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    • 53. 发明申请
    • FORMABLE INTERFACE AND SHIELDING STRUCTURES
    • 可靠的界面和屏蔽结构
    • WO2017106018A1
    • 2017-06-22
    • PCT/US2016/065686
    • 2016-12-09
    • MICROSOFT TECHNOLOGY LICENSING, LLC
    • WU, ReneeNIKKHOO, Michael
    • H01L23/42
    • F28F21/02B23P15/26F28F21/065H01L23/3737H01L23/42H01L23/552
    • A formable structure comprises a first material having a first level of viscosity and a second material having a second level of viscosity, wherein the second material is formed to hold at least a portion of the first material in a particular position or a particular shape. The first material can be configured to function as a thermal interface between two or more hardware components. The second material can be configured to have a higher viscosity than the first material. In one illustrative example, the second material can include a light-activated resin that is configured to harden when exposed to one or more treatments. By the use of the first material and second material, the techniques disclosed herein are adaptable to gaps having a wide range of sizes, which is difficult to do with traditional thermal interface materials. The second material can also function as an EMI shield.
    • 可成形结构包括具有第一粘度水平的第一材料和具有第二水平粘度的第二材料,其中第二材料形成为将第一材料的至少一部分保持在 特定位置或特定形状。 第一种材料可以配置为用作两个或多个硬件组件之间的热接口。 第二材料可以构造成具有比第一材料更高的粘度。 在一个说明性示例中,第二材料可以包括被配置为当暴露于一种或多种处理时硬化的光活化树脂。 通过使用第一材料和第二材料,本文公开的技术适用于具有宽范围尺寸的间隙,这对于传统的热界面材料是难以做到的。 第二种材料也可以用作EMI屏蔽。
    • 56. 发明申请
    • ELECTRONIC DEVICE IN PLASTIC
    • 塑料电子设备
    • WO2012054960A1
    • 2012-05-03
    • PCT/AU2011/001288
    • 2011-10-07
    • GRIFFITH UNIVERSITYTHIEL, DavidNEELI, Madhusudan
    • THIEL, DavidNEELI, Madhusudan
    • H01L27/12H01L23/42H05K1/18
    • H05K1/0204H01L23/5389H01L24/19H01L24/96H01L2223/6677H01L2924/12042H01L2924/3025H05K1/185H05K3/0014H05K3/0064H05K2201/0129H05K2203/0108H05K2203/1469H01L2924/00
    • The invention concerns a method for forming an electronic device in plastic. The method for forming an electronic device in plastic comprises: (a) placing electronic components (220, 215) in recesses (210, 215) in a thermoplastic substrate (200); (b) depositing (135) an electronic circuit (230) over the electronic components (220, 225), or onto a thermoplastic sheet (240); and (c) bonding (160) the thermoplastic substrate (200) with the thermoplastic sheet (240) in a thermal bonding process to seal the electronic components (220, 215) and the electronic circuit (230) between the thermoplastic substrate (200) and the thermoplastic sheet (240), wherein the method further comprises providing a thermally conductive layer (250) on the thermoplastic sheet (240) and/or substrate (200) such that heat applied during the thermal bonding process is distributed uniformly across the thermoplastic sheet (240) and/or substrate (200) to facilitate bonding of the thermoplastic sheet (240) and substrate (200). In another aspect, the invention concerns an electronic device formed according to the method. It is an advantage that a more uniform heat distribution is achieved.
    • 本发明涉及用塑料形成电子装置的方法。 用于在塑料中形成电子器件的方法包括:(a)将电子部件(220,215)放置在热塑性基底(200)中的凹槽(210,215)中; (b)将电子电路(230)沉积在电子部件(220,225)上方或热塑性片材(240)上; 和(c)在热粘合工艺中将热塑性基材(200)与热塑性片材(240)粘合(160)以密封热塑性基材(200)之间的电子部件(220,215)和电子电路(230) 和所述热塑性片材(240),其中所述方法还包括在所述热塑性片材(240)和/或基底(200)上提供导热层(250),使得在热粘合过程期间施加的热量均匀地分布在热塑性塑料片材 片材(240)和/或基底(200),以便于热塑性片材(240)和基底(200)的粘接。 另一方面,本发明涉及根据该方法形成的电子设备。 实现更均匀的热分布是有利的。