CN109754264B - Anti-counterfeiting system based on vibration information characteristics and NFC (near field communication) identification - Google Patents
Anti-counterfeiting system based on vibration information characteristics and NFC (near field communication) identification Download PDFInfo
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Abstract
The invention discloses an anti-counterfeiting system based on vibration information characteristics and NFC recognition, which comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the main body of the anti-counterfeiting characteristic unit is a stainless steel substrate of a commodity, at least two vibration pieces sensitive to fine vibration and a vibration sensor for monitoring the vibration condition of the substrate are adhered to the substrate, and an NFC chip for writing in image information of the vibration pieces changing along with the vibration amplitude of sound is embedded in the substrate; the anti-counterfeiting recognition unit comprises handheld client equipment used for playing sound, collecting images of vibration amplitude changes of each vibration piece along with the sound and reading NFC chips, and the vibration sensor and the handheld client equipment are respectively in wireless communication with the server. According to the invention, only the vibration condition information of the substrate along with the sound is stored, and the change information of the vibration plate along with the sound vibration amplitude corresponding to the vibration plate is calculated on site according to NFC during anti-counterfeiting judgment, so that the storage space is greatly saved.
Description
Technical Field
The invention relates to an anti-counterfeiting system, in particular to an anti-counterfeiting system based on vibration information characteristics and NFC identification. Belongs to the field of anti-fake technology.
Background
In recent years, the texture anti-counterfeiting technology attracts attention, and the anti-counterfeiting technology takes the inherent speckle mark of the packaging material as an anti-counterfeiting identification mark. The natural speckle is always quite different, and the textures such as fingerprints, wood grains, stone grains, zebra grains, ice grains, leaf grains and the like are random, unique and impossible to have two identical textures. By utilizing the principle, the anti-counterfeiting label is made of packaging materials with clear textures, and the speckle mark of each label material is photographed, numbered and documented and stored in an anti-counterfeiting database. Consumers can conveniently inquire files through Internet, fax and telephone to identify the authenticity. However, the existing texture anti-counterfeiting technology has many problems, such as: depending on the natural texture, the corresponding image data amount is too large, and the required hardware storage device has large capacity and high cost.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provide an anti-counterfeiting system based on vibration information characteristics and NFC identification.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
an anti-counterfeiting system based on vibration information characteristics and NFC recognition comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate of a commodity, at least two vibration pieces sensitive to fine vibration and a vibration sensor for monitoring the vibration condition of the substrate are adhered to the substrate, and an NFC chip for writing image information of the vibration pieces changing along with the vibration amplitude of sound is embedded in the substrate; the anti-counterfeiting recognition unit comprises handheld client equipment used for playing sound, collecting images of vibration amplitude changes of each vibration piece along with the sound and reading NFC chips, and the vibration sensor and the handheld client equipment are respectively in wireless communication with the server.
Preferably, the vibration piece is a thin copper sheet with the thickness of 0.2-0.3 mm.
Preferably, the handheld client device is a mobile phone embedded with an NFC module.
Preferably, the vibrating piece and the substrate are bonded through fragile paper, the vibrating piece and the substrate are fixed together by adopting a mode of bonding the two sides of the fragile paper, and once the vibrating piece is pulled open, the fragile paper is damaged by naked eyes.
Preferably, a shell is arranged at the bottom of the substrate, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (preferably a wireless charging device) are arranged in the shell, wherein flexible materials are filled between the components so as to avoid collision of the components in the commodity transportation process; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
Preferably, the anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate and the commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate is damaged by naked eyes of a human body; and/or sending the anti-counterfeiting failure information to a server.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The handheld client device plays the set sound clip, and the vibration sensor collects the vibration condition information of the base along with the sound and sends the vibration condition information to the server for storage;
(B) When the handheld client device plays the set sound clip, image information of vibration amplitude of each vibration piece along with sound is collected at the same time, corresponding password information is generated through server operation, and the password information is written into the NFC chip.
Preferably, the cryptographic information in step (B) is generated using a combination of the SM3 hash algorithm and one or more of the following algorithms: RC4 algorithm, and/or B-M algorithm, and/or MD5 algorithm, and/or A5 algorithm, and/or SEAL algorithm.
Further preferably, the cryptographic information is generated by combining an SM3 hash algorithm with an RC4 algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The handheld client device plays the set sound clip, collects the image information of the vibration amplitude of each vibration piece along with the sound by using the handheld client device, reads the NFC chip and sends the information to the server;
(2) The server analyzes (reversely calculates) the vibration amplitude image information of each vibration piece along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor collects vibration condition information of the substrate along with sound and transmits the vibration condition information to the server in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server is judged, if yes, the step (4) is started, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the base vibration condition information acquired in the step (3) with corresponding vibration amplitude image information of each vibration piece, judging whether the base vibration condition information acquired again is matched with the vibration amplitude image information of each vibration piece when the fake verification is requested again, if so, judging that the base vibration condition information is true, otherwise, judging that the commodity is false, and ending.
The invention has the beneficial effects that:
1. the anti-counterfeiting system comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the vibration condition information of the base along with the sound and the vibration amplitude change information of the vibration plate along with the sound are matched, the server only stores the vibration condition information of the base along with the sound, and the corresponding vibration plate along with the sound vibration amplitude change information is calculated on site according to NFC information during anti-counterfeiting judgment, so that the storage space is greatly saved.
2. The handheld client device can conveniently collect images of vibration amplitude changes of the vibration piece along with sound vibration, and can read the NFC chip, so that data information is wirelessly transmitted to the server for processing, special high-end equipment is not required to be additionally arranged, and the functions can be realized by a common mobile phone embedded with the NFC module. The vibration sensor can sensitively monitor the vibration condition of the substrate along with sound and transmit the vibration condition to the server in real time.
3. The invention has the characteristics of incapability of being copied and recovered, low counterfeiting probability, low cost, suitability for various commodities in various industries, high counterfeiting cost and the like. The vibration condition information of the base along with the sound is completely matched with the vibration amplitude change information of the vibration plate along with the sound, so that the vibration condition of the specific base and the vibration plate along with the sound is unique, but after one-time anti-counterfeiting verification, the vibration condition information of the base along with the sound is matched with the vibration plate along with the vibration amplitude change information of the vibration plate, and a counterfeiter can hardly copy the base and the vibration plate which are completely consistent in size, state and the like, thereby achieving the anti-counterfeiting purpose.
4. For counterfeiters, the cracking algorithm can not be imitated, and the password information and the corresponding algorithm of each vibrating piece changing along with the vibration amplitude of the sound can be imitated, so that the counterfeiter difficulty of lawbreakers is effectively improved.
5. Two or three or four calculation factors can be adopted for encryption calculation during password information generation, and iterative operation of different algorithms can be adopted, so that the anti-counterfeiting performance is greatly improved, and the counterfeiting difficulty is reduced.
6. The invention can be used alone or in combination with other self-destroying devices, and can prevent duplication and recycling, thereby greatly enhancing the anti-counterfeiting performance.
Drawings
FIG. 1 is a schematic diagram of the structure of the present invention;
wherein 1 is a substrate, 2 is a vibrating piece, 3 is a vibration sensor, 4 is an NFC chip, 5 is a mobile phone, and 6 is a server.
Detailed Description
The invention is further illustrated in the following figures and examples, which are provided for the purpose of illustration only and are not intended to be limiting.
Example 1:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.2 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated using an SM3 hash algorithm and an RC4 algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 2:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.3 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated by a combination algorithm of SM3 hash algorithm and B-M algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 3:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.2 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated using a combination of SM3 hash algorithm and MD5 algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 4:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.3 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated by a combination algorithm of SM3 hash algorithm and A5 algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 5:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.2 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated using a combination of the SM3 hash algorithm and the SEAL algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 6:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.3 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated by a combination algorithm of SM3 hash algorithm, RC4 algorithm and B-M algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 7:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.2 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated by using a combination algorithm of SM3 hash algorithm, B-M algorithm and MD5 algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
Example 8:
the anti-counterfeiting system based on vibration information characteristics and NFC recognition shown in fig. 1 comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting recognition unit, wherein the anti-counterfeiting characteristic unit is characterized in that a main body of the anti-counterfeiting characteristic unit is a stainless steel substrate 1 of a commodity, at least two vibration pieces 2 sensitive to fine vibration and a vibration sensor 3 for monitoring the vibration condition of the substrate 1 are adhered to the substrate 1, and an NFC chip 4 for writing image information of the vibration pieces 2 changing along with the vibration amplitude of sound is embedded in the substrate 1; the anti-counterfeiting recognition unit comprises a handheld client device (a mobile phone embedded with an NFC module) 5 for playing sound, collecting images of vibration amplitude changes of each vibration piece 2 along with the sound and reading the NFC chip 4, and the vibration sensor 3 and the mobile phone 5 are respectively in wireless communication with a server 6.
The vibration plate 2 is a thin copper sheet with the thickness of 0.3 mm. The vibrating piece 2 and the substrate 1 are bonded through fragile paper, the vibrating piece 2 and the substrate 1 are fixed together by adopting a fragile paper double-sided bonding mode, and once the vibrating piece 2 is pulled open, the fragile paper is damaged by naked eyes.
The bottom of the substrate 1 is provided with a shell, and an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device (wireless charging device) are arranged in the shell; the method comprises the following steps:
the temperature control device is used for setting two thresholds of high temperature and low temperature, and automatically works when the external temperature is higher than the high temperature threshold or lower than the low temperature threshold, so that the temperature of the components in the shell is controlled to be in front of the high temperature threshold and the low temperature threshold, and the service life of each component is ensured;
the positioning device and the position information memory can record the position change information of the tag;
and the warning device is used for setting a warning event, and when the warning event occurs, the warning device sends out mechanical waves or electromagnetic waves to warn.
The anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate 1 and a commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate 1 is damaged by human eyes; and/or send anti-counterfeiting failure information to the server 6.
The manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The mobile phone 5 plays the set sound fragment, and the vibration sensor 3 collects the vibration condition information of the base 1 along with the sound and sends the vibration condition information to the server 6 for storage;
(B) When the mobile phone 5 plays the set sound clip, the image information of the vibration amplitude of each vibration piece 2 along with the sound is collected at the same time, the corresponding password information is generated through the operation of the server 6, and the password information is written into the NFC chip 4.
The cryptographic information in step (B) is generated using a combination of SM3 hash algorithm with A5 algorithm and SEAL algorithm.
The anti-counterfeiting method based on vibration information characteristics and NFC identification by using the anti-counterfeiting system comprises the following specific steps:
(1) The mobile phone 5 plays the set sound fragments, the mobile phone 5 is used for collecting the vibration amplitude image information of each vibration piece 2 along with the sound, the NFC chip 4 is read, and the information is sent to the server 6;
(2) The server 6 analyzes (reversely calculates) the vibration amplitude image information of each vibration piece 2 along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the NFC information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor 3 collects vibration condition information of the substrate 1 along with sound and transmits the vibration condition information to the server 6 in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server 6 is judged, if yes, the step (4) is entered, otherwise, the commodity is judged to be false, and the process is ended;
(4) And (3) matching the vibration condition information of the substrate 1 acquired in the step (3) with the corresponding vibration amplitude image information of each vibrating piece 2, judging whether the vibration condition information of the substrate 1 acquired again is matched with the vibration amplitude image information of each vibrating piece 2 when the verification is requested again, if so, judging that the judgment is true, otherwise, judging that the commodity is false, and ending.
While the foregoing description of the embodiments of the present invention has been presented with reference to the drawings, it is not intended to limit the scope of the invention, but rather, various modifications or variations can be made by those skilled in the art without the need of inventive effort on the basis of the technical solutions of the present invention.
Claims (1)
1. An anti-counterfeiting method based on vibration information characteristics and NFC identification by utilizing an anti-counterfeiting system is characterized by comprising the following specific steps:
(1) The handheld client device plays the set sound clip, collects the image information of the vibration amplitude of each vibration piece along with the sound by using the handheld client device, reads the NFC chip and sends the information to the server;
(2) The server analyzes the vibration amplitude image information of each vibration piece along with the sound according to the NFC information, compares the vibration amplitude image information with the image information acquired in the step (1), and enters the step (3) if the vibration amplitude image information is completely consistent with the image information, if the vibration amplitude image information is inconsistent with the image information, the commodity is judged to be false, and the process is ended;
(3) The vibration sensor collects vibration condition information of the substrate along with sound and transmits the vibration condition information to the server in real time, whether the vibration condition information is completely consistent with the vibration condition information stored in the server is judged, if yes, the step (4) is started, otherwise, the commodity is judged to be false, and the process is ended;
(4) Matching the base vibration condition information acquired in the step (3) with corresponding vibration amplitude image information of each vibration piece, judging whether the base vibration condition information acquired again is matched with the vibration amplitude image information of each vibration piece when the fake verification is requested again, if so, judging that the base vibration condition information is true, otherwise, judging that the commodity is false, and ending;
the anti-counterfeiting system comprises an anti-counterfeiting characteristic unit and an anti-counterfeiting identification unit, wherein the main body of the anti-counterfeiting characteristic unit is a stainless steel substrate of a commodity, at least two vibrating pieces sensitive to fine vibration and a vibration sensor for monitoring the vibration condition of the substrate are adhered to the substrate, and an NFC chip for writing image information of the vibrating pieces changing along with the vibration amplitude of sound is embedded in the substrate; the anti-counterfeiting recognition unit comprises handheld client equipment used for playing sound, collecting images of vibration amplitude changes of each vibration piece along with the sound and reading NFC chips, and the vibration sensor and the handheld client equipment are respectively in wireless communication with the server;
the vibrating piece is a thin copper sheet with the thickness of 0.2-0.3 mm;
the handheld client device is a mobile phone embedded with an NFC module;
the vibrating piece is adhered to the substrate through fragile paper, the vibrating piece and the substrate are fixed together in a fragile paper double-sided adhesion mode, and once the vibrating piece is pulled open, the fragile paper is damaged by naked eyes;
the bottom of the substrate is provided with a shell, an anti-magnetic interference device, a temperature control device, a positioning device, a position information memory, a warning device, a power supply and a charging device are arranged in the shell, and flexible materials are filled among the components;
the anti-counterfeiting system further comprises a fixing device and a self-destruction device, wherein the fixing device is used for realizing connection between the substrate and the commodity, and the self-destruction device is automatically started when the fixing device is displaced or damaged so as to cause at least one of the following results: the substrate is damaged by naked eyes of a human body; and/or sending anti-counterfeiting failure information to a server;
the manufacturing method of the anti-counterfeiting system comprises the following steps:
(A) The handheld client device plays the set sound clip, and the vibration sensor collects the vibration condition information of the base along with the sound and sends the vibration condition information to the server for storage;
(B) When the handheld client device plays the set sound clip, the image information of the vibration amplitude of each vibration piece along with the sound is collected at the same time, the corresponding password information is generated through server operation, and the password information is written into the NFC chip;
the cryptographic information in step (B) is generated using a combination of the SM3 hash algorithm and one or more of the following algorithms: RC4 algorithm, and/or B-M algorithm, and/or MD5 algorithm, and/or A5 algorithm, and/or SEAL algorithm.
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