Flexible cable connector
It is aimed to simplify the shapes of housings. A flexible cable connector is provided with a first housing ( 27 ), a second housing ( 46 ) to be stacked on the first housing ( 27 ), a first flexible cable ( 40 ) to be connected to a first terminal fitting ( 39 ) mounted in the first housing ( 27 ), a second flexible cable ( 57 ) to be connected to a second terminal fitting ( 56 ) mounted in the second housing ( 46 ), first boss pins ( 37 ) formed on the first housing ( 27 ) for positioning the second housing ( 46 ) and the second flexible cable ( 57 ) by being passed through the second housing ( 46 ) and the second flexible cable ( 57 ), and second boss pins ( 54 ) formed on the second housing ( 46 ) for positioning the first housing ( 27 ) and the first flexible cable ( 40 ) by being passed through the first housing ( 27 ) and the first flexible cable ( 40 ).
1 . A flexible cable connector, comprising:
a first housing;
a second housing to be stacked on the first housing;
a first flexible cable to be connected to a first terminal fitting mounted in the first housing;
a second flexible cable to be connected to a second terminal fitting mounted in the second housing;
first boss pins formed on the first housing, the first boss pins positioning the second housing and the second flexible cable by being passed through the second housing and the second flexible cable;
second boss pins formed on the second housing, the second boss pins positioning the first housing and the first flexible cable by being passed through the first housing and the first flexible cable; and
an outer housing covering the first housing and the second housing.
2 . The flexible cable connector of claim 1 , wherein:
the first flexible cable is arranged along a surface of the first housing on a side opposite to the first boss pins, and
the second flexible cable is arranged along a surface of the second housing on a side opposite to the second boss pins.
3 . The flexible cable connector of claim 1 , wherein:
the first flexible cable includes a first connecting end portion to be connected to the first terminal fitting,
the second flexible cable includes a second connecting end portion to be connected to the second terminal fitting,
the second boss pins are passed through the first connecting end portion,
the first boss pins are passed through the second connecting end portion, and
at least a part of the first connecting end portion and at least a part of the second connecting end portion are arranged in mutually different regions in a width direction orthogonal to a stacking direction of the first and second housings.
4 . A flexible cable connector, comprising:
a first housing;
a second housing to be stacked on the first housing;
a first flexible cable to be connected to a first terminal fitting mounted in the first housing;
a second flexible cable to be connected to a second terminal fitting mounted in the second housing;
first boss pins formed on the first housing, the first boss pins positioning the second housing and the second flexible cable by being passed through the second housing and the second flexible cable;
second boss pins formed on the second housing, the second boss pins positioning the first housing and the first flexible cable by being passed through the first housing and the first flexible cable,
wherein:
the first flexible cable includes a first connecting end portion to be connected to the first terminal fitting,
the second flexible cable includes a second connecting end portion to be connected to the second terminal fitting,
the second boss pins are passed through the first connecting end portion,
the first boss pins are passed through the second connecting end portion, and
at least a part of the first connecting end portion and at least a part of the second connecting end portion are arranged in mutually different regions in a width direction orthogonal to a stacking direction of the first and second housings,
and the flexible cable connector further comprises an outer housing for accommodating the first and second housings in a stacked state,
wherein:
a lock arm is formed in a central part in the width direction of the outer housing,
the first housing is formed with a cut portion for avoiding interference with the lock arm, and
a pair of the first connecting end portions are arranged across the lock arm in the width direction.
5 . A flexible cable connector, comprising:
a first housing;
a second housing to be stacked on the first housing;
a first flexible cable to be connected to a first terminal fitting mounted in the first housing;
a second flexible cable to be connected to a second terminal fitting mounted in the second housing;
first boss pins formed on the first housing, the first boss pins positioning the second housing and the second flexible cable by being passed through the second housing and the second flexible cable; and
second boss pins formed on the second housing, the second boss pins positioning the first housing and the first flexible cable by being passed through the first housing and the first flexible cable,
wherein the flexible cable connector further comprises an outer housing for accommodating the first and second housings in a stacked state, and
wherein window holes for exposing the first and second boss pins are formed in an outer surface of the outer housing.
6 . The flexible cable connector of claim 5 , wherein:
the outer housing is formed with a holding portion swingable in a stacking direction of the first and second housings, the holding portion holding the first and second flexible cables in a sandwiched state,
the holding portion is formed with the window holes, and
the first and second boss pins are fit in the window holes with the first and second flexible cables sandwiched by the holding portion.
7 . The flexible cable connector of claim 5 , wherein the first and second housings include locking portions for holding the first and second housings in the stacked state.