Abstract: A waterproof connector is provided with a die-cast case including a box-like case body portion and a tubular portion projecting forward from the case body portion, the die-case case being formed of a cast product made of metal, and a housing made of synthetic resin and accommodated in the die-cast case. An inner peripheral surface of the tubular portion is formed with a sealing surface to be brought into contact with a sealing member of a mating connector. The sealing surface is an unprocessed surface not subjected to polishing after casting. A holding surface for holding the housing in a contact state is formed behind the sealing surface in the die-cast case. The holding surface is a processed surface subjected to polishing to make surface roughness thereof smaller than that of the sealing surface.

Abstract: -- A connector is provided with a movable conductive member (30) and a fixed conductive member (35) capable of electrically contacting a first conductor (42) and a second conductor (57) as connection objects, and a pressing member (25) made of a resilient insulating material and configured to apply a pressing force in a contact direction to the movable conductive member (30), the fixed conductive member (35), the first conductor (42) and the second conductor (57). The pressing member (25) includes a first pressing portion (26R) for applying a pressing force to the first conductor (42) and a second pressing portion (26F) for applying a pressing force to the second conductor (57). The first pressing portion (26R) and the second pressing portion (26F) are resiliently deformable independently of each other.

Abstract: A connector is provided with a female housing into which a first conductor and a second conductor are insertable, a movable conductive member accommodated in the female housing and electrically contactable with the first conductor and the second conductor, a fixed conductive member electrically contactable with the first conductor and the second conductor, and a pressing member made of a resilient insulating material and accommodated in the female housing. The pressing member applies a pressing force in a contact direction to the movable conductive member, the fixed conductive member, the first conductor and the second conductor. The female housing is formed with positioning portions for positioning the first conductor and the second conductor in a width direction orthogonal to both axial directions of the first conductor and the second conductor and a pressing direction of the pressing member.

Abstract: A female terminal includes a terminal connecting portion extending along a length direction and having an insertion opening on a front end in the length direction, a male terminal being inserted into the insertion opening, a resilient contact piece disposed inside the terminal connecting portion and configured to sandwich the male terminal between the terminal connecting portion and the resilient contact piece, a plurality of spring members disposed side by side across a gap along the length direction inside the terminal connecting portion and configured to resiliently contact the male terminal from one side in a width direction intersecting the length direction and the height direction, and a projecting portion projecting from the other side in the width direction toward the one side in the width direction inside the terminal connecting portion and configured to sandwich the male terminal between the plurality of spring members and the projecting portion.

Abstract: It is aimed to omit a crimping step without enlargement. A connection device includes a movable-side conductive member and a fixed-side conductive member configured to electrically contact a first conductor and a second conductor serving as connection objects, and a pressing member made of resilient non-metal and configured to give a pressing force in a contact direction to the first conductor, the second conductor, the movable-side conductive member and the fixed-side conductive member.

Abstract: It is aimed to provide a connector and a connector mounting body capable of ensuring good workability at the time of manufacturing and connection reliability with a circuit board. A connector includes a connector housing and a flexible cable arranged in the connector housing and including conductive paths. The flexible cable includes terminal connecting portions to be connected to mating terminals on one end sides of the conductive paths and board connecting portions to be connected to a circuit board on the other end sides of the conductive paths. The connector includes a reinforcement plate for reinforcing a region of the flexible cable on the side of the terminal connecting portions.

Abstract: A female terminal (10) has: a terminal connection section (13) extending in a length direction and having, at the front end thereof in the length direction, an insertion opening (16) into which a male terminal (11) is inserted; an elastic contact piece (22) disposed within the terminal connection section (13) and making elastic contact with the male terminal (11) in a height direction intersecting the length direction, thereby gripping the male terminal (11) between the elastic contact piece (22) and the terminal connection section (13); a plurality of spring members (26, 27) arranged within the terminal connection section (13) at a distance from each other in the length direction, and making elastic contact with the male terminal (11) from one side in a width direction intersecting both the length direction and the height direction; and a protrusion section (33) protruding inside the terminal connection section (13) from the other side toward the one side in the width direction and gripping the male terminal

Abstract: It is aimed to prevent water having intruded into a gap between a panel and a flange portion from remaining in the gap. A mounting structure for waterproof connector (13) is provided with a panel (10) formed with a through hole (11) and a waterproof connector (13). The waterproof connector 13 includes a connector housing (15) to be passed through the through hole (11) and a flange portion (16) formed on an outer periphery of the connector housing (15). A sealing ring (21) to be held in close contact with the panel (10) while surrounding the through hole (11) is mounted on the flange portion (16). A drain hole (12) is disposed between a hole edge part of the through hole (11) of the panel (10) and the sealing ring (21).