Method for the thermal joining of two components, and a thermal joining strip
AssigneeAirbus Operations GmbH
InventorFreerk Syassen
Life of this patent
Estimating the term…
Abstract
A method for a thermal joining of two thermoplastic components includes arranging at least one reactive sheet entity in a mating zone between the two thermoplastic components. A multiply perforated metallic sheet entity configured as a bonding agent is disposed on each side of the at least one reactive sheet entity, at least in some regions of the mating zone. The at least one reactive sheet entity is activated so as thermally join the two thermoplastic components in the regions of the mating zone.
Claims16
A method for a thermal joining of two thermoplastic components comprising:
- arranging at least one reactive sheet entity in a mating zone between the two thermoplastic components;
- disposing, at least in some regions of the mating zone, a multiply perforated metallic sheet entity configured as a bonding agent on each side of the at least one reactive sheet entity;
- and
- activating the at least one reactive sheet entity so as to thermally join the two components in the regions of the mating zone.
A method for a thermal joining of a thermoplastic component and a metallic component comprising:
- arranging at least one reactive sheet entity in a mating zone between the thermoplastic component and the metallic component;
- disposing, at least in some regions of the mating zone, a multiply perforated metallic sheet entity configured as a bonding agent on a side of the at least one reactive sheet entity to be joined with the thermoplastic component;
- and
- activating the at least one reactive sheet entity so as to thermally join the thermoplastic component and the metallic component in the regions of the mating zone.
A thermal joining strip for a thermal joining of two components, at least one of the components being a thermoplastic component, the strip comprising:
- at least one layer including a reactive sheet entity having a first side and a second side and configured to generate heat for the thermal joining;
- a first sheet entity disposed on the first side of the reactive sheet entity and configured as a multiply perforated sheet so as to provide a bonding agent to the at least one thermoplastic component;
- and
- a second sheet entity disposed on the second side of the reactive sheet entity and configured as one of a multiply perforated sheet and a non-perforated metallic sheet so as to provide as a joint filler material.
Dependencies are inferred from the claim text.