TWM602664U - Certificate digitization verification system - Google Patents

Abstract

This creation discloses a digital certificate verification system, which includes a data upload encryption unit, a key unit, and an access unit. Among them, the data upload encryption unit is used to receive the certificate file uploaded by the user, and the certificate file is encrypted and stored in the storage module; the key unit is used to generate the access link and the certificate key corresponding to the certificate file uploaded by the user ; The access unit is used to input the access link and the certificate key to decrypt and extract the certificate file corresponding to the access link and the certificate key in the storage module.

Description

Certificate digital verification system

This creation relates to a digital certificate verification system, especially a system that can upload and encrypt certificate files and provide designated users to access.

With the increasing advancement of science and technology, there are many businesses that only need users to operate on terminal devices. However, because some businesses have higher security requirements, users are required to provide supporting documents, such as double certificates, to prove whether the information filled in is consistent with the certification documents, or whether the business is handled by the user.

At present, it is common to provide a copy of the paper certificate to verify the user's identity. However, the paper-printed copy of the certificate needs to be provided by the person in person or sent by mail, which is not only inconvenient and timely, but also has the risk of information leakage due to loss of mail, and it is also easy to waste paper. Therefore, there is a need to provide a more reliable, convenient, and environmentally friendly solution.

Therefore, in order to solve the above-mentioned problems in the prior art, the purpose of this creation is to provide a digital certificate verification system, which generates the corresponding access link and certificate key after encrypting and storing the uploaded certificate file. When the user needs to provide a certificate, he only needs to provide the access link and the certificate key to the other party, instead of submitting a paper copy of the certificate. The other party can obtain the certificate file corresponding to the access link and certificate key by inputting the access link and certificate key to the certificate digital verification system, which is not only convenient and timely, but also reduces paper consumption.

The technical solution adopted by this creation to solve its technical problems is to provide a digital certificate verification system, which includes: a data upload encryption unit, a key unit, and an access unit. Among them, the data upload encryption unit includes an encryption module and a storage module. The encryption module is used to receive the certificate file uploaded by the first user's electronic device, encrypt the certificate file and store it in the storage module; the key unit, and the data upload encryption The unit is connected, and after the certificate file is uploaded, the access link and certificate key corresponding to the certificate file are generated; the access unit is connected to the data upload encryption unit to input the access link and the certificate key to decrypt and extract The certificate file corresponding to the access link and the certificate key in the storage module.

Preferably, the first user electronic device can obtain the certificate file through the image capturing component or select the certificate file stored in the first user electronic device to upload the certificate file to the data upload encryption unit.

Preferably, the key unit may further include a key generation module. The key generation module obtains the certificate file uploaded by the first user electronic device from the data upload encryption unit, and generates the access link and the certificate gold corresponding to the certificate file After the key, the access link and the certificate key are provided to the first user electronic device.

Preferably, the certificate key may have a set time limit.

Preferably, after the first user electronic device provides the access link and the certificate key to the second user electronic device, the second user electronic device can input the access link and the certificate key to the access unit to extract the corresponding certificate file .

Preferably, the access unit may further include a decryption module, and the decryption module decrypts and extracts the corresponding access link and certificate key from the storage module according to the access link and certificate key input by the second user electronic device Document files.

Preferably, the key unit may further include a watermark module, and the watermark module generates and records a watermark corresponding to the certificate key.

Preferably, after the certificate file is decrypted, the access unit attaches the watermark corresponding to the certificate key recorded by the watermark module to the certificate file.

Preferably, the watermark comes from the text and/or pattern input by the first user electronic device, or the text and/or pattern preset in the watermark module.

The digital certificate verification system created by this creation generates the corresponding access link and certificate key after uploading the certificate file. When the certificate file needs to be obtained, only the access link and certificate key are required to obtain the corresponding certificate file from this system. , It is not only instant, easy to operate and can reduce paper waste. In addition, the certificate digital verification system can add a watermark to the provided certificate file through the watermark module to further prevent the certificate file from being abused.

In the following, the creation will be further described in detail with reference to the drawings. These drawings are all simplified schematic diagrams, which only illustrate the basic structure of the creation in a schematic manner, and therefore are not intended to limit the creation.

Please refer to Figure 1. Figure 1 is a schematic diagram of a digital certificate verification system according to this authoring embodiment. This figure shows an exemplary application scenario according to this authoring embodiment. In this scenario, the user (ie, the first user) can use the first user’s electronic device 40 (in this embodiment, the mobile communication device held by the user) and the certificate when transacting related services that require the provision of identity certificates. The digital verification system 1 is connected, and after the identity certificate is uploaded to the digital verification system 1, the access link and the certificate key corresponding to the uploaded certificate file are obtained. In addition, after the first user obtains the access link and the certificate key, the access link and the certificate key can be provided to the manufacturer (ie, the second user) that handles the related business, for example, via email or SMS. The second user can connect to the digital certificate verification system 1 through the second user electronic device 50 (in this embodiment, a personal computer held by the manufacturer), and input the access link and certificate key to the digital certificate verification system 1 . After system verification, the second user can obtain the certificate file corresponding to the access link and the certificate key to facilitate the processing of related businesses.

In addition, the aforementioned related businesses can be various online businesses, such as applications for various services such as remote account opening or loan application; the aforementioned document files can be images of ID cards, health insurance cards, driving licenses, and passports; and The first user electronic device 40 and the second user electronic device 50 can be a personal computer, a notebook computer, a tablet computer, or a mobile communication device, but the invention is not limited to this.

Please refer to Figure 2. Figure 2 is a block diagram of the digital certificate verification system according to this creative embodiment.

Next, referring to FIG. 2, a certificate digitization verification system according to this creative embodiment will be described, which mainly includes a data upload encryption unit 10, a key unit 20, and an access unit 30.

Specifically, the first user electronic device 40 is connected to the data uploading and encrypting unit 10 in the certificate digitization verification system 1, and the first user electronic device 40 can obtain the certificate file through the image capturing element or select and store it in the first user electronic device. The certificate file in the device 40 is used to upload the certificate file to the data upload encryption unit 10.

The data upload encryption unit 10 further includes an encryption module 11 and a storage module 12. The encryption module 11 is used to receive the certificate file uploaded by the first user electronic device 40 and encrypt the certificate file; the storage module 12 is used to store the encryption The module 11 encrypts the completed certificate file for subsequent access by the access unit 30.

The key unit 20 is connected to the data upload encryption unit 10 and further includes a key generation module 21. After the certificate file is uploaded, the key generation module 21 obtains the certificate file uploaded by the first user electronic device 40 from the data upload encryption unit 10, and generates an access link and a certificate key corresponding to the certificate file. In addition, the certificate key can have a set time limit according to the needs of the user. In other words, the certificate key corresponding to the certificate file is only valid within the set time limit. If the set time limit is exceeded, even if the certificate key is provided, no certificate file can be obtained, thereby preventing unscrupulous persons from abusing the first after obtaining the certificate key. Credential file uploaded by user's electronic device.

In addition, the key unit may further include a watermark module 22, which generates and records a watermark corresponding to the certificate key. In this way, after the certificate file is decrypted, when the access unit 30 accesses the certificate file, the access unit 30 can attach the watermark corresponding to the certificate key recorded by the watermark module 22 to the certificate file, and then attach Credential files with watermarks are provided to users to prevent misuse of the credential files.

Further, the watermark can come from any text and/or pattern input by the first user electronic device 40, such as: "only for loan application", or "only for OO bank account opening identification" and/or the uploader Your signature, seal, or trademark, etc. In addition, the watermark can also come from the preset text and/or pattern in the watermark module 22. In addition to the text and/or pattern input by the user, the user can further add preselected presets in the watermark module 22. Set text and/or patterns, such as invalid copying, invalid alteration, or text and/or patterns for proof use to further protect the uploaded document files. In addition, the first user electronic device may also choose not to generate or record any watermark when uploading the certificate file.

After the first user electronic device 40 obtains the access link and the certificate key from the certificate digital verification system 1, the second user electronic device 50 can obtain the access link and the certificate key from the first user electronic device 40. After obtaining the access link and the certificate key, the second user electronic device 50 can be connected to the access unit 30 in the certificate digital verification system 1, and input the access link and the certificate key to the access unit 30 to obtain the storage module The corresponding document file in group 12.

The access unit 30 is connected to the data upload encryption unit 10 and further includes a decryption module 31. The decryption module 31 decrypts and extracts the certificate file corresponding to the access link and certificate key in the storage module 12 according to the access link and the certificate key input by the second user electronic device 50, and provides it to the input Take the second user electronic device 50 with the link and the certificate key.

Further, when the access link and the certificate key input by the second user electronic device 50 are verified, and the certificate file is extracted from the access unit 30, the access unit 30 may generate and record the watermark module 22 The watermark corresponding to the certificate key is attached to the certificate file, and the certificate file with the watermark is provided to the second user electronic device 50 to prevent the certificate file from being abused. However, this creation is not limited to this, and it is also possible to choose not to attach the watermark, and directly provide the certificate file uploaded by the first user electronic device 40 to the second user electronic device 50.

In addition, the first user electronic device 40, the certificate digitization verification system 1, and the second user electronic device 50 may be connected to each other through a connection module (not shown in the figure). The connection module can be a wired network module or a wireless network module, such as a network card, local area network module (LAN), Bluetooth module (Bluetooth), Wi-Fi module, fourth-generation mobile communication technology Module (4G for short), or other communication modules with similar functions, but this creation is not limited to this.

Please refer to FIG. 3, which is a flowchart of the operation method of the digital certificate verification system according to the present creation embodiment.

As shown in Figure 3, the actual operation method of a digital certificate verification system according to this creative embodiment may include steps S101 to S111 (it should be understood that the steps mentioned in this embodiment, unless otherwise specified. In addition to the order, the order can be adjusted according to actual needs, and it can even be executed simultaneously or partially).

In step S101, the first user uploads the certificate file to the data upload encryption unit through the first user electronic device. In step S102, after the data upload encryption unit encrypts the certificate file uploaded by the first user electronic device, the encrypted certificate file is stored in the storage module for subsequent access by the access unit. In step S103, the key unit generates an access link and a certificate key corresponding to the certificate file, and provides the access link and the certificate key to the first user electronic device.

Optionally, in step S104, the key unit can generate and record the watermark corresponding to the certificate key through the watermark module, or it can skip step S104 and proceed to step S105 without using the watermark according to user needs. . Wherein, the watermark can be from the text and/or pattern input by the first user electronic device, or from the text and/or pattern preset in the watermark module.

In step S105, the first user electronic device provides the access link and the certificate key to the second user electronic device. In step S106, after obtaining the access link and certificate key provided by the first user electronic device, the second user electronic device inputs the access link and certificate key to the access unit to access the certificate file.

In step S107, the access unit verifies whether the access link and the certificate key input by the second user electronic device are correct. If the access link and/or the certificate key are incorrect, or the set time limit for access is exceeded, step S108 is executed to reject the request of the second user's electronic device to access the file, and the certificate file is not provided. If the access link and certificate key are correct, and within the set time limit, continue to execute step S109 to enable the access unit to decrypt and extract the corresponding access link and certificate key from the storage module through the access link and certificate key. The certificate file of the certificate key.

Optionally, if step S104 has been performed before, in step S110, before the certificate file is provided to the second user electronic device, the access unit may attach the watermark corresponding to the certificate file recorded by the watermark module to On the document file. In addition, if you choose not to generate and record the watermark before, you can ignore this step to provide a certificate file without a watermark in the subsequent step S111.

In step S111, the access unit provides the certificate file corresponding to the access link and the certificate key to the second user's electronic device to facilitate the application of related services. In addition, in this step, according to the first user's selection in step S104, a certificate file with or without watermark can be provided. In other words, if the first user chooses to perform step S104 before, the certificate file with the watermark will be provided, and if the first user chooses not to record the watermark, the certificate file without the watermark will be provided.

In summary, the digital certificate verification system disclosed by this creation generates the corresponding access link and certificate key after uploading the certificate file, and only needs to provide the access link and certificate key when obtaining the certificate file. Obtaining the corresponding certificate files from this system is not only real-time, easy to operate, but also to ensure data security and reduce paper waste. In addition, the certificate digital verification system can further incorporate the watermark module to add a watermark to the provided certificate files to prevent the certificate files from being abused.

This creation has been described with reference to exemplary embodiments. Those with ordinary knowledge in the field can understand that, without departing from the concept and scope of the creation defined by the scope of the patent application, it can be described in form and detail. Various changes and equivalent arrangements, so the scope of protection of this creation shall be subject to the scope of the attached patent application.

1: Certificate digital verification system 10: Data upload encryption unit 11: Encryption module 12: Storage module 20: Key unit 21: Key generation module 22: Watermark module 30: Access unit 31: Decryption module 40: First user electronic device 50: Second user electronic device S101, S102, S103, S104, S105, S106, S107, S108, S109, S110, S111: steps

In order to explain the technical solution of this creation more clearly, the following will briefly introduce the diagrams that need to be used in the embodiments; Figure 1 is a schematic diagram of the digital certificate verification system according to this creative embodiment; Figure 2 is a block diagram of the digital certificate verification system according to this creative embodiment; Figure 3 is a flow chart of the operating method of the certificate digital verification system according to the authoring embodiment.

1: Certificate digital verification system

10: Data upload encryption unit

11: Encryption module

12: Storage module

20: Key unit

21: Key generation module

22: Watermark module

30: Access unit

31: Decryption module

40: First user electronic device

50: Second user electronic device

Claims (9)

A digital certificate verification system, which includes: A data upload encryption unit, including an encryption module and a storage module, the encryption module is used to receive a certificate file uploaded by a first user electronic device, encrypt the certificate file and store it in the storage module; A key unit connected to the data upload encryption unit, after the certificate file is uploaded, a certificate key and an access link corresponding to the certificate file are generated; An access unit connected to the data upload encryption unit for inputting the access link and the certificate key to decrypt and extract the certificate file corresponding to the access link and the certificate key in the storage module . The digital certificate verification system according to claim 1, wherein the first user electronic device obtains the certificate file through an image capturing component or selects the certificate file stored in the first user electronic device to upload the certificate file Upload the encryption unit to the data. The digital certificate verification system according to claim 1, wherein the key unit further includes a key generation module, and the key generation module obtains the certificate uploaded by the first user electronic device from the data upload encryption unit File, and after generating the access link and the certificate key corresponding to the certificate file, the access link and the certificate key are provided to the first user electronic device. The digital certificate verification system according to claim 3, wherein the certificate key has a set time limit. The digital certificate verification system according to claim 3, wherein after the first user electronic device provides the access link and the certificate key to a second user electronic device, the second user electronic device inputs the access Link and the certificate key to the access unit to extract the corresponding certificate file. The digital certificate verification system according to claim 5, wherein the access unit further includes a decryption module, and the decryption module decrypts according to the access link and the certificate key input by the second user electronic device And extract the certificate file corresponding to the access link and the certificate key in the storage module. The digital certificate verification system according to claim 1, wherein the key unit further includes a watermark module, and the watermark module generates and records a watermark corresponding to the certificate key. According to the digital certificate verification system according to claim 7, wherein after the certificate file is decrypted, the access unit attaches the watermark corresponding to the certificate key recorded by the watermark module to the certificate file. The digital certificate verification system according to claim 7, wherein the watermark comes from the text and/or pattern input by the first user electronic device, or the text and/or pattern preset in the watermark module.

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