Electrical connector with a terminal pin alignment plate

Claim 2

An electrical connector, comprising: dielectric housing; plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; and a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from an outer protecting position generally at distal ends of said pin portions to an inner pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having mounting means for fixing a printed circuit board thereon in the outer protecting position of the alignment plate for movement inwardly therewith between said positions.

Claim 3

The electrical connector of claim 1 , further including complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said protecting position.

Claim 4

The electrical connector of claim 1 , further including complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position.

Claim 5

The electrical connector of claim 3 , further including additional complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said protecting position.

Claim 6

In combination with the electrical connector of claim 1 , a printed circuit board having complementary mounting means for cooperating with said mounting means on said pin alignment plate to facilitate mounting the printed circuit board on said pin alignment plate.

Claim 7

The combination of claim 5 , wherein said mounting means on said pin alignment plate comprise at least one latch arm, and the complementary mounting means on the printed circuit board comprise a hole for receiving the latch arm.

Claim 8

The electrical connector of claim 1 , wherein said mounting means comprises at least one arm for projecting through a mounting hole in said printed circuit board.

Claim 9

The electrical connector of claim 7 , wherein said arm is a latch arm and is flexible for resiliently latchingly engaging said printed circuit board, and said housing includes a relatively rigid backup member for positioning behind the latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 10

The electrical connector of claim 7 , wherein said arm is flexible and includes a hook portion for snapping into latching engagement with one side of said printed circuit board as said arm is inserted through the mounting hole in said printed circuit board.

Claim 11

The electrical connector of claim 9 , wherein said housing includes a relatively rigid backup member for positioning behind said arm to prevent said arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 12

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from an outer protecting position generally at distal ends of said pin portions to an inner pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to latch the printed circuit board to said pin alignment plate in the outer protecting position of the alignment plate for movement inwardly therewith between said positions; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; and, second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position.

Claim 13

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from an outer protecting position generally at distal ends of said pin portions to an inner pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to latch the printed circuit board to said pin alignment plate in the outer protecting position of the alignment plate for movement inwardly therewith between said positions; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; and, second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position.

Claim 14

The electrical connector of claim 11 , wherein said latch arm is flexible and includes a hook portion for snapping into latching engagement with one side of said printed circuit board as said latch arm is inserted through the mounting hole in said printed circuit board.

Claim 15

The electrical connector of claim 12 , wherein said housing includes a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 16

The electrical connector of claim 11 , wherein said latch arm is flexible for resiliently latchingly engaging said printed circuit board, and said housing includes a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 17

The electrical connector of claim 14 , wherein said housing includes a mounting post for projecting through a mounting hole in said pin alignment plate, said mounting post performing a dual function of comprising said backup member for positioning behind said flexible latch arm.

Claim 18

In combination with the electrical connector of claim 11 , a printed circuit board having complementary mounting means for cooperating with said mounting means on said pin alignment plate to facilitate mounting said printed circuit board on said pin alignment plate.

Claim 19

In combination of claim 16 , wherein said mounting means on said pin alignment plate comprise at least one latch arm, and the complementary mounting means on said printed circuit board comprise a hole for receiving said latch.

Claim 20

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having mounting means for mounting a printed circuit board thereon for movement therewith between said positions, said mounting means comprising at least one flexible arm for projecting through a mounting hole in said printed circuit board, the flexible arm including a hook portion for snapping into latching engagement with one side of said printed circuit board as said arm is inserted through the mounting hole in said printed circuit board; and said housing including a relatively rigid backup member for positioning behind said flexible arm to prevent said arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 21

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having mounting means for mounting a printed circuit board thereon for movement therewith between said positions, said mounting means comprising at least one flexible arm for projecting through a mounting hole in said printed circuit board, the flexible arm including a hook portion for snapping into latching engagement with one side of said printed circuit board as said arm is inserted through the mounting hole in said printed circuit board; and said housing including a relatively rigid backup member for positioning behind said flexible arm to prevent said arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 22

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having mounting means for mounting a printed circuit board thereon for movement therewith between said positions, said mounting means comprising at least one flexible latch arm for resiliently latchingly engaging said printed circuit board; and said housing including a relatively rigid backup member for positioning behind the flexible latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 23

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having mounting means for mounting a printed circuit board thereon for movement therewith between said positions, said mounting means comprising at least one flexible latch arm for resiliently latchingly engaging said printed circuit board; and said housing including a relatively rigid backup member for positioning behind the flexible latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 24

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to mount the printed circuit board on said pin alignment plate for movement therewith between said positions, said latch arm being flexible and including a hook portion for snapping into latching engagement with one side of said printed circuit board as said latch arm is inserted through the mounting hole in said printed circuit board; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position; and said housing including a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 25

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to mount the printed circuit board on said pin alignment plate for movement therewith between said positions, said latch arm being flexible and including a hook portion for snapping into latching engagement with one side of said printed circuit board as said latch arm is inserted through the mounting hole in said printed circuit board; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position; and said housing including a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 26

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to mount the printed circuit board on said pin alignment plate for movement therewith between said positions, said latch arm being flexible for resiliently latchingly engaging said printed circuit board; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position; and said housing including a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 27

An electrical connector, comprising: a dielectric housing; a plurality of conductive terminals mounted on the housing with pin portions projecting therefrom; a pin alignment plate having a plurality of apertures for receiving the pin portions of the terminals, the pin alignment plate being movably mounted on the housing for movement from a protecting position generally at distal ends of said pin portions to a pin-exposing position spaced inwardly of said distal ends, and said pin alignment plate having at least one latch arm for projecting through a mounting hole in a printed circuit board to mount the printed circuit board on said pin alignment plate for movement therewith between said positions, said latch arm being flexible for resiliently latchingly engaging said printed circuit board; first complementary interengaging latch means between aid pin alignment plate and said housing for holding said pin alignment plate in said protecting position; second complementary interengaging latch means between said pin alignment plate and said housing for holding said pin alignment plate in said pin-exposing position; and said housing including a relatively rigid backup member for positioning behind said latch arm to prevent said latch arm from flexing out of latching engagement with said printed circuit board when said pin alignment plate is in said pin-exposing position.

Claim 28

An electrical connector of claim 21 , wherein said housing includes a mounting post for projecting through a mounting hole in said pin alignment plate, said mounting post performing a dual function of comprising said backup member for positioning behind said flexible latch arm.