RU82052U1 - PLASTIC CARRIER OF THE CONTACTLESS TYPE FOR ACCESS TO INFORMATION SYSTEMS - Google Patents

Abstract

1. A non-contact type plastic carrier for access to information systems, made in the form of a plastic card with a chip module, characterized in that the plastic card is additionally equipped with an antenna made in the form of several turns of conductive elements located around the perimeter of the card, the chip module is electrically connected with an antenna, while the plastic card is additionally equipped with protective elements and placed in individual packaging. ! 2. The non-contact type plastic carrier according to claim 1, characterized in that the security elements are made in the form of sheet foil inserts placed on both sides of a plastic card in individual packaging. ! 3. The non-contact type plastic carrier according to claim 1, characterized in that the security elements are made in the form of layers of a metallized foil with an adhesive layer opaque to the radiation of the radio frequency range, pasted on both sides of the plastic card. ! 4. The non-contact type plastic carrier according to claim 1, characterized in that the actual film foil individual packaging is used as security elements. ! 5. The non-contact type plastic carrier according to claim 1, characterized in that, as a security element, the plastic card is equipped with a metal jumper that cannot be restored when it is unauthorized to be removed.

Description

The utility model relates to the field of radio electronics and computer science and can be used to create a plastic card used as a contactless means of identifying users.

Known plastic card, including a mini chip card, combined with information about pin / puk - codes. Information about pin / puk codes is printed on a plastic card outside the mini chip card area and hidden under a masking layer (RF Certificate for Utility Model No. 18587, G06K 19/06, 06/27/2001 Bull. No. 18).

The closest analogue to the claimed utility model is a plastic carrier for access to information systems (Utility Model Patent No. 411172, dated 10.10.2004)

The information carrier is made in the form of a plastic card, which includes a chip module implanted in a fragment of a card limited by end-to-end halves: an opaque carrier element containing information in the form of a digital pin / puk value is fixed on the surface of the card outside the fragment zone with a chip module - codes, which in turn are covered by an opaque protective element as a masking layer made of composite material or in the form of a paint layer.

The objective of the utility model is to create a universal non-contact type plastic carrier for access to information systems with a high degree of protection against unauthorized reading and rewriting of information.

The technical result of the utility model is to increase the degree of information security, which eliminates the possibility of overwriting information when using cards before they are directly sold to the end user.

The action of the card is based on the radio frequency exchange between the card itself and the polling source by the reader (reader) to identify the card and perform the following actions in accordance with the functionality of the actuators associated with the reader (reader).

The versatility of the card is as follows:

- the ability to use as an access key to protected objects (passes);

- the possibility of using as a means of payment for non-cash payment of various services, travel documents of a contactless type on all types of transport;

- the possibility of using information about the client as an electronic medium (student, schoolchild, pensioner card, club card, medical electronic card);

- the possibility of using as an electronic travel ticket for passengers of ground urban and suburban transport, as well as the metro;

The utility model is a non-contact type plastic carrier for accessing information systems, which is a plastic card that includes a chip module. The plastic card is equipped with an antenna made in the form of several turns of conductor elements located around the perimeter of the card. The chip module is electrically connected to the antenna. The chip module and antenna are protected on both sides by a layer of laminate. The plastic card is additionally equipped with protective elements and is placed in individual packaging.

The protection elements are made in the form of sheet foil inserts placed in individual packaging on both sides of a plastic card.

Foil inserts due to their opacity for electromagnetic radiation of the radio frequency range (frequency 13, 56 MHz) excludes the possibility of overwriting information, as well as the use of cards before they are directly sold to the end user.

As elements of protection against unauthorized access to previously recorded information, individual packaging itself, which is made foil, can be used.

Due to its opacity for electromagnetic radiation of the radio frequency range (frequency 13, 56 MHz), the possibility of overwriting the information in the card placed in such a package, as well as the use of cards in the package before they are directly sold to the end user, is excluded.

The protection elements can be made in the form of a metallized foil (for example, with a picture in the form of a logo of the manufacturer) with an adhesive layer opaque to the radiation of the radio frequency range of a plastic card glued on both sides. When the foil is peeled off, an unrecoverable pattern is fixed that fixes unauthorized access to the card.

As a protection element, a metal jumper, which is not restored by unauthorized access to radiation, can be used that is installed anywhere in the turns of the antenna, but not near the chip module.

The installed metal jumper is used to change the inductance of the antenna circuit and, as a result, prevents the writing or reading of information in the memory of the chip of the chip module.

The utility model is illustrated by drawings, where Fig. 1 schematically depicts a contactless type 1 plastic card having a chip module 2 and an antenna 3.

Figure 2 presents a plastic card 1, located in an individual plastic packaging 4, in which the inserts 5 are placed.

Figure 3 - presents the card 1, placed in a plastic package 6, with a metallized layer.

Figure 4 - presents a plastic card 1 with a metallized thin sticky layer 7, glued on both sides of the card.

Figure 5 - presents a plastic card 1, in the context of the installation site, a metal jumper 9, where 8 are the layers of the laminate, and 3 is the antenna.

Figure 6 is a top view of a portion of a plastic card 1, where 3 is an antenna with turns, and 9 is a metal jumper installed.

Claims (5)

1. A non-contact type plastic carrier for access to information systems, made in the form of a plastic card with a chip module, characterized in that the plastic card is additionally equipped with an antenna made in the form of several turns of conductive elements located around the perimeter of the card, the chip module is electrically connected with an antenna, while the plastic card is additionally equipped with protective elements and placed in individual packaging. 2. The non-contact type plastic carrier according to claim 1, characterized in that the security elements are made in the form of sheet foil inserts placed on both sides of a plastic card in individual packaging. 3. The non-contact type plastic carrier according to claim 1, characterized in that the security elements are made in the form of layers of a metallized foil with an adhesive layer opaque to the radiation of the radio frequency range, pasted on both sides of the plastic card. 4. The non-contact type plastic carrier according to claim 1, characterized in that the actual film foil individual packaging is used as security elements. 5. The non-contact type plastic carrier according to claim 1, characterized in that, as a security element, the plastic card is equipped with a metal jumper that cannot be restored when unauthorized to remove it.