The UE dynamic capability and semi-static capability can be identified from the received capability information and stored and managed respectively. When the initial connection is released, the dynamic capability information is deleted while the semi- static capability information can be retained in the core network. During a subsequent connection of the mobile device to the network, the stored semi-static capability can be retrieved and utilized to facilitate efficiently selecting a desired dynamic capability for the subsequent connection and communication.
    • 描述了便于管理网络中的用户设备(UE)能力信息以促进与移动设备相关联的改进的连接和通信的系统,方法和设备。 核心网络可以包括能力管理组件,其可以控制在移动设备到网络的初始连接期间接收的UE能力信息,其中UE能力信息包括UE动态能力和UE半静态能力。 UE的动态能力和半静态能力可以从接收到的能力信息中识别并分别进行存储和管理。 当初始连接被释放时,动态能力信息被删除,而半静态能力信息可以保留在核心网络中。 在随后将移动设备连接到网络期间,可以检索和利用所存储的半静态能力,以便于有效地选择用于随后的连接和通信的期望的动态能力。