Pivotal lever-type connector
View Patent ↗In a pivotal lever-type connector, at the same time when a male connector housing is fitted into a predetermined position relative to a female connector housing, so that the female connector housing and the male connector housing are brought into a provisionally-fitted condition, distal end portions of elastic retaining arms, after abutting respectively against male connector housing-side inclining surfaces, are guided respectively onto female connector housing-side inclining surfaces, and slide on the respective female connector housing-side inclining surfaces in respective directions to decrease the distance therebetween, so that a pivotal lever is pivotally moved, thereby canceling the provisionally-fitted condition.
1. A connector comprising:
a first connector housing;
a pivotal lever pivotally supported on said first connector housing; and
a second connector housing,
wherein said pivotal lever is engaged with engagement portions of said second connector housing, and said pivotal lever is pivotally moved, thereby fitting said first connector housing and said second connector housing together;
wherein said first connector housing includes a hood portion for receiving a part of said second connector housing; and
said pivotal lever includes a pair of pivotal lever body portions which are opposed to each other with said hood portion of said first connector housing disposed therebetween, and can be engaged respectively with said engagement portions, a pivotal movement operating portion extending between pivotally-moving end portions of said pivotal lever body portions, and a pair of elastic retaining arms provided at said pivotal movement operating portion; and
said second connector housing includes a hood portion for receiving a part of said first connector housing, and a pair of first inclining surfaces which are formed on an outer surface of said hood portion of said other connector housing so as to abut respectively against said elastic retaining arms; and
said hood portion of said first connector housing has a pair of second inclining surfaces which are formed on an outer surface thereof, and extend in respective directions to decrease the distance therebetween; and
at the same time when said first connector housing is fitted into a predetermined position relative to said second connector housing, so that said first connector housing and said second connector housing are brought into a provisionally-fitted condition, said elastic retaining arms, after abutting respectively against said first inclining surfaces, are guided respectively onto said second inclining surfaces, and slide on the respective second inclining surfaces in the respective directions to decrease said distance therebetween, so that said pivotal lever is pivotally moved, thereby canceling said provisionally-fitted condition.
2. A connector according to claim 1 ,
wherein each of said elastic retaining arms has a provisionally-retaining projection formed on an inner side thereof, and a distance between said provisionally-retaining projections is smaller than a distance between said first inclining surfaces, and also is smaller than a distance between said second inclining surfaces.