Lever-type connector
View Patent ↗In a lever-type connector ( 1 ) including a temporary lever lock mechanism ( 40 ) that temporarily locks in an initial rotation position a fitting operation lever ( 30 ) rotatably provided in a lever accommodation space ( 15 ) defined in an inner side of one outer side wall of a first connector housing ( 10 ) and a temporary lock release mechanism ( 50 ) that releases the temporary locked state of the fitting operation lever ( 30 ) when the first connector housing ( 10 ) is butted on a second connector housing ( 20 ) in a fitting start position, the fitting operation lever ( 30 ) is provided with a mark ( 38 a ) that is exposed outside the first connector housing ( 10 ) when the temporary locked state is released.
1. A lever-type connector comprising:
a first connector housing that has a lever accommodation space being defined in an inner side of one outer side wall and passing through in a mutual fitting direction of connector housings;
a second connector housing that has a fitting part fitted to an inner side of the first connector housing and a fitting protrusion protruding on an outer side surface of the fitting part opposed to the one outer side wall;
a fitting operation lever provided in the lever accommodation space so as to be rotatable from an initial rotation position to a rotation finish position;
a temporary lever lock mechanism that is provided in the lever accommodation space to temporarily lock the fitting operation lever in the initial rotation position; and
a temporary lock release mechanism that is provided in the second connector housing to release the temporary locked state by the temporary lever lock mechanism when the first connector housing is butted on the second connector housing in a fitting start position, wherein
the fitting operation lever is provided with a cam groove that allows the fitting protrusion to enter a start end of the cam groove when the first connector housing is butted on the second connector housing in the fitting start position under a state that the fitting operation lever is located in the initial rotation position, allows the fitting protrusion to be drawn in a fitting direction when the fitting operation lever is operated to rotate from the initial rotation position to a side of the rotation finish position, and allows the first connector housing and the second connector housing to be completely fitted to each other when the fitting operation lever reaches the rotation finish position,
the fitting operation lever is provided with a mark that is covered in an inner side of one side edge of the one outer side wall when the fitting operation lever is located in the temporary locked state by the temporary lever lock mechanism, and is exposed outside the one side edge of the one outer side wall by a minute rotation of the fitting operation lever due to an urging force of the temporary lock release mechanism to release the temporary locked state when the temporary locked state is released by the temporary lock release mechanism,
the fitting operation lever further includes an elastic engaging piece that engages the temporary lever lock mechanism during the temporary locked state, and the elastic engaging piece is engaged by the temporary lock release mechanism when the first connector housing is butted on the second connector housing in a fitting start position such that the elastic engaging piece disengages from the temporary lever lock mechanism, and
the mark is spaced way from the elastic engaging piece such that movement of the mark is prevented until after the elastic engaging piece disengages from the temporary lever lock mechanism.
2. The lever-type connector according to claim 1 , wherein the mark is one linear side forming an edge of a recessed part formed on a surface of the fitting operation lever.
3. The lever-type connector according to claim 1 , wherein the fitting operation lever further includes an operation part located at a first end of the fitting operation lever,
the elastic engaging piece is located on a portion of the fitting operation lever that is between a start end of the cam groove and the operation part, and
the start end of the cam groove is located at a second end of the fitting operation lever that is opposite to the first end.
4. A lever-type connector comprising:
a first connector housing that has a lever accommodation space being defined in an inner side of one outer side wall and passing through in a mutual fitting direction of connector housings;
a second connector housing that has a fitting part fitted to an inner side of the first connector housing and a fitting protrusion protruding on an outer side surface of the fitting part opposed to the one outer side wall;
a fitting operation lever provided in the lever accommodation space so as to be rotatable from an initial rotation position to a rotation finish position;
a temporary lever lock mechanism that is provided in the lever accommodation space to temporarily lock the fitting operation lever in the initial rotation position; and
a temporary lock release mechanism that is provided in the second connector housing to release the temporary locked state by the temporary lever lock mechanism when the first connector housing is butted on the second connector housing in a fitting start position, wherein
the fitting operation lever is provided with a cam groove that allows the fitting protrusion to enter a start end of the cam groove when the first connector housing is butted on the second connector housing in the fitting start position under a state that the fitting operation lever is located in the initial rotation position, allows the fitting protrusion to be drawn in a fitting direction when the fitting operation lever is operated to rotate from the initial rotation position to a side of the rotation finish position, and allows the first connector housing and the second connector housing to be completely fitted to each other when the fitting operation lever reaches the rotation finish position,
the fitting operation lever is provided with a mark that is covered in an inner side of one side edge of the one outer side wall when the fitting operation lever is located in the temporary locked state by the temporary lever lock mechanism, and is exposed outside the one side edge of the one outer side wall by a minute rotation of the fitting operation lever due to an urging force of the temporary lock release mechanism to release the temporary locked state when the temporary locked state is released by the temporary lock release mechanism,
the fitting operation lever further includes a lever main body, a pivot extending from the lever main body, and an operation part extending from the main body to a first end of the fitting operation lever,
the operation part is configured for engagement by an operator in order to rotate the fitting operation lever about the pivot and to the rotation finish position, and
the mark is immovable relative to each of the lever main body and the operation part.
5. A lever-type connector comprising:
a first connector housing that has a lever accommodation space being defined in an inner side of one outer side wall and passing through in a mutual fitting direction of connector housings;
a second connector housing that has a fitting part fitted to an inner side of the first connector housing and a fitting protrusion protruding on an outer side surface of the fitting part opposed to the one outer side wall;
a fitting operation lever provided in the lever accommodation space so as to be rotatable from an initial rotation position to a rotation finish position;
a temporary lever lock mechanism that is provided in the lever accommodation space to temporarily lock the fitting operation lever in the initial rotation position; and
a temporary lock release mechanism that is provided in the second connector housing to release the temporary locked state by the temporary lever lock mechanism when the first connector housing is butted on the second connector housing in a fitting start position, wherein
the fitting operation lever is provided with a cam groove that allows the fitting protrusion to enter a start end of the cam groove when the first connector housing is butted on the second connector housing in the fitting start position under a state that the fitting operation lever is located in the initial rotation position, allows the fitting protrusion to be drawn in a fitting direction when the fitting operation lever is operated to rotate from the initial rotation position to a side of the rotation finish position, and allows the first connector housing and the second connector housing to be completely fitted to each other when the fitting operation lever reaches the rotation finish position,
the fitting operation lever is provided with a mark that is covered in an inner side of one side edge of the one outer side wall when the fitting operation lever is located in the temporary locked state by the temporary lever lock mechanism, and is exposed outside the one side edge of the one outer side wall by a minute rotation of the fitting operation lever due to an urging force of the temporary lock release mechanism to release the temporary locked state when the temporary locked state is released by the temporary lock release mechanism, and
the mark extends in a direction that is substantially parallel to the one side edge when the fitting operation lever is located in the temporary locked state by the temporary lever lock mechanism, and the mark extends at an acute angle with respect to the one side edge when the temporary locked state is released by the temporary lock release mechanism.