Charging connector having a housing having a cover and a base with positioning projections
A charging connector ( 10 ) has a housing ( 11 ) integrally formed by bolting a pair of half members. A front housing ( 20 ) is mounted in a front end portion of the housing ( 11 ) and tightly held by two housings ( 30, 40 ). A positioning rib ( 16 ) for positioning the housings ( 30, 40 ) is provided at a position of the base-side housing ( 30 ) distant from the front housing ( 20 ) and comes into contact with the inner surface of the cover-side housing ( 40 ) when the housings ( 30, 40 ) are assembled properly.
1. A charging connector, comprising:
a housing having opposite front and rear ends and formed by fixing a cover and a base together, the cover and the base each having opposite inner and outer surfaces and opposite first and second edges extending between the inner and outer surfaces, the first and second edges of the cover and the base being disposed so that the first edges of the cover and base abut and so that the second edges of the cover and base abut;
a connector connecting portion mounted at the front end of the housing and tightly held by the cover and the base;
bolt fastening holes registered with one another at positions in proximity to the first edges of the cover and the base and at locations distant from the connector connecting portion; and
at least one positioning projection provided at a position of the base substantially adjacent to and inward of the second edge and at a position substantially opposite the bolt fastening holes and distant from the connector connecting portion, the positioning projection contacting the inner surface of the cover substantially adjacent to and inward of the second edge of the cover when the cover and the base are assembled in proper postures for preventing the cover and the base from rotating upon receiving a force in a rotational direction produced as bolting is performed at the bolt fastening holes.
2. The charging connector of claim 1 , wherein the housing includes a grip arranged behind the connector connecting portion and from which at least one wire is drawn out and the positioning projection is provided at the grip.
3. The charging connector of claim 1 , wherein at least one wire is drawn out from the housing and a holder mounted into in the housing and holding the wire fixed with respect to the housing.
4. The charging connector of claim 3 , wherein the housing is divided substantially symmetrically by the cover and base.
5. The charging connector of claim 3 , wherein the positioning projection is adjacent to the holder.
6. The charging connector of claim 3 , wherein the positioning projection has opposite front and rear surfaces aligned substantially perpendicular to the wire.
7. The charging connector of claim 1 , wherein the first and second edges of the base are substantially co-planar between the inner and outer surfaces of the base, and the first and second edges of the cover are substantially co-planar between the inner and outer surfaces of the cover.
8. The charging connector of claim 7 , wherein the positioning projection projects substantially perpendicular to a plane defined by the co-planar first and second edges of the base.
9. The charging connector of claim 1 , wherein the positioning projection projects inward from the inner surface of the base toward the first edge of the base.
10. The charging connector of claim 1 , wherein the positioning projection has a thickness measured in a front to rear direction of the housing that does not exceed a thickness of the base measured between the inner and outer surfaces thereof.
11. The charging connector of claim 1 , wherein the positioning projection has opposite front and rear surfaces aligned substantially perpendicular to the second edge.
12. The charging connector of claim 1 , wherein the positioning projection has opposite front and rear surfaces aligned substantially parallel to one another.