Abstract: A connector includes a housing (10) into which terminal fittings (110) are accommodated and a housing-side lock (26). A wire cover (70) is mounted on the housing (10) to cover wires (200) pulled out from the housing (10). The wire cover (70) includes a cover-side lock (73) at a position to be lockable to the housing-side lock (26) in a mounted state and is held on the housing (10) by being locked to the cover-side lock (73) after the housing-side lock (26) is resiliently deformed. A restricting member (90) is inserted into a deflection space for the housing-side lock (26) to restrict the deflection of the housing-side lock (26) when the cover-side lock (73) and the housing-side lock (26) are in a locked state.

Abstract: A connector has a slider (60) with a base (61) extending along a width direction and to be inserted below a lock arm (17). Two arms (62) project from opposite widthwise ends of the base (61). A coupling (63) couples projecting end parts of the arms (62) and faces an upper surface side of the lock arm (17). A deflectable initial position holding portion (76) is provided on the base (61) and is configured to regulate a movement of the slider (60) to a connection position by resiliently locking an initial position holding receiving portion (25) of a housing main body (11) at an initial position. A connection position holding portion (64) is provided on the coupling (63) and is configured to regulate a detachment of the slider (60) by contacting a connection position holding receiving portion (23) of the lock arm (17) at the connection position.

Abstract: A connector includes a first housing (10) with a terminal accommodating portion (11) surrounded by a peripheral wall (17), a second housing (60) connectable to the first housing (10), and a detector (40) to detect a connected state of the housings (10, 60) based on whether the detector (40) moves from an initial position to a detection position in a space between the terminal accommodating portion (11) and the peripheral wall (17). An opening (22) extends circumferentially in a part of the peripheral wall (17) and exposes the detector (40). Deformation regulating portions (23, 53) are formed on the peripheral wall (17) and the detector member (40) and permit movements of the detector (40) between the initial position and the detection position and regulate deformation of the peripheral wall (17) to enlarge an opening width of the opening (22) by being fit to each other.

Abstract: A lever-type connector includes a housing (10) connectable to a mating housing, and a lever (60) mounted on the housing (10) rotatably between an initial position and a connection position. The housing (10) includes a fixing portion (21) to be fixed to a fixing surface (91) and reinforcing portions (24) integrally coupled to the fixing portion (21) and configured to reinforce the fixing portion (21). The reinforcing portions (24) additionally have a function as a stopper for regulating the rotation of the lever (60) in a direction opposite to a direction toward the connection position by contact with the lever (60) at the initial position.

Abstract: A connector is provided with a first housing including a plurality of cavities and a passage hole, a rubber plug having a plurality of sealing holes through which wires are insertable in a liquid tight manner is mounted in the first housing. A second housing is connected to the first housing and includes a wrench preventing portion configured to regulate the connection of the second housing in an inclined posture to the first housing by being inserted into the passage hole at the time of the connection. The rubber plug includes an insertion hole which is expanded by the insertion of a tip part of the wrench preventing portion inserted through the passage hole at the time of the connection and applies a compression force to the sealing holes in a direction to be in closer contact with the wires when being expanded.

Abstract: A female connector (F) includes a retainer (30) to be housed into a mounting hole (14) and selectively mounted, in a housing (10), at a partial locking position for allowing insertion of terminal fittings (50) and a full locking position for locking already inserted terminal fittings (50). A base (33) is at a rear end of the retainer (30) in a mounting direction into the housing (10) and is located outside a mounting hole (14) when the retainer (30) is at the partial locking position. Backlash eliminating portions (21, 22, 41, 42) are formed on the base (33) and in the housing (10) and are configured to restrict a relative displacement of the retainer (30) with respect to the housing (10) when the retainer (30) is at the partial locking position.

Abstract: A lock arm (33) is arranged on the upper surface of a female connector housing (27), and lock-arm protection walls (37) stand at opposite widthwise sides of the lock arm (33). Detector protection walls (38) are provided behind the lock-arm protection walls (37), and first and second lock receiving portions (43, 44) are formed on the inner surfaces thereof. Two inwardly deflectable locking arms (56) are formed on a detector (39) and locked to the first or second lock receiving portions (43, 44) to restrict a backward movement when the detector (39) is at an initial position and a detecting position. The locking arms (56) are arranged utilizing dead spaces behind the lock-arm protection walls (37).

Abstract: A connection structure for a terminal fitting (20) includes the terminal fitting (20) with a pair of resilient deforming portions (22), a through hole (11) formed in a circuit board (10) as a connection target of the terminal fitting (20) and into which the pair of resilient deforming portions (22) are press-fitted while being resiliently displaced toward each other, and locking portions (28) which are formed by recessing outer edges (24) of the resilient deforming portions (22) and engaged with the inner peripheral surface of the through hole (11) when the resilient deforming portions (22) are press-fit in the through hole (11).

Abstract: A connector includes a housing (10) into which terminal fittings (110) are accommodated and a housing-side lock (26). A wire cover (70) is mounted on the housing (10) to cover wires (200) pulled out from the housing (10). The wire cover (70) includes a cover-side lock (73) at a position to be lockable to the housing-side lock (26) in a mounted state and is held on the housing (10) by being locked to the cover-side lock (73) after the housing-side lock (26) is resiliently deformed. A restricting member (90) is inserted into a deflection space for the housing-side lock (26) to restrict the deflection of the housing-side lock (26) when the cover-side lock (73) and the housing-side lock (26) are in a locked state.

Abstract: Terminal fittings (110) connected to end parts of wires (200) are inserted into cavities (16) of a housing (11). A seal (60) is arranged on a rear surface side of the housing (11), and a holder (40) is arranged on a rear side of the seal (60). A wire cover (70) is arranged rotatably from an open position to a closed position on a rear side of the holder (40). The wire cover (70) includes cover-side rotation center portions (76). The holder (40) includes holder-side rotation center portions (47) configured to support the cover-side rotation center portions (76) and constituting a center of rotation of the wire cover (70).

Abstract: A retainer (10) is formed from a body (18) and extended portions (11). The body (18) includes two deflectable legs (20) and the legs (20) include locking claws (21) to be held onto a male connector housing (1) at a partial locking position and locking protrusions (22) to be locked to the male terminal fittings (5). A pushing surface (19) of the retainer (10) is extended in a front-back direction by the extended portions (11). A posture correcting portion (23) is formed between the legs (20) and fits into a cut recess (15) of a partition wall (14) to be locked therein when the retainer (10) is at a full locking position, thereby restricting an oblique posture of the retainer (10).

Abstract: A lock arm (33) is arranged on the upper surface of a female connector housing (27), and lock-arm protection walls (37) stand at opposite widthwise sides of the lock arm (33). Detector protection walls (38) are provided behind the lock-arm protection walls (37), and first and second lock receiving portions (43, 44) are formed on the inner surfaces thereof. Two inwardly deflectable locking arms (56) are formed on a detector (39) and locked to the first or second lock receiving portions (43, 44) to restrict a backward movement when the detector (39) is at an initial position and a detecting position. The locking arms (56) are arranged utilizing dead spaces behind the lock-arm protection walls (37).

Abstract: A female connector (F) includes a retainer (30) to be housed into a mounting hole (14) and selectively mounted, in a housing (10), at a partial locking position for allowing insertion of terminal fittings (50) and a full locking position for locking already inserted terminal fittings (50). A base (33) is at a rear end of the retainer (30) in a mounting direction into the housing (10) and is located outside a mounting hole (14) when the retainer (30) is at the partial locking position. Backlash eliminating portions (21, 22, 41, 42) are formed on the base (33) and in the housing (10) and are configured to restrict a relative displacement of the retainer (30) with respect to the housing (10) when the retainer (30) is at the partial locking position.

Abstract: A connector includes a housing (10), terminal fittings (30) to be inserted into the housing (10), a retainer (20) configured to retain the terminal fittings (30) by being mounted into the housing (10) in a direction intersecting an inserting direction of the terminal fittings (30), resilient locks (25) formed on a base end of the retainer (20) in a mounting direction into the housing (10) and configured to hold the retainer (20) in a state mounted in the housing (10) by being locked to the housing (10). Slide-contact portions (28) formed on a tip side of the retainer (20) in the mounting direction into the housing (10) and extending parallel to the mounting direction of the retainer (20), and guides (16) formed in the housing, extending parallel to the mounting direction of the retainer (20) and to be brought into sliding contact with the slide-contact portions (28).

Abstract: A dummy plug (50) includes a sealing portion (51) to be fit into a seal hole (21) in a liquid-tight manner when the dummy plug (50) is mounted into a connector (A). A support (53) is arranged behind the sealing portion (51). Two resilient locking pieces (56) link the rear end of the sealing portion (51) and the front end of the support (53) and engage with retaining portions (34) of a holder (30) when the dummy plug (50) is mounted into the connector (A). A single deformation space (57) is provided between the resilient locking pieces (56) and is shared to permit resilient deformations of the resilient locking pieces (56).

Abstract: A rubber plug (10) has a plug main body (11) with at least first and second seal holes (13A, 13B) penetrating therethrough. Front and rear first lips (15A) are formed on the inner peripheral surface of the first seal hole (13A) and a valley (16) is defined between the first lips (15A). Front and rear second lips (15B) are formed on the inner peripheral surface of the second seal hole (13B) and a valley (17) is defined between the second lips (15B). The lips (15A, 15B) are disposed so that tips of the first lips (15A) align with the valley (17) of the second seal hole (13B). As a result, the first lips (15A) do not add to compressive forces exerted by the second lips (15B) when a wire is inserted into the second seal hole (13B).

Abstract: A substrate connection part (4) of each of a plurality of press-fit terminals (3) pulled out of a housing (1) is inserted into a positioning hole (12) of a terminal arrangement member (11) to adjust alignment of the press-fit terminals (3) with respect to through-holes (7) of a substrate (6). The terminal arrangement member (11) is made of a thin resin sheet material. Each positioning hole (12) is sized so that the press-fit terminal (3) is placed in position by inserting a guide portion (9) of the press-fit terminal (3) therein. Slits (13) extend radially out from an opening edge of the positioning hole (12). When a press-fit portion (8) passes through the positioning hole (12), both slits (13) and the positioning hole (12) expand so that the press-fit portion (8) passes smoothly through the positioning hole (12).

Abstract: A first housing (10) has a frame (11) with concave accommodation portions (20). A sub-connector (31) with female terminal fittings (33) is accommodated in the concave accommodation portions (20). A collective rubber stopper (36) is accommodated inside the concave accommodation portions (20) to seal a gap between a peripheral surface of an electric wire (34) pulled out of the sub-connector (31) and an inner peripheral surface of each concave accommodation portion (20). A first cam follower (19) is formed on an outer surface of the frame (11) and can engage an operation member (80). The frame (11) has an outer wall (12) defining an outer surface thereof where the first cam follower (19) is formed and an inner wall (18) separated from the outer wall part (12) via separated spaces (17) and constructing the inner peripheral surface of each concave accommodation portions (20).

Abstract: A rubber plug (10) has a plug main body (11) with at least first and second seal holes (13A, 13B) penetrating therethrough. Front and rear first lips (15A) are formed on the inner peripheral surface of the first seal hole (13A) and a valley (16) is defined between the first lips (15A). Front and rear second lips (15B) are formed on the inner peripheral surface of the second seal hole (13B) and a valley (17) is defined between the second lips (15B). The lips (15A, 15B) are disposed so that tips of the first lips (15A) align with the valley (17) of the second seal hole (13B). As a result, the first lips (15A) do not add to compressive forces exerted by the second lips (15B) when a wire is inserted into the second seal hole (13B).

Abstract: A rib (54) of a sub-connector (30) is inserted into a groove (22) of a housing (10) if the sub-connector (30) is accommodated inside a correct accommodation concavity (11). A projected strip (77) of a wire cover (70) then is inserted into the groove (22) with the projected strip (77) and the rib (54) being side by side. Thus the wire cover (70) is prevented from being opened. The rib (54) may be inserted into the groove (22) if the sub-connector (30) is accommodated inside an incorrect accommodation concavity (11). But when an operation of mounting the wire cover (70) on the housing (10) in the above-described state is performed, the projected strip (77) interferes with the rib (54) inserted into the groove (22) to stop the mounting the wire cover (70) on the housing (10).