PRINTED WIRELESS RF IDENTIFICATION LABEL STRUCTURE
First Claim
1. A printed wireless RF identification label structure, comprising:
- a card body formed by a plurality of slacked layers;
at least one sensing layer;
an antenna coil is printed upon the sensing layer and the sensing layer sandwiched between the plurality of stacked layers of the card body, which the antenna coil including two chip pads, a loop inner joint and a loop outer joint;
a chip module adhered to the two chip pads of the antenna coil; and
a jump circuit formed by an insulation layer and a connecting conductive material;
wherein, the insulation layer is disposed between the loop inner joint and the loop outer joint and covered part of the antenna coil;
which the connecting conductive material overlapped upon the insulation layer and between the loop inner joint and loop outer joint to form receiving an antenna coil that transmits a data of the chip modules thereby forming a wireless receiving and transmitting structure.
1 Assignment
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Accused Products
Abstract
A printed wireless RF identification label structure, comprises a card body, at least one sensing layer, a chip module, and a jump circuit. The card body is formed by a plurality of stacked. An antenna coil is printed upon the sensing layer and the sensing layer sandwiched between the plurality of stacked layers of the card body, which an antenna coil including two chip pads, a loop inner joint and a loop outer joint. Then the chip module is adhered to the two chip pads of the antenna coil. The jump circuit is disposed between the loop inner joint and the loop outer joint of the antenna coil to form receiving an antenna coil that transmits a data of the chip module, thereby forming a wireless receiving and transmitting structure.
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Citations
23 Claims
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1. A printed wireless RF identification label structure, comprising:
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a card body formed by a plurality of slacked layers; at least one sensing layer;
an antenna coil is printed upon the sensing layer and the sensing layer sandwiched between the plurality of stacked layers of the card body, which the antenna coil including two chip pads, a loop inner joint and a loop outer joint;a chip module adhered to the two chip pads of the antenna coil; and a jump circuit formed by an insulation layer and a connecting conductive material; wherein, the insulation layer is disposed between the loop inner joint and the loop outer joint and covered part of the antenna coil;
which the connecting conductive material overlapped upon the insulation layer and between the loop inner joint and loop outer joint to form receiving an antenna coil that transmits a data of the chip modules thereby forming a wireless receiving and transmitting structure. - View Dependent Claims (2, 3, 4, 5, 6, 8)
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7. (canceled)
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9. A printed wireless RF identification label structure, comprising:
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a card body formed by a plurality of stacked layers; at least one sensing layer;
an antenna coil is printed upon the sensing layer and the sensing layer sandwiched between the plurality of stacked layers of the card body, which the antenna coil including two chip pads, a loop inner joint and a loop outer joint;a chip module adhered to the two chip pad of the antenna coil; and a conductive material adhered upon a backside of the sensing layer; wherein two end points of the conductive material is filled to the plurality of through holes of the sensing layer and filled to the loop inner joint and loop outer joint of the antenna coil to form receiving an antenna coil that transmits a data of the chip module, thereby to forming a wireless receiving and transmitting structure. - View Dependent Claims (10, 12, 13, 14, 15, 16, 17)
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11. (canceled)
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18. A printed wireless RF identification label structure, comprising:
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a card body formed by a plurality of stacked layers; at least one sensing layer;
an antenna coil is printed upon the sensing layer and the sensing layer sandwiched between the plurality of stacked layers of the card body; anda chip module adhered to the two distal ends of the antenna coil of the sensing layer, a backside of the chip module having an insulation layer; wherein the chip module is adhered to two distal ends of the antenna coil to form receiving all antenna coil that transmits a data of the chip module, thereby forming a wireless receiving and transmitting structure. - View Dependent Claims (19, 20, 21, 22)
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23. (canceled)
Specification