Airbag connector system

1. A connector system comprising a plug connector and an retainer configured to be inserted into a corresponding socket, the plug connector comprising a connector housing and at least one latching arm assigned to the connector housing, the plug connector configured to be mountable with the retainer, wherein the connector system comprises:

at least one deflection portion for causing a deflection of the latching arm upon mounting of the plug connector with the retainer, the deflection portion being shaped such that the deflection provides increasing resistance against further movement of the plug connector in mounting direction;

at least one release portion configured to enable a release deflection of the latching arm, the release portion being shaped such that the release deflection does not provide resistance against further movement of the plug connector; and

at least one latching portion configured to allow latching of the latching arm for locking of the plug connector with the retainer, wherein the deflection portion has a first length and the release portion has a second length, both the first length and the second length measured parallel to the insertion direction of the plug connector, wherein the first length of the deflection portion is shorter than the second length of the release portion.

2. The connector system according to claim 1 , wherein the deflection portion and the release portion are arranged such that upon mounting of the plug connector with the retainer the resistance provided by the deflection of the latching arm reaches a threshold value before the release deflection of the latching arm is enabled.

3. The connector system according to claim 1 , wherein the deflection portion, the release portion and the latching portion are provided integrally on a Go/No Go member, whereby the release portion is disposed in between the deflection portion and the latching portion.

4. The connector system according claim 2 , wherein the latching arm is provided with a latching projection which is configured to engage the deflection portion upon mounting of the plug connector with the retainer, such that the latching arm is deflected outwardly in a direction essentially perpendicular to the insertion direction.

5. The connector system according to claim 4 , wherein upon engagement of the latching projection and the deflection portion, the latching projection is configured to be biased against the deflection portion, such that an outward deflection of the latching arm provides increasing resistance against further movement of the plug connector towards a mounted position.

6. The connector system according to claim 4 , wherein upon mounting of the plug connector with the retainer, after the resistance provided by the deflection of the latching arm has reached the threshold value, the latching projection is configured to abut the release portion such that upon further movement of the plug connector, the latching projection slides along the release portion, whereby the latching arm is deflected inwardly.

7. The connector system according to claim 1 , wherein a ratio of the first length to the second length is within a range of 0.05 to 0.8.

8. The connector system according to claim 2 , wherein the threshold value corresponds to an insertion force within a range of 1 N to 100 N.

9. A connector system comprising a plug connector and an retainer configured to be inserted into a corresponding socket, the plug connector comprising a connector housing and at least one latching arm assigned to the connector housing, the plug connector configured to be mountable with the retainer, wherein the connector system comprises:

at least one deflection portion for causing a deflection of the latching arm upon mounting of the plug connector with the retainer, the deflection portion being shaped such that the deflection provides increasing resistance against further movement of the plug connector in mounting direction;

at least one release portion configured to enable a release deflection of the latching arm, the release portion being shaped such that the release deflection does not provide resistance against further movement of the plug connector; and

at least one latching portion configured to allow latching of the latching arm for locking of the plug connector with the retainer, wherein the deflection portion and the release portion are arranged such that upon mounting of the plug connector with the retainer the resistance provided by the deflection of the latching arm reaches a threshold value before the release deflection of the latching arm is enabled, wherein the latching arm is provided with a latching projection which is configured to engage the deflection portion upon mounting of the plug connector with the retainer, such that the latching arm is deflected outwardly in a direction essentially perpendicular to the insertion direction and wherein upon mounting of the plug connector with the retainer after an interaction of the latching projection of the latching arm with the release portion, the latching projection is configured to latch behind the latching portion, thereby locking the plug connector to the retainer.

10. A connector system comprising:

a retainer configured to be inserted into a corresponding socket; and

a plug connector, the plug connector comprising

a connector housing, and

at least one latching arm assigned to the connector housing, wherein the plug connector is configured to be mountable with the retainer and wherein the latching arm comprises an inwardly directed latching projection which is configured to be latched against a latching portion of the retainer when the plug connector is mounted with the retainer to lock the plug connector to the retainer.

11. The connector system according to claim 10 , wherein the retainer comprises at least one deflection portion for causing a deflection of the latching arm upon mounting of the plug connector with the retainer.

12. The connector system according to claim 11 , wherein the latching projection is configured to engage the deflection portion upon mounting of the plug connector with the retainer, such that the latching arm is deflected outwardly in a direction essentially perpendicular to the insertion direction.

13. The connector system according to claim 11 , wherein the latching projection is provided with an angled surface which is configured to abut the deflection portion upon mounting of the plug connector with the retainer, such that an outward deflection of the latching arm in a direction essentially perpendicular to the insertion direction is facilitated.

14. The connector system according to claim 11 , wherein the connector system comprises at least one release portion configured to enable a release deflection of the latching arm, the release portion being disposed in between the deflection portion and the latching portion.

15. The connector system according to claim 14 , wherein the release portion and the latching portion are provided integrally on a Go/No Go member of the retainer.

16. The connector system according to claim 10 wherein the retainer is provided with coupling members to mechanically couple the retainer to the socket such that in assembled condition, the plug connector is mechanically connected to the socket via the latching interaction of latching projection and the latching portion.

17. The connector system according to claim 10 , wherein the latching arm comprises a latching section configured to mechanically connect to the latching portion of the retainer, a release member configured to be actuated to release the latching section from the latching portion, whereby the latching arm is pivotably connected to the connector housing via a pivot member disposed between the latching section and the release member, such that upon actuation of the release member the latching section is released from the latching portion.

18. A connector system comprising:

a retainer configured to be inserted into a corresponding socket; and

a plug connector, the plug connector comprising

a connector housing, and

at least one latching arm assigned to the connector housing, wherein the plug connector is configured to be mountable with the retainer and wherein the latching arm comprises

a latching section, provided with a latching projection, configured to mechanically connect to a latching portion of the retainer; and

a release member configured to be actuated to release the latching section from the latching portion whereby the latching arm is pivotably connected to the connector housing via a pivot member disposed between the latching section and the release member such that upon actuation of the release member the latching section is released from the latching portion.

19. The connector system according to claim 18 , wherein the pivot member is an intermediate portion of the latching arm which is connected to the connector housing via at least one flexible connection bridge.

20. The connector system according to claim 18 , wherein the latching section is provided with an inwardly oriented latching projection, which is configured to latch behind the latching portion of the retainer, thereby locking the plug connector to the retainer.

21. The connector system according to claim 18 , wherein the retainer is provided with coupling members for mechanically coupling the retainer to the socket.

22. The connector system according to claim 18 , wherein the plug connector is mechanically coupled to the socket via the retainer.

23. The connector system according to claim 18 , wherein the retainer is provided with coupling members to mechanically couple the retainer to the socket such that in assembled condition, the plug connector is mechanically connected to the socket only via the retainer.

24. The connector system according to claim 18 , wherein the connector system is free of locking elements for immediate mechanical coupling of the plug connector to the socket.

25. The connector system according to claim 18 , wherein the plug connector comprises at least one contact element configured to electrically contact a contact member of the socket when the plug connector is mounted to the retainer and the retainer is mounted to the socket, wherein when the retainer is mounted to the socket, upon mounting of the plug connector to the retainer, the contact element does not come into electrical contact with the contact member when the plug connector is in a position in which the latching arm is deflected by a deflection portion.

26. The connector system according to claim 18 , wherein the plug connector is a scoop-proof plug connector.