Device for Locking a Connector Module in a Module Holder

Abstract

The invention relates to a housing for a connector, including at least one contact-holder module, a frame for receiving this module and a stirrup which is used as an aid for coupling to an additional connector, which can be manoeuvred between a decoupling position and a coupling position between the housing and the additional connector, wherein the stirrup comprises means for retaining the module in a module lock position inside the frame.

Description

In FIG. 1: A perspective view of the components of a connector housing according to the invention.

In FIG. 2: A perspective view of the housing of FIG. 1, with the module in pre-mounted position.

In FIG. 3: A view of the housing of FIG. 1 in position of coupling with a complementary connector housing;

In FIG. 4: A sectional view from the side of the housing of FIG. 1 with the module in the pre-mounted position.

In FIG. 5: A sectional view from the side of the housing of FIG. 1 with the module in the mounted position.

In FIG. 6: A bottom view of a module and a stirrup according to the invention, the stirrup being in decoupling position.

In FIG. 7: A bottom view of a module and a stirrup according to the invention, the stirrup being in coupling position.

The connector housing 10 shown in FIG. 1 has at least one module 2 bearing contacts 100. Such contact-holder modules are frequently used, notably within the scope of creating automobile wiring harnesses for facilitating the handling of the housings to be wired.

In contrast, when equipping a vehicle, it is desirable to provide for connection devices furnished with coupling aids, particularly lever or stirrup devices to facilitate the coupling of connectors either with one another or onto electronic equipment.

According to the example shown, the device for aiding coupling comprises a stirrup 3 provided with ramps 13 designed to receive pegs 12 borne by a complementary connector 4 shown in FIG. 4 to permit the coupling of housing 10 and complementary connector 4.

Stirrup 3 slides into a receiving frame 1 for module 2 and can be maneuvered between a position for decoupling housing 10 from complementary connector 4 for which pegs 12 are released from ramps 13 and a position for coupling housing 10 with complementary connector 4 for which pegs 12 are held at the bottom of ramps 13.

Module 2 is received in frame 1 and can be positioned in a pre-mounting position shown in FIGS. 2 and 4 and pressed into frame 1 into a locking position, which is shown particularly in FIG. 5.

In order to hold module 2 in locking position in frame 1, module 2 and frame 1 have first complementary latching means 8, 10 for holding the module in locking position in the frame. These means are made up of spring digits or tabs 8 on the frame and first stops 10 on module 2. The spring digits have a face 8a resting against stops 10 which prevent withdrawal of the module. According to the example, two first stops are arranged on the lateral outer faces of the module and two digits are positioned on the inner faces of the frame facing said lateral faces.

In order to hold module 2 in the pre-mounting position in frame 1, the module and the frame have second complementary latching means 8, 9 for holding the module in a set-back position before mounting the module in the frame. These second means comprise spring digits 8 and second stops 9 positioned on the lateral faces of the module in front of the first stops relative to face 14 for coupling the module with complementary connector 4.

According to the present invention, stirrup 3 comprises means 5 for holding module 2 in a position for locking module 2 in frame 1. These holding means act on a surface of the module such as a shoulder on ribs 6 or the module pegs and permit applying coupling face 14 of the module against a corresponding face of complementary connector 4, and this is performed directly under the action of stirrup 3. Thus, according to the invention, the positioning of the module with regard to complementary connector 4 is no longer dependent on the dimensions and possible play in positioning the module in the frame but is directly obtained by resting the stirrup on the module during engagement of pegs 12 of the complementary connector in ramps 13 of the stirrup. In addition, there is no danger of loss of insertion force on the contacts borne by the module and by the complementary connector due to a possible lack of rigidity of the frame, since according to the invention, the stirrup rests directly on the module.

In contrast, in order to permit insertion of the module into the frame, the holding means are inactive when the stirrup is in decoupling position, i.e., they are disengaged.

As seen previously, stirrup 3 is a stirrup that slides in the frame crosswise to the direction of coupling of the housing and the complementary connector. For the stirrup to rest on the module during coupling of housing 10 with complementary connector 4, means 5 for holding the module comprise two cross rails 5 resting on shoulders 7 of ribs 6 of module 2. Thus, the stirrup locks module 2 in frame 1 and rests the module directly on complementary connector 4.

When the stirrup is in standby or decoupling position of the housing and a complementary connector, as diagramed in FIGS. 1 and 2 and in FIG. 6 where only the module and the stirrup are shown, the module can be inserted into the frame, and rails 5 of the stirrup are moved away from the path of ribs 6 during passage of the module from the pre-mounting position to the locking position. In contrast, if the stirrup is not in standby position, for example, it is in a position intermediate between the standby position and the coupling position, rail 5 prevents mounting the module in the frame.

In addition, when the module is positioned in the frame, maneuvering the stirrup from the standby position to the locking position is not possible as long as the module is not in locking position. In fact, if, for example, the module is in the pre-mounting position or in a position intermediate between the pre-mounting position and the locking position, rib 6 is found in the path of a frontal edge 11 of the rail and prevents a maneuvering of the stirrup.

In contrast, as shown in FIG. 7, when the module is in locking position, rails 5 of the stirrup can slide on the shoulders of ribs 6.

Thus, the device according to the invention permits a great precision for positioning module 2 with regard to complementary connector 4, an excellent transmission of the forces applied to stirrup 3 on module 2 during coupling with a complementary connector 4 and a secure operation, since stirrup 3 cannot be maneuvered from the decoupling position to the coupling position if the module is not in the locking position, but rather is in a position intermediate between the pre-mounting position and the locking position.

Claims

1. A connector housing comprising at least one contact-holder module, a frame for receiving this module and a stirrup, for purposes of coupling with a complementary connector, that can be maneuvered between a decoupling position and a coupling position for housing and complementary connector, characterized in that stirrup has means for holding module in a position for locking module in frame.

2. The connector housing according to claim 1, further characterized in that means for holding the module are arranged so that they are active when the stirrup is in position for coupling housing and complementary connector and inactive when the stirrup is in the decoupling position.

3. The connector housing according to claim 1, further characterized in that module and frame have first complementary latching means for holding the module in locking position in the frame.

4. The connector housing according to claim 1, further characterized in that module and frame have second complementary latching means for holding the module in a set-back position for pre-mounting of the module in the frame.

5. The connector housing according to claim 1, further characterized in that first means for latching module in frame comprise a spring digit borne by the frame and a first stop element borne by the module.

6. The connector housing according to claim 5, further characterized in that the spring digit cooperates with a second stop element borne by the module to create the second latching means.

7. The connector housing according to claim 1, further characterized in that stirrup is a stirrup sliding in the frame crosswise to the direction for coupling the housing and the complementary connector, means for holding the module comprising a cross rail that rests on a shoulder of a rib of module to lock module in frame.

8. The connector housing according to claim 1, further characterized in that module and stirrup comprise complementary means for preventing a maneuvering of the stirrup when the module is not in locking position.

9. The connector housing according to claim 7, further characterized in that complementary means for preventing a maneuvering of the stirrup are made up of said rib and a frontal edge of said rail.