CN106042684A - Internet of Things anti-fake seal system and anti-fake method - Google Patents
Internet of Things anti-fake seal system and anti-fake method Download PDFInfo
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- CN106042684A CN106042684A CN201610219798.8A CN201610219798A CN106042684A CN 106042684 A CN106042684 A CN 106042684A CN 201610219798 A CN201610219798 A CN 201610219798A CN 106042684 A CN106042684 A CN 106042684A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41K—STAMPS; STAMPING OR NUMBERING APPARATUS OR DEVICES
- B41K1/00—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor
- B41K1/02—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor with one or more flat stamping surfaces having fixed images
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
- G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
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Abstract
The invention discloses an Internet of Things anti-fake seal system and an anti-fake method. The seal system comprises a seal body and a management server. An annular groove is formed in the outer edge of the seal face of the seal body and divided into a plurality of arc grooves. A movable mechanism is arranged in each arc groove. Each movable mechanism comprises a movable block and a telescoping mechanism capable of driving the movable block to stretch into and retract out of the corresponding arc groove, and different patterns are engraved in the bottom faces of the movable blocks. The seal body is further provided with a controller, a storage unit, a key set and a wireless communication module. The controller is electrically connected with the telescoping mechanisms, the storage unit, the key set and the wireless communication module. The wireless communication module is wirelessly connected with the management server through a wireless network. Anti-fake information is attached to sealed overprints, and a seal can be effectively prevented from being faked.
Description
Technical field
The present invention relates to anti-counterfeit of seals technical field, particularly relate to a kind of Internet of Things Anti-counterfeiting seal system and method for anti-counterfeit.
Background technology
Seal is widely used in everyday commerce activity, comes and goes in corporate business, and various declare, examine during be required for using seal.Existing seal is the most fairly simple, simply engraves organization.Owing to interests drive, in reality, illegal molecule imitates true making stamp dummy seal, dummy seal covers on file, file reception side almost cannot identify this stamp by naked eyes and be on earth official legal seal lid or counterfeit dummy seal lid, to seal, owner brings deleterious effect, also brings loss to other people.
Summary of the invention
It is an object of the invention to the technical problem overcoming existing seal easily to forge, it is provided that a kind of Internet of Things Anti-counterfeiting seal system and method for anti-counterfeit, it has anti-counterfeiting information on the stamp covered out, it is possible to effectively prevent seal to be forged.
In order to solve the problems referred to above, the present invention is achieved by the following technical solutions:
A kind of Internet of Things Anti-counterfeiting seal system of the present invention, including seal body and management server, the print face outer rim of described seal body is provided with annular groove, described annular groove is divided into several arc grooves, it is designed with movable device in each arc groove, described movable device includes movable block and movable block can be driven to stretch into stretch out the telescoping mechanism of arc groove, different pattern is carved with in each movable block bottom surface, it is additionally provided with controller on described seal body, memory element, button group and wireless communication module, described controller respectively with telescoping mechanism, memory element, button group and wireless communication module electrical connection, described wireless communication module is by wireless network and management server wireless connections.
In the technical program, print face being carved with the seal contents such as organization, the pattern that movable block bottom surface is carved with can be numeral, English alphabet etc..The annular groove of print face outer rim is divided into N number of arc groove by baffle plate, and the movable block in arc groove is used for printing security code.
When needing to affix a seal to a document, triggering signal is sent by button group, after controller receives the triggering signal of button group, a N position binary system security code is produced by random function, and by this N position binary system security code and seal information (seal organization, seal authority people's name and the time of generation N position binary system security code) binding, binding information is sent to manage server by wireless communication module by controller, and management server stores this N position binary system security code and the seal information of correspondence.
The numerical value of N is identical with the quantity of arc groove on seal body.One bit of each arc groove the most corresponding N position binary system security code, the bit corresponding according to each arc groove clockwise is arranged in order from high to low.When the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, and makes movable block bottom surface be generally aligned in the same plane with print face；When the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove.When seal body cap is on file, the movable block stretched out leaves trace on file, and representing corresponding bit bit value is 1, and the movable block of retraction does not leaves trace on file, and representing corresponding bit bit value is 0.
When needing the stamp verifying seal body cap, smart mobile phone is used to gather stamp image, and send it to manage server, stamp image is identified by management server, owing to the pattern of each movable block bottom surface is different, the bit that this trace place arc groove is corresponding can be determined according to the pattern of movable block trace, so that it is determined that the bit that on stamp image, all arc groove traces are corresponding.If there being movable block trace in arc groove trace, then the bit numerical value that this arc groove trace is corresponding is 1, if not having movable block trace in arc groove trace, then the bit numerical value that this arc groove trace is corresponding is 0.Whether management server has movable block print identification to go out N position binary system security code according to arc groove position each on stamp image, and finds out corresponding seal information according to N position binary system security code, and this seal information is sent to smart mobile phone.
According to the seal organization of display on smart mobile phone, the time (i.e. affixing one's seal the time) of seal authority people's name and generation N position binary system security code, user judges whether the stamp on file is genuine.It is thus possible to effectively prevent seal to be forged, it is to avoid unnecessary loss.
As preferably, described annular groove is divided into several arc grooves.
As preferably, described movable block bottom surface material is identical with cover printing material.
As preferably, being also designed with the travel mechanism that movable device can be driven to move horizontally in each arc groove, described travel mechanism is electrically connected with the controller.Travel mechanism can drive movable device away from print face or near print face, and corresponding two bits of each arc groove, a corresponding bit near side, print face, away from print side, face another bit corresponding.In the stamp that seal body cap goes out, movable block trace near side, print face and the numerical value 1 away from movable block trace corresponding two the different bits respectively printing side, face, movable block is different at the bit that arc groove diverse location is corresponding, increases the bit of binary system security code.
As preferably, described telescoping mechanism includes the driving module that the connecting rod connecting movable block and drive link are stretched, and described driving module is electrically connected with the controller.Driving module is motor.
As preferably, described seal body being additionally provided with display lamp, described display lamp is electrically connected with the controller.
As preferably, described seal body being additionally provided with fingerprint identification module, described fingerprint identification module is electrically connected with the controller.
The method for anti-counterfeit of a kind of Internet of Things Anti-counterfeiting seal system of the present invention, comprises the following steps:
S1: when needing to affix one's seal, triggering signal is sent by button group, after controller receives the triggering signal of button group, a N position binary system security code is produced by random function, and this N position binary system security code and seal information binding are sent to manage server, management server stores this N position binary system security code and corresponding seal information；
The numerical value of N is identical with the quantity of arc groove on seal body, one bit of each arc groove correspondence N position binary system security code, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, and the movable block of retraction does not leave trace on file；
S2: when needing the stamp verifying seal body cap, mobile intelligent terminal is used to gather stamp image, and send it to manage server, stamp image is identified by management server, movable block print identification whether is had to go out N position binary system security code according to arc groove position each on stamp image, and find out corresponding seal information according to N position binary system security code, and seal information is sent to mobile intelligent terminal.
As preferably, described seal information includes seal organization, seal authority people's name and produces the time of N position binary system security code.
As preferably, described step S1 middle controller performs following steps after receiving the triggering signal of button group: controller produces 24 binary system security codes by random function, by fingerprint identification module identification sealer's fingerprint, and by sealer's fingerprint, N position binary system security code and seal information binding are sent to manage server, management server goes out the seal authority people's fingerprint prestored of correspondence according to seal authority people's name look-up, and sealer's fingerprint of reception is compared with the seal authority people's fingerprint prestored, if comparison success, management server stores this N position binary system security code and corresponding seal information, otherwise, management server does not store this N position binary system security code and corresponding seal information.
The invention has the beneficial effects as follows that (1) has anti-counterfeiting information on the stamp covered out, it is possible to effectively prevent seal to be forged.(2) effectively prevent seal from being usurped by other people, or loss is used by others.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention；
Fig. 2 is a kind of structural representation of annular groove；
Fig. 3 is that a kind of circuit theory of the present invention connects block diagram；
Fig. 4 is a kind of structural representation of movable device.
In figure: 1, seal body, 2, management server, 3, arc groove, 4, movable block, 5, telescoping mechanism, 6, controller, 7, memory element, 8, button group, 9, wireless communication module, 10, print face, 11, travel mechanism, 12, drive module, 13, voice output module, 14, display lamp, 15, fingerprint identification module, 16, oil storage tampon, 17, photosensitive seal layer, 18, sound identification module, 19, GPS module, 20, connecting rod, 21, smart mobile phone, 22, display screen, 23, pressure transducer.
Detailed description of the invention
Below by embodiment, and combine accompanying drawing, technical scheme is described in further detail.
nullEmbodiment 1: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment，Such as Fig. 1、Fig. 2、Shown in Fig. 3，Including seal body 1 and management server 2，Print face 10 outer rim of seal body 1 is provided with annular groove，Annular groove is divided into 24 arc grooves 3，It is designed with movable device in each arc groove 3，Movable device includes movable block 4 and movable block 4 can be driven to stretch into stretch out the telescoping mechanism 5 of arc groove 3，Different pattern is carved with in each movable block 4 bottom surface，Controller 6 it is additionally provided with on seal body 1、Memory element 7、Button group 8、Wireless communication module 9、Voice output module 13、Display lamp 14、GPS module 19 and display screen 22，Controller 6 respectively with telescoping mechanism 5、Memory element 7、Button group 8、Wireless communication module 9、Voice output module 13、Display lamp 14、GPS module 19 and display screen 22 electrically connect，Wireless communication module 9 is by wireless network and management server 2 wireless connections.The smart mobile phone 21 of user can be with wireless communication module 9 and management server 2 radio communication.
As shown in Figure 4, telescoping mechanism 5 includes connecting rod 20 and the flexible driving module 12 of drive link 20 connecting movable block 4, drives module 12 to electrically connect with controller 6, and driving module 12 is linear electric motors.Movable block 4 removably connects with telescoping mechanism 5, it is simple to change after damage.
Adjacent arcing groove is separated by dividing plate, and dividing plate bottom surface material, movable block bottom surface material are identical with cover printing material.Being carved with the seal contents such as organization on print face, the movable block in arc groove is used for printing security code.The pattern that movable block bottom surface is carved with can be numeral, English alphabet etc..
When needing to affix a seal to a document, triggering signal is sent by button group, after controller receives the triggering signal of button group, 24 binary system security codes are produced by random function, current geographic position information is obtained by GPS module, and by these 24 binary system security codes and seal information (seal organization, seal authority people's name, produce time and the geographical position of 24 binary system security codes) binding, binding information is sent to manage server by controller by wireless communication module, management server stores these 24 binary system security codes and corresponding seal information.
One bit of the most corresponding 24 the binary system security codes of each arc groove, the bit corresponding according to each arc groove clockwise is arranged in order from high to low.When the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, and makes movable block bottom surface be generally aligned in the same plane with print face；When the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove.When seal body cap is on file, the movable block stretched out leaves trace on file, and representing corresponding bit bit value is 1, and the movable block of retraction does not leaves trace on file, and representing corresponding bit bit value is 0.After controller control movable block motion puts in place, the exportable voice message of voice output module or display screen display reminding information, user can use seal body to affix one's seal.
When needing the stamp verifying seal body cap, smart mobile phone is used to gather stamp image, and send it to manage server, stamp image is identified by management server, owing to the pattern of each movable block bottom surface is different, the bit that this trace place arc groove is corresponding can be determined according to the pattern of movable block trace, so that it is determined that the bit that on stamp image, all arc groove traces are corresponding.If there being movable block trace in arc groove trace, then the bit numerical value that this arc groove trace is corresponding is 1, if not having movable block trace in arc groove trace, then the bit numerical value that this arc groove trace is corresponding is 0.Whether management server has movable block print identification to go out 24 binary system security codes according to arc groove position each on stamp image, and finds out corresponding seal information according to 24 binary system security codes, and this seal information is sent to smart mobile phone.
According to the seal organization of display, seal authority people's name, the time (i.e. affixing one's seal the time) producing 24 binary system security codes and geographical position on smart mobile phone, user judges whether the stamp on file is genuine.It is thus possible to effectively prevent seal to be forged, it is to avoid unnecessary loss.
Seal information also includes affix one's seal file name and file receiver's title of affixing one's seal, and management server or mobile intelligent terminal can add with this body communication of seal, revise seal authority people's name, file name of affixing one's seal and file receiver's title of affixing one's seal.
The method for anti-counterfeit of a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, comprises the following steps:
S1: when needing to affix one's seal, triggering signal is sent by button group, after controller receives the triggering signal of button group, 24 binary system security codes are produced by random function, and these 24 binary system security codes and seal information binding are sent to manage server, management server stores these 24 binary system security codes and corresponding seal information；
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0；After controller control movable block motion puts in place, the exportable voice message of voice output module or display screen display reminding information, user can use seal body to affix one's seal；
S2: when needing the stamp verifying seal body cap, smart mobile phone is used to gather stamp image, and send it to manage server, stamp image is identified by management server, movable block print identification whether is had to go out 24 binary system security codes according to arc groove position each on stamp image, and find out corresponding seal information according to 24 binary system security codes, and seal information is sent to mobile intelligent terminal.
Seal information includes seal organization, seal authority people's name, file name of affixing one's seal, file receiver's title of affixing one's seal and produces time and the geographical position of N position binary system security code, manages server or mobile intelligent terminal can be with this body communication of seal amendment seal authority people's name, file name of affixing one's seal and file receiver's title of affixing one's seal.
Embodiment 2: the method for anti-counterfeit of a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, step S1: when needing to affix one's seal, triggering signal is sent by button group, controller produces 24 binary system security codes by random function after receiving the triggering signal of button group, current geographic position information is obtained by GPS module, and this geographical location information, 24 binary system security codes and seal information are bound, binding information is sent to manage server by controller by wireless communication module.Management server goes out the seal geographical position range prestored of correspondence according to seal authority people's name look-up, management server judges that the geographical location information received is whether in the seal geographical position range prestored, if in the range of, management server stores these 24 binary system security codes and corresponding seal information, otherwise, management server does not store these 24 binary system security codes and corresponding seal information, and send authentication failed information to seal body, on seal body, corresponding display lamp is lighted, and display stores unsuccessfully；
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0.Remaining method is same as in Example 1.Prevent seal from being usurped by other people, or seal is lost and is used by others.
Embodiment 3: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, as it is shown in figure 1, be additionally provided with fingerprint identification module 15 on seal body 1, fingerprint identification module 15 electrically connects with controller 6, and remaining structure is same as in Example 1.
nullA kind of method for anti-counterfeit of the Internet of Things Anti-counterfeiting seal system of the present embodiment，Step S1: when needing to affix one's seal，Triggering signal is sent by button group，Controller produces 24 binary system security codes by random function after receiving the triggering signal of button group，By fingerprint identification module identification sealer's fingerprint，And by sealer's fingerprint、24 binary system security codes and seal information binding are sent to manage server，Management server goes out the seal authority people's fingerprint prestored of correspondence according to seal authority people's name look-up，And sealer's fingerprint of reception is compared with the seal authority people's fingerprint prestored，If comparison success，Management server stores these 24 binary system security codes and corresponding seal information，Otherwise，Management server does not store these 24 binary system security codes and corresponding seal information，And send authentication failed information to seal body，On seal body, corresponding display lamp is lighted，Display stores unsuccessfully.
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0.Remaining method is same as in Example 1.Prevent seal from being usurped by other people, or loss is used by others.
Embodiment 4: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, seal body 1 is additionally provided with sound identification module 18, and sound identification module 18 electrically connects with controller 6, and remaining structure is same as in Example 1.
nullA kind of method for anti-counterfeit of the Internet of Things Anti-counterfeiting seal system of the present embodiment，Step S1: when needing to affix one's seal，Triggering signal is sent by button group，Controller produces 24 binary system security codes by random function after receiving the triggering signal of button group，By sound identification module identification sealer's verbal instructions，And by sealer's verbal instructions、24 binary system security codes and seal information binding are sent to manage server，Management server goes out the seal authority people's verbal instructions prestored of correspondence according to seal authority people's name look-up，And sealer's verbal instructions of reception is compared with the seal authority people's verbal instructions prestored，If comparison success，Management server stores these 24 binary system security codes and corresponding seal information，Otherwise，Management server does not store these 24 binary system security codes and corresponding seal information，And send authentication failed information to seal body，On seal body, corresponding display lamp is lighted，Display stores unsuccessfully.
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 0, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0.Remaining method is same as in Example 1.Prevent seal from being usurped by other people, or loss is used by others.
Embodiment 5: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, as shown in Figure 4, the bottom surface of movable block 4 includes the oil storage tampon 16 of internal layer and the photosensitive seal layer 17 of outer layer, and oil storage tampon 16 storage on each movable block 4 has the photosensitive stamp-pad ink of different colours, and remaining structure is same as in Example 1.Oil storage tampon and photosensitive seal layer one small-sized photosensitive seal of composition, movable block is without being infected with ink paste, it is simple to the stamp image recognition covered out.
Embodiment 6: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, as shown in Figure 4, is also designed with the travel mechanism 11 that movable device can be driven to move horizontally in each arc groove 3, travel mechanism 11 electrically connects with controller 6, and remaining structure is same as in Example 1.
Travel mechanism can drive movable device away from print face or near print face, and corresponding two bits of each arc groove, a corresponding bit near side, print face, away from print side, face another bit corresponding.In the stamp that seal body cap goes out, movable block trace near side, print face and the numerical value 1 away from movable block trace corresponding two the different bits respectively printing side, face, movable block is different at the bit that arc groove diverse location is corresponding, increases the bit of binary system security code.
Embodiment 7: a kind of Internet of Things Anti-counterfeiting seal system of the present embodiment, is provided with the pressure transducer 23 of detection print face 10 pressure in seal body 1, pressure transducer 23 electrically connects with controller 6, and remaining structure is same as in Example 1.
When seal body affixes a seal to a document, pressure transducer detects pressure signal, and send it to controller, controller produces 24 binary system security codes by random function, controlling corresponding movable block according to 24 binary system security codes to stretch out, it is 1 that the movable block stretched out stays trace to represent corresponding bit bit value on file.Simultaneously, controller obtains current geographic position information by GPS module, and by these 24 binary system security codes and seal information (seal organization, seal authority people's name, the time producing 24 binary system security codes and geographical position) binding, binding information is sent to manage server by controller by wireless communication module, management server stores these 24 binary system security codes and corresponding seal information, and the time producing 24 binary system security codes is the time of affixing one's seal.Being triggered by pressure transducer replaces button to trigger, and uses more convenient, and 24 binary system security code reality of generation are affixed one's seal the time exactly, and time record of affixing one's seal is more accurate.
A kind of method for anti-counterfeit of the Anti-counterfeiting seal system of the present embodiment, step S1: when seal body affixes a seal to a document, pressure transducer detects pressure signal, and send it to controller, controller produces 24 binary system security codes by random function after receiving pressure signal, current geographic position information is obtained by GPS module, and this geographical location information, 24 binary system security codes and seal information are bound, binding information is sent to manage server by controller by wireless communication module.Management server goes out the seal geographical position range prestored of correspondence according to seal authority people's name look-up, management server judges that the geographical location information received is whether in the seal geographical position range prestored, if in the range of, management server stores these 24 binary system security codes and corresponding seal information, and transmission is proved to be successful information to seal body, on seal body, corresponding display lamp is lighted, display stores successfully, otherwise, management server does not store these 24 binary system security codes and corresponding seal information, and send authentication failed information to seal body, on seal body, corresponding display lamp is lighted, display stores unsuccessfully；
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0.Remaining method is same as in Example 1.Prevent seal from being usurped by other people, or seal is lost and is used by others.
Embodiment 8: a kind of Anti-counterfeiting seal system of the present embodiment, the pressure transducer 23 of detection print face 10 pressure it is provided with in seal body 1, pressure transducer 23 electrically connects with controller 6, fingerprint identification module 15 it is additionally provided with on seal body 1, fingerprint identification module 15 electrically connects with controller 6, and remaining structure is same as in Example 1.
nullA kind of method for anti-counterfeit of the Anti-counterfeiting seal system of the present embodiment，Step S1: sealer's thumb is affixed one's seal by fingerprint identification module，When seal body cap is on file，Pressure transducer detects pressure signal，And send it to controller，Controller produces 24 binary system security codes by random function after receiving pressure signal，By fingerprint identification module identification sealer's fingerprint，And by sealer's fingerprint、24 binary system security codes and seal information binding are sent to manage server，Management server goes out the seal authority people's fingerprint prestored of correspondence according to seal authority people's name look-up，And sealer's fingerprint of reception is compared with the seal authority people's fingerprint prestored，If comparison success，Management server stores these 24 binary system security codes and corresponding seal information，And transmission is proved to be successful information to seal body，On seal body, corresponding display lamp is lighted，Display stores successfully，Otherwise，Management server does not store these 24 binary system security codes and corresponding seal information，And send authentication failed information to seal body，On seal body, corresponding display lamp is lighted，Display stores unsuccessfully.
One bit of corresponding 24 the binary system security codes of each arc groove, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, movable block bottom surface is made to be generally aligned in the same plane with print face, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, representing corresponding bit bit value is 1, the movable block retracted does not leaves trace on file, representing corresponding bit bit value is 0.Remaining method is same as in Example 1.
Claims (10)
- null1. an Internet of Things Anti-counterfeiting seal system，It is characterized in that: include seal body (1) and management server (2)，Print face (10) outer rim of described seal body (1) is provided with annular groove，Described annular groove is divided into several arc grooves (3)，Each arc groove is designed with movable device in (3)，Described movable device includes movable block (4) and movable block (4) can be driven to stretch into the telescoping mechanism (5) stretching out arc groove (3)，Different pattern is carved with in each movable block (4) bottom surface，It is additionally provided with controller (6) on described seal body (1)、Memory element (7)、Button group (8) and wireless communication module (9)，Described controller (6) respectively with telescoping mechanism (5)、Memory element (7)、Button group (8) and wireless communication module (9) electrical connection，Described wireless communication module (9) is by wireless network and management server (2) wireless connections.
- A kind of Internet of Things Anti-counterfeiting seal system the most according to claim 1, it is characterised in that: described annular groove is divided into several arc grooves (3).
- A kind of Internet of Things Anti-counterfeiting seal system the most according to claim 1, it is characterised in that: described movable block (4) bottom surface material is identical with print face (10) material.
- 4. according to a kind of Internet of Things Anti-counterfeiting seal system described in claim 1 or 2 or 3, it is characterized in that: be also designed with the travel mechanism (11) that movable device can be driven to move horizontally in each arc groove (3), described travel mechanism (11) electrically connects with controller (6).
- 5. according to a kind of Internet of Things Anti-counterfeiting seal system described in claim 1 or 2 or 3, it is characterized in that: described telescoping mechanism (5) includes connecting the connecting rod (20) of movable block (4) and the driving module (12) that drive link (20) is flexible, and described driving module (12) electrically connects with controller (6).
- 6. according to a kind of Internet of Things Anti-counterfeiting seal system described in claim 1 or 2 or 3, it is characterised in that: being additionally provided with display lamp (14) on described seal body (1), described display lamp (14) electrically connects with controller (6).
- 7. according to a kind of Internet of Things Anti-counterfeiting seal system described in claim 1 or 2 or 3, it is characterised in that: being additionally provided with fingerprint identification module (15) on described seal body (1), described fingerprint identification module (15) electrically connects with controller (6).
- 8. a method for anti-counterfeit for Internet of Things Anti-counterfeiting seal system, a kind of Internet of Things Anti-counterfeiting seal system described in any claim in claim 1-7, it is characterised in that comprise the following steps:S1: when needing to affix one's seal, triggering signal is sent by button group, after controller receives the triggering signal of button group, a N position binary system security code is produced by random function, and this N position binary system security code and seal information binding are sent to manage server, management server stores this N position binary system security code and corresponding seal information；The numerical value of N is identical with the quantity of arc groove on seal body, one bit of each arc groove correspondence N position binary system security code, when the bit numerical value that this arc groove is corresponding is 1, the movable block that controller controls in this arc groove stretches out, when the bit numerical value that this arc groove is corresponding is 0, controller controls in the movable block retraction arc groove in this arc groove, when seal body cap is on file, the movable block stretched out leaves trace on file, and the movable block of retraction does not leave trace on file；S2: when needing the stamp verifying seal body cap, mobile intelligent terminal is used to gather stamp image, and send it to manage server, stamp image is identified by management server, movable block print identification whether is had to go out N position binary system security code according to arc groove position each on stamp image, and find out corresponding seal information according to N position binary system security code, and seal information is sent to mobile intelligent terminal.
- The method for anti-counterfeit of a kind of Internet of Things Anti-counterfeiting seal system the most according to claim 8, it is characterised in that: described seal information includes seal organization, seal authority people's name and produces the time of N position binary system security code.
- nullThe method for anti-counterfeit of a kind of Internet of Things Anti-counterfeiting seal system the most according to claim 9，It is characterized in that，Described step S1 middle controller performs following steps after receiving the triggering signal of button group: controller produces 24 binary system security codes by random function，By fingerprint identification module identification sealer's fingerprint，And by sealer's fingerprint、N position binary system security code and seal information binding are sent to manage server，Management server goes out the seal authority people's fingerprint prestored of correspondence according to seal authority people's name look-up，And sealer's fingerprint of reception is compared with the seal authority people's fingerprint prestored，If comparison success，Management server stores this N position binary system security code and corresponding seal information，Otherwise，Management server does not store this N position binary system security code and corresponding seal information.
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| CN108068479A (en) * | 2017-12-31 | 2018-05-25 | 西安立东行智能技术有限公司 | The Anti-counterfeiting seal system and seal making method for the matching artificial intelligence identification that a kind of anti-3D printing is forged |
| CN109177545A (en) * | 2018-11-13 | 2019-01-11 | 安徽玺信科技有限公司 | A kind of anti-counterfeit tracking type seal |
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| CN110077131A (en) * | 2019-04-19 | 2019-08-02 | 南宁学院 | A kind of antitheft financial affairs seal |
| CN110356130A (en) * | 2019-08-30 | 2019-10-22 | 山东中盾警用装备集团有限公司 | A kind of high antifalsification seal |
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Effective date of registration: 20221228 Address after: Room 17-6-2, No. 345, South Section of West Ring Road, Haishu District, Ningbo, Zhejiang 315000 Patentee after: Lianghua (Ningbo) Technology Co.,Ltd. Address before: 310023 No. 318 stay Road, Xihu District, Zhejiang, Hangzhou Patentee before: ZHEJIANG University OF SCIENCE AND TECHNOLOGY |