A method for latching an electrical connector includes aligning a connector with an inlet. A first surface of the connector is within a first distance of a second surface of the inlet. A puller arm of the connector is extended into the inlet to a second distance from the second surface of the inlet. The puller arm includes a gripping element configured to apply a first compressive force against the inlet. The puller arm is retracted relative to the connector while applying the first compressive force against the inlet. The puller arm remains in the inlet at the second distance, thereby inserting a first electrode of the connector into the inlet to connect the first electrode with a second electrode of the inlet. The first electrode transfers power to the second electrode from a high-power supply.

The present invention reduces cost. A female side connector (F) is provided with: a female side housing (30) fitted to a male side housing (10); a lock function part (57) that is provided to the female side housing (30) and that locks, in a fitted manner, the female side housing (30) and the male side housing (10) by locking the male side housing (10); and a releasing member (63) that is a component separate from the female side housing (30) and that is attachable to and detachable from the female side housing (30), wherein the releasing member (63) can cause the lock function part (57) to be displaced so as to be released and separated from the male side housing (10) in a state where the releasing member is attached to the female side housing (30).

The present invention reduces cost. A female side connector (F) is provided with: a female side housing (30) fitted to a male side housing (10); a lock function part (57) that is provided to the female side housing (30) and that locks, in a fitted manner, the female side housing (30) and the male side housing (10) by locking the male side housing (10); and a releasing member (63) that is a component separate from the female side housing (30) and that is attachable to and detachable from the female side housing (30), wherein the releasing member (63) can cause the lock function part (57) to be displaced so as to be released and separated from the male side housing (10) in a state where the releasing member is attached to the female side housing (30).

A module retracting type installing and uninstalling device, including a base, a slide block, a pressing cover and a bail. The slide block includes a long-strip-shaped slide block base body, and U-shaped grooves are respectively formed in the middle part of two side walls of the slide block base body. A square hole is formed at the rear end of the slide block base body, and is sheathed onto a triangular lock catch of the base. First and second rotating shafts of the bail are respectively located in two snapping grooves at the front end of the base, and third and fourth rotating shafts are respectively located in the U-shaped grooves. The pressing cover includes a square pressing cover base body, and a pressure resilient sheet attached to the upper surface of the slide block and being pressed to the base.

Disclosed are a locking device and an assembly of conjugated electric connectors equipped with the locking device. The device includes: at least one latch presenting a first locking relief, at least one bolt that can be inserted into the latch, and a flexible tongue received in a casing of the bold, the tongue being provided with a second locking relief forming a fitting with the first locking relief. Application includes the implementation of connectors and in particular of high-power connectors for vehicles and electric pieces of equipment.

An electrical plug-type connector has a housing for holding electrical plug elements, and a pulling aid made of an electrically insulating material, which enables the plug-type connector to be pulled apart from a mating connector, and which protrudes from the housing of the plug-type connector in the form of a tab. The pulling aid is provided with an electrically conductive portion which is designed and provided as a screening support for the screening of an electrical lead that is to be connected to the electrical plug-type connector.

A first connector (R) element (100) comprises a first body (102) secured to a locking pin (104) and a first indexing member (106). The second connector (R) element (200) comprises a locking ring (216) axially immobilized and rotatable around a second body (202), as well as at least one second indexing member. The second connector element (200) comprises an obstacle (230) moving, relative to the locking ring (216), between a first position blocking the rotation of the locking ring (216), and a second, released position. The second connector element (200) comprises a blocking ring (240) moving, relative to the second body (202), between a forward position, and at least one withdrawn position. The blocking member (230) can block the locking ring (216) in a configuration where the mouth of the slot is aligned with the locking pin. During the fitting, the blocking ring (240) is pushed back by a portion (1044) of the first connector element (100).

A first connector (R) element (100) comprises a first body (102) secured to a locking pin (104) and a first indexing member (106). The second connector (R) element (200) comprises a locking ring (216) axially immobilized and rotatable around a second body (202), as well as at least one second indexing member. The second connector element (200) comprises an obstacle (230) moving, relative to the locking ring (216), between a first position blocking the rotation of the locking ring (216), and a second, released position. The second connector element (200) comprises a blocking ring (240) moving, relative to the second body (202), between a forward position, and at least one withdrawn position. The blocking member (230) can block the locking ring (216) in a configuration where the mouth of the slot is aligned with the locking pin. During the fitting, the blocking ring (240) is pushed back by a portion (1044) of the first connector element (100).

The present invention relates to a release tab (37) for an electrical connector (1), comprising a body (38) and an unlocking nose (42) for unlatching a latch (13) securing the electrical connector (1) connected with a mating connector (2), as well as to an electrical connector (1) comprising a housing (4), a latch (13) for securing the housing (4) to a mating connector (2), the latch (13) extending from the housing (4), having an opening (19), as well as being transferable to an unlatched position, and a release tab (37) being arranged movable between a released position and an actuated position, and having an unlocking nose (42) extending into the opening (19) to transfer the latch (13) to the unlatched position when moving the release tab (37) from the released position to the actuated position. For providing an improved release tab and an improved electrical connector of a simple and compact design, allowing the connector to be unplugged in high density applications, the unlocking nose (42) is arranged at a cantilever (41) projecting from the body (38), and the release tab (37) of the present invention is arranged at the electrical connector.

A connector for a microphone and a microphone are provided that can prevent loose connections to a microphone stand. The connector for the microphone is to be inserted into a connector support hole of a microphone stand. The connector includes pins to be electrically connected to the microphone stand, a connector body accommodating the pins, a sleeve disposed on the outer circumferential surface of the connector body, and an elastic member for biasing the sleeve toward the rear end of the connector body. The sleeve has an insertion portion to be inserted into a space between the connector body and the connector support hole.