Electrical plug connector

1. An electrical plug connector comprising:

a body having a cavity and at least one wire separator positioned between conductive members;

an electrical connection portion on the body;

a wire locking mechanism having a plurality of wire receiving regions each separated by the wire separator and having a spring biased receiving arm, the spring biased receiving arm mechanically coupled to and responsive to a lift arm;

wherein lifting pressure applied to the lift arm mechanically translates to a pivoting motion of the spring biased receiving arm to raise the spring biased receiving arm prior to insertion of a wire to allow insertion of a wire therein, wherein each of the spring biased receiving arms further comprises a terminating end with a curved slot in the terminating end; and

electrically connecting the electrical connection portion and the wire.

2. The electrical plug connector of claim 1 wherein the spring biased receiving arm is pivoted upwards to allow insertion of the wire.

3. The electrical plug connector of claim 1 wherein each of the spring biased receiving arms are electrically connected to one of the conductive members.

4. An electrical plug connector comprising:

a body having a cavity comprising three electrically conductive members within the cavity, each of the three electrically conductive members being separately coupled in an electrically conductive manner to one of three electrical plug prongs extending from the body, each of the three electrically conductive members forming a separate one of three electrical wire receiving regions each configured to separately receive an exposed end of one of three electrical wires extending from an electrical cord, wherein each of the three electrically conductive members is electrically separated from each adjacent electrically conductive member of the three electrically conductive members by at least one electrically insulative separator;

a cord entry portion positioned at an edge of the body opposite the electrical plug prongs and configured to receive the electrical cord;

a wire guide positioned between the cord entry portion and the three electrically conductive members, the wire guide configured to receive the three electrical wires and guide the exposed ends of the three electrical wires toward their respective one of the three electrically conductive members;

a cover hingedly coupled to the base along a first edge; and

a wire locking mechanism configured to lock and engage three electrical wires extending from an electrical cord in an electrically conductive manner, the wire locking mechanism formed between the cover and the body;

wherein the cover further comprising a plurality of protrusions each aligned with a different one of the three electrically conductive members and configured to extend between the insulative separators and contact a separate one of the three electrical wires when the cover is moved from its open position to its closed position.

5. The electrical plug connector of claim 4 , wherein the three electrically conductive members each comprise spring biased receiving arm, the spring biased receiving arm mechanically coupled to and responsive to a lift arm, and wherein each of the spring biased receiving arms further comprises a terminating end with a curved slot in the terminating end.

6. The electrical plug connector of claim 4 , further comprising at least one screw extending through the cover into the body adjacent the cord entry portion and configured to secure the cover to the body.

7. The electrical plug connector of claim 4 , further comprising a gap between an upper edge of each of the insulative separators and the cover when the cover is in its closed position.

8. The electrical plug connector of claim 4 , wherein the wire guide comprises three wire guide apertures extending therethrough, each of the three wire guide apertures aligned with a different one of the three electrical wire receiving regions.

9. An electrical plug connector comprising:

a body having a cavity comprising three electrical wire receiving areas within the cavity, each of the three electrical wire receiving areas being separately coupled in an electrically conductive manner to one of three electrical plug prongs extending from the body and configured to separately receive an exposed end of one of three electrical wires extending from an electrical cord, wherein each of the three electrical wire receiving areas is electrically separated from each other of the three electrical wire receiving area by at least one electrically insulative separator;

a wire guide comprising three guide openings, each guide opening positioned adjacent one of the three electrical wire receiving areas and configured to receive the three electrical wires and guide the exposed ends of the three electrical wires toward a different one of the three electrical wire receiving areas;

a cover hingedly coupled to the base along a first edge, the cover comprising a plurality of protrusions each aligned with a different one of the three electrical wire receiving areas and configured to extend between the insulative separators and contact a separate one of the three electrical wires when the cover is moved from its open position to its closed position; and

a wire locking mechanism between the body and the cover and configured to lock and engage three electrical wires extending from an electrical cord in an electrically conductive manner with the three electrical wire receiving areas.

10. The electrical plug connector of claim 9 , wherein the three electrical wire receiving areas each comprise spring biased receiving arm mechanically coupled and responsive to a lift arm, and wherein each of the spring biased receiving arms further comprises a terminating end with a curved slot in the terminating end.

11. The electrical plug connector of claim 9 , further comprising at least one screw extending through the cover into the body adjacent the cord entry portion and configured to secure the cover to the body.

12. The electrical plug connector of claim 11 , further comprising a gap between an upper edge of each of the insulative separators and the cover when the cover is in its closed position.