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    • 1. 发明授权
    • Method for protecting electronic components
    • 保护电子部件的方法
    • US5968386A
    • 1999-10-19
    • US993112
    • 1997-12-18
    • Lakhi Nandlal GoenkaDelin LiDaniel Phillip DaileyCharles Frederick SchweitzerMichael BednarzBrenda Joyce Nation
    • Lakhi Nandlal GoenkaDelin LiDaniel Phillip DaileyCharles Frederick SchweitzerMichael BednarzBrenda Joyce Nation
    • H05K3/28H05K5/06H05B1/00
    • H05K5/068H05K3/284
    • An an electronic circuit having improved protection against harsh environments, a preferred embodiment thereof including: a substrate 10 having a top surface 12; an electronic component 14 attached to the top surface of the substrate; a plastic and metal foil laminated barrier 16 having an outer periphery 18 thereabout, the outer periphery being sealably attached to the top surface 12 of the substrate so as to define a closed pocket 20 between the top surface 12 and the barrier 16 within which the electronic component 14 is enclosed; and a desiccant element 50. The desiccant element 50 includes: a case 51 having an internal chamber, an inlet orifice 58, and an outlet orifice 59, wherein the inlet and outlet orifices are each in communication with the internal chamber; a predetermined amount of desiccant material 53 contained within the internal chamber; a normally-open interior valve 54 situated between the inlet orifice 58 and the internal chamber; a normally-closed exterior valve 56 situated between the outlet orifice 59 and the internal chamber; and heating means 52 for selectably heating the desiccant material 53 preferably above a regeneration temperature thereof. The desiccant element 50 is situated such that at least the interior orifice 54 thereof is sealably enclosed within the closed pocket 20.
    • 一种具有改善的防恶劣环境保护的电子电路,其优选实施例包括:具有顶表面12的基板10; 电子部件14,其安装在基板的上表面上; 塑料和金属箔层压壁板16,其周边具有外周边18,外周边密封地附接到基板的顶表面12,以便在顶表面12和阻挡层16之间形成封闭的袋20, 组件14被封闭; 干燥剂元件50包括:具有内部室的壳体51,入口孔58和出口孔59,其中入口孔和出口孔各自与内部室连通; 包含在内部室内的预定量的干燥剂材料53; 位于入口孔58和内室之间的常开内部阀54; 位于出口孔59和内室之间的常闭外部阀56; 以及用于可选地加热干燥剂材料53的加热装置52,优选地在其再生温度之上。 干燥剂元件50被定位成使得至少其内孔54密封地封闭在封闭的口袋20内。
    • 3. 发明授权
    • Self-closing airbag door assembly
    • 自闭式安全气囊门总成
    • US07543845B2
    • 2009-06-09
    • US11326146
    • 2006-01-04
    • Daniel Phillip DaileyMatthew Thomas Kemp
    • Daniel Phillip DaileyMatthew Thomas Kemp
    • B60R21/20
    • B60R21/205B60R21/215
    • An instrument panel for an automobile passenger compartment includes a substrate having an outer surface and an inner surface and defining an opening extending therethrough. An air bag door assembly is mounted to the outer surface of the substrate, and an air bag device is mounted adjacent the inner surface of the substrate and aligned with the opening formed within the substrate. The air bag door assembly includes a door panel that is mounted adjacent the opening formed within the substrate in a closed position. The door panel is pre-tensioned such that the door panel will substantially return to the closed position after deployment of the air bag through the opening within the substrate.
    • 用于汽车乘客舱的仪表板包括具有外表面和内表面并且限定延伸穿过其中的开口的基板。 气囊门组件安装在基板的外表面上,并且气囊装置安装在基板的内表面附近并与形成在基板内的开口对准。 气囊门组件包括门板,该门板在关闭位置上邻近形成在基板内的开口安装。 门板被预张紧,使得在将气囊展开通过基板内的开口部之后,门板将基本返回到关闭位置。
    • 7. 发明授权
    • Method of laminating a flexible circuit to a substrate
    • 将柔性电路层叠到基板的方法
    • US06197145B1
    • 2001-03-06
    • US09134729
    • 1998-08-17
    • Michael George ToddRexanne M. CoynerAndrew Zachary GlovatskyDaniel Phillip DaileyRobert Edward Belke
    • Michael George ToddRexanne M. CoynerAndrew Zachary GlovatskyDaniel Phillip DaileyRobert Edward Belke
    • H05K300
    • B29C45/14811B29K2715/006B29K2995/0005H05K1/0393H05K3/0064H05K2203/1105H05K2203/1327Y10T29/49146Y10T29/49158
    • A method of attaching a flexible plastic film having electronic circuit traces to a rigid plastic substrate. The film and substrate are made from different incompatible plastic materials that do not bond to one another and have different CTE. The use of different or incompatible materials is useful where the properties of the backing structure and film are selected to achieve different results. For example, the flexible film may be selected from a material that provides a high melting point to withstand soldering while the backing material is selected from a low-cost and light weight plastic material that has a lower melting point. The film has conductive traces on at least one surface thereof and a backing surface. A heat activated adhesive is applied to the backing surface. The film is placed within an open injection mold and the mold is closed. A hot plastic resin is injected into the mold adjacent the adhesive. The resin heats the adhesive above its activation temperature and causes the adhesive to bond to both the backing surface and the plastic resin. The resin is allowed to cool and the finished circuit assembly is removed from the mold.
    • 将具有电子电路迹线的柔性塑料膜附接到刚性塑料基板的方法。 膜和基底由不相互粘合并具有不同CTE的不相容的塑料材料制成。 当选择背衬结构和膜的性质以获得不同的结果时,使用不同的或不相容的材料是有用的。 例如,柔性膜可以选自提供高熔点以承受焊接的材料,而背衬材料选自具有较低熔点的低成本且重量轻的塑料材料。 该膜在其至少一个表面和背衬表面上具有导电迹线。 将热活化粘合剂施加到背衬表面。 将薄膜放置在开放式注射模具内,模具关闭。 将热塑性树脂注入邻近粘合剂的模具中。 树脂将粘合剂加热到其活化温度以上,并使粘合剂粘合到背衬表面和塑料树脂上。 使树脂冷却,并将完成的电路组件从模具中取出。