Nurse call connector system and method

1. A mechanical and electrical connector comprising:

a housing having a face, flange and mounting holes located in the flange;

an electrical connector mounted to the housing configured to engage with a second electrical connector and when engaged, provide an electrical connection;

a receiver connected to the housing and encompassing at least part of the electrical connector, the receiver defining a key slot configured to cause the second electrical connector to engage the electrical connector at a specific orientation, and the receiver further defining a groove configured to communicate with a corresponding ridge associated with the second electrical connector to hold the second electrical connector in engagement with the electrical connector up to a predetermined level of force exerted on the second electrical connector to pull the second electrical connector away from engaging the electrical connector and resiliently flexing at least one of the ridge and the receiver to allow the ridge to move out of the slot when the force is greater than the predetermined level; and

bolt housing mounted on a side of the housing opposite the face and aligned with the holes;

a protrusion connected to the housing and located in the key slot, the protrusion configured to communicate with a corresponding hole in the second connector.

2. The mechanical and electrical connector of claim 1 , further comprising a relief slot located in the receiver.

3. The mechanical and electrical connector of claim 2 , wherein the key slot is also a relief slot.

4. The mechanical and electrical connector of claim 1 , wherein the housing is substantially circular.

5. The mechanical and electrical connector of claim 1 , wherein the electrical connection is substantially circular.

6. The mechanical and electrical connector of claim 1 , further comprising a plurality of receivers and at least two of the receivers define at least part of the key slot and a flat surface that also defines at least part of the key slot.

7. The mechanical and electrical connector of claim 1 , wherein the housing is comprised of plastic.

8. The mechanical and electrical connector of claim 1 , wherein the housing and receivers are integral.

9. The mechanical and electrical connector of claim 1 , wherein the electrical connection comprises a plurality of spring probe pads and spring probe pins.

10. The mechanical and electrical connector of claim 1 , wherein the electrical connection comprises nineteen (19) spring probe pads and nineteen (19) spring probe pins.

11. The mechanical and electrical connector of claim 1 , further comprising printed circuit board contacts mounted on the housing in a side opposite the face.

12. A method of establishing an electrical and mechanical connection comprising:

providing a housing have a face, a flange and mounting holes located in the flange on an electrical receiver;

providing bolt housings mounted on a side of the housing opposite the face and aligned with the bolt holes;

aligning an electrical connector to the electrical receiver;

inserting an alignment key into an alignment key shaft;

flexing at least one of receiver and a ridge while moving the electrical connector toward the electrical receiver; and

electrically connecting the first electrical connector with the electrical receiver wherein electrically connecting the electrical connecter and receiver includes connecting an equal number of spring probe pins to spring probe pads.

13. The method of claim 12 , further comprising sending a nurse call signal through the electrical receiver and connector.

14. The method of claim 12 , further comprising flexing at least one of receiver and a ridge while moving the electrical connector away from the electrical receiver.

15. A system for providing an electrical connection comprising:

a first connector;

a second connector configured to communicate electrically and mechanically with the first connector;

wherein the electrical connection is accomplished by a pin contacting an electric lead, and

wherein the mechanical connection is accomplished by:

a housing having a face and a flange with mounting holes located in the flange;

receivers encompassing one of the first and second electrical connectors and upon the first and second electrical connecter coming in close proximity with each other, a ridge located on the other connector than the connector having the receivers slides across the receivers causing at least one of the ridge and receivers to flex at least until the ridge enters a groove defined by the other connector than the connector having a ridge,

an alignment key located on one of the first and second connector configured to enter an alignment slot located on the other connector than the connector having the alignment key; and

bolt housing mounted on a side of the housing opposite the face and aligned with the holes.

16. The system of claim 15 , further comprising an alignment projection located on the connector other than the connector having the alignment key, the alignment projection configured to fit into a hole in the alignment key.

17. The system of claim 15 , where in the pin is a spring probe pin and the electric lead is a spring probe pad.