Abstract: A lever-type connector 10 including; a connector housing 11; a sealing member 60 configured to be abutted against a rear surface of a terminal housing part 12; a wire cover 40 that covers a wire W; and a lever 50, wherein the wire cover 40 includes outer covering parts 43 that cover the connector housing 11 from the outside, the lever 50 includes leg parts 51 that overlap outer sides of the corresponding outer covering parts 43 when the lever 50 is at a fitting completion position, protrusions 55 protruding toward the corresponding outer covering parts 43, and each having an inclined pressing surface 57 are provided on inner surfaces of the corresponding leg parts 51, and inclined pressed surfaces 48 against which the corresponding inclined pressing surfaces 57 are abutted are provided on outer surfaces of the corresponding outer covering parts 43.

Abstract: A moving plate moves from a protection position for protecting a tip part of a male tab to a connection position in a receptacle according to a connecting operation of a female housing. A male housing includes a male housing lock, and the female housing includes a female housing lock. The moving plate includes a plate male lock for locking the male housing lock at the protection position to restrict a movement to the connection position, and a plate female lock for locking the female housing-side locking portion to restrict separation of the female housing when locking of the male housing lock and the plate male lock is maintained.

Abstract: It is aimed to provide a connector capable of ensuring predetermined sealability. A connector is provided with a housing connectable to a mating housing, a seal to be mounted into the housing, and a moving member movable with respect to the housing. The seal has a sealing surface to be held in close contact with the mating housing. The moving member is arranged at a position facing the sealing surface of the seal before connection of the both housings.

Abstract: It is aimed to provide a connector capable of ensuring predetermined sealability. A connector is provided with a housing connectable to a mating housing, a seal to be mounted into the housing, and a moving member movable with respect to the housing. The seal has a sealing surface to be held in close contact with the mating housing. The moving member is arranged at a position facing the sealing surface of the seal before connection of the both housings.

Abstract: A moving plate moves from a protection position for protecting a tip part of a male tab to a connection position in a receptacle according to a connecting operation of a female housing. A male housing includes a male housing lock, and the female housing includes a female housing lock. The moving plate includes a plate male lock for locking the male housing lock at the protection position to restrict a movement to the connection position, and a plate female lock for locking the female housing-side locking portion to restrict separation of the female housing when locking of the male housing lock and the plate male lock is maintained.

Abstract: A first housing (10) includes a first frame (11) with a frame main body (12) and a receptacle (13), a plurality of first sub-housings (17) individually accommodated in first accommodation spaces (14) of the first frame (11), a projection (21) projecting forward from the frame main body (12) and reinforcements (22) projecting from outer surfaces of the projection (21). A second housing (30) includes a second frame (31) with second accommodation spaces (32), second sub-housings (35) individually accommodated in the second accommodation spaces (32), a second partition wall (33) between adjacent second accommodation spaces (32), an accommodating recess (38) in the second partition wall (33) and configured to accommodate the projection (21). A cut portion (39) is formed in the second partition wall (33) and accommodates the reinforcements (22).

Abstract: A first housing (10) includes a first frame (11) with a frame main body (12) and a receptacle (13), a plurality of first sub-housings (17) individually accommodated in first accommodation spaces (14) of the first frame (11), a projection (21) projecting forward from the frame main body (12) and reinforcements (22) projecting from outer surfaces of the projection (21). A second housing (30) includes a second frame (31) with second accommodation spaces (32), second sub-housings (35) individually accommodated in the second accommodation spaces (32), a second partition wall (33) between adjacent second accommodation spaces (32), an accommodating recess (38) in the second partition wall (33) and configured to accommodate the projection (21). A cut portion (39) is formed in the second partition wall (33) and accommodates the reinforcements (22).