Rivet and method of disassembling a rivet using phase change
AssigneeRegeneration BV
InventorCédric VANHOECK
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Abstract
Methods for disassembling rivets on textile articles, said rivets comprising at least two separate rivet elements, wherein at least one of said rivet elements comprises a first and a second material, wherein characterized in that, said first material has a melting and/or glass transition temperature of between 50.0 and 300.0° C., wherein said second material has a melting and/or glass transition temperature which is at least 20.0° C. higher than the melting and/or glass transition temperature of said first material.
Claims18
A method for disassembling rivets on textile articles, said rivets comprising at least two separate rivet elements, wherein at least one of said rivet elements comprises a first and a second material, wherein said first material has a melting and/or glass transition temperature of between 50.0 and 300.0° C., wherein said second material has a melting and/or glass transition temperature which is at least 20.0° C. higher than the melting and/or glass transition temperature of said first material.
A rivet with built-in disassembly function, the rivet comprising at least two separate rivet elements, wherein at least one of said rivet elements comprises a first and a second material, wherein said first material has a melting and/or glass transition temperature of between 50.0 and 300.0° C., wherein said second material has a melting and/or glass transition temperature which is at least 20.0° C. higher than the melting and/or glass transition temperature of said first material.
A textile article provided with rivets, wherein the rivets comprise at least two separate rivet elements, wherein at least one of said rivet elements comprises a first and a second material, wherein said first material has a melting and/or glass transition temperature of between 50.0 and 300.0° C., wherein said second material has a melting and/or glass transition temperature which is at least 20.0° C. higher than the melting and/or glass transition temperature of said first material.
Dependencies are inferred from the claim text.