Locking device for connector elements and a connector provided with said device
View Patent ↗The invention relates to a device for locking a cap onto a contact-carrier module, wherein said cap has a bearing for locking the contact disposed in the contact-carrier module is assembled on the coupling face of module in such a way that the cap and the module form a first connector element which includes a latch for latching the cap on the module in a longitudinal contact locking position and a removable stop preventing the coupling of the connector element with a complementary connector element until the cap is latched on the module in the contact locking position.
1. A device for locking a cap onto a contact-carrier module, wherein the cap comprises means for locking contacts disposed in the contact-carrier module, wherein the cap is configured to be assembled onto a coupling face of the contact-carrier module so that the cap and the contact-carrier module form a first connector element, wherein the device has means formed on the cap for latching the cap onto the contact-carrier module in a longitudinal contact locking position, wherein the device comprises removable stop means formed on the cap configured to directly prevent coupling of the first connector element with a complementary connector element when the cap is not latched in the contact locking position, wherein the removable stop means is spaced from the means for locking the contacts.
2. The locking device according to claim 1 , further characterized in that the latching means comprise a lever provided with at least one locking finger.
3. The locking device according to claim 1 , further characterized in that the removable stop means comprise a first arm of a lever.
4. The locking device according to claim 3 , further characterized in that said first arm is contiguous with a locking finger.
5. The locking device according to claim 3 , further characterized in that said first arm is opposite a manipulating handle of the lever relative to a rotation point for the lever.
6. The locking device according to claim 3 , further characterized in that said first arm has two longitudinal branches and a cross-bridge, wherein the longitudinal branches framing the locking finger.
7. The locking device according to claim 3 , further characterized in that said first arm is a manipulating handle of the lever, wherein the first arm is opposite a second lever arm, bearing said locking finger, relative to a rotation point of the lever.
8. The locking device according to claim 3 , further characterized in that when the cap is not in the contact locking position, the first arm interferes with a projecting part of the complementary element and prevents the coupling of the connector elements.
9. The locking device according to claim 3 , further characterized in that a locking finger of the lever is latched, after a stud passes into a retaining cavity of the cap in the contact locking position, the arms bearing the locking finger then resting on the stud so that the lever bends and lowers the first arm into a position in which the lever does not interfere with said projecting part of the complementary connector.
10. The locking device according to claim 1 , wherein the locking device has a first locking finger configured to latch the cap in the contact locking position, and a second locking finger configured to latch the cap onto the contact-carrier module in a contact insertion/extraction position.
11. The locking device according to claim 1 , wherein the locking device has a locking finger configured to latch the cap onto the contact-carrier module in the contact locking position when it is in a first position, and configured to latch the cap in a contact insertion/extraction position when it is in a second position.
12. A locking device for locking a cap onto a contact-carrier module, wherein the cap comprises means for locking contacts disposed in the contact-carrier module, wherein the cap is configured to be assembled onto a coupling face of the contact-carrier module so that the cap and the contact-carrier module form a first connector element, wherein the device has means for latching the cap onto the contact-carrier module in a longitudinal contact locking position, wherein the device comprises movable stop means formed on the cap that prevent coupling of the first connector element with a complementary connector element when the cap is not latched in the contact locking position, wherein the movable stop means formed on the cap comprise a first arm of a lever, further characterized in that when the cap is not in the contact locking position, the movable stop means comprise a protuberance of said first arm which interferes with a projecting part of the complementary connector element and prevents the coupling of connector elements, and a counter-stop on the module on which rests a segment of said first arm, wherein the counter-stop opposing the bending of the lever.
13. The locking device according to claim 12 , further characterized in that, when the cap is in the contact locking position, said segment is offset relative to the counter-stop, and the protuberance can then be in a position of not interfering with said projecting part of the complementary connector by bending the lever.
14. An electrical connector housing comprising:
a contact-carrier module having electrical terminal receiving areas, wherein the electrical terminal receiving areas are configured to receive electrical contacts; and
a terminal position assurance (TPA) member formed as a cap movably mounted to the electrical connector housing, wherein the TPA member is latched to the electrical connector housing in a pre-lock position by lateral side latches of the TPA member, wherein the side latches each comprise a latching lever having a first section configured to be deflected in an inward direction to pivot the latching lever on a rotation point and thereby deflect a second section of the latching lever outward to un-latch the TPA member from the pre-lock position, wherein the TPA member is configured to be mounted on a front side of the contact-carrier module from a front direction relative to the contact-carrier module, wherein the latching lever is connected to the TPA member by only the rotation point, and wherein the rotation point extends directly from a bottom side of the latching lever to connect to the TPA member.
15. An electrical connector housing as in claim 14 wherein the lateral side latches of the TPA member are configured to latch the TPA in a final latched position with the TPA located further inward on the front side of the contact-carrier module than at the pre-lock position.
16. An electrical connector comprising:
an electrical connector housing as in claim 14 ; and
an electrical contact mounted in one of the electrical terminal receiving areas,
wherein the TPA member is attached to the contact-carrier module and prevents a contact retaining tab of the contact-carrier module from deflecting away from engagement with the electrical contact.
17. A locking device for locking a cap onto a contact-carrier module, wherein the cap is configured to be assembled onto a coupling face of contact-carrier module so that the cap and the module form a first connector element, wherein the cap comprises a lock configured to lock contacts disposed in the contact-carrier module, wherein the locking device formed on the cap comprises a latch for latching the cap onto contact-carrier module in a longitudinal contact locking position, and wherein the locking device comprises a movable stop formed on the cap, spaced from the lock, configured to directly prevent coupling of the first connector element with a complementary second connector element when the cap is not latched in the longitudinal contact locking position.