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    • 2. 发明申请
    • SIMPLIFIED LOCATING OF DIGITAL IMAGES IN A PORTABLE ELECTRONIC DEVICE
    • 简单地在便携式电子设备中定位数字图像
    • WO2008034647A1
    • 2008-03-27
    • PCT/EP2007/052619
    • 2007-03-20
    • SONY ERICSSON MOBILE COMMUNICATIONS ABGUSTAFSSON, Mats
    • GUSTAFSSON, Mats
    • G06F17/30
    • G06F17/30265
    • The present invention is directed towards the creation and use of voice tags in a portable electronic device. When tags are created an image handling unit (18) receives a user selection of a voice tag that may be provided for locating at least one digital image, a sound recording unit (20) records sound emitted by said user, which sound is stored as a sound file to be used as a tag for locating images. When image files are to be located the image handling unit (18) receives the selection of searching for digital images using name tags from the user, the sound recording unit (20) records sound emitted by said user, a voice recognition unit (28) compares the sound with stored sound files and indicates a sound file corresponding to the received sound. The image file associated with the indicated sound file is then located.
    • 本发明涉及在便携式电子设备中创建和使用语音标签。 当标签被创建时,图像处理单元(18)接收用于选择可用于定位至少一个数字图像的语音标签的用户选择,声音记录单元(20)记录由所述用户发出的声音,该声音被存储为 要用作定位图像的标签的声音文件。 当图像文件被定位时,图像处理单元(18)使用来自用户的名称标签接收搜索数字图像的选择,声音记录单元(20)记录由所述用户发出的声音,语音识别单元(28) 将声音与存储的声音文件进行比较,并且指示与所接收的声音相对应的声音文件。 然后找到与指示的声音文件相关联的图像文件。
    • 4. 发明申请
    • A PROCESS AND A MOLD FOR THE MANUFACTURING OF INTERIOR PANELS BY INJECTION MOLDING
    • 通过注塑成型制造内部面板的工艺和模具
    • WO2008060215A1
    • 2008-05-22
    • PCT/SE2007/000982
    • 2007-11-07
    • INTERNATIONAL AUTOMOTIVE COMPONENTS GROUP ABJANSSON, HenryNILSRUD, OivindGUSTAFSSON, MatsKOCA, Osman
    • JANSSON, HenryNILSRUD, OivindGUSTAFSSON, MatsKOCA, Osman
    • B29C45/14B29C45/26B29K105/10
    • B29C45/14065B29C45/1635B29C45/1671B29L2031/3005
    • A process for the manufacturing of interior panels (1) by utilizing injection molding and a mold (10) having a mold cavity (20). The panels (1) comprises a carrying structure (2) of thermoplastic material and a panel insert (3) covering a portion of a front surface of said panel (1). The process comprises the steps of arranging a precut sheet of the panel insert (3) in a predetermined portion of a mold (11). The mold (10) is then closed and the panel insert (3) is fixed to a front face (12) of the mold (10) by means of fixing pins (13). The mold cavity (20) is then parted into an insert cavity (23), arranged on the rear side of said panel insert (3), and a main structure cavity (21) by means of a sealing slider (14). A first portion of molten thermoplastic material is distributed at a low pressure in the insert cavity (23) whereupon said first portion of thermoplastic material is allowed to solidify somewhat. The sealing slider (14) is then retracted after which a second amount of molten thermoplastic material is injected into the main structure cavity (21) utilizing a high pressure, said second amount of molten thermoplastic material being allowed to merge with said first amount of thermoplastic material so that a unit is formed. The injected thermoplastic material is allowed to cool and solidify so that the mold (10) can be opened, the interior panel (1) be removed from the mold and the process may be repeated.
    • 一种用于通过注射成型制造内部面板(1)和具有模腔(20)的模具(10)的方法。 面板(1)包括热塑性材料的承载结构(2)和覆盖所述面板(1)的前表面的一部分的面板插入件(3)。 该方法包括将面板插入件(3)的预切片布置在模具(11)的预定部分中的步骤。 然后,将模具(10)关闭,并通过固定销(13)将镶板(3)固定到模具(10)的前表面(12)上。 然后,将模腔(20)分成布置在所述面板插入件(3)的后侧上的插入腔(23)和借助于密封滑块(14)的主结构空腔(21)。 熔融热塑性材料的第一部分在插入腔(23)中以低压分布,于是所述热塑性材料的第一部分被允许稍微固化。 密封滑块(14)然后缩回,之后利用高压将第二量的熔融热塑性材料注入主结构空腔(21),所述第二量的熔融热塑性材料被允许与所述第一量的热塑性塑料 材料,从而形成单元。 允许注射的热塑性材料冷却和固化,使得模具(10)可以打开,内部面板(1)从模具中移除,并且可以重复该过程。
    • 5. 发明申请
    • ARRAY ANTENNA WITH ENHANCED SCANNING
    • 阵列天线与增强扫描
    • WO2007073266A1
    • 2007-06-28
    • PCT/SE2005/002030
    • 2005-12-23
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)HÖÖK, AndersJOHANSSON, JoakimGUSTAFSSON, Mats
    • HÖÖK, AndersJOHANSSON, JoakimGUSTAFSSON, Mats
    • H01Q21/06
    • H01Q21/064H01Q1/38H01Q9/16H01Q9/30H01Q21/06
    • The invention provides an improved array antenna, an array antenna system and an improved method for utilizing the improved array antenna and array antenna system. This is accomplished by an array antenna comprising a region of reference potential, e.g. a ground plane, and a spatially extended collection of at least two antenna elements capable of being at least partly balanced driven and at least partly unbalanced driven. The antenna elements have a first radiating element connected to a first port and a second radiating element connected to a second port. In other words, the antenna element has at least two ports. The radiating elements are arranged substantially adjacent and parallel to each other so as to extend at least a first distance approximately perpendicularly from said region of reference potential. The antenna element is further comprising a radiating arrangement connected to said first and said second radiating elements so as to extend at least a second distance above and approximately parallel to said region of ground reference.
    • 本发明提供一种改进的阵列天线,阵列天线系统以及改进的阵列天线和阵列天线系统的改进方法。 这是通过包括参考电位区域的阵列天线来实现的。 接地平面以及能够至少部分平衡驱动并且至少部分不平衡驱动的至少两个天线元件的空间扩展的集合。 天线元件具有连接到第一端口的第一辐射元件和连接到第二端口的第二辐射元件。 换句话说,天线元件具有至少两个端口。 辐射元件被布置为基本上相邻并且彼此平行,以便从基准电位区域大致垂直延伸至少第一距离。 天线元件还包括连接到所述第一和所述第二辐射元件的辐射装置,以便在所述地面参考区域上方并且大致平行于至少第二距离延伸。
    • 10. 发明申请
    • METHOD FOR ALL CANCER CATEGORY DETERMINATION BY MEANS OF METHYLATION PROFILING
    • 通过甲基化方法确定所有癌症类别的方法
    • WO2015181330A1
    • 2015-12-03
    • PCT/EP2015/061906
    • 2015-05-28
    • SYVÄNEN, Ann-ChristineNORDLUND, JessicaBÄCKLIN, ChristoferGUSTAFSSON, MatsLÖNNERHOLM, Gudmar
    • SYVÄNEN, Ann-ChristineNORDLUND, JessicaBÄCKLIN, ChristoferGUSTAFSSON, MatsLÖNNERHOLM, Gudmar
    • C12Q1/68
    • C12Q1/6886
    • A method for determining whether a patient belongs to a specific cancer category is disclosed, which method comprises, in a sample from said patient, performing an analysis to determine the DNA methylation level in a group of predetermined CpG sites; said group of predetermined CpG sites comprising in the range of 7- 50 CpG sites, and said group of predetermined CpG sites being associated with a specific cancer category, wherein the output of said analysis is a patient methylation profile comprising a patient-specific methylation level for each CpG site in said group of predetermined CpG sites, and wherein said specific cancer category is characterised by a cancer category methylation profile comprising a cancer category specific methylation level for each CpG site in said group of predetermined CpG sites, said method further comprising the step of comparing said patient methylation profile with said cancer category methylation profile, wherein said patient belongs to said specific cancer category if said patient methylation profile corresponds to said cancer category methylation profile.
    • 公开了一种用于确定患者属于特定癌症类别的方法,该方法包括在来自所述患者的样品中进行分析以确定一组预定CpG位点中的DNA甲基化水平; 所述组的预定CpG位点包含7-50个CpG位点,并且所述预定CpG位点组与特定癌症类别相关联,其中所述分析的输出是包括患者特异性甲基化水平的患者甲基化谱 对于所述预定CpG位点组中的每个CpG位点,并且其中所述特定癌症类别的特征在于包含所述预定CpG位点组中每个CpG位点的癌症类别特异性甲基化水平的癌症类别甲基化谱,所述方法还包括 将所述患者甲基化谱与所述癌症类别甲基化谱进行比较的步骤,其中如果所述患者甲基化谱对应于所述癌症类别甲基化谱,则所述患者属于所述特定癌症类别。