Invention Grant
US09332640B2 Contact surface arranged on a carrier for connecting to a counter contact surface arranged on a further carrier, and device comprising a contact surface and a counter contact surface connected thereto
有权
接触表面布置在载体上,用于连接到布置在另一载体上的相对接触表面,以及包括接触表面和与其连接的相对接触表面的装置
- Patent Title: Contact surface arranged on a carrier for connecting to a counter contact surface arranged on a further carrier, and device comprising a contact surface and a counter contact surface connected thereto
- Patent Title (中): 接触表面布置在载体上,用于连接到布置在另一载体上的相对接触表面,以及包括接触表面和与其连接的相对接触表面的装置
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Application No.: US14113597Application Date: 2012-04-17
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Publication No.: US09332640B2Publication Date: 2016-05-03
- Inventor: Angelika Schingale , Frank Baur
- Applicant: Angelika Schingale , Frank Baur
- Applicant Address: DE Hannover
- Assignee: Continental Automotive GmbH
- Current Assignee: Continental Automotive GmbH
- Current Assignee Address: DE Hannover
- Agent Laurence A. Greenberg; Werner H. Stemer; Ralph E. Locher
- Priority: DE102011075009 20110429
- International Application: PCT/EP2012/056973 WO 20120417
- International Announcement: WO2012/146507 WO 20121101
- Main IPC: H05K1/11
- IPC: H05K1/11 ; H05K3/32 ; H05K1/02

Abstract:
A contact area is provided on a carrier for connection to a mating contact area on a further carrier using an adhesive containing conductive particles. The contact area includes at least one recess forming a drain channel for the adhesive, extending from one edge of the contact area to an opposing edge and having a width being less than an average diameter of the particles. Alternatively, the contact area includes boreholes extending from a main surface to an opposing main surface and having diameters being approximately equal to or smaller than the average diameter of the particles in at least one direction and a cavity is formed in the carrier beneath the contact area. Alternatively, integral moldings forming a turf structure are provided on the contact area and distances between the moldings are equal to or smaller than the average diameter of the particles in at least one direction.
Public/Granted literature
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