Device for receiving and connecting a memory card

A rectangular recessed portion is formed on the upper surface of the transceiver of a portable telephone set for receiving a SIM card. A plurality of contacts are disposed on a base plate which is disposed under the rectangular recessed portion and above a printed circuit board of the transceiver without directly contacting the printed circuit board. The rectangular recessed portion has a plurality of slots formed on the bottom thereof. Each of the contacts protrudes from the corresponding slot of the rectangular recessed portion to couple to the electrical contacts of a SIM card, and has an extended end electrically connected to the contacts of the printed circuit. The recessed rectangular recessed portion has an inclined plane for facilitating the loading of the SIM card.

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What is claimed is:

1. A transceiver arrangement for receiving a memory card having a plurality of first electrical contacts, and connecting the first electrical contacts to second electricalcontacts respectively that are electrically coupled to a printed circuit board of the transceiver, comprising:

a rectangular chamber defined by a recessed portion of an upper surface of the transceiver, and having an inclined plane portion at a short edge of the rectangular chamber and a plurality of slots formed in the recess portion at the bottomthereof;

a base plate disposed under said rectangular chamber and above the printed circuit board, the size of the base plate being substantially the same size as the rectangular chamber; and

the plurality of second contacts being disposed on said base plate in a manner such that each of said second contacts protrudes from its corresponding slot to couple to a respective first electrical contact when the memory card is received withinthe rectangular chamber, each second contact having an extended end electrically connected to the printed circuit board.

2. The transceiver arrangement as claimed in claim 1, wherein said recessed rectangular chamber comprises a pair of horizontally inward flanges to retain the memory card when the memory card is received in the rectangular chamber.

3. The transceiver arrangement as claimed in claim 1, wherein said base plate includes a plurality of supporting means for supporting said base plate on the printed circuit board in a manner such that said base plate is not in contact with theprinted circuit board.

4. A transceiver arrangement for receiving a memory card having a plurality of first electrical contacts, and connecting the first electrical contacts to second electrical contacts, respectively that are electrically coupled to a printed circuitboard of the transceiver, comprising:

a rectangular chamber defined by a recessed portion of an upper surface of the transceiver, and having an inclined plane portion at a short edge of the rectangular chamber and a plurality of slots formed in the recessed portion at the bottomthereof;

a base plate disposed under the rectangular chamber and above the printed circuit board, the base plate having an upper surface and a bottom surface, wherein a plurality of holes are formed in the upper surface for mounting the base plate, and aplurality of poles are formed on the bottom surface to support the base plate on the printed circuit board; and

the plurality of second contacts being disposed on the base plate in a manner such that each of the second contacts protrudes from its corresponding slot to couple to a respective first electrical contact when the memory card is received withinthe rectangular chamber, each second contact having an extended end electrically connected to the printed circuit board.