Bendable anti-skimming plate for a card reader
View Patent ↗A card reader includes a user-card-insertion slot operatively connected to user-card path. A data-reader is located in an interior of the card reader. A plate is located in the interior of the card reader. The plate is adjacent to the data-reader and interior to the user-card-insertion slot. The plate is configured to block the insertion of a skimming or shimming device and to bend during an attempt to remove the plate from the interior of the card reader. The plate may be configured such that a power connection between the plate and a circuit supplying power to the card reader may be broken during an attempt to remove the plate from the interior of the card reader.
1. A card reader comprising:
a data-reader located in an interior of the card reader;
a user-card-insertion slot operatively connected to a user-card path providing a pathway for a user-card between an exterior of the card reader and the data-reader; and
a plate disposed in the interior of the card reader adjacent to the data-reader and to the user-card path;
where the plate is configured to block insertion of a skimming or shimming device into the interior of the card reader; and
where the plate is configured to bend when force is applied to attempt to remove the plate from the interior of the card reader.
2. The card reader of claim 1 where the plate includes at least one bend zone.
3. The card reader of claim 2 where the bend zone includes perforations formed in the plate.
4. The card reader of claim 2 where the bend zone includes micro-holes formed in the plate.
5. The card reader of claim 2 where the bend zone includes an area that is thinner than a remainder of the plate.
6. The card reader of claim 2 where the plate is configured with the bend zone and disposed in the card reader such that a portion of the plate breaks when force is applied in an attempt to remove the plate from the interior of the card reader.
7. The card reader of claim 1 where the plate is configured such that removal of the plate renders the card reader out-of-service.
8. The card reader of claim 2 where the card reader is configured to become inoperable in response to a bending of the plate at the bend zone.
9. The card reader of claim 1 where the plate is electrically connected into a circuit supplying power to the card reader, and
where upon deformation of the plate the circuit is broken.
10. The card reader of claim 1 where the plate is electrically connected into the circuit by a cable.
11. An automated transaction machine comprising:
a housing;
a fascia mounted to the housing; and
a card reader mounted in the housing, the card reader including:
a data-reader disposed in an interior of the card reader;
a user-card-insertion slot operatively connected to the fascia and to a user-card path for passage of a user-card between the exterior of the card reader and the data-reader; and
a plate disposed in the interior of the card reader adjacent to the data-reader and the user-card path;
where the plate is configured to block insertion of a skimming or shimming device into the interior of the card reader; and
where the plate is configured to bend when force is applied in an attempt to remove the plate from the interior of the card reader.
12. The automated transaction machine of claim 10 where the place is configured to bend at a pre-weakened area of the plate.
13. The automated transaction machine of claim 11 where upon bending at the pre-weakened area the card reader is unserviceable.
14. The automated transaction machine of claim 12 where upon bending at the pre-weakened area the card reader becomes inoperable.
15. The automated transaction machine of claim 11 where the plate is electrically connected into a circuit supplying power to the card reader, and
where upon deformation of the plate the circuit is broken.
16. The card reader of claim 15 where the plate is electrically connected into the circuit by a cable.
17. A method of securing a card reader comprising:
providing a card reader including:
a data-reader disposed in an interior of the card reader; and
a user-card-insertion slot connected to a user-card path for passage of a user-card between the exterior of the card reader and the data-reader;
providing a plate including a pre-weakened area defining a bend zone for bending of the plate; and
placing the plate in the interior of the card reader adjacent the data reader and adjacent the user-card path;
where the plate blocks insertion of a skimming or shimming device into the interior of the card reader; and
where the plate deforms in the bend zone upon application of a force in an attempt to remove the plate from the interior of the card reader.
18. The method of claim 17 further comprising:
electrically connecting the plate into a circuit supplying power to the card reader;
where upon deformation of the plate the circuit is broken.