Holding frame for plug connector modules
Described is a holding frame for receiving a multiplicity of plug-in connector modules. The plug-in connector modules are received in recesses of the holding frame by holding elements. The recesses of the holding frame are inserted into frame portions located opposite each other. The holding frame according to the invention allows a spring-loaded reception and support of the plug-in connector modules in the holding frame. Tolerances of the various plug-in connector modules and the contacting means thereof can be compensated. A secure and complete plugging in of plug-in connector modules of a modular plug-in connector together with the counter-plug-in connector thereof can be ensured in this way.
1. A holding frame for receiving plug-in connector modules, said holding frame comprising two frame portions located opposite each other with recesses provided therein, wherein holding elements of the plug-in connector modules to be received can be inserted into the recesses, wherein spring elements are provided on the holding frame, the spring elements acting upon plug-in connector modules received in the holding frame, and the spring elements exert a force that acts onto the received plug-in connector modules at least in the plug-in direction (S), wherein the spring elements act on the holding elements of the received plug-in connector modules.
2. The holding frame according to claim 1 , wherein the recesses are dimensioned to be larger in the plug-in direction (S) than the holding elements to be received.
3. The holding frame according to claim 1 , wherein the spring elements are detachably fixed to the holding frame.
4. The holding frame according to claim 1 , wherein the spring elements are non-detachably fixed to the holding frame.
5. A holding frame for receiving plug-in connector modules, said holding frame comprising two frame portions located opposite each other with recesses provided therein, wherein holding elements of the plug-in connector modules to be received can be inserted into the recesses, wherein spring elements are provided on the holding frame, the spring elements acting upon plug-in connector modules received in the holding frame, and the spring elements exert a force that acts onto the received plug-in connector modules at least in the plug-in direction (S), wherein the spring elements are disposed in the recesses.
6. The holding frame according to claim 5 , wherein the spring elements are provided on a wall section of the recesses, which is located opposite the plug-in direction (S).
7. A holding frame for receiving plug-in connector modules, said holding frame comprising two frame portions located opposite each other with recesses provided therein, wherein holding elements of the plug-in connector modules to be received can be inserted into the recesses, wherein spring elements are provided on the holding frame, the spring elements acting upon plug-in connector modules received in the holding frame, and the spring elements exert a force that acts onto the received plug-in connector modules at least in the plug-in direction (S), wherein the spring elements are provided outside of the recesses on the holding frame and protrude into the recesses.
8. The holding frame according to claim 7 , wherein the spring elements are attached to the inside of the frame portions.
9. The holding frame according to claim 7 , wherein the spring elements are attached to the outside of the frame portions.
10. The holding frame according to claim 7 , wherein a multiplicity of spring elements are formed in one piece on each of the frame portions.
11. The holding frame according to claim 10 , wherein the spring elements formed in one piece can be latched onto the frame portions.
12. The holding frame according to claim 10 , wherein the one-piece spring element is made up of a base portion that is designed to be planar and that substantially has the shape of the frame portion and rests against the frame portion either from the inside or the outside, and wherein the base portion has a multiplicity of spring arms that protrude into the recesses.
13. The holding frame according to claim 8 , wherein a multiplicity of spring elements are formed in one piece on each of the frame portions.
14. The holding frame according to claim 13 , wherein the spring elements formed in one piece can be latched onto the frame portions.
15. The holding frame according to claim 13 , wherein the one-piece spring element is made up of a base portion that is designed to be planar and that substantially has the shape of the frame portion and rests against the frame portion either from the inside or the outside, and wherein the base portion has a multiplicity of spring arms that protrude into the recesses.
16. The holding frame according to claim 9 , wherein a multiplicity of spring elements are formed in one piece on each of the frame portions.
17. The holding frame according to claim 16 , wherein the spring elements formed in one piece can be latched onto the frame portions.
18. The holding frame according to claim 16 , wherein the one-piece spring element is made up of a base portion that is designed to be planar and that substantially has the shape of the frame portion and rests against the frame portion either from the inside or the outside, and wherein the base portion has a multiplicity of spring arms that protrude into the recesses.
19. The holding frame according to claim 12 , wherein the base portion has an angled or rounded holding region.