Fiber-filled elastomeric connector attachment method and product

Claim 1

A method for electrically interconnecting components to a substrate through the interconnection of contacts located on surfaces of the components and substrate comprising: a. providing a connector to be positioned between a component and the substrate, aligned with the respective contacts thereof and characterized by having an elastomeric body including conductive elements contained therein with the ends thereof proximate the opposing surfaces of the connector to define conductive paths extending through the connector to join said ends, b. applying a thin coating of adhesive to extend between said opposing surfaces and the contacts of the component and a substrate, and c. pressing the component against the connector and substrate to engage the adhesive and bond the connector, component, and substrate together, and to compress the connector to drive the conductive elements to penetrate the adhesive on each opposing surface to engage element ends with a contact of the component and a contact of the substrate to interconnect one to the other with the adhesive sealing the end engagements of the conductive elements, wherein the said substrate has arrays of contacts in patterns on the surface thereof to be interconnected to multiple components with the connectors being mounted on a sheet of material in a manner to be readily removed therefrom and arranged in a pattern corresponding with the contacts of the substrate, the sheet being positioned to align connectors with contacts and apply such connectors to the substrate, the sheet being removed thereafter preparatory to application of components.

Claim 2

A method for electrically interconnecting components to a substrate through the interconnection of contacts located on surfaces of the components and substrate comprising: a. providing a connector to be positioned between a component and the substrate, aligned with the respective contacts thereof and characterized by having an elastomeric body including conductive elements contained therein with the ends thereof proximate the opposing surfaces of the connector to define conductive paths extending through the connector to join said ends, b. applying a thin coating of adhesive to extend between said opposing surfaces and the contacts of the component and a substrate, and c. pressing the component against the connector and substrate to engage the adhesive and bond the connector, component, and substrate together, and to compress the connector to drive the conductive elements to penetrate the adhesive on each opposing surface to engage element ends with a contact of the component and a contact of the substrate to interconnect one to the other with the adhesive sealing the end engagements of the conductive elements, wherein the said substrate has arrays of contacts in patterns on the surface thereof to be interconnected to multiple components with the connectors being mounted on a sheet of material in a manner to be readily removed therefrom and arranged in a pattern corresponding with the contacts of the substrate, the sheet being positioned to align connectors with contacts and apply such connectors to the substrate, the sheet being removed thereafter preparatory to application of components.