초록 ▼

A female division connector F includes a female-side frame 10, having a receiving chamber 11, and a plurality of female housings 20 fitted in the receiving chamber 11. These female housings 20 are suitably selected from a sub-connector housing group including a plurality of kinds of housings having

A female division connector F includes a female-side frame 10, having a receiving chamber 11, and a plurality of female housings 20 fitted in the receiving chamber 11. These female housings 20 are suitably selected from a sub-connector housing group including a plurality of kinds of housings having different outer dimensions. Each of the female housings 20 has cavities 21 arranged at a predetermined pitch d. Lock projections 24 are formed respectively at those portions of an outer surface of the female housing 20 corresponding respectively to the cavities 21. Juxtaposed guide grooves 15 are formed in an inner wall surface of the receiving chamber 11, and the lock projections 24 are fitted in the guide grooves, thereby positioning the female housing 20.

대표청구항 ▼

1. A division connector, comprising: a frame including a receiving chamber; metal terminals; sub-connector housings which have cavities for respectively receiving said metal terminals, and are fitted in said receiving chamber in a juxtaposed manner, said sub-connector housings being suitably se

1. A division connector, comprising: a frame including a receiving chamber; metal terminals; sub-connector housings which have cavities for respectively receiving said metal terminals, and are fitted in said receiving chamber in a juxtaposed manner, said sub-connector housings being suitably selected from a sub-connector housing group including a plurality of kinds of housings having different outer dimensions; withdrawal prevention means for retaining said sub-connector housings in said receiving chamber against withdrawal; a plurality of guide grooves, formed in one of an inner wall surface of said receiving chamber and an outer wall surface of said sub-connector housing, are juxtaposed in a direction of juxtaposition of said sub-connector housings; and guide projections, formed on said sub-connector housings, are fitted in the guide grooves to freely arrange said sub-connector housings within said receiving chamber, and to set an arrangement pitch of the guide grooves to an integral multiple of an arrangement pitch of the cavities. 2. The division connector according to claim 1, wherein the group of sub-connector housings, an arrangement pitch, serving as a reference, is set with respect to the same kind of cavities, and the outer dimension of said sub-connector housing, having the cavities, in the direction of juxtaposition of said sub-connector housings, is set to an integral multiple of the arrangement pitch serving as the reference. 3. The division connector according to claim 1, wherein a positioning wall projects from an inner side surface of said receiving chamber, toward which said sub-connector housings are fitted, and extends in the direction of juxtaposition of said sub-connector housings, so that said fitted sub-connector housings is positioned on opposite sides of said positioning wall facing away from each other in a direction of a thickness of said positioning wall, and said sub-connecting housing group includes sub-connector housings, each having a reception recess for receiving said positioning wall, so that said sub-connector housings is fitted in straddling relation to said positioning wall.