Smart card connector for two smart cards

Claim 2

A smart card connector adapted to receive two smart cards, i.e. a first smart card having a set of card contacts and a second smart card having a set of card contacts, said smart card connector comprising: a first contact support carrying a first set of contact elements adapted to contact contact zones of a first smart card, a second contact support in the form of a cover carrying a second set of contact elements for contacting card contacts of the second smart card, and said cover being pivotably mounted on said first contact support between open and closed positions; and wherein means are provided which provide for termination of the contact elements of the second set of contact elements with contacts provided by an apparatus with which the smart card connector is used.

Claim 3

The smart card connector of claim 1 , wherein the two smart cards are SIM cards, both of which are adapted to be inserted into said cover ( 12 ).

Claim 4

The smart card connector of claim 1 , wherein the cover ( 12 ) is a pivotable-slideable-cover.

Claim 5

The smart card connector of claim 1 , wherein polarizing means are provided in the cover and in the contact support.

Claim 6

The smart card connector of claim 1 , wherein said apparatus with which the smart card connector is used is a printed circuit board having contact pads which contact the second set of contact elements.

Claim 7

The smart card connector of claim 1 , wherein a third set of contact elements is provided in the first contact support ( 11 ) and is adapted to provide a connection between the second set of contact elements with the pads on a printed circuit board.

Claim 8

The smart card connector of claim 6 , wherein the connection between the second set of contact elements and the third set of contact elements is only provided for a certain position of the cover ( 12 ) with respect to the contact support ( 40 ).

Claim 9

The smart card connector of claim 7 , wherein the contacting between the contact elements of the second contact set ( 80 ) and the contact elements of the third contact set ( 70 ) occurs when the cover ( 12 ) is slideably moved with respect to the contact support ( 14 ).

Claim 10

The smart card connector of claim 1 , wherein said second contact set comprises contact elements having float contact terminations, and wherein means are provided for allowing a reciprocal movement between said opening position and a locked position.

Claim 11

The smart card connector of claim 9 , wherein the contact between the float contact and the contact elements of the third contact set is open for an open and unlocked cover, and is closed for a cover in the locking position.

Claim 12

The smart card connector of claim 10 , wherein a switch is provided adapted to sense the locking position of the cover.

Claim 13

The smart card connector of claim 11 , wherein the switch is activated only if the cover is in its locked position.

Claim 14

The smart card connector of claim 1 , wherein locking means are provided at the cover ( 12 ) adapted to cooperate with counter-locking means at the contact support.

Claim 15

The smart card connector of claim 13 , wherein the locking means at the cover are provided by projections, while the counter locking means at the contact support are provided by slots in said contact support which allow a slideable movement of the cover from its closed but not yet locked position into a closed and locked position.

Claim 16

The smart card connector of claim 1 , wherein the cover is adapted to be located in a pre-locking position.

Claim 17

The smart card connector of claim 15 , wherein said pre-locking position is a position where the cover is not yet locked.

Claim 18

A smart card connector adapted to receive two smart cards comprising: a first contact support, within which a set of first contact elements is arranged adapted to contact card contacts of a first smart card; a second contact support or cover, within which a second set of contact elements is arranged adapted to contact card contacts of a second smart card; hinge means for pivotally and slideably mounting said second contact support at said first contact support so that a) the second contact support can be pivoted from an open position extending upwardly with respect to the first contact support into a closed position, in which the second contact support is located adjacent to said first contact support and b) the second contact support can be moved from the closed position into a locked position, wherein first and second contact supports are locked with each other.

Claim 19

A smart card connector adapted to receive two smart cards comprising: a first contact support, within which a set of first contact elements is arranged adapted to contact card contacts of a first smart card; a second contact support or cover, within which a second set of contact elements is arranged adapted to contact card contacts of a second smart card; hinge means for pivotally and slideably mounting said second contact support at said first contact support so that a) the second contact support can be pivoted from an open position extending upwardly with respect to the first contact support into a closed position, in which the second contact support is located adjacent to said first contact support and b) the second contact support can be moved from the closed position into a locked position, wherein first and second contact supports are locked with each other.

Claim 20

The smart card connector of claim 17 wherein the second contact support further comprises first and second card receiving spaces, adapted to receive said first and said second smart card, respectively, with the card contacts of the first smart card facing in the closed and in the locked positions of said first and second contact supports towards the first set of contact elements, while the card contacts of said second smart card face towards the contact elements in said second contact support.

Claim 21

The smart card connector of claim 17 , wherein the two smart cards are SIM cards, both of which are adapted to be inserted into said cover ( 12 ).

Claim 22

The smart card connector of claim 17 , wherein a third set of contact elements is provided in the first contact support ( 11 ) and is adapted to provide a connection between the second set of contact elements with the pads on a printed circuit board.

Claim 23

The smart card connector of claim 20 , wherein the connection between the second set of contact elements and the third set of contact elements is only provided for a certain position of the cover ( 12 ) with respect to the contact support ( 40 ).

Claim 24

The smart card connector of claim 21 , wherein the contacting between the contact elements of the second contact set ( 80 ) and the contact elements of the third contact set ( 70 ) occurs when the cover ( 12 ) is slideably moved with respect to the contact support ( 14 ).

Claim 25

The smart card connector of claim 17 , wherein the cover is adapted to be located in a pre-locking position.

Claim 26

The smart card connector of claim 23 , wherein said pre-locking position is a position where the cover is not yet locked.

Claim 27

The smart card connector of claim 17 , wherein a switch is provided adapted to sense the locking position of the cover.

Claim 28

The smart card connector of claim 25 , wherein the switch is activated only if the cover is in its locked position.