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    • 7. 发明申请
    • PHOTOCURABLE COMPOSITIONS
    • 可光成分
    • WO2005092598A1
    • 2005-10-06
    • PCT/EP2005/051287
    • 2005-03-21
    • HUNTSMAN ADVANCED MATERIALS (SWITZERLAND) GmbHPATEL, Ranjana CRHODES, MichaelZHAO, Yong
    • PATEL, Ranjana CRHODES, MichaelZHAO, Yong
    • B29C67/00
    • G03F7/038B29C2035/0827B29K2033/00B33Y70/00G03F7/0037
    • An optical moulding process is disclosed comprising the sequential steps of: (a)(y) forming a layer of a photocurable composition; and (bXz) irradiating selected areas of the composition in the layer with radiation from a radiation source, thereby curing the composition in said selected areas and repeating the steps a) and b) on top of an earlier cured layer to form a three dimensional structure, wherein the radiation source used in step b) is a non-coherent source of radiation and wherein the photocurable composition comprises at least two curable components: (i) 45% - 95% (and preferably at least 50%, more preferably at least 60%, e.g. at least 70%) by weight of the total curable components in the composition is a first component that is photocurable and that is such that, when cured in the presence of a photocuring initiator by exposure to UV radiation having an energy of 30 mJ/cm 2 , at least 90% of the component is cured within 50 milliseconds; and (ii) 5% to 55% (and preferably 10 -40%, more preferably 15 to 30%, e.g. about 20%) by weight of the total curable components in the composition is a second component that results in the composition, on curing, shrinking, in a linear direction, by less than 3% and preferably that results in the composition having, after cure, a T g of greater than 50° C, preferably at least 100°C and more preferably at least 120°C.
    • 公开了一种光学模制方法,其包括以下顺序步骤:(a)(y)形成光固化组合物层; 和(bXz)用来自辐射源的辐射照射该组合物中的组合物的所选区域,从而固化所述选定区域中的组合物,并在较早固化层的顶部重复步骤a)和b),以形成三维结构 ,其中在步骤b)中使用的辐射源是非相干辐射源,并且其中所述可光固化组合物包含至少两种可固化组分:(i)45%-95%(优选至少50%,更优选至少为 组合物中总可固化组分的60重量%,例如至少70重量%)是可光固化的第一组分,并且使得当在光固化引发剂存在下通过暴露于具有 30mJ / cm 2,至少90%的组分在50毫秒内固化; 和(ii)组合物中总可固化组分的5重量%至55重量%(优选10 -40重量%,更优选15至30重量%,例如约20重量%)是导致组合物的第二组分, 在线性方向上固化,收缩小于3%,优选地导致组合物在固化后具有大于50℃,优选至少100℃,更优选至少120℃的Tg。
    • 9. 发明申请
    • METHOD FOR HANDLING ROAMING OF MOBILE DEVICE TO RESTRICTED AREA
    • 用于处理移动设备到限制区域的方法
    • WO2009151553A1
    • 2009-12-17
    • PCT/US2009/003376
    • 2009-06-03
    • ALCATEL-LUCENT USA INC.TIAN, LuZHAO, Yong
    • TIAN, LuZHAO, Yong
    • H04W48/04
    • H04W48/04H04W60/04
    • As a mobile device moves from one location area to another, the mobile device detects the different location identifiers broadcast by the wireless network(s) in those locations areas. The mobile device stores the location identifier for the last location area in which the mobile device was located. By comparing a received location identifier to the stored location identifier, the mobile device determines if the mobile device has entered a new location area. If so, the mobile device sends a location update request. In one embodiment, if the location update request is for a location area to which access by the mobile device is restricted, the network sends a communication to the mobile device that triggers the mobile device to update a location identifier stored at the mobile device to the location identifier for the restricted location area so that the mobile can update the network after entering/selecting a different location area.
    • 随着移动设备从一个位置区域移动到另一个位置区域,移动设备检测由那些位置区域中的无线网络广播的不同位置标识符。 移动设备存储移动设备所在的最后位置区域的位置标识符。 通过将接收到的位置标识符与存储的位置标识符进行比较,移动设备确定移动设备是否已经进入新的位置区域。 如果是,则移动设备发送位置更新请求。 在一个实施例中,如果位置更新请求是针对移动设备的访问受到限制的位置区域,则网络向触摸移动设备的移动设备发送通信,以将存储在移动设备处的位置标识符更新为 用于受限位置区域的位置标识符,使得移动台可以在进入/选择不同位置区域之后更新网络。