CN215243900U - Seal anti-counterfeiting device and system - Google Patents
Seal anti-counterfeiting device and system Download PDFInfo
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- CN215243900U CN215243900U CN202121266454.5U CN202121266454U CN215243900U CN 215243900 U CN215243900 U CN 215243900U CN 202121266454 U CN202121266454 U CN 202121266454U CN 215243900 U CN215243900 U CN 215243900U
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Abstract
The utility model discloses a seal anti-fake device and system, the security is good, simple structure. The stamp anti-counterfeiting device (1) comprises a stamp body (11), at least one surface of which is provided with a stamp face (12), and an anti-counterfeiting pattern formed after the stamp face (12) is covered on a document at least comprises a coding identification area (121) and a blank area (122); the code identification area (121) displays a two-dimensional code or a three-dimensional code; the blank area (121) is used for accommodating handwritten information. The seal anti-counterfeiting system comprises a seal file (2), a seal (3), a seal anti-counterfeiting device (1), a scanning device (4) and a remote server (5) in signal connection with the scanning device (4).
Description
Technical Field
The utility model belongs to the technical field of the seal management, especially a simple and convenient, seal anti-fake device and system that the security is good.
Background
The stamp, which is used as a stationery material printed on a document to represent an authentication or signing, has legal power, and therefore, great caution is taken in the use of the stamp. However, the existing seals on the market are usually only engraved, and then are dipped with stamp-pad ink and stamped on documents, so that common people cannot rapidly and conveniently distinguish the authenticity of stamped seals, and the phenomena of misuse and counterfeit seals of the seals are caused.
The Chinese patent 'an RFID anti-counterfeiting stamp and an anti-counterfeiting method thereof' (application number: 201410763557.0, granted announcement date: 2017.03.01). As shown in the specification, the RFID anti-counterfeiting stamp comprises a stamp body, a stamp face, a PCB (printed circuit board), a switch sensing device and a non-connected antenna, wherein the PCB and the non-connected antenna are arranged in the stamp body, the switch sensing device is partially arranged in the stamp body, partially embedded in the stamp face and partially exposed out of the stamp face; the PCB circuit board is respectively electrically connected with the switch induction device and the non-connection antenna; the switch sensing device senses the pressing and lifting actions of the seal to trigger the PCB; the PCB circuit board writes in the seal content of the RFID label attached to the file through the non-contact antenna according to the triggering of the switch sensing device, or identifies the authenticity of the seal content in the RFID label.
The working process is as follows: the RFID label is attached to a file to be stamped, the RFID anti-counterfeiting seal writes in RFID label data when the file is stamped, and the RFID label data is read and compared with a remote database when verification is carried out, so that the authenticity of the stamped seal is verified.
The main problems of the existing method include:
1. the composition is complex and the cost is high: the RFID anti-counterfeiting seal comprises a seal body, a seal face, a PCB circuit board, a switch sensing device and a non-antenna lamp, and each stamped file needs to be pasted with an RFID label sticker, so that the whole device is complex in composition and high in cost.
2. The authenticity of the seal content is inconvenient to distinguish: this patent states, when verifying the true and false of seal content, need use the PCB circuit board on the anti-fake seal of RFID to paste the RFID label on the file through non-antenna and read the data of RFID label and distinguish in order to carry out the true and false, to not like this the anti-fake seal person of RFID can't carry out the true and false and distinguish, has carried out very big restriction to the person of distinguishing.
Disclosure of Invention
An object of the utility model is to provide a seal anti-fake device for constitute the seal anti-fake system that the security is good, simple structure.
Another object of the present invention is to provide an anti-counterfeit system for a stamp, which has good safety and simple structure.
Realize the utility model discloses the technical scheme of purpose does:
a stamp anti-counterfeiting device 1 comprises a stamp body 11, wherein at least one surface of the stamp body 11 is provided with a stamp face 12, and an anti-counterfeiting pattern formed after a document is stamped on the stamp face 12 at least comprises a coding identification area 121 and a blank area 122; the code identification area 121 displays a two-dimensional code or a three-dimensional code; the blank area 121 is used for accommodating handwritten information.
Realize the utility model discloses another purpose's technical scheme does:
a seal anti-counterfeiting system comprises a seal file 2, a seal 3 and a seal anti-counterfeiting device 1; the stamp anti-counterfeiting device 1 comprises a stamp body 11, wherein at least one surface of the stamp body 11 is provided with a stamp face 12, and an anti-counterfeiting pattern formed after a document is stamped on the stamp face 12 at least comprises a coding identification area 121 and a blank area 122; the code identification area 121 displays a two-dimensional code or a three-dimensional code; the blank area 121 is used for accommodating handwritten information; the stamp anti-counterfeiting device 1 forms a pattern near the stamping position of the stamping file 2.
As an improvement, the stamp anti-counterfeiting system further comprises a scanning device 4 and a remote server 5 in signal connection with the scanning device 4;
when stamping is carried out on the stamping file 2, the scanning device 4 scans the pattern of the coding identification area 121 formed on the stamping file 2 by the stamp anti-counterfeiting device 1, inputs stamping information to the remote server 5 to obtain a stamping verification code, and fills the stamping verification code into the blank area 122;
when the stamped file is verified to be true or false, the scanning device 4 scans the pattern of the coded identification area 121 formed on the stamped file 2 by the stamp anti-counterfeiting device 2, inputs the information filled in the blank area 122 and partial or all information of the stamping unit information, the name of the stamping operator, the stamping time and the stamping place which can be seen on the stamped file to the remote server 5, inquires and checks the stamping information, so as to judge the authenticity of the stamped file and the stamped stamp.
Compared with the prior art, the utility model, it is showing the advantage and is:
1. simple structure, with low costs: the utility model discloses only increased a seal anti-fake device to the user, seal anti-fake device can repeated stamping use, simple structure, with low costs.
2. The authenticity of the seal content is conveniently distinguished: the authenticity of the seal content can be identified by scanning the two-dimensional code or series code of the seal surface covered by the anti-counterfeiting device through the widely used smart phone, and the operation is convenient.
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
Drawings
Fig. 1 is a schematic structural diagram of the anti-counterfeiting system of the seal of the present invention.
Fig. 2 is a schematic view of the stamp face anti-counterfeiting pattern of the stamp anti-counterfeiting device in fig. 1.
In the figure, 1, a seal anti-counterfeiting device, 11 a seal body, 12 a seal surface, 121 a code identification area, 122 a blank area, 2 a sealed file, 3 a seal, 4 a scanning device and 5 a remote server.
Detailed Description
As shown in fig. 1, the anti-counterfeit device 1 for a stamp of the present invention includes a stamp body 11, at least one side of the stamp body 11 is provided with a stamp face 12, and an anti-counterfeit pattern formed after the stamp face 12 is covered on a document at least includes a code mark area 121 and a blank area 122 as shown in fig. 2;
the code identification area 121 displays a two-dimensional code or a three-dimensional code;
the blank area 121 is used for accommodating handwritten information.
The anti-counterfeiting pattern formed by stamping the surface 12 of the anti-counterfeiting device 1 of the utility model on the file is shown in figure 2.
Preferably, the handwritten information handwritten in the blank area 121 includes a stamping date, a stamping verification code, and a part or all of the name of the stamping person.
The seal verification code is authorized by inputting seal information to the remote server and uniquely corresponds to the seal information.
The stamping information comprises part or all of the name of a stamping unit, the name of a stamping manager, real-name authentication conditions, stamping time, stamping place, record conditions of a formal stamp, safety chip information of the formal stamp, stamp face 12 information of a stamp anti-counterfeiting device and a stamping content photo.
As a preferable scheme, the two-dimensional code or the three-dimensional code has uniqueness; the seal anti-counterfeiting device is subjected to real-name authentication registration in a remote server.
As another preferred scheme, the two-dimensional code or the three-dimensional code may not have uniqueness; the two-dimensional code or the three-dimensional code corresponds to a website connection.
As an improvement, the pattern formed after the seal face 12 covers the document further includes a series of codes corresponding to the two-dimensional code or the three-dimensional code.
And the serial codes corresponding to the two-dimensional codes or the three-dimensional codes are used for verifying and inquiring by manually inputting the serial codes when the two-dimensional codes are unclear.
As shown in fig. 1, the anti-counterfeit system for a stamp of the present invention comprises a stamp document 2 and a stamp 3, and further comprises an anti-counterfeit device 1 for a stamp;
the stamp anti-counterfeiting device 1 forms a pattern near the stamping position of the stamping file 2.
The stamp anti-counterfeiting device 1 comprises a stamp body 11, at least one surface of the stamp body 11 is provided with a stamp face 12, and an anti-counterfeiting pattern formed after a document is stamped on the stamp face 12 at least comprises a coding identification area 121 and a blank area 122;
the code identification area 121 displays a two-dimensional code or a three-dimensional code;
the blank area 121 is used for accommodating handwritten information.
The anti-counterfeiting pattern formed by stamping the surface 12 of the anti-counterfeiting device 1 of the utility model on the file is shown in figure 2.
Preferably, the handwritten information handwritten in the blank area 121 includes a stamping date, a stamping verification code, and a part or all of the name of the stamping person.
The seal verification code is authorized by inputting seal information to the remote server and uniquely corresponds to the seal information.
The stamping information comprises part or all of the name of a stamping unit, the name of a stamping manager, real-name authentication conditions, stamping time, stamping place, record conditions of a formal stamp, safety chip information of the formal stamp, stamp face 12 information of a stamp anti-counterfeiting device and a stamping content photo.
As a preferable scheme, the two-dimensional code or the three-dimensional code has uniqueness; the seal anti-counterfeiting device is subjected to real-name authentication registration in a remote server.
As another preferred scheme, the two-dimensional code or the three-dimensional code may not have uniqueness; the two-dimensional code or the three-dimensional code corresponds to a website connection.
As an improvement of the stamp anti-counterfeiting device 1, the stamp face 12 is covered with a pattern formed after a document, and also comprises a series of codes corresponding to two-dimensional codes or three-dimensional codes.
The scanner 4 may be a conventional smartphone.
When the two-dimensional code in the seal face pattern stamped by the stamp anti-counterfeiting device 1 is not clear, the series code corresponding to the two-dimensional code can be input through the smart phone, information filled in a blank region of a stamp text stamped by the stamp anti-counterfeiting device 2 and partial or all information such as stamping unit information, name of a stamping operator, stamping time, stamping place and the like which can be seen on a stamped file are input into the remote server 5, and stamping information is inquired and checked to judge the authenticity of the stamped file and the stamped stamp.
As an improvement to the anti-counterfeiting system for seals of the present invention, as shown in FIG. 1, the anti-counterfeiting system further comprises a scanning device 4 and a remote server 5 connected to the scanning device 4 by signals.
When stamping is carried out on the stamping file 2, the scanning device 4 scans the pattern of the coding identification area 121 formed on the stamping file 2 by the stamp anti-counterfeiting device 1, inputs stamping information to the remote server 5 to obtain a stamping verification code, and fills the stamping verification code into the blank area 122;
when the stamped file is verified to be true or false, the scanning device 4 scans the pattern of the coded identification area 121 formed on the stamped file 2 by the stamp anti-counterfeiting device 2, inputs the information filled in the blank area 122 and partial or all information of the stamping unit information, the name of the stamping operator, the stamping time and the stamping place which can be seen on the stamped file to the remote server 5, inquires and checks the stamping information, so as to judge the authenticity of the stamped file and the stamped stamp.
When the remote server 5 is connected to input the seal information or inquire and check the seal information, the operator needs to log in the real-name authentication account. The method for realizing real-name authentication belongs to the prior art and is not a point of the utility model.
When stamping is carried out on the stamping file 2, the scanning device 4 scans the stamping surface pattern stamped by the stamp anti-counterfeiting device 1, and partial or all information such as stamping unit information, stamp filing condition of the formal stamp 3, stamp safety chip information of the formal stamp 3, stamp surface information of the stamp anti-counterfeiting device 1 and the like needs to be submitted when the remote server carries out account real-name registration, wherein the operator inputs stamping information to the remote server 5, namely a stamping operator. Under the condition, the qualification range of personnel capable of inputting stamping information is standardized, and the stamp anti-counterfeiting device 1 can be bound with the information, so that the inquiry and check when the stamped file is verified to be genuine are facilitated.
When the stamped file is verified to be genuine, the scanning device 4 scans the stamping surface pattern stamped by the stamp anti-counterfeiting device 2, and inquires and checks stamping information of an operator in the remote server 5. For example, if the certification that the stamping unit authorizes to perform the query of the stamping condition is submitted, the stamped documents and the stamped stamps of the stamping unit can be queried, otherwise, the query cannot be performed. In this case, it can be ensured that the information is not randomly inquired to cause problems such as information leakage and secret leakage.
Claims (9)
1. A seal anti-counterfeiting device is characterized in that:
the anti-counterfeiting printing ink comprises a printing body (11), wherein at least one surface of the printing body (11) is provided with a printing face (12), and the printing face (12) covers an anti-counterfeiting pattern formed after a document is covered, and at least comprises a coding identification area (121) and a blank area (122);
the code identification area (121) displays a two-dimensional code or a three-dimensional code;
the blank area (122) is for containing handwritten information.
2. The stamp forgery prevention device of claim 1, wherein:
the handwritten information comprises the stamping date, the stamping verification code and part or all of the name of the stamping person.
3. The stamp forgery prevention device according to claim 2, wherein:
the seal verification code is authorized by inputting seal information to the remote server and uniquely corresponds to the seal information.
4. The stamp forgery prevention device of claim 3, wherein:
the stamping information comprises part or all of the name of a stamping unit, the name of a stamping manager, real-name authentication conditions, stamping time, stamping place, record conditions of a formal stamp, safety chip information of the formal stamp, stamp face (12) information of a stamp anti-counterfeiting device and a stamping content photo.
5. The stamp forgery prevention device of claim 1, wherein:
the two-dimensional code or the three-dimensional code has uniqueness; the seal anti-counterfeiting device is subjected to real-name authentication registration in a remote server.
6. The stamp forgery prevention device of claim 1, wherein:
the two-dimensional code or the three-dimensional code corresponds to a website connection.
7. The stamp forgery prevention device of claim 1, wherein:
the printing surface (12) covers a pattern formed after the file, and also comprises a series of codes corresponding to the two-dimensional codes or the three-dimensional codes.
8. The utility model provides a seal anti-fake system, includes stamp file (2) and seal (3), its characterized in that:
further comprising a stamp security device (1) according to one of claims 1 to 7;
the stamp anti-counterfeiting device (1) forms a pattern near the stamping position of the stamping file (2).
9. The stamp forgery prevention system of claim 8, wherein:
the system also comprises a scanning device (4) and a remote server (5) which is in signal connection with the scanning device (4);
when stamping is carried out on the stamping file (2), the scanning device (4) scans a code identification area (121) pattern formed on the stamping file (2) by the stamp anti-counterfeiting device (1), inputs stamping information to the remote server (5), obtains a stamping verification code, and fills the stamping verification code into the blank area (122);
when the stamped file is verified to be true or false, the scanning device (4) scans a code identification area (121) pattern formed on the stamped file (2) by the stamp anti-counterfeiting device (1), inputs information filled in the blank area (122) and partial or all information of stamping unit information, stamping operator name, stamping time and stamping place which can be seen on the stamped file into the remote server (5), inquires and checks stamping information to judge the true or false of the stamped file and the stamped stamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121266454.5U CN215243900U (en) | 2021-06-08 | 2021-06-08 | Seal anti-counterfeiting device and system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121266454.5U CN215243900U (en) | 2021-06-08 | 2021-06-08 | Seal anti-counterfeiting device and system |
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| CN215243900U true CN215243900U (en) | 2021-12-21 |
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| CN202121266454.5U Active CN215243900U (en) | 2021-06-08 | 2021-06-08 | Seal anti-counterfeiting device and system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114528957A (en) * | 2022-02-11 | 2022-05-24 | 李政晖 | Seal management method and system based on object feature differentiation identification |
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2021
- 2021-06-08 CN CN202121266454.5U patent/CN215243900U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114528957A (en) * | 2022-02-11 | 2022-05-24 | 李政晖 | Seal management method and system based on object feature differentiation identification |
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