A cable connector includes an outer shell having a bore extending between a mating end and a cable end. The outer shell has latch pockets. The cable connector includes a shield received in the outer shell that divides the bore into chambers. The cable connector includes contact holders received in corresponding chambers. Each contact holder includes at least one contact channel and a deflectable latch having a latching head at a distal end of the latch configured to be received in the corresponding latch pocket of the outer shell to axially secure the contact holder in the outer shell. The latch has an interference bump at an inner end of the latch configured to engage the shield to press the latching head of the latch outward. The cable connector includes contacts received in corresponding contact channels of the corresponding contact holders.

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.

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.

The present disclosure relates to a detonation connector having an electric wire mounting structure, the detonation connector includes: an electrically conductive wire-connecting bracket member having a plurality of electric wire mounting gloves to which a leg line or a leading line is mounted; a lower casing member at which the wire-connecting bracket member is positioned; and an upper casing member covering the lower casing member, wherein the lower casing member may be provided with an opening through which a leg line passes, and the lower casing member is provided with a leg line mounting part therein. Accordingly, a stable connection state in the connector is maintained by fixing a double coated electric wire or a single coated electric wire in a state of being mounted to an opening of the detonation connector and the connection stability and the connection reliability of the leg line and the leading line are secured.

The present disclosure relates to a detonation connector having an electric wire mounting structure, the detonation connector includes: an electrically conductive wire-connecting bracket member having a plurality of electric wire mounting gloves to which a leg line or a leading line is mounted; a lower casing member at which the wire-connecting bracket member is positioned; and an upper casing member covering the lower casing member, wherein the lower casing member may be provided with an opening through which a leg line passes, and the lower casing member is provided with a leg line mounting part therein. Accordingly, a stable connection state in the connector is maintained by fixing a double coated electric wire or a single coated electric wire in a state of being mounted to an opening of the detonation connector and the connection stability and the connection reliability of the leg line and the leading line are secured.

The present invention relates to an electrical plug connector for an electrical connection system. The electrical plug connector comprises a plug connector housing comprising a housing body and a busbar portion. The busbar portion is at least partially accommodated in the plug connector housing. The busbar portion includes a busbar conductor, and a busbar end which is integrally formed with the busbar conductor. The busbar end includes a connection portion that is configured for being plugged to a mating connector to establish an electrical connection. The busbar end further includes a retention means which is configured to engage with a corresponding retention means to receive pull forces being imposed on the busbar portion in a direction opposite to a mating direction. The plug connector housing has a corresponding retention means that engages with the retention means when the busbar portion is at least partially accommodated in the plug connector housing.

A connector includes a terminal fitting that includes a terminal connection section, and a housing that includes a terminal accommodating section in which the terminal fitting is inserted into a terminal accommodating chamber in the terminal accommodating section in a terminal insertion direction and accommodated at an accommodation completion position, wherein the terminal connection section is a tubular section bent in a tubular shape with end surfaces of two end portions facing each other, and includes a recess that is recessed from a distal end of the terminal connection section on a terminal insertion direction side, in a terminal removal direction opposite to the terminal insertion direction, the terminal insertion direction being a tube axis direction.

A connector includes a retaining member that is held by the terminal housing portion at an assembly completed position to the terminal housing portion to lock movement of the terminal fitting with respect to the terminal housing portion in a terminal extraction direction opposite the terminal insertion direction at the assembly completed position are provided. The retaining member includes a terminal locking portion disposed facing a locked portion of the terminal fitting at the assembly completed position in the terminal extraction direction to lock movement of the locked portion in the terminal extraction direction. The terminal fitting includes a retainer housing portion that accommodates the terminal locking portion of the retaining member at the assembly completed position and allows relative movement of the terminal fitting in the alignment direction with respect to the terminal locking portion.

The invention relates to an electrical connector (2) including a connector body (20), which includes at least one accommodation (21), and at least two electrical connecting organs (22, 22′), which each include at least one internal section (220, 220′) extending inside said at least one accommodation (21). This electrical connector (2) is characterized in that it includes electrical insulating means (23), which have a tracking resistance index, CTI, higher than 600, which are located at least inside said at least one accommodation (21), which surround at least the internal section (220, 220′) of the at least two electrical connecting organs (22, 22′), and which extend at least over the internal section (220, 220′) of the at least two electrical connecting organs (22, 22′).

Provided are a terminal position assurance and a connector, which belong to the technical field of connectors. The terminal position assurance includes a positioning body, an upper-row snap, a limiting member, and a lower-row snap. The positioning body extends along a first direction. Two upper-row snaps are provided, fixedly connected to the positioning body separately, and disposed opposite to each other. The limiting member is connected to one side of the positioning body and extends along a second direction which is perpendicular to the first direction. Two lower-row snaps are provided, fixedly connected to the limiting member separately, and disposed opposite to each other.