Drahtschneidgerät zum Zerschneiden eines Drahts und zum Verknüpfen der Enden

EP3447859 Art B1 7. Oktober 2020

Anmelder: Aptiv Technologies Limited 🇧🇧

Details

Veröffentlichungs-Nr.
EP3447859
Aktenzeichen
EP17187008
Anmeldetag
21. August 2017
Veröffentlichung
7. Oktober 2020
Erteilung
7. Oktober 2020
Rechtsraum
EP
IPC
H01R43/05// H01R43/052H01R43/28
Offizieller Volltext

Abstract

The invention relates to a wire cutter apparatus (1) for cutting a wire (2) and crimping a leading end (3a) and subsequently a rear end (3b) of the wire (2). The apparatus comprises an interior space (A) defined by side walls at least comprising a first side wall (4) extending parallel to a longitudinal feeding axis (X). The apparatus comprises a wire feeding opening (7) for feeding the wire (2) from an exterior space (B) into the interior space (A) whereby the feeding direction defines the longitudinal feeding axis (X). The apparatus comprises a first rotatable wire guiding tube (10) for receiving the leading end (3a) of the wire (2), said first tube (10) having a wire entrance (11a) and a wire exit (11b) and being rotatable around the wire entrance (11a) whereby the wire exit (11b) is movable from a first wire exit position coinciding with the longitudinal feeding axis to a second wire exit position spaced away from the longitudinal feeding axis (X) and vice-versa. The apparatus also comprises a similar second rotatable wire guiding tube (20). The apparatus comprises a first crimping press (15) for receiving the leading wire end (3a) of the wire (2) when the wire exit (11b) is in the second wire exit position. The apparatus comprises also a similar second crimping press (25). The first crimping press (15) and the second crimping press (25) are both at least partially located between the longitudinal feeding axis (X) and the first side wall (4).

Anmelder

Firma
Aptiv Technologies Limited
Land
🇧🇧 BB
🇨🇭 Aptiv

Technologieunternehmen der Automobilzulieferindustrie mit Sitz in der Schweiz, das elektrische Architekturen, Sensorik, Software und vernetzte Systeme für Fahrzeuge entwickelt.

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