Ladekupplung für elektrische Fahrzeuge

摘要

In the case that impelling of a supply connector 2 is stopped before the supply connector 2 is completely fitted to a vehicle inlet 1, the supply connector 2 is returned to a half fitting position by a biasing force exerted in a compression coil spring 20. In this position, plunger balls engage with recesses 72 to temporarily maintain the supply connector 2 at the position in the vehicle inlet. Thus, an operator finds that the supply connector is under an incomplete state. Since the supply connector 2 is temporarily held in the vehicle inlet 1, the connector 2 is prevented from falling down from the inlet 1. A connector housing 3 is provided on its upper face with a flap lid 8 to close an opening of the connector housing 3. A torsion spring 11 is mounted on a support axle 10 of the flap lid 8 to normally bias the flap lid 8 in an open direction. The connector housing 3 is provided on a lower portion with locking means 100 which holds the flap lid 8 at a closed position. The flap lid 8 is opened when the locking means 100 are released and the flap lid 8 is closed when the locking means 100 are actuated. A connector housing 19 is provided on an area around a central lower earth terminal 213 with a reversed U-shaped groove 231. The groove 231 prevents a water film from spreading on a fitting face 215a of the supply connector 2, even if rainwater adheres to the face 215a, thereby preventing short circuiting between terminals. A cylindrical cap 320 is attached to a connecting mouth 304 of a cavity 302. A positioning hole 323 in the cap 320 encloses a front end of a terminal 310 with a little clearance. Even if an external force is applied to the terminal 310, it is held coaxially in the cavity 302 without shifting the end of the terminal 310 in the cavity 302. A mating terminal can be smoothly coupled to a fitting portion 311 on the front end of the terminal 310.