Electrical component including an electrical cable with a seal and a method for producing
AssigneeKolektor Group D.O.O.
InventorsAna Drmota Petric, Ludvik Kumar
Life of this patent
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AssigneeKolektor Group D.O.O.
InventorsAna Drmota Petric, Ludvik Kumar
Estimating the term…
An electrical component has an electrical cable and an electrical functional unit undetachably connected at an end side. The electrical cable has a metallic conductor and a plastic insulating sleeve surrounding the conductor. The electrical functional unit has an insulator housing injection-molded onto the plastic insulating sleeve, and an electrical functional element accommodated in the insulator housing and with which contact is made by the conductor. The plastic insulating sleeve is in a ring zone covered by the insulator housing, structured on its outer surface in an encircling manner by laser processing with a groove pattern and raised portions between the grooves. The insulator housing has a pattern formed during injection-molding by the groove pattern of the insulating sleeve, having webs which enter grooves and are anchored such that the insulator housing and insulating sleeve are permanently sealed from one another in respect of liquid media in the ring zone.
An electrical component comprising at least one electrical cable and an electrical functional unit undetachably connected thereto at the end, wherein the electrical cable has at least one metallic conductor and a plastic insulating sheath surrounding the at least one conductor and the electrical functional unit comprises an isolator housing injection-molded onto the plastic insulating sheath of the cable and at least one electrical functional element received therein, contacted with the at least one conductor, wherein the plastic insulating sheath of the cable in the region of an annular zone covered by the isolator housing of the electrical functional unit is circumferentially structured on its outer surface, by means of laser machining in such a way that it has a groove pattern and raised regions remaining between the grooves, wherein the isolator housing has a web pattern, which is formed during injection molding thereof by the groove pattern of the insulating jacket and which corresponds thereto, and which has webs entering into the grooves and being anchored therein in such a way that the isolator housing and the plastic insulating sheath are sealed permanently relative to one another against liquid media in the annular zone.
A method for manufacturing an electrical component, the method comprising:
Dependencies are inferred from the claim text.