CN111340462A - Seal anti-counterfeiting system and method - Google Patents
Seal anti-counterfeiting system and method Download PDFInfo
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- 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
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Abstract
The application discloses a seal anti-counterfeiting system and a seal anti-counterfeiting method, and belongs to the technical field of seal anti-counterfeiting. Wherein the system includes: the system comprises a plurality of anti-counterfeiting seals, an anti-counterfeiting seal server and an anti-counterfeiting seal client; the anti-counterfeiting seals are all connected with the anti-counterfeiting seal server, and the anti-counterfeiting seal server is connected with the anti-counterfeiting seal client; the method comprises the steps that when a seal holder submits a seal application, when an authorized person agrees to seal, if a real object seal module is selected, a real object seal process is switched to, and if an electronic seal module is selected, an electronic seal process is switched to; the method also includes a cross-domain applicant stamping process. According to the method and the device, the use of the real object seal under the line is managed and operated through software, the cross-domain function is used, and the multi-unit stamping function is realized. The office requirement can be really realized without contact.
Description
Technical Field
The invention belongs to the technical field of seal anti-counterfeiting, and particularly relates to a seal anti-counterfeiting system and a seal anti-counterfeiting method.
Background
Nowadays, with the rapid development of science and technology development, enterprises are guaranteed not to misuse sealing, and the method is an internal appeal of many enterprise managers. Some people obtain the enterprise seal by various means without considering the danger of law violation, and cover various seals of the enterprise for personal private interest, so that economic, benefit and even reputation loss are brought to the enterprise. Still others forge the leading signature to obtain the seal, which achieves their own benefits. These hazards cannot be solved by the existing management means, and no matter how strict management system is, the hazards are leaked, so that illegal persons can be better.
Disclosure of Invention
In order to solve the defects in the prior art, the invention provides a seal anti-counterfeiting method, which solves the problem of loopholes in seal management, so that a seal can be strictly managed, the seal can be used only after authorization, and no one can forge the authorized signature of a manager.
A stamp anti-counterfeiting system, comprising: the system comprises a plurality of anti-counterfeiting seals, an anti-counterfeiting seal server and an anti-counterfeiting seal client;
the anti-counterfeiting seals are all connected with the anti-counterfeiting seal server, and the anti-counterfeiting seal server is connected with the anti-counterfeiting seal client;
the anti-counterfeiting seal is characterized in that a common seal is manufactured into a remote Internet of things seal through the Internet of things, can receive an opening signal, a closing signal and a locking signal transmitted by an anti-counterfeiting seal server, and completes the opening, closing and locking operations of the anti-counterfeiting seal according to the opening signal, the closing signal and the locking signal respectively;
the anti-counterfeiting seal also has a seal positioning function, and the position and the use position of a certain anti-counterfeiting seal can be checked through the anti-counterfeiting seal server;
the anti-counterfeiting seal server stores the information sent by the client and respectively sends an opening signal, a closing signal and a locking signal to one or more anti-counterfeiting seals according to an execution instruction sent by the client.
The anti-counterfeiting seal client side is used for installing and operating an anti-counterfeiting seal program, storing information obtained when the program is operated to the server, and sending an execution instruction of the final seal to the anti-counterfeiting seal server.
The information of the program during operation comprises: the name, the identification card number, the enterprise name, the enterprise social credit code, the seal information, the seal holder information, the authorizer information and the seal file of the legal person;
the signer information comprises: name, phone, address, email address of the signer.
The authorizer information includes: name, telephone, address and E-mail address of authorized person
The anti-counterfeiting seal further has a remote alarm function, and when the anti-counterfeiting seal is detached, an alarm is automatically given to an police.
The anti-counterfeiting seal program comprises: the seal adding module comprises an authentication module, a seal adding module and a personnel adding module;
the authentication module, the seal adding module and the personnel adding module are sequentially connected.
The authentication module completes the account registration through real-name authentication of a legal person and real-name authentication of an enterprise;
in the authentication module, the legal real-name authentication is that the identity card number is used as a unique identity; the enterprise real-name authentication is unique identification through a social credit code.
The authentication module also comprises user real-name authentication;
the user real name authentication is that the identity card number is used as the unique identity.
The seal adding module is used for adding one or more seals required by an enterprise and storing seal information.
The seal information includes: the name of the seal, the number of the seal engraving record, the size of the seal and the picture of the seal;
and the personnel adding module is used for adding and adding a signer and an authorizer.
The registration account number can add a plurality of seals, a plurality of signers and a plurality of authorized persons, one person can be used as a plurality of company managers or signers, and one person can be switched among the plurality of signers or managers.
When the authorizer agrees to seal, the system randomly generates a string of signature codes by using a predefined coding rule to replace the signature, so that each signature randomly generates a group of different signature codes.
The coding, the coding rule of which includes: pure numbers, pure letters, or a mixture of numbers and letters.
The anti-counterfeiting seal program further comprises an inquiry module, wherein a seal holder or an authorized person can inquire the corresponding seal file by the seal name and the signature code, or scan and identify by using a software scanning window, inquire the corresponding seal file by using an image, inquire out a document before sealing, compare the document with the current document with seal, and judge whether the content is consistent.
The anti-counterfeiting seal program further comprises: a cross-domain application module;
the cross-domain seal module is respectively connected with the authentication module, the seal adding module and the personnel adding module;
the cross-domain seal module enables a client which is not in an internal local area network of an enterprise, namely a cross-domain applicant, to carry out seal operation through a cross-domain function;
a seal anti-counterfeiting method is realized by adopting a seal anti-counterfeiting system, and the specific flow is as follows:
step S101: the signer or the authorizer uses the authentication module to complete the enterprise registration account;
step S102: the signer opens the anti-counterfeiting stamp client;
the applicant has the functions of searching a seal, adding a seal file and adding detailed information when opening the anti-counterfeiting client; the signer opens the anti-counterfeiting client, and has the functions of adding various authentication information, adding a seal and adding a seal file; the authorizer opens the anti-counterfeiting client and has the functions of checking the stamped files, searching and checking the stamped files and approving the files.
Step S103: the signer adds one or more stamps required by an enterprise by using the stamp adding module and stores stamp information to the anti-counterfeiting stamp server;
when one or more seals required by an enterprise are added, a signer selects whether to add a cross-stitching seal, if so, the cross-stitching seal is added, and if not, the cross-stitching seal is not added;
step S104: adding a stamping file by a signer, and storing the stamping file to an anti-counterfeiting stamp server;
step S105: the signer fills the title and the stamping times for the stamping;
step S106: the signer user adding module is used for adding an authorizer and selecting the authorizer stamped at the time;
step S107: submitting a seal application and waiting for the approval of an authorizer;
step S108: an authorizer opens the anti-counterfeiting seal client, receives a seal application and checks a seal file;
step S109: judging whether the authorizer agrees to seal;
step S110: when an authorized person agrees to seal, the system randomly generates a string of signature codes according to a preset coding rule, and sends the sealing times and the seal execution instruction to the anti-counterfeiting seal server, if a physical sealing module is selected, the process is switched to a physical sealing process, namely step 201, and if an electronic seal module is selected, the process is switched to an electronic seal sealing process, namely step 301;
if the authorizer agrees with the seal application, the first execution instruction is an opening signal, when the seal frequency reaches a set value N of the seal application, the last execution instruction is a closing signal, and if the authorizer does not agree with the seal application, the instruction is executed to lock the signal;
step S111: when the authorizer does not agree with the seal, the information that the approval fails is transmitted to the anti-counterfeiting seal server;
step S112: the anti-counterfeiting seal server transmits the information that the approval fails to pass to the seal holder, and finishes the application of stamping.
The real object stamping process is shown in fig. 3, and includes the following steps:
step 201: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal;
step 202: the seal holder seals the anti-counterfeiting seal applied by the seal on the seal file applied by the seal, and fills in the signature code;
step 203: judging whether the stamping times set in the stamping application are reached or not;
step 204: if the stamping times set in the stamping application are reached, finishing stamping and closing the corresponding anti-counterfeiting seal;
step 205: if the stamping times set in the stamping application have not been reached, the stamping is continued, and the process goes to step 202.
The electronic seal stamping process comprises the following steps:
step 301: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer, and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal, wherein the anti-counterfeiting seal is a physical seal at the moment;
step 302: the signer puts the electronic seal picture applied for stamping on the stamping file, drags the seal and the signature code generated in the step S110 to a proper position, and selects whether to generate an inquiry two-dimensional code;
step 303: judging whether the stamping times set in the stamping application are reached or not;
step 304: if the stamping times set in the stamping application are reached, the stamping is finished, and the stamped files are shared, stored or printed;
step 305: if the stamping times set in the stamping application have not been reached, continuing stamping, and going to step 302.
After the external user real name is authenticated, searching a stamping unit through a cross-domain stamp module to complete a stamping process:
step 401: a cross-domain applicant searches out a stamping unit through a cross-domain stamping module and clicks to enter;
step 402: the cross-domain applicant takes a picture or introduces the file to be stamped, fills in a title, automatically attaches detailed information of a requester and submits the information to a stamping unit;
step 403: the seal holder of the seal unit receives the prompt of the seal file request, selects a seal, selects an authorizer and submits the selected authorizer to the authorizer;
step 404: the authorized person checks the stamped file, and after the authorized person agrees, the system automatically generates a random signature code;
step 405: dragging the electronic seal and the signature code to the seal position to complete the examination and approval;
step 406: the cross-domain applicant receives the prompt and passes the approval, and at the moment, the cross-domain applicant can save, share or print the seal file and finish the seal;
step 407: the cross-domain applicant transfers to step 401 as required, and then searches other stamping units to continue to request for stamping again; the multi-unit stamping function is realized. The office requirement can be really realized without contact.
The beneficial effect that this application reached:
the method and the device manage and operate the use of the real object seal under the line through software. The real object seal is made into a remote Internet of things seal through an Internet of things form, the seal is opened and closed in linkage with a system, the system controls the functions of opening and closing of the intelligent seal, the number of stamping times is allowed, the position of the seal is located during stamping, and the like, so that the seal can be applied for stamping several times and only can be stamped several times, the stamped number is immediately locked and cannot be pressed down, the seal has a powerful break-in remote alarm function, and the seal is completely prevented from being stolen and counterfeited. And the use of the cross-domain function realizes the multi-unit stamping function. The office requirement can be really realized without contact.
Drawings
FIG. 1 is a schematic block diagram of an anti-counterfeit system for a stamp according to an embodiment of the present invention;
FIG. 2 is a flow chart of an anti-counterfeit method for a stamp according to an embodiment of the present invention;
FIG. 3 is a flowchart illustrating a physical seal process according to an embodiment of the present invention;
FIG. 4 is a flowchart illustrating an electronic seal stamping process according to an embodiment of the present invention;
FIG. 5 is a cross-domain applicant stamping flowchart of the present embodiment.
Detailed Description
The present application is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present application is not limited thereby.
A stamp anti-counterfeiting system, as shown in fig. 1, comprising: the system comprises a plurality of anti-counterfeiting seals, an anti-counterfeiting seal server and an anti-counterfeiting seal client;
the anti-counterfeiting seals are all connected with the anti-counterfeiting seal server, and the anti-counterfeiting seal server is connected with the anti-counterfeiting seal client;
the anti-counterfeiting seal is characterized in that a common seal is manufactured into a remote Internet of things seal through the Internet of things, can receive an opening signal, a closing signal and a locking signal transmitted by an anti-counterfeiting seal server, and completes the opening, closing and locking operations of the anti-counterfeiting seal according to the opening signal, the closing signal and the locking signal respectively;
the anti-counterfeiting seal also has a seal positioning function, and the position and the use position of a certain anti-counterfeiting seal can be checked through the anti-counterfeiting seal server;
the anti-counterfeiting seal server stores the information sent by the client and respectively sends an opening signal, a closing signal and a locking signal to one or more anti-counterfeiting seals according to an execution instruction sent by the client.
The anti-counterfeiting seal client side is used for installing and operating an anti-counterfeiting seal program, storing information obtained when the program is operated to the server, and sending an execution instruction of the final seal to the anti-counterfeiting seal server.
The information of the program during operation comprises: the name, the identification card number, the enterprise name, the enterprise social credit code, the seal information, the seal holder information, the authorizer information and the seal file of the legal person;
the signer information comprises: name, phone, address, email address of the signer.
The authorizer information includes: name, telephone, address and E-mail address of authorized person
The anti-counterfeiting seal further has a remote alarm function, and when the anti-counterfeiting seal is detached, an alarm is automatically given to an police.
The anti-counterfeiting seal program comprises: the seal adding module comprises an authentication module, a seal adding module and a personnel adding module;
the authentication module, the seal adding module and the personnel adding module are sequentially connected.
The authentication module completes the account registration through real-name authentication of a legal person and real-name authentication of an enterprise;
in the authentication module, the legal real-name authentication is that the identity card number is used as a unique identity; the enterprise real-name authentication is unique identification through a social credit code.
The authentication module also comprises user real-name authentication;
the user real name authentication is that the identity card number is used as the unique identity.
The seal adding module is used for adding one or more seals required by an enterprise and storing seal information.
The seal information includes: the name of the seal, the number of the seal engraving record, the size of the seal and the picture of the seal;
and the personnel adding module is used for adding and adding a signer and an authorizer.
The registration account number can add a plurality of seals, a plurality of signers and a plurality of authorized persons, one person can be used as a plurality of company managers or signers, and one person can be switched among the plurality of signers or managers.
When the authorizer agrees to seal, the system randomly generates a string of signature codes by using a predefined coding rule to replace the signature, so that each signature randomly generates a group of different signature codes.
The coding, the coding rule of which includes: pure numbers, pure letters, or a mixture of numbers and letters.
The anti-counterfeiting seal program further comprises an inquiry module, wherein a seal holder or an authorized person can inquire the corresponding seal file by the seal name and the signature code, or scan and identify by using a software scanning window, inquire the corresponding seal file by using an image, inquire out a document before sealing, compare the document with the current document with seal, and judge whether the content is consistent.
The anti-counterfeiting seal program further comprises: a cross-domain application module;
the cross-domain seal module is respectively connected with the authentication module, the seal adding module and the personnel adding module;
the cross-domain seal module enables a client which is not in an internal local area network of an enterprise, namely a cross-domain applicant, to carry out seal operation through a cross-domain function;
a stamp anti-counterfeiting method is realized by adopting a stamp anti-counterfeiting system, as shown in figure 2, and the specific flow is as follows:
step S101: the signer or the authorizer uses the authentication module to complete the enterprise registration account;
step S102: the signer opens the anti-counterfeiting stamp client;
the applicant has the functions of searching a seal, adding a seal file and adding detailed information when opening the anti-counterfeiting client; the signer opens the anti-counterfeiting client, and has the functions of adding various authentication information, adding a seal and adding a seal file; the authorizer opens the anti-counterfeiting client and has the functions of checking the stamped files, searching and checking the stamped files and approving the files.
Step S103: the signer adds one or more stamps required by an enterprise by using the stamp adding module and stores stamp information to the anti-counterfeiting stamp server;
when one or more seals required by an enterprise are added, a signer selects whether to add a cross-stitching seal, if so, the cross-stitching seal is added, and if not, the cross-stitching seal is not added;
step S104: adding a stamping file by a signer, and storing the stamping file to an anti-counterfeiting stamp server;
step S105: the signer fills the title and the stamping times for the stamping;
step S106: the signer user adding module is used for adding an authorizer and selecting the authorizer stamped at the time;
step S107: submitting a seal application and waiting for the approval of an authorizer;
step S108: an authorizer opens the anti-counterfeiting seal client, receives a seal application and checks a seal file;
step S109: judging whether the authorizer agrees to seal;
step S110: when an authorized person agrees to seal, the system randomly generates a string of signature codes according to a preset coding rule, and sends the sealing times and the seal execution instruction to the anti-counterfeiting seal server, if a physical sealing module is selected, the process is switched to a physical sealing process, namely step 201, and if an electronic seal module is selected, the process is switched to an electronic seal sealing process, namely step 301;
if the authorizer agrees with the seal application, the first execution instruction is an opening signal, when the seal frequency reaches a set value N of the seal application, the last execution instruction is a closing signal, and if the authorizer does not agree with the seal application, the instruction is executed to lock the signal;
step S111: when the authorizer does not agree with the seal, the information that the approval fails is transmitted to the anti-counterfeiting seal server;
step S112: the anti-counterfeiting seal server transmits the information that the approval fails to pass to the seal holder, and finishes the application of stamping.
The real object stamping process is shown in fig. 3, and includes the following steps:
step 201: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal;
step 202: the seal holder seals the anti-counterfeiting seal applied by the seal on the seal file applied by the seal, and fills in the signature code;
step 203: judging whether the stamping times set in the stamping application are reached or not;
step 204: if the stamping times set in the stamping application are reached, finishing stamping and closing the corresponding anti-counterfeiting seal;
step 205: if the stamping times set in the stamping application have not been reached, the stamping is continued, and the process goes to step 202.
The electronic seal stamping process, as shown in fig. 4, includes the following steps:
step 301: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer, and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal, wherein the anti-counterfeiting seal is a physical seal at the moment;
step 302: the signer puts the electronic seal picture applied for stamping on the stamping file, drags the seal and the signature code generated in the step S110 to a proper position, and selects whether to generate an inquiry two-dimensional code;
step 303: judging whether the stamping times set in the stamping application are reached or not;
step 304: if the stamping times set in the stamping application are reached, the stamping is finished, and the stamped files are shared, stored or printed;
step 305: if the stamping times set in the stamping application have not been reached, continuing stamping, and going to step 302.
After the external user real name is authenticated, a stamping unit is searched through a cross-domain stamp module to complete a stamping process, as shown in fig. 5:
step 401: a cross-domain applicant searches out a stamping unit through a cross-domain stamping module and clicks to enter;
step 402: the cross-domain applicant takes a picture or introduces the file to be stamped, fills in a title, automatically attaches detailed information of a requester and submits the information to a stamping unit;
step 403: the seal holder of the seal unit receives the prompt of the seal file request, selects a seal, selects an authorizer and submits the selected authorizer to the authorizer;
step 404: the authorized person checks the stamped file, and after the authorized person agrees, the system automatically generates a random signature code;
step 405: dragging the electronic seal and the signature code to the seal position to complete the examination and approval;
step 406: the cross-domain applicant receives the prompt and passes the approval, and at the moment, the cross-domain applicant can save, share or print the seal file and finish the seal;
step 407: the cross-domain applicant transfers to step 401 as required, and then searches other stamping units to continue to request for stamping again; the multi-unit stamping function is realized. The office requirement can be really realized without contact.
First, real object seal
A seal anti-counterfeiting method can manage a real object seal, and through online application, online authorization and offline sealing, a leader signature is replaced by a random code, so that criminals cannot copy signatures, each authorization is unique, namely, a file without a serial number is added with an irregular serial number, and counterfeiters cannot know the number of a next group of numbers. The encoding rules can be pure numbers, pure letters or the mixture of numbers and letters, and the system can effectively control the physical seal.
Firstly, after a user carries out legal real-name authentication and enterprise real-name authentication through software, legal real-name authentication in a system takes an identity card number as a unique identity mark, enterprise real-name authentication takes a social unified credit code as a unique mark, after registration is finished, adding of a seal is carried out, a seal name is filled, a seal engraving record number, a seal size and a seal picture are filled, personnel addition is carried out after seal addition is finished, a seal holder and an authorizer are added, the legal is a first authorizer and a system administrator, one registered account number can be added with a plurality of seals, a plurality of seal holders and a plurality of authorizers can be switched by one person or a plurality of company administrators and one person can be switched by a plurality of seal holders.
According to the invention, the real object seal is made into the remote Internet of things seal in the form of Internet of things, the remote Internet of things seal is linked with the system to open and close, and the system controls the functions of opening and closing of the intelligent seal, permission of stamping times, position of the seal during stamping and the like, so that the functions of applying for stamping for several times, only stamping for several times, immediate locking of the stamping times and incapability of pressing are realized, and the remote alarm function of forcible breaking and dismounting is also provided, and the effects of seal embezzlement prevention and forgery prevention are completely realized. The function is mainly to manage and operate the use of the line real object seal through software.
Electronic seal
The invention relates to a seal anti-counterfeiting method, which can also manage an electronic seal, and the invention uses a computer technology to replace the signature of an authorized person with codes, so that each signature randomly generates a group of different codes, thereby not only ensuring that the signature is not imitated, but also ensuring the uniqueness of each signature.
Registering and perfecting user information: after the user carries out legal real-name authentication and enterprise real-name authentication through software, legal real-name authentication in the system takes an identity card number as a unique identity mark, enterprise real-name authentication takes a social unified credit code as a unique mark, after registration is finished, adding of a seal is carried out, a seal name is filled, a seal engraving record number, a seal size and a seal picture are made, the seal picture must be in a png transparent format, personnel addition is carried out after seal addition is finished, a seal holder and an authorizer are added, the legal person is a first authorizer and a system administrator, a plurality of seals, a plurality of seal holders and a plurality of authorizers can be added to one registered account number.
Starting to use the seal: the electronic seal module in the client is opened by a seal holder, a seal to be used is selected, whether a knick seal is added or not is selected, a seal file is added, a title is filled, an authorizer is selected, a waiting authorizer agrees to the seal request is submitted, the authorizer receives a seal using request, checks the seal file and agrees to seal, at the moment, a group of codes (the code generated each time only represents the personal signature authorized by the authorizer this time, the signature code is equal to the signature) are randomly generated by the system, a seal picture is on the seal file, the authorizer can drag the seal and the signature to a proper position, and whether a query two-dimensional code is generated or not is selected (the. The mobile phone end of the applicant can prompt that the approval is passed, at the moment, the signer can share, store or print the authorized stamping file, the signer can only share and store the stamp, the signature code and the two-dimensional code, the three identifications can be fixed in a transparent paper, the user can print the file on the file, the stamping file is transmitted to any place, the stamping file can be inquired through the stamp name and the signature code when the user takes the stamping file, and the scanning window special for software can also be used for scanning and identifying. And inquiring the document before stamping, comparing the document with the current document with the stamp, and judging whether the content is consistent.
Third, cross-domain seal using process and principle in electronic seal
After the external user is authenticated by real name, a stamping unit can be searched through a cross-domain stamp module, a stamping unit is searched for clicking entry, a file to be stamped is photographed or imported, a title is filled, detailed information of a requester is automatically attached and submitted, a stamping unit signer receives a stamping file request prompt, a stamp is selected, an authorizer is selected to submit, the authorizer checks the stamping file, after agreement, a random signature code is automatically generated, the stamping position is dragged, examination and approval are completed, an applicant receives the prompt and approval, the applicant can save, share or print the stamping file at the moment, can search other stamping units to continue requesting to stamp again, and the multi-unit stamping function is realized. The office requirement can be really realized without contact.
The present applicant has described and illustrated embodiments of the present invention in detail with reference to the accompanying drawings, but it should be understood by those skilled in the art that the above embodiments are merely preferred embodiments of the present invention, and the detailed description is only for the purpose of helping the reader to better understand the spirit of the present invention, and not for limiting the scope of the present invention, and on the contrary, any improvement or modification made based on the spirit of the present invention should fall within the scope of the present invention.
Claims (10)
1. A seal anti-counterfeiting system is characterized in that:
the method comprises the following steps: the system comprises a plurality of anti-counterfeiting seals, an anti-counterfeiting seal server and an anti-counterfeiting seal client;
the anti-counterfeiting seals are all connected with the anti-counterfeiting seal server, and the anti-counterfeiting seal server is connected with the anti-counterfeiting seal client;
the anti-counterfeiting seal is characterized in that a common seal is manufactured into a remote Internet of things seal through the Internet of things, can receive an opening signal, a closing signal and a locking signal transmitted by an anti-counterfeiting seal server, and completes the opening, closing and locking operations of the anti-counterfeiting seal according to the opening signal, the closing signal and the locking signal respectively;
the anti-counterfeiting seal server stores information sent by the client and respectively sends an opening signal, a closing signal and a locking signal to one or more anti-counterfeiting seals according to an execution instruction sent by the client;
the anti-counterfeiting seal client side is used for installing and operating an anti-counterfeiting seal program, storing information obtained when the program is operated to the server, and sending an execution instruction of the final seal to the anti-counterfeiting seal server.
2. The stamp forgery prevention system according to claim 1, wherein:
the anti-counterfeiting seal also has a seal positioning function, and the position and the use position of a certain anti-counterfeiting seal can be checked through the anti-counterfeiting seal server;
the anti-counterfeiting seal further has a remote alarm function, and when the anti-counterfeiting seal is detached, an alarm is automatically given to an police.
3. The stamp forgery prevention system according to claim 1, wherein:
the anti-counterfeiting seal program comprises: the seal adding module comprises an authentication module, a seal adding module and a personnel adding module;
the authentication module, the seal adding module and the personnel adding module are sequentially connected;
the authentication module completes the account registration through real-name authentication of a legal person and real-name authentication of an enterprise;
the seal adding module is used for adding one or more seals required by an enterprise and storing seal information;
and the personnel adding module is used for adding and adding a signer and an authorizer.
4. The stamp forgery prevention system according to claim 3, wherein:
the anti-counterfeiting seal program further comprises an inquiry module, wherein a seal holder or an authorized person can inquire the corresponding seal file by the seal name and the signature code, or scan and identify by using a software scanning window, inquire the corresponding seal file by using an image, inquire out a document before sealing, compare the document with the current document with seal, and judge whether the content is consistent.
5. The stamp forgery prevention system according to claim 3, wherein:
the anti-counterfeiting seal program further comprises: a cross-domain application module;
the cross-domain seal module is respectively connected with the authentication module, the seal adding module and the personnel adding module;
the cross-domain seal module enables a client which is not in an internal local area network of an enterprise, namely a cross-domain applicant, to carry out seal operation through a cross-domain function.
6. A seal anti-counterfeiting method is realized by adopting the seal anti-counterfeiting system based on any one of claims 1 to 5, and the specific flow is as follows:
step S101: the signer or the authorizer uses the authentication module to complete the enterprise registration account;
step S102: the signer opens the anti-counterfeiting stamp client;
step S103: the signer adds one or more stamps required by an enterprise by using the stamp adding module and stores stamp information to the anti-counterfeiting stamp server;
step S104: adding a stamping file by a signer, and storing the stamping file to an anti-counterfeiting stamp server;
step S105: the signer fills the title and the stamping times for the stamping;
step S106: the signer user adding module is used for adding an authorizer and selecting the authorizer stamped at the time;
step S107: submitting a seal application and waiting for the approval of an authorizer;
step S108: an authorizer opens the anti-counterfeiting seal client, receives a seal application and checks a seal file;
step S109: judging whether the authorizer agrees to seal;
step S110: when an authorized person agrees to seal, the system randomly generates a string of signature codes according to a preset coding rule, and sends the sealing times and the seal execution instruction to the anti-counterfeiting seal server, if a physical sealing module is selected, the system transfers to a physical sealing process, and if an electronic seal module is selected, the system transfers to an electronic seal sealing process;
step S111: when the authorizer does not agree with the seal, the information that the approval fails is transmitted to the anti-counterfeiting seal server;
step S112: the anti-counterfeiting seal server transmits the information that the approval fails to pass to the seal holder, and finishes the application of stamping.
7. The stamp anti-counterfeiting method according to claim 6, characterized in that:
and if the authorizer agrees with the seal application, the first execution instruction is an opening signal, when the seal frequency reaches a set value N of the seal application, the last execution instruction is a closing signal, and if the authorizer does not agree with the seal application, the instruction is executed to lock the signal.
8. The stamp anti-counterfeiting method according to claim 6, characterized in that:
the real object stamping process comprises the following steps:
step 201: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal;
step 202: the seal holder seals the anti-counterfeiting seal applied by the seal on the seal file applied by the seal, and fills in the signature code;
step 203: judging whether the stamping times set in the stamping application are reached or not;
step 204: if the stamping times set in the stamping application are reached, finishing stamping and closing the corresponding anti-counterfeiting seal;
step 205: if the stamping times set in the stamping application have not been reached, the stamping is continued, and the process goes to step 202.
9. The stamp anti-counterfeiting method according to claim 6, characterized in that:
the electronic seal stamping process comprises the following steps:
step 301: the anti-counterfeiting seal server sends the information of the application approval of stamping to the signer, and issues an execution instruction of the anti-counterfeiting seal in the application of stamping to the anti-counterfeiting seal, wherein the anti-counterfeiting seal is a physical seal at the moment;
step 302: the signer puts the electronic seal picture applied for stamping on the stamping file, drags the seal and the signature code generated in the step S110 to a proper position, and selects whether to generate an inquiry two-dimensional code;
step 303: judging whether the stamping times set in the stamping application are reached or not;
step 304: if the stamping times set in the stamping application are reached, the stamping is finished, and the stamped files are shared, stored or printed;
step 305: if the stamping times set in the stamping application have not been reached, continuing stamping, and going to step 302.
10. The stamp anti-counterfeiting method according to claim 6, characterized in that:
the seal anti-counterfeiting method also comprises a cross-domain applicant stamping process, and the steps are as follows:
step 401: a cross-domain applicant searches out a stamping unit through a cross-domain stamping module and clicks to enter;
step 402: the cross-domain applicant takes a picture or introduces the file to be stamped, fills in a title, automatically attaches detailed information of a requester and submits the information to a stamping unit;
step 403: the seal holder of the seal unit receives the prompt of the seal file request, selects a seal, selects an authorizer and submits the selected authorizer to the authorizer;
step 404: the authorized person checks the stamped file, and after the authorized person agrees, the system automatically generates a random signature code;
step 405: dragging the electronic seal and the signature code to the seal position to complete the examination and approval;
step 406: the cross-domain applicant receives the prompt and passes the approval, and at the moment, the cross-domain applicant can save, share or print the seal file and finish the seal;
step 407: and the cross-domain applicant transfers to step 401 as required, and then searches other stamping units to continuously request for stamping again.
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| CN202010326024.1A CN111340462A (en) | 2020-04-23 | 2020-04-23 | Seal anti-counterfeiting system and method |
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| CN202010326024.1A CN111340462A (en) | 2020-04-23 | 2020-04-23 | Seal anti-counterfeiting system and method |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112100666A (en) * | 2020-09-24 | 2020-12-18 | 中国国际石油化工联合有限责任公司 | Text credit granting method, credit granting text verification method and system |
| CN112613003A (en) * | 2020-12-28 | 2021-04-06 | 中国农业银行股份有限公司 | Text processing method and device |
| CN113306317A (en) * | 2021-06-04 | 2021-08-27 | 武梓涵 | Portable intelligent seal capable of realizing office work of Internet of things |
| CN113591155A (en) * | 2021-06-17 | 2021-11-02 | 傲雄在线(重庆)科技有限公司 | Electronic seal authorization method, system, electronic equipment and storage medium |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103870932A (en) * | 2014-03-17 | 2014-06-18 | 沈自全 | Intelligent official seal and usage and management system |
| CN105938536A (en) * | 2016-04-12 | 2016-09-14 | 包永祥 | Seal management method and system |
| CN106203937A (en) * | 2016-06-24 | 2016-12-07 | 包永祥 | Seal requesting method and system |
| CN108322481A (en) * | 2018-03-19 | 2018-07-24 | 深圳讼融通网络科技有限公司 | Save and save from damage guarantee emerging system from damage on the net |
| CN109413059A (en) * | 2018-10-17 | 2019-03-01 | 合肥民众亿兴软件开发有限公司 | A kind of method and system ensuring seal safety in utilization and high efficiency |
| CN109615046A (en) * | 2018-12-15 | 2019-04-12 | 四川旭静天臣科技有限公司 | Anti-counterfeit method for stamp based on security stamp management system |
| CN110708168A (en) * | 2019-10-16 | 2020-01-17 | 包永祥 | Intelligent Internet of things stamp system |
-
2020
- 2020-04-23 CN CN202010326024.1A patent/CN111340462A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103870932A (en) * | 2014-03-17 | 2014-06-18 | 沈自全 | Intelligent official seal and usage and management system |
| CN105938536A (en) * | 2016-04-12 | 2016-09-14 | 包永祥 | Seal management method and system |
| CN106203937A (en) * | 2016-06-24 | 2016-12-07 | 包永祥 | Seal requesting method and system |
| CN108322481A (en) * | 2018-03-19 | 2018-07-24 | 深圳讼融通网络科技有限公司 | Save and save from damage guarantee emerging system from damage on the net |
| CN109413059A (en) * | 2018-10-17 | 2019-03-01 | 合肥民众亿兴软件开发有限公司 | A kind of method and system ensuring seal safety in utilization and high efficiency |
| CN109615046A (en) * | 2018-12-15 | 2019-04-12 | 四川旭静天臣科技有限公司 | Anti-counterfeit method for stamp based on security stamp management system |
| CN110708168A (en) * | 2019-10-16 | 2020-01-17 | 包永祥 | Intelligent Internet of things stamp system |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112100666A (en) * | 2020-09-24 | 2020-12-18 | 中国国际石油化工联合有限责任公司 | Text credit granting method, credit granting text verification method and system |
| CN112613003A (en) * | 2020-12-28 | 2021-04-06 | 中国农业银行股份有限公司 | Text processing method and device |
| CN112613003B (en) * | 2020-12-28 | 2023-12-08 | 中国农业银行股份有限公司 | Text processing method and device |
| CN113306317A (en) * | 2021-06-04 | 2021-08-27 | 武梓涵 | Portable intelligent seal capable of realizing office work of Internet of things |
| CN113591155A (en) * | 2021-06-17 | 2021-11-02 | 傲雄在线(重庆)科技有限公司 | Electronic seal authorization method, system, electronic equipment and storage medium |
| CN113591155B (en) * | 2021-06-17 | 2024-04-05 | 重庆亲笔签数字科技有限公司 | Electronic seal authorization method, system, electronic device and storage medium |
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Application publication date: 20200626 |