Joint connector and wiring harness
A joint connector has a housing ( 20 ) and cavities ( 21 ) penetrate the housing ( 20 ) in forward and backward directions. Female terminals ( 11 ) connected to ends of wires ( 10 ) are insertable into the cavities ( 21 ) from behind and locking lances ( 22 ) in the respective cavities ( 21 ) retain the female terminals ( 11 ). Jig insertion grooves ( 30 ) are formed in the front surface of the housing ( 20 ) and can receive a jig ( 80 ) to displace the locking lance ( 22 ) in an unlocking direction. A joint terminal ( 50 ) to be mounted in the housing ( 20 ) and formed such that a bracket ( 52 ) to be mounted on a grounding portion is connected with the rear edge of a male terminal ( 51 ) in which male terminals ( 55 ) insertable into the respective cavities ( 21 ) from front are connected side by side.
1. A joint connector (JC) for grounding, comprising:
a housing ( 20 ) having opposite front and rear ends and at least one cavity ( 21 ) penetrating the housing ( 20 ) from the front end to the rear end for receiving a female terminal ( 11 ) connected to an end of a wire ( 10 );
at least one locking lance ( 22 ) in the cavity ( 21 ) for retaining the female terminal ( 11 );
at least one jig insertion opening ( 30 ) in a front surface of the housing ( 20 ) for receiving a jig ( 80 ) to resiliently displace the locking lance ( 22 ) in an unlocking direction, and
a joint terminal ( 50 ; 50 X) mounted in the housing ( 20 ) and formed so that a bracket ( 52 ) to be mounted on a grounding portion is connected with a male terminal portion ( 51 ) having at least one male terminal ( 55 ) insertable into the cavity ( 21 ).
2. The joint connector of claim 1 , wherein the at least one cavity ( 21 ) comprises a plurality of cavities ( 21 ), the cavities ( 21 ) being formed substantially side by side, and wherein the male terminal portion ( 51 ) comprises a plurality of substantially side by side male terminals ( 55 ) insertable into the respective cavities ( 21 ) from front.
3. The joint connector of claim 2 , wherein the bracket ( 52 ) of the joint terminal ( 50 ; 50 X) has at least one reinforcing bead ( 73 ; 75 ; 75 B) at a position deviated from the jig insertion openings ( 30 ) when the joint terminal ( 50 ; 50 X) is mounted in the housing ( 20 ).
4. The joint connector of claim 1 , wherein:
a base end portion ( 70 ) of the bracket ( 52 ) is inserted and mounted into the front surface of the housing ( 20 ) with the jig insertion openings ( 30 ) located on a top side of the base end portion ( 70 ), and
the at least one reinforcing bead ( 73 ; 75 ) is formed at a position deviated from the jig insertion opening(s) ( 30 ) on a top surface of the bracket ( 52 ).
5. The joint connector of claim 4 , further comprising another reinforcing bead ( 75 B) formed on an underside of the bracket ( 52 ) instead of a part of the reinforcing bead ( 75 ) formed on the top surface.
6. A wiring harness (WH), characterized by connecting a joint connector (JC) according to any one of the preceding claims to ends of a plurality of ground wires ( 10 ).
7. A joint connector (JC) for grounding, comprising:
a housing ( 20 ) having opposite front and rear ends and cavities ( 21 ) penetrating the housing ( 20 ) from the front end to the rear end, resiliently deflectable locking lances ( 22 ) projecting respectively into the cavities ( 21 ), jig insertion openings ( 30 ) extending into the front end of the housing ( 20 ) and aligned respectively with the locking lances ( 22 );
female terminals ( 11 ) connected to ends of wires ( 10 ) and inserted respectively into the cavities ( 21 ) from the rear end of the housing ( 20 ) so that the respective wires ( 10 ) project out from the rear end of the housing ( 20 ), the female terminals ( 11 ) being engaged respectively by the locking lances ( 22 ); and
a joint terminal ( 50 ; 50 X) having a male terminal portion ( 51 ) mounted into the front end of the housing ( 20 ), the male terminal portion ( 51 ) having male terminals ( 55 ) inserted into the cavity ( 21 ) and connected respectively to the female terminals ( 11 ), a bracket ( 52 ) extending from the male terminal portion ( 51 ) and configured to be mounted on a grounding portion, at least one at least one reinforcing bead ( 73 ; 75 ; 75 B) extending along the bracket ( 52 ) at a position deviated from the jig insertion openings ( 30 ) so that a jig ( 80 ) can be inserted through the jig insertion openings ( 30 ) and into the cavities ( 21 ) to resiliently displace the locking lances ( 22 ) in an unlocking direction.
8. The joint connector of claim 7 , wherein the joint terminal ( 50 ; 50 X) has opposite first and second surfaces, the first surface facing toward the jig insertion openings ( 30 ), portions of the reinforcing bead ( 73 ; 75 ; 75 B) in proximity to the jig insertion openings ( 30 ) projecting from the second surface of the joint terminal ( 50 ; 50 X).