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    • 4. 发明申请
    • Thermal conductive medium cover
    • 导热介质盖
    • US20080089033A1
    • 2008-04-17
    • US11907469
    • 2007-10-12
    • Szu-Yuan LuRui-Xia Hu
    • Szu-Yuan LuRui-Xia Hu
    • H05K7/20
    • H01L23/4093F28D2021/0029F28F2013/006F28F2220/00H01L2924/0002H01L2924/00
    • A thermal conductive medium cover is covered on the bottom of a heat sink for protecting a thermal conductive medium on the bottom of the heat sink, and is latched by a latching member for the heat sink. The thermal conductive medium cover includes a tray body covered on the bottom of the heat sink for protecting the thermal conductive medium, and two latched portions formed on two opposite lateral edges of the tray body. Two ends of the latching member respectively latch the two latched portions, so as to fix the tray body to the bottom of the heat sink. Thus, the thermal conductive medium cover is firmly fixed and will not fall off. Meanwhile, the latching member is also fixed and will not shake relative to the heat sink, thus preventing the latching member from colliding with the heat sink.
    • 导热介质盖被覆盖在散热器的底部,用于保护散热器底部的导热介质,并由散热器的闩锁构件锁住。 导热介质盖包括覆盖在散热器底部的托盘体,用于保护导热介质,以及形成在托盘主体的两个相对侧边缘上的两个锁定部分。 闩锁构件的两端分别闩住两个锁定部分,以将托盘主体固定到散热器的底部。 因此,导热介质盖被牢固地固定并且不会脱落。 同时,闩锁构件也是固定的并且不会相对于散热器摇动,从而防止闩锁构件与散热器碰撞。
    • 6. 发明申请
    • Method and device for measurement compensation for inter-system reselection and handover in dual-mode terminal
    • 双模终端中系统间重选和切换的测量补偿方法和装置
    • US20130301464A1
    • 2013-11-14
    • US13979112
    • 2012-02-16
    • Shengbin WangXia HuLing Ma
    • Shengbin WangXia HuLing Ma
    • H04W48/18H04W24/10
    • H04W48/18H04W24/10H04W36/0094H04W36/14H04W48/16
    • Method and device for measurement compensation for inter-system reselection and handover in a dual-mode terminal are disclosed. The method comprises: a GSM physical layer reporting measured RSCP and Ec/No values of a 3G neighbor cell to a radio resource management layer with inter-layer primitives; the radio resource management layer receiving the inter-layer primitives carrying the RSCP and Ec/No values reported by the physical layer, and performing measurement compensation for the inter-layer primitives in the radio resource management layer. Since the measurement compensation is performed in the radio resource management layer of the terminal, the terminal preferably resides on 3G network when detecting the 3G network. It can be applied to measurement compensation for the inter-system reselection and handover when 2G and 3G mobile communication systems co-exist. The terminal is more easily retained on the network of one of the systems and allowed to make a priority selection of the networks.
    • 公开了用于双模终端中的系统间重选和切换的测量补偿的方法和装置。 该方法包括:GSM物理层向具有层间原语的无线资源管理层报告测量的RSCP和3G相邻小区的Ec / No值; 无线资源管理层接收携带由物理层报告的RSCP和Ec / No值的层间原语,并对无线资源管理层中的层间原语进行测量补偿。 由于在终端的无线资源管理层中进行测量补偿,所以在检测到3G网络时,终端优选地位于3G网络上。 当2G和3G移动通信系统共存时,可以应用于系统间重选和切换的测量补偿。 终端更容易保留在系统之一的网络上,并允许优先选择网络。