CN214278986U - Entity card capable of improving authenticity identification effect - Google Patents

Abstract

The utility model provides a can improve entity card of true and false recognition efficiency, it is mainly to be equipped with the electronic tags of two kinds of different wave bands in an entity card, when the entity card will be bought and sold the transaction, the first order purchaser except the outward appearance content that can inspect the entity card, also can utilize the primary reader in the cell-phone directly to read the first electronic tags in the entity card and obtain the essential data of entity card, borrow this true and false that can just judge this entity card by oneself fast. The second electronic label in the entity card can be read by an advanced reader positioned in a third-party authentication unit, and advanced data of the entity card and identity data of a card owner are obtained according to the advanced data, so that the risk of stealing and selling the entity card can be reduced. In addition, when the entity card is used, the entity card does not leave the card holder in the whole process, the social security distance is maintained in a non-contact remote transaction mode and an epidemic prevention period, and the use security can be improved.

Description

Entity card capable of improving authenticity identification effect

Technical Field

The utility model relates to an entity card, entity card surface mark have one can the naked eye discernment image data, and then be equipped with a plurality of electronic tags that need borrow in order to read the interior data of card by the reader in the entity card, correspond each other and compare, borrow this can be fast and improve the true and false of entity card and discern the efficiency person.

Background

Please refer to fig. 1, which is a schematic diagram of a physical card in the prior art. Conventional physical cards 10, such as player cards, star cards, game cards and/or religious cards, are provided with a main image data 13 on one surface 11 of a card body 100 and a sub-image data (not shown) on the other surface of the card body. Taking a player card as an example, the main image data 13 may include a plain text, a player portrait, a player name, a team, a card year and/or a card company name, and the sub-image data may include a player height, a weight, a birthday, a nationality, a graduate school, a show ranking, a guard position, a race performance and/or an important event. The physical card 10 can be used as a tool for collection, exchange, marketing, and investment, and the value of a player card 10 can range from several cents to millions of dollars, for example, a U.S. job baseball card sold in the year 2020 for approximately 400 thousand dollars. Therefore, it is an important issue to determine whether the physical card 10 is true or false and to reduce the risk of being stolen.

There are several specialized certified identification units in factories that can assist in identifying the authenticity of the physical card 10 and the value of the card, such as companies like PSA, BGS, SCG, Beckett, etc., located in the united states. When an unidentified physical card 10 (also called a bare card) is sent to a professional authentication and identification unit for authentication, the authentication and identification unit can identify the authenticity of the card and/or the player signature of the physical card 10, and can judge the storage status of the physical card 10 according to the status of the image of the physical card 10 in the center position of the card (Centering), the four Corners of the card (coils), the four sides of the card (Edges), the surface status of the card (Surfaces), and the like, and accordingly provide an authentication score. Referring to FIG. 2, the authenticated physical card 10 is placed in a protective housing 29, and an authentication data 27 is added on top of the card to form an authentication card 20. The authentication data 27 may include the Name of an authentication authority, the authentication Grade of each item, the total authentication Grade (Final Grade), the authentication serial Number (Card Number), the authentication Date (Date Grade), the Name of the Card series (Set Number), and/or the Name of the Player (Player Name).

Although the purchaser can preliminarily confirm the authenticity and the stored value of the physical card 10 or the authentication card 20 through the card appearance, the main image data 13, the plain code number or the authentication data 27 when the physical card 10 or the authentication card 20 is auctioned or sold, the purchaser can preliminarily confirm the authenticity and the authentication data 27 of the physical card 10 or the authentication card 20 by connecting a database of an authentication and authentication unit through a network by the authentication serial number in the authentication data 27. However, the existing entity card 10 or the authentication card 20 still has the following disadvantages: (1) the bare card can only identify the card and the main image data 13 by naked eyes, and the authenticity of the physical card is difficult to identify; (2) the card identification program needs identification cost, and the round trip time of identification needs weeks to months, so that the authenticity of the card cannot be immediately judged; (3) entity cards are often lost during the postal delivery process when they are authenticated; (4) the physical card and the authentication card do not exclude counterfeiting or stealing and stealing; and (5) the use function of the entity card is too single.

SUMMERY OF THE UTILITY MODEL

The main object of the present invention is to provide an entity card, which can improve the disadvantages of the aforementioned entity card, and additionally provide an electronic tag inside the entity card, so as to initially enable the purchaser to automatically and immediately read the basic data in the entity card through the primary reader of the handheld communication device, thereby quickly and automatically authenticating the authenticity of the entity card, and especially suitable for the naked card.

Another object of the present invention is to provide a physical card, wherein two electronic tags with different bands are disposed in the physical card, wherein the first electronic tag can be read out the basic data of the card through a primary reader, and the second electronic tag can be read out the advanced data of the physical card through an advanced reader, and the basic data or the advanced data can record the past transaction data of the physical card or the identity data of the current owner, so as to reduce the chance of the counterfeit card or the stolen goods card circulating in the transaction market.

Another object of the present invention is to provide a physical card, wherein at least one electronic tag is disposed in the physical card, so that the physical card holder can exchange articles or services conveniently through the basic data of the electronic tag, and the card issuer can also enlarge the recruitment result of members.

Another objective of the present invention is to provide a method for using a physical card, wherein at least two different bands of electronic tags are installed in the physical card, one of the two bands of electronic tags can remotely identify the identity of the card holder, and the other band of electronic tags can be used for a short distance to exchange tickets or entrance services, so as to increase the range of use of the physical card.

Another object of the present invention is to provide a method for using an entity card, wherein the entity card is provided with at least two different electronic tags, and the entity card does not leave the card holder during the use, and maintains the social security distance during the epidemic prevention for the non-contact remote transaction mode, so that the risk of stealing and recording the card can be reduced, and the pipeline of the infected bacteria of the entity card can be reduced, thereby improving the use security.

To achieve the above object, the present invention provides a physical card capable of improving the authenticity identification effect, which comprises a main image data disposed on a surface of a card body, a plurality of electronic tags with different wave bands disposed in the card body, at least a first electronic tag and a second electronic tag, wherein the first electronic tag generates a first signal, the first signal can be read by a first-level reader disposed in a communication device, and thereby a basic data is obtained, the second electronic tag generates a second signal, the second signal can be read by a second-level reader disposed in a third-party certification unit, and thereby a second-level data is obtained.

The utility model provides a can improve entity card of true and false recognition efficiency is equipped with a main picture data in a surface of the card body mainly, and be equipped with an electronic tags in the card body, electronic tags can produce a first signal and/or a second signal, first signal can be established and read by a primary reader in a communication device, and borrow this and obtain a basic data, and the second signal can be located a third party authentication unit's an advance reader and read, and borrow this and obtain an advance data.

The entity card, wherein this first electronic tags can be a low frequency RFID label, a high frequency RFID label or a near field communication label, and this second electronic tags can be a hyperfrequency RFID label or a microwave RFID label.

The utility model discloses an entity card, including an appraisal data, entity card and appraisal data can be wrapped by a protection casing.

The physical card of the present invention is a player card, a game card, a star card, a religious card, a Buddha card, a member card, a credit card, a financial card or a visitant card.

The physical card of the present invention, wherein the basic data includes a card primary inner code, and the advanced data includes a card advanced inner code, the card primary inner code can correspond to the card advanced inner code.

The entity card of the present invention, wherein the advanced data includes a card membership list.

Drawings

FIG. 1 is a schematic diagram of a conventional physical card;

FIG. 2 is a schematic view showing a conventional construction of an authentication card;

FIG. 3 is a schematic view of a preferred embodiment of the physical card of the present invention;

FIG. 4 is a schematic diagram of an embodiment of a physical card of the present invention;

FIG. 5 is a schematic diagram of a physical card according to another embodiment of the present invention;

FIG. 6 is a schematic diagram of another embodiment of a physical card of the present invention;

FIG. 7 is a schematic diagram of another embodiment of a physical card of the present invention;

fig. 8 is a schematic usage diagram of another embodiment of the physical card of the present invention.

Description of the reference numerals

10. An entity card; 100. a card body; 11. a surface; 13. main image data;

20. identifying the card; 27. identifying the data; 29. a protective housing; 30. an entity card;

300. a card body; 31. a surface; 33. main image data; 37. an electronic tag;

371. a first electronic tag; 3715. a first signal; 372. a second electronic tag;

3725. a second signal; 41. a communication device; 43. a first-order reader;

45. a third party authentication unit; 47. a step reader; 48. a basic application system;

485. basic data; 4855. a card primary inner code; 49. an advanced application system;

495. advanced data; 4955. the card advanced inner code; 499. a card membership list;

50. identifying the card; 53. an electronic tag; 531. a first signal; 532. a second signal;

57. identifying the data; 58. a data application system; 59. a protective housing;

f. A purchaser; S701-S829.

Detailed Description

First, please refer to fig. 3, which is a schematic structural diagram of a preferred embodiment of the physical card of the present invention. The physical card 30 of the present invention is mainly provided with a main image data 33 on one surface 31 of a card body 300, such as the front surface of the card, and a sub image data (not shown) on the other surface of the card body 300, such as the back surface of the card. For example, the physical card 30 is a player card, the main image data 33 may include but is not limited to a plain text, a player portrait, a player name, a team, a card year, and/or a card company name, and the sub-image data may be a height, a weight, a birthday, a nationality, a graduation school, a show rank, a watch position, a race score, and/or an important event of the player. Plain text is as the number of figure 3. The utility model discloses be equipped with at least one Electronic tags 37(Electronic Tag) in the entity card 30, and Electronic tags 37 can be selected to be a Radio Frequency Identification Tag (Radio Frequency Identification Tag; RFID Tag) or a Near Field Communication Tag (Near Field Communication Tag; NFC Tag).

In a preferred embodiment of the present invention, the entity card 30 is provided with two different bands of electronic tags 37, which are a first electronic Tag 371 and a second electronic Tag 372, the first electronic Tag 371 can be a low frequency RFID Tag (LF-RFID Tag), a high frequency RFID Tag (HF-RFID Tag) or a near field communication Tag (NFC Tag), and the second electronic Tag 372 can be an ultra high frequency RFID Tag (UHF-RFID Tag) or a Microwave RFID Tag (Microwave-RFID Tag). The physical card 30 may be a player card, game card, star card, religious card, Buddha card, gift card, credit card, financial card, membership card, and/or VIP card.

Please refer to fig. 4, which is a schematic diagram illustrating an embodiment of the present invention. When a physical card 30 is to be traded or exchanged, the purchaser F can not only preliminarily check whether the surface 31 of the physical card 30 or the main image data 33 is complete and correct, but also use a primary Reader (Reader)43, such as an RFID primary Reader or an NFC primary Reader built in a portable communication device 41, to read the first signal 3715 stored in the first electronic tag 371 of the physical card 30, and present the first signal 3715 or a basic data 485 corresponding to the first signal 3715 in the portable communication device 41. Thus, the purchaser F can authenticate himself and quickly judge the authenticity of the physical card 30, and the risk of purchasing a fake card is reduced.

In an embodiment of the present invention, the first signal 3715 is an identification Code (ID Code) of the first electronic tag 371, and the basic data 485 may include, but is not limited to, a card serial Name (Set Number), a Player Name (Player Name), a card manufacturer Name, a card date and/or a card owner Name recorded with the physical card 30. In another embodiment of the present invention, the basic data 485 can be stored in a basic Application System 48 (Application System) and also in the first electronic tag 371 of the physical card 30.

The primary reader 43 may be a fixed RFID primary reader or a fixed NFC primary reader, in addition to an RFID primary reader or an NFC primary reader built into the portable communication device 41. The primary reader 43 is connected to a basic application system 48 for processing the data of the first electronic tag 371. The basic application system 48 stores therein basic data 485 corresponding to the first signal 3715 of the physical card 30. The technology of the primary reader 43 reading and presenting the first signal 3715 and/or the basic data 485 of the first electronic tag 371 is already known in various Smart Card (Smart Card) or transportation Card (Easy Card) applications, and will not be described herein. The portable communication device 41 may be a Smart Phone (Smart Phone), a Personal Digital Assistant (PDA), a ultra mobile computer (UMPC), or a NoteBook computer (NoteBook).

In addition, in another embodiment of the present invention, in order to avoid purchasing the stolen physical card 30 with unknown access, the purchaser F or the vendor can carry the physical card 30 to a third party authentication unit 45, such as a professional authentication and appraisal unit, a card transaction center, a card issuing center or a member center, etc., so as to read the first signal 3715 of the first electronic tag 371 and/or the second signal 3725 of the second electronic tag 372 in the physical card 30 by an Advanced Data Reader 47(Advanced Data Reader) of the third party authentication unit 45. The step reader 47 may be integrated or otherwise connected to a step Application System 49 (Advanced Application System) for processing and storing a step data 495 corresponding to the second signal 3725 and/or the first signal 3715. The advanced data 495 may include, but is not limited to, historical transaction records, current holder name, nationality, year of transaction, transaction fee, time of authentication, and/or level of authentication of a physical card 30. The buyer F can confirm whether the physical card 30 is a legal card or a stolen card and whether the seller is a legal holder according to the advanced data 3725, thereby improving the authenticity and transaction security of the physical card 30.

After the transaction of the physical card 30 is completed, a card member list 499 including transaction time, transaction fee and/or new holder name can be updated and registered in the advanced application system 49 or the advanced data 495 by the third party certification unit 45 to serve as a reference data for card transaction at a later time, so that the risk of the physical card 30 being stolen can be reduced.

In an embodiment of the present invention, the advanced data 495 and/or the card member list 499 may also be updated and stored in the second electronic tag 372. The first signal 3715 of the first electronic tag 371 and the second signal 3725 of the second electronic tag 372 are corresponding data.

In an embodiment of the present invention, the basic data 485 includes a card primary inner code 4855, the advanced data 495 includes a card advanced inner code 4955, and the card primary inner code 4855 corresponds to the card advanced inner code 4955. The third party certification authority 45 can read the card advanced internal code 4955 through the advanced reader 47, read the card primary internal code 4855 through the primary reader 43, and compare whether the corresponding relationship between the card primary internal code 4855 and the card advanced internal code 4955 is correct, if so, it represents that the entity card 30 is a real card. Otherwise, if the two relations are not correct, it indicates that the physical card 30 has at least one electronic tag 371/372 forged and belongs to a fake card. Thus, the authenticity judgment of the physical card 30 can be improved. The third party certification authority 45 may also be provided with a first-order reader 43 in addition to the advanced reader 47.

Please refer to fig. 5 and fig. 6, which are a schematic structural diagram and a schematic use diagram of another embodiment of the present invention. The present invention is applicable to an identification card 50, which includes a physical card 30 and an identification data 57 in the identification card 50, and a protection housing 59 covering the physical card 30 and the identification data 57. The physical card 30 includes at least one electronic tag 53, and the electronic tag 53 can store the first signal 531 and/or the second signal 532. In other words, the electronic tag 53 may store a part of the first signal 531, a part of the second signal 532, or both the first signal 531 and the second signal 532. The first signal 531 of the electronic tag 53 can be read by a first-level reader 43 and an advanced reader 47, and the second signal 532 can be read by the advanced reader 47. The method can also improve the time for identifying the authenticity of the physical card, reduce the loss and theft of the physical card during the sending process, and reduce the risk of purchasing the counterfeit card.

In yet another embodiment, the basic application system 48 (see FIG. 4) may be integrated with the advanced application system 49 as a data application system 58. The data application system 58 may partially store a basic data 485, an advanced data 495 and/or a card member list 499, wherein the basic data 485 can be provided for the ordinary consumer to connect and query through a primary reader 43 of the portable communication device or the fixed device, and the advanced data 495 can be provided for the system operator, the supplier or the advanced reader 47 of the third party certification unit 45 to connect and query.

Please refer to fig. 7, which is a schematic diagram illustrating an embodiment of the present invention. Referring to fig. 6, the physical card 30 of the present invention can be used as a membership card or an identification certificate, and can be applied to a transaction of exchanging commodities, and the steps of the use are as follows:

in step S701, a physical card holder may complete a transaction in advance to become a member or a goods exchanger, which has the right to exchange a goods such as but not limited to a goods, food, ticket, admission roll, other services or members with a seller or a host.

In step S703, the host has an advanced reader 47 at an entrance to detect whether there is a second signal 532 for reading a physical card 50. If the second signal 532 is read, go to step S705; otherwise, the second signal 532 is not read, and the detection is continued.

In step S705, according to the read second signal 532, the staff of the sponsoring organization can know in advance which physical card holder and the physical card 50 have arrived at the meeting place, so as to prepare the merchandise to be exchanged in advance.

In step S707, the entity card holder holds the entity card 50 to a commodity exchange place, and the host may detect whether there is the first signal 531 for reading the entity card 50 through a first-order reader 43. If the first signal 531 is read, step S709 is performed. Otherwise, continuing waiting and detecting. Of course, when the physical card holder arrives at the merchandise exchange place, the physical card 50 can be actively moved to the position of the first-stage reader 43, and the first-stage reader 43 is actively enabled to read the first signal 531.

In step S709, the first-order reader 43 reads the first signal 531 to indicate that the physical card holder and the physical card 50 have arrived and are ready to complete the exchange of the merchandise, and the staff of the sponsoring organization can hand the merchandise or service to the physical card holder to complete the transaction.

In another embodiment of the present invention, a step S715 can be added after step S703, after the advanced reader 47 of the host detects and reads the second signal 532, the entity cardholder who is read the second signal 532 can be guided to a quick passage for a member to bypass with other members, so as to accelerate the guiding entity cardholder to reach the commodity exchange place and complete the exchange of the commodity, and further highlight the honor of the entity cardholder. After that, execution of step S707 is resumed.

After the second signal 532 is read by the entity card holder, the office staff can prepare the exchanged commodities in advance, and the commodities can be directly exchanged after the first signal 531 is read, so that the entity card 30 does not leave the sight or the body of the entity card holder in the whole transaction process, does not need to contact other staff, belongs to a non-contact remote transaction mode, and maintains social security distance during epidemic prevention, thereby greatly reducing the risk of losing and stealing the entity card 50, reducing the pipeline infected by viruses and improving the transaction security.

Finally, please refer to fig. 8 and fig. 6, which are schematic views illustrating another embodiment of the present invention. The utility model discloses entity card 50 can be applicable to a court or a concert place, and trade or exchange commodity, if following step:

in step S801, the physical card holder first completes a transaction to a host to become a member or a merchandise exchanger. For example, the physical card holder may order a good, which may be a food, snack, lunch box, beverage, commemorative, gift, or membership, from the host entity through the communication product, network connection, or cell phone APP.

In step S803, the clerk of the host organization carries the merchandise to be exchanged to the aisle near the physical card holder by calling the physical card holder or instructing the host organization.

In step S805, the clerk of the host organization determines whether the distance between the clerk of the host organization and the physical card holder exceeds a predetermined value, for example, the distance is 1 meter, and if the distance is within the predetermined value, the process goes to step S807. Otherwise, if the set value is exceeded, step S817 is performed.

In step S807, it indicates that the distance between the physical card holder and the clerk of the host unit is within a predetermined value, so that the clerk of the host unit directly reads the first signal 531 of the electronic tag 53 of the physical card 50 through the primary reader 43 carried by the clerk of the host unit, so as to confirm whether the physical card holder is a real purchaser of the goods. If the product is confirmed to be the purchaser, the process proceeds to step S809. Otherwise, if the user is not suitable for purchasing the commodity, the process returns to step S803.

In step S817, it indicates that the distance between the entity card holder and the office worker exceeds a predetermined value, and the entity card holder cannot touch the entity card 50 by hand, so that the second signal 532 of the electronic tag 53 of the entity card 50 is remotely read by the advanced reader 47 carried by the office worker.

In step S818, the advanced reader 47 determines whether there is only one second signal 532, and if only one second signal 532 is read, step S809 is performed. On the contrary, if there is more than one second signal 532, step S829 is performed.

In step S829, the sponsor operator asks the physical card holder to show or shout the clear number of the physical card 50, thereby confirming which physical card holder is actually the merchandise redeemer or member. If the confirmation is the goods redeemer, the process continues to step S809. Otherwise, if the product is not the redeemer, the process returns to step S803.

In step S809, the clerk of the host unit can confirm which physical card holder is a member or a person qualified to exchange the merchandise after confirming that the reader has read the first signal 531 or the second signal 532, and then the merchandise to be exchanged can be directly delivered to the physical card holder or delivered to the physical card holder through the viewer.

The exchange or fee for the merchandise may be recorded in the step reader 47, the primary reader 43 and/or the data application 58 and the physical cardholder may be subsequently returned with the money. Alternatively, the physical Card holder may have previously configured the physical Card 50 to be bound to a Credit Card (Credit Card) or a Debit Card (Debit Card), so that the transaction fee may be deducted directly from the Credit Card or Debit Card. In the commodity transaction program, the entity card 50 does not need to leave the side of the entity card holder, so that the transaction and exchange of commodities can be quickly completed, the risk of stealing or recording the entity card can be reduced, a non-contact remote transaction mode is adopted in the whole process, the social security distance is maintained during epidemic prevention, and the transaction security can be improved.

It is obvious that the described embodiments are only some of the embodiments of the present invention, and not all of them. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Claims (7)

1. A physical card capable of improving the authenticity identification effect is characterized in that a main image data is arranged on one surface of a card body, a plurality of electronic tags with different wave bands are arranged in the card body, and the physical card at least comprises a first electronic tag and a second electronic tag, wherein the first electronic tag can generate a first signal which can be read by a primary reader arranged in a communication device, so that basic data can be obtained, the second electronic tag can generate a second signal which can be read by an advanced reader arranged in a third party authentication unit, and so that advanced data can be obtained.

2. The physical card according to claim 1, wherein the first electronic tag is a low frequency RFID tag, a high frequency RFID tag or a near field communication tag, and the second electronic tag is an ultra high frequency RFID tag or a microwave RFID tag.

3. The physical card capable of improving authenticity identification as claimed in claim 1, wherein the physical card includes an identification data, and the physical card and the identification data are covered by a protective shell.

4. The physical card of claim 1, wherein the physical card is a player card, a game card, a star card, a religious card, a Buddha card, a gift card, a credit card, a financial card, a membership card, or a VIP card.

5. The physical card of claim 1, wherein the basic data includes a primary card code, and the advanced data includes a primary card code corresponding to the primary card code.

6. The physical card capable of improving authenticity identification according to claim 1, wherein the advanced data includes a card membership list.

7. A physical card capable of improving the authenticity identification effect is characterized in that a main image data is arranged on one surface of a card body, an electronic tag is arranged in the card body, the electronic tag can generate a first signal and/or a second signal, the first signal can be read by a primary reader arranged in a communication device and a basic data can be obtained by the first signal, and the second signal can be read by an advanced reader arranged in a third party authentication unit and an advanced data can be obtained by the second signal.

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