Connector part of a connector unit

1. A first connector part, comprising:

a guiding assembly comprising a guiding element and a connecting structure disposed within the guiding element,

wherein the connecting structure is pivotable between a connection position and a retracted position, wherein when in the connection position the connection structure pivots out of the guiding element relatively more than when in the retracted position,

wherein the guiding assembly comprises a first keyway, a second keyway, and a key engaged in both the first keyway and the second keyway, wherein movement of the key from a first location in the second keyway to a second location in the second keyway moves the key from a first location in the first keyway associated with the retracted position to a second location in the first keyway associated with the connection position.

2. The first connector part according to claim 1 ,

wherein the connecting structure is embodied as a pivotable arm.

3. The first connector part according to claim 2 ,

wherein the pivotable arm comprises the first keyway, the guiding element of the guiding assembly comprises the second keyway, and a pivot of the pivotable arm is arranged stationary with respect to the second keyway.

4. The first connector part according to claim 3 ,

wherein the guiding element comprises a sleeve.

5. The first connector part according to claim 3 ,

wherein the pivot of the pivotable arm is connected to the guiding element.

6. The first connector part according to claim 2 , wherein the guiding assembly further comprises an outer shelf, wherein the guiding element is disposed within the outer shell, and wherein the key is secured to the outer shell.

7. The first connector part according to claim 1 ,

wherein of the first keyway comprises a bend and a straight course, and wherein the second keyway is straight.

8. The first connector part according to claim 7 ,

wherein the first keyway is disposed in the connecting structure, and wherein the second keyway disposed in the guiding element.

9. The first connector part according to claim 1 ,

wherein the connecting structure guides at least one of an electrical wire and an optical wire.

10. A connector unit, comprising:

the first connector part according to claim 1 , and a second connector part,

wherein the first connector part further comprises an interacting element to interact with the second connector part during a mate of the first connector part and the second connector part, and wherein the interaction causes the key to move from the first location in the first keyway to the second location in the first keyway, thereby moving the connecting structure from the retracted position to the connection position during the mate.

11. The connector unit according to claim 10 ,

wherein the first connector part comprises an outer shell that comprises the interacting element, wherein the interacting element is arranged at the outer shell, and wherein the interacting element is embodied as a shoulder.

12. A method for connecting the first connector part and the second connector part of the connector unit according to claim 10 ,

wherein the guiding assembly comprises an outer shell that moves relative to the guiding element, wherein the interacting element comprises a shoulder disposed on the outer shell, and wherein the key is secured to the outer shell,

the method comprising:

pushing the first connector part into the second connector part and contacting the shoulder with the second connector part and then further pushing the guiding element into the second connector part while the outer shell is prevented from being pushed further into the second connector part by the contact of the shoulder with the second connector part,

wherein movement of the outer shell relative to the guiding element moves the key that is secured to the outer shell from the first location in the first keyway to the second location in the first keyway, thereby resulting in a movement of the connecting structure into the connection position.