Electric connector for multi-conductor flat cables

Claim 1

An electric connector for at least first and second multi-conductor flat cables having conductors therein being spaced apart a predetermined distance, said electric connector comprising: an insulating housing having a substantially flat end face; a plurality of first and a plurality of second contacts extending from said end face, said first contacts having a press-contact portion located at a level of height with respect to said end face different from the level of height of said second contacts, each contact having said press-contact portion and a contact part for securing said contacts in said housing; first and second cable connecting members in the form of a substantially flat plate; said first contacts and said second contacts extending from said end face in at least two respective rows so that all of the contacts in the same row are arranged in a uniformly staggered fashion across said end face with the contact parts of said contacts within said rows being aligned along a line and the press-contact portions of the contacts in the same row being aligned along two lines with said contact parts being located between said two lines, a spacing between adjacent staggered press-contact portions of the contacts arranged in one row being equal to a spacing between adjacent staggered press-contact portions of the contacts arranged in another row and being equal to said predetermined distance spacing between the conductors in said multi-conductor flat cable to be connected; said first cable connecting member having a cable receiving recess for receiving an end portion of the first multi-conductor flat cable to be connected, press-contact portion holes for receiving the press-contact portions of the first contacts, and press-contact portion passing holes for passing the press-contact portions of the second contacts, the first cable connecting member being able to be coupled to said end face of said insulating housing; said second cable connecting member having a cable receiving recess for receiving an end portion of the second multi-conductor flat cable to be connected, and press-contact portion holes for receiving the press-contact portions of the second contacts protruding from the substantially flat plate face of the first cable connecting member coupled to said insulating housing, the second cable connecting member being able to be coupled to the first cable connecting member for stacking on said substantially flat plate face of the first cable connecting member.