Multi-electrode connector

Claim 2

A multi-electrode connector, comprising; a plurality of male unit connectors having retaining portions formed thereon; a plurality of female unit connectors having retaining portions formed thereon; a first connector frame having windows formed therein, said male unit connectors being individually received and retained in said first connector frame; a second connector frame having windows formed therein, said female unit connectors being individually received and retained in said second connector frame; lid-like retaining pieces provided at a side of each of said connector windows so as to be engaged with said retaining portions when said male unit connectors and said female unit connectors are respectively received in said windows; and a mechanical forcible fitting mechanism coupled to said first and second connector frames so as to maintain a connected state between said female unit connectors and said male unit connectors.

Claim 3

A multi-electrode connector as claimed in claim 1, wherein said unit connectors and said connector inserting windows have interchangeability, said groups of unit connectors being diversified in the number of terminals and terminal arrangements.

Claim 4

A multi-electrode connector as claimed n claim 1, wherein said female unit connectors and said male unit connectors are each provided with a columnar guide pin and a guide hole for receiving said guide pin which confront each other in a set to constitute fitting guide portions.

Claim 5

A multi-electrode connector as claimed in claim 1, wherein each of said connector inserting windows is provided with a temporary retaining portion including a resilient retaining piece for said inserted unit connector.

Claim 6

A multi-electrode connector as claimed in claim 1, further including an erroneous insertion preventing means of the unit connectors constituted by convex portions formed at the side of said unit connectors and corresponding concave grooves formed at the side of said connector inserting windows, which are to be fitted to each other for engagement therebetween.

Claim 7

A multi-electrode connector, comprising: a plurality of male unit connectors having terminals disposed therein; a plurality of female unit connectors having terminals disposed therein; a first connector frame having windows formed therein, said male unit connectors being individually received and retained in said first connector frame; a second connector frame having windows formed therein, said female unit connectors being individually received and retained in said second connector frame; a fitting force holding mechanism for holding said male unit connectors and said female unit connectors in said first and second connector frames respectively; a mechanical forcible fitting mechanism coupled to said first and second connector frames so as to maintain a connected state between said female unit connectors and said male unit connectors; and a faulty insertion detecting spacer adapted to be inserted into a passage formed in each of said male and female unit connectors, said terminals projecting into said passage when said terminals are not fully inserted in said male and female unit connectors so as to prevent insertion of said faulty insertion detecting spacers when said terminals are not fully inserted.

Claim 8

A multi-electrode connector, comprising: a plurality of male unit connectors having terminals disposed therein; a plurality of female unit connectors having terminals disposed therein; a first connector frame having windows formed therein, said male unit connectors being individually received and retained in said first connector frame; a second connector frame having windows formed therein, said female unit connectors being individually received and retained in said second connector frame; a fitting force holding mechanism for holding said male unit connectors and said female unit connectors in said first and second connector frames respectively; a mechanical forcible fitting mechanism coupled to said first and second connector frames so as to maintain a connected state between said female unit connectors and said male unit connectors; and a faulty insertion detecting spacer adapted to be inserted into a passage formed in each of said male and female unit connectors, said terminals projecting into said passage when said terminals are not fully inserted in said male and female unit connectors so as to prevent insertion of said faulty insertion detecting spacers when said terminals are not fully inserted.