Seal retention member

Claim 2

An electrical connector having a housing for receiving a wire seal, the electrical connector comprising: a seal retention member formed as a flat plate having opposite major surfaces that define respective planes, a plurality of wire receiving passages extending between the opposite major surfaces, a peripheral surface extending between the opposite major surfaces, at least one latching projection extending from the peripheral surface and disposed between the planes, and a first slot extending from the peripheral surface into one of the wire receiving passages, thereby defining a resilient latch arm disposed between the planes, wherein the at least one latching projection is disposed on the resilient latch arm for deflection in a directon parallel to the planes.

Claim 3

The electrical connector as recited in claim 1 wherein the seal retention member further comprises a locking projection extending from the peripheral surface at a location spaced apart from the latching projection.

Claim 4

The electrical connector as recited in claim 1 wherein the housing has at least one opening for receiving the at least one latching projection.

Claim 5

The electrical connector as recited in claim 1 wherein the at least one latching projection has a lead-in surface.

Claim 6

The electrical connector as recited in claim 1 wherein the seal retention member further comprises a second slot extending between adjacent wire receiving passages.

Claim 7

A retention member for use in an electrical connector having a housing for receiving the retention member, the housing having a wall surrounding the retention member with latching openings formed in the wall, the retention member comprising: a flat plate having opposite major surfaces that define respective planes, a plurality of wire receiving openings formed in the plate, the wire receiving openings being profiled to receive wires terminated to terminals, at least one latching projection extending from a periphery of the plate and disposed between the planes, and; at least one slot formed in the plate between at least two of the wire receiving openings, thereby defining a resilient latch arm disposed between the planes, wherein the at least one latching projection is disposed on the resilient latch arm for deflection in a direction parallel to the planes.

Claim 8

A retention member for use in an electrical connector having a housing for receiving the retention member, the housing having a wall surrounding the retention member with latching openings formed in the wall, the retention member comprising: a flat plate having opposite major surfaces that define respective planes, a plurality of wire receiving openings formed in the plate, the wire receiving openings being profiled to receive wires terminated to terminals, at least one latching projection extending from a periphery of the plate and disposed between the planes, and; at least one slot formed in the plate between at least two of the wire receiving openings, thereby defining a resilient latch arm disposed between the planes, wherein the at least one latching projection is disposed on the resilient latch arm for deflection in a direction parallel to the planes.

Claim 9

The retention plate as recited in claim 6 wherein the slot is located adjacent the periphery of the plate.

Claim 10

The retention plate as recited in claim 7 wherein the slot is located adjacent the at least one latching projection.

Claim 11

The retention plate as recited in claim 6 wherein the at least one latching projection further comprises a lead-in surface being angled from the periphery.

Claim 12

The retention plate as recited in claim 6 further comprising a locking projection extending from the peripheral surface generally opposite the latching projection.

Claim 13

A seal retainer for an electrical connector, the retainer being formed as a flat plate having a first major surface and a second major surface defining respective planes, a peripheral surface extending between the major surfaces, and a plurality of wire receiving passages extending between the major surfaces, the retainer comprising: at least on latching projection extending outward from the peripheral surface and disposed between the planes, and at least one slot extending between the major surfaces and from the peripheral surface into one of the wire receiving passages, thereby defining a resilient latch arm disposed between the planes, wherein the at least one latching projection is disposed on the resilient latch arm for deflection in a direction parallel to the planes.

Claim 14

A seal retainer for an electrical connector, the retainer being formed as a flat plate having a first major surface and a second major surface defining respective planes, a peripheral surface extending between the major surfaces, and a plurality of wire receiving passages extending between the major surfaces, the retainer comprising: at least on latching projection extending outward from the peripheral surface and disposed between the planes, and at least one slot extending between the major surfaces and from the peripheral surface into one of the wire receiving passages, thereby defining a resilient latch arm disposed between the planes, wherein the at least one latching projection is disposed on the resilient latch arm for deflection in a direction parallel to the planes.

Claim 15

The retainer as recited in claim 11 wherein the latching projection is located adjacent to the slot on the peripheral surface.

Claim 16

The retainer as recited in claim 11 wherein the latching projection has a lead-in surface which is angled from the first major surface.

Claim 17

The retainer as recited in claim 11 further comprising at least one locking projection extending from the peripheral surface generally opposite the latching projection.

Claim 18

The retainer as recited in claim 11 further comprising a second slot extending between adjacent ones of the wire receiving passages.