A connector housing includes a housing main body and a tubular shroud. Terminal receiving chambers are mounted on the housing main body. A male connector housing is inserted into the shroud. The male connector housing receives male terminals to be fitted to female terminals received in the terminal receiving chambers. A notched groove is formed on the shroud in a length direction of the female terminals. A half-fit detecting member receives a female connector housing and includes a pair of correcting ribs. A pair of abutting walls facing each other is mounted on both sides of the notched groove. The pair of correcting ribs abuts on the pair of abutting walls to prevent a width of the notched groove to be reduced.
1. A connector comprising: a connector housing including a housing main body having terminal receiving chambers for receiving terminals, and a tubular shroud on which a notched groove is formed in a length direction of the terminal, where a whole housing main body is received in the tubular shroud such that a rear end of the housing main body is connected to a rear end wall of the shroud; and
a half-fit detecting member receiving the tubular shroud and the connector housing, the half-fit detecting member having a deformation-preventing member abutting on the shroud for preventing the notched groove from being deformed in a direction of reducing a groove width thereof;
wherein a pair of abutting walls facing each other is formed on both sides of the notched groove, and the deformation-preventing member is a pair of abutting pieces respectively abutting on the pair of abutting walls;
wherein a fitting groove is formed on one of an outer sidewall of the shroud and an inner sidewall of the half-fit detecting member, and a fitting projection for fitting to the fitting groove is formed on the other of said half-fit detecting member and shroud; and wherein each of the abutting walls is positioned in between the fitting projection and the abutting piece.
2. The connector as claimed in claim 1 ,
wherein tapers are formed at rear ends of the pair of abutting walls in the length direction.
3. The connector as claimed in claim 1 ,
wherein a locking member is mounted on each of the shroud and a connector cover in the length direction to lock said shroud and connector cover together.
4. The connector as claimed in claim 1 ,
wherein the shroud receives the housing main body, and the front end of the shroud is arranged at a forward side of a top end of the housing main body.