Card holder for holding at least one card
A card holder for holding at least one card corresponding to a credit card format includes a receiving device with a receiving opening and interior. The at least one card can be received in the interior through the receiving opening. The cardholder further includes an ejector arranged in the interior and rotatable about a shaft. An actuator is connected to the ejector and is rotatable with the ejector about the shaft. The at least one card can be moved out of the interior through the receiving opening in response to an actuating movement of the actuator relative to the receiving device from an initial position to an output position.
1. A card holder ( 1 ) for holding at least one card ( 2 , 2 ′) comprising
a receiving device ( 3 ) having a receiving opening ( 4 ) and an interior ( 5 ), wherein at least one card ( 2 , 2 ′) can be received in the interior ( 5 ) via the receiving opening ( 4 ),
at least one ejector ( 7 ) which is arranged in the interior ( 5 ) and is mounted so as to be rotatable, and
at least one actuator ( 8 ) which is operatively connected to the ejector ( 7 ) and is mounted so as to be rotatable about a shaft ( 6 ) in an actuating movement ( 9 ) relative to the receiving device ( 3 ) from an initial position ( 10 ) to an output position ( 11 ), wherein the at least one card ( 2 , 2 ′) arranged in the receiving device ( 3 ) can be moved out of the interior ( 5 ), at least in part, via the receiving opening ( 4 ), by a rotation of the ejector ( 7 ) in response to the actuating movement ( 9 ) of the actuator ( 8 ) relative to the receiving device ( 3 ) from the initial position ( 10 ) to the output position ( 11 ),
wherein the actuator ( 8 ), in the initial position ( 10 ), does not protrude beyond a main extension surface ( 12 ) of the receiving device ( 3 ), and
at least a part of the actuator ( 8 ), in the output position ( 11 ), protrudes beyond the main extension surface ( 12 ) of the receiving device ( 3 ).
2. The card holder ( 1 ) according to claim 1 , wherein the receiving device ( 3 ) has a prismatic basic shape and the actuator ( 8 ) is configured as a planar body, wherein a main extension surface ( 13 ) of the actuator ( 8 ) is of a size which corresponds at least to 35% of the size of the main extension surface ( 12 ) of the receiving device ( 3 ).
3. The card holder ( 1 ) according to claim 1 , wherein the actuator ( 8 ) is arranged, in the initial position ( 10 ), so as to be congruent with the main extension surface ( 12 ) of the receiving device ( 3 ).
4. The card holder ( 1 ) according to claim 1 , wherein the actuator ( 8 ) protrudes beyond the main extension surface ( 12 ) of the receiving device ( 3 ) in at least one position rotated out of the initial position ( 10 ) relative to the receiving device ( 3 ), wherein a surface portion ( 24 ) of the actuator ( 8 ) which protrudes beyond the main extension surface ( 12 ) of the receiving device ( 3 ) in this case corresponds to at least 10% of a main extension surface ( 13 ) of the actuator ( 8 ).
5. The card holder ( 1 ) according to claim 1 , further comprising a preload spring ( 14 ) which preloads the actuator ( 8 ) relative to the receiving device ( 3 ), into the initial position ( 10 ), by means of a preload force.
6. The card holder ( 1 ) according to claim 1 , further comprising a magnet device ( 15 ) that preloads the receiving device ( 3 ) and the actuator ( 8 ) in at least one predefined orientation relative to one another on account of magnetic forces.
7. The card holder ( 1 ) according to claim 6 , wherein the magnet device ( 15 ) comprises at least one pair of magnet elements ( 16 , 16 ′, 17 , 17 ′), wherein a first magnet element ( 16 ) is disposed on the actuator ( 8 ) and a second magnet element ( 16 ′), associated with the first magnet element ( 16 ), is disposed on the receiving device ( 3 ).
8. The card holder ( 1 ) according to claim 5 , further comprising a magnet device ( 15 ) that preloads the receiving device ( 3 ) and the actuator ( 8 ) in at least predefined orientation relative to one another on account of magnetic forces, wherein the magnet device ( 15 ) and the preload spring ( 14 ) act on the actuator ( 8 ) and the receiving device ( 3 ) in such a way that the actuator ( 8 ) and receiving device ( 3 ) reach and/or remain in the initial position ( 10 ).
9. The card holder ( 1 ) according to claim 1 , wherein the receiving device ( 3 ) comprises a plate-shaped front element ( 18 ), a plate-shaped rear element ( 19 ), and an intermediate element ( 20 ) arranged between the front element ( 18 ) and the rear element ( 19 ), wherein the intermediate element ( 20 ) is U-shaped and the interior ( 5 ) is formed or delimited by the intermediate element ( 20 ) and the adjacent front element ( 18 ) and rear element ( 19 ).
10. The card holder ( 1 ) according to claim 1 , wherein the receiving device ( 3 ) comprises a plate-shaped front element ( 18 ) which is disposed between the interior ( 5 ) and the actuator ( 8 ), wherein the actuator ( 8 ) covers a surface portion of the front element ( 18 ) in the initial position ( 10 ), and the surface portion ( 35 ) of the front element ( 18 ) is exposed at least in portions while the actuating movement ( 9 ) is performed.
11. The card holder ( 1 ) according to claim 9 , wherein a recess ( 21 ) is formed in the front element and/or in the rear element ( 18 , 19 ), in which recess a connection region ( 22 ) on the actuator side for connection of the actuator ( 8 ) to the ejector ( 7 ) is arranged, and/or in which recess a connection region ( 22 ) on the ejector side, for connection of the actuator ( 8 ) to the ejector ( 7 ) is arranged.
12. The card holder ( 1 ) according to claim 1 , wherein the ejector ( 7 ) is connected to the receiving device ( 3 ) in a supporting manner exclusively by the actuator ( 8 ).
13. The card holder ( 1 ) according to claim 1 , wherein the ejector ( 7 ) comprises a stepped contact portion ( 23 ) for contact of at least two cards ( 2 , 2 ′) received in the interior ( 5 ), wherein during the actuating movement ( 9 ) the stepped contact portion ( 23 ) moves the at least two cards ( 2 , 2 ′) out in a stepped form.
14. The card holder ( 1 ) according to claim 1 , wherein the receiving device ( 3 ) comprises a retaining device ( 23 ) which forms a force-fitting connection between the at least one card ( 2 , 2 ′) introduced into the interior ( 5 ) and the receiving device ( 3 ).
15. The card holder ( 1 ) according to claim 1 , further comprising a closure device configured to move a closure element between a closure position which closes the receiving opening ( 4 ) at least in portions, and a release position which releases the receiving opening ( 4 ).
16. The card holder ( 1 ) according to claim 1 , wherein the card holder ( 1 ) has a rectangular base surface, wherein a form-fitting connection of the actuator ( 8 ) and the receiving device ( 3 ) is formed exclusively at a corner region ( 25 ) of the rectangular base surface, and the actuator ( 8 ) together with the receiving device ( 3 ) forms a separation gap ( 26 ).
17. The card holder ( 1 ) according to claim 1 , wherein the actuator ( 8 ) can be held in at least one output position ( 11 ) rotated out of the initial position ( 10 ) by a holding device, in the rotated-out output position ( 11 ), against a preload force generated by a preload spring ( 14 ) which preloads the actuation means ( 8 ) into the initial position ( 10 ).
18. The card holder ( 1 ) according to claim 1 , further comprising a receiving pocket ( 45 ) having a pocket receiving opening ( 46 ) for receiving a card ( 2 , 2 ′) is formed on the outer side of the actuator ( 8 ) and/or on the outer side of the receiving device ( 3 ) remote from the actuator ( 8 ), wherein the receiving pocket ( 45 ) comprises at least one engagement opening ( 47 , 48 , 49 ) through which a card ( 2 , 2 ′) received in the receiving pocket ( 45 ) can be touched, wherein the at least one engagement opening ( 47 , 48 , 49 ) is formed in at least one of
a corner region ( 25 ) of the card holder ( 1 ) in which the shaft ( 6 ) for the rotational movement of the actuator ( 8 ) relative to the receiving device ( 3 ) is arranged,
a corner region ( 51 ) of the card holder ( 1 ) which is arranged, in the initial position ( 10 ) of the card holder ( 1 ), on a side opposite the receiving opening ( 4 ) of the receiving device ( 3 ) and a side, in particular short side, opposite the shaft ( 6 ), and
a side region ( 52 ) of the card holder ( 1 ) which is arranged, in the initial position ( 10 ) of the card holder ( 1 ), on a side opposite the receiving opening ( 4 ) of the receiving device ( 3 ).
19. The card holder ( 1 ) according to claim 1 , wherein the ejector ( 7 ) is fixedly attached to the actuator ( 8 ) and both the ejector ( 7 ) and the actuator ( 8 ) rotate about the shaft ( 6 ).
20. The card holder ( 1 ) according to claim 1 , wherein the actuator ( 8 ) is disposed on a front of the receiving device ( 3 ) and the main extension surface ( 12 ) is an entire surface of the front of the receiving device ( 3 ).