Electrical interconnection system having retention and shorting features

Claim 2

An electrical interconnection system for an automotive airbag system comprising a base unit with a cavity having a pair of terminals therein, a connector having a plug portion extending therefrom where said connector would include contacts complementary to said terminals that are accessible through said plug portion when received in the cavity and retention members for holding the connector to the base unit wherein the retention members are configured for positive engagement to prevent disengagement of the system without destruction of a component thereof and a disengagement member for separating the retention members so that the system can be demated without destruction thereof.

Claim 3

The electrical interconnection system of claim 1 further characterized in that the disengagement member is carried on the connector.

Claim 4

The electrical interconnection system of claim 1 further characterized in that the retention members are a resilient lance and a shoulder whereupon insertion of the plug into the cavity the lance is deflected until passing the shoulder whereupon the lance deflects outward such that removal of the connector is prevented by interference between the lance and shoulder.

Claim 5

The electrical interconnection system of claim 3 further characterized in that the lance is carried on a sleeve member received within the cavity and a collar having a shoulder is on the plug.

Claim 6

The electrical interconnection system of claim 2, further characterized in that the disengagement member is a collar slidably disposed upon the plug.

Claim 7

The electrical interconnection system of claim 4 further characterized in that a shorting member for shorting the terminals together is disposed within the cavity, said shorting member having a first position shorting the terminals and a second position obtainable when the contacts and terminals are mated where the short is defeated.

Claim 8

The electrical interconnection system of claim 6 further characterized in that the shorting member is connected to one of the retention members.

Claim 9

The electrical interconnection system of claim 7 further characterized in that the shorting member and retention member are formed as part of a single component.

Claim 10

An electrical interconnection system for an automotive airbag system comprising a base unit with a cavity therein wherein a pair of electrical terminals are disposed, said base unit including a shorting member that has a first position where the pair of electrical terminals are shorted together and a second position where the short of the first position is defeated, a connector having a plug portion adapted to be received in said cavity where contacts are disposed within the connector that include a complementary portion for engaging respective one of the terminals, said contacts being accessible through paid plug, the shorting member being displaceable to the second position once the terminals and contacts are mated, the interconnection system wherein a resilient retention lance on the base unit cooperates with a shoulder on the connector or base unit to secure the connector and base unit together where as the connector is inserted into the base unit the resilient retention lance is deflected until passing the shoulder whereupon the lance resiles such that the lance and shoulder interfere to prevent unmating and a disengagement member is inserted into the mated connector and base unit to deflect the lance from the shoulder, whereby the connector is separable from the base unit.

Claim 11

An electrical interconnection system for an automotive airbag system comprising a base unit with a cavity therein wherein a pair of electrical terminals are disposed, said base unit including a shorting member that has a first position where the pair of electrical terminals are shorted together and a second position where the short of the first position is defeated, a connector having a plug portion adapted to be received in said cavity where contacts are disposed within the connector that include a complementary portion for engaging respective one of the terminals, said contacts being accessible through paid plug, the shorting member being displaceable to the second position once the terminals and contacts are mated, the interconnection system wherein a resilient retention lance on the base unit cooperates with a shoulder on the connector or base unit to secure the connector and base unit together where as the connector is inserted into the base unit the resilient retention lance is deflected until passing the shoulder whereupon the lance resiles such that the lance and shoulder interfere to prevent unmating and a disengagement member is inserted into the mated connector and base unit to deflect the lance from the shoulder, whereby the connector is separable from the base unit.

Claim 12

The electrical interconnection system of claim 9, wherein the disengagement member is mounted on the connector.

Claim 13

The electrical interconnection system of claim 9, wherein the shorting member is connected to the lance.

Claim 14

The electrical interconnection system of claim 9, wherein the lance extends into the cavity from a sleeve received therein, said sleeve being captivated in the cavity.

Claim 15

The electrical interconnection system of claim 9, wherein the disengagement member is a slidable collar telescopically received upon the plug.

Claim 16

An interconnection system comprising a base unit with a cavity therein containing electrical terminals, an electrical connector adapted to be received within the cavity, and a retention collar carried upon the connector for retaining the connector within the cavity, characterized in that the retention collar is positively engageable by lances extending from a sleeve positioned along the sidewalls of the cavity and the electrical connector carries a sleeve telescopically thereupon that is also telescopically received with the cavity for disengaging the lances from the retention collar.

Claim 17

An interconnection system comprising a base unit with a cavity therein containing electrical terminals, an electrical connector adapted to be received within the cavity, and a retention collar carried upon the connector for retaining the connector within the cavity, characterized in that the retention collar is positively engageable by lances extending from a sleeve positioned along the sidewalls of the cavity and the electrical connector carries a sleeve telescopically thereupon that is also telescopically received with the cavity for disengaging the lances from the retention collar.

Claim 18

The interconnection system of claim 14, further characterized in that if the connector is improperly withdrawn from the cavity another connector may not be reseated therein.