Cell-voltage detection connector

摘要

To provide a technique by which an accumulated tolerance caused by the arrangement of terminal fittings is eliminated to improve the workability in a multipole cell-voltage detection connector. When all of receptacle terminals (94) are inserted into receptacle insertion groove parts (22), each of the receptacle terminals (94) is buckled at a bending hole (97) and a mark-off part (98) formed as a boundary of a receptacle root part (95) and a receptacle front part (96). Because the receptacle insertion groove parts (22) are formed in a state where there is substantially no tolerance, the terminal pitch tolerance correction housing (10) is fitted to receptacle units (90), and the receptacle terminals (94) (receptacle front parts (96)) protruded from the receptacle insertion groove parts (22) toward a bottom inner surface (15) are corrected to a state where there is no tolerance.

主权项

1. A cell-voltage detection connector, comprising:
a female connector in which a plurality of female terminals to be externally connected through respective electric wires are arranged; and a male connector, that is assembled in a cell unit having a plurality of stacked cells, in which plate-shaped terminals protruded from the respective cells are arranged, wherein the male connector and the female connector are fitted to each other to connect the female terminals and the plate-shaped terminals together, the male connector includes a correction mechanism that is configured to deform the plate-shaped terminals to correct an accumulated tolerance caused by stack of the respective cells, said correction mechanism being slidably connected to the male connector, and the correction mechanism includes: a plurality of through-holes through which the plurality of plate-shaped terminals pass, and guide parts, formed at ends of the plurality of through-holes, that are formed to be widened toward a first side of the correction mechanism where the plate-shaped terminals are inserted, opposed to a second side of the correction mechanism facing the female connector.