Encrypted intelligent integrated communication system and method

Abstract

According to the encrypted intelligent comprehensive communication system and method, information of each independent device and corresponding cable information are pre-selected through a two-dimensional code label scheme, then encryption processing is carried out, and differentiation processing is carried out on the information obtained by different persons on the presented content through the two-dimensional code label scheme. Differentiation processing is achieved through two-dimensional code schemes with different security level permissions, the password of a low-security-level person inquires a password book of the corresponding security level through the obtained page number and line number, and a high-security-level person obtains past content by scanning the two-dimensional code and can obtain more security level information. The purpose that the displayed content is obtained by different persons through a two-dimensional code label scheme is achieved.

Description

Technical Field

[0001] The invention relates to an encrypted intelligent integrated communication system and method, and belongs to the field of integrated wiring confidential information positioning design. Background Art

[0002] In order to facilitate the implementation of integrated wiring in hidden places, it is required that the laid cables and on-site equipment labels be encrypted. Based on this requirement, a QR code label solution is introduced to encrypt the information.

[0003] At present, most of the existing QR code label solutions focus on functionality and convenience. The following key difficulties exist in the existing patent technology solutions:

[0004] 1. The QR code label scheme is prone to leaks;

[0005] 2. The information content of the QR code label solution is single;

[0006] For example, Chinese patent CN202311433892 proposes a visual management method for integrated wiring, which uses QR codes to replace traditional character labels and can store a large amount of wiring information. However, there are problems:

[0007] 1. The QR code labeling scheme is prone to cause a large amount of information leakage. For example, the QR code label content of a cable is: Local end: a certain switch, the other end is a certain device. Anyone who scans the code with a scanning device can obtain this information;

[0008] 2. Due to the consistency of QR code information, the information obtained by anyone is the same and single. For example, the content of the QR code label of a cable is: This end: a certain switch, the other end: a certain device. Regardless of whether it is a higher-level confidential personnel, or a person responsible for maintaining the equipment, or a non-equipment maintenance personnel, the information obtained by scanning the code with a scanning device is consistent; resulting in the consistency of the scope of knowledge of the content presented by the QR code label. Summary of the invention

[0009] The technical problem solved by the present invention is: in view of the problem that the current prior art lacks a two-dimensional code labeling method that can differentiate the information obtained by personnel with different confidentiality levels and meet the low risk of leakage, an encrypted intelligent integrated communication system and method are proposed.

[0010] The present invention solves the above technical problems by the following technical solutions:

[0011] An encrypted intelligent integrated communication system includes a password design module, an equipment label module, a cable label module, a label pasting module and a confidentiality level determination scanning module, wherein:

[0012] The password design module generates a device information password cable table based on all device parameter information, and generates a location information password cable table based on the correspondence between the cables and each peer device; the device information password cable table includes the content of the location information password cable table, and the confidentiality level of the device information password cable table and the location information password cable table are different;

[0013] The equipment label module generates independent QR code labels for each device based on the equipment information password cable table and the location information password cable table;

[0014] The cable label module generates corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table;

[0015] The label pasting module pastes the independent QR code label of each device on each independent device, and pastes the corresponding labels of the device and cable on the designated cable;

[0016] The confidentiality level determination scanning module receives the device call instruction, scans the independent QR code label on each device or the corresponding label of the device and cable according to the confidentiality level authority of the device call instruction, and presents the device information password cable table or location information password cable table that complies with the current confidentiality level authority, obtains the information in the table to complete the device call or device query.

[0017] The equipment information password cable table includes positioning information and equipment overall information;

[0018] The location information includes the page number and serial number of each device in the device information password cable table;

[0019] Equipment information includes the name of the local cable and the opposite equipment, cable code, cable type, cable specification, length, quantity, local information, opposite information, equipment set unit, cable set unit, installation method, remarks, cable laying time, equipment installation time, equipment power, equipment maintenance time, later fault repair, and remarks;

[0020] The local and peer information include device name, interface name, interface type, and tail cover connector model;

[0021] The device information password cable table is a database of information corresponding to devices and cables with high-level permissions.

[0022] The location information password cable table includes positioning information and equipment location information;

[0023] The positioning information is of the same type as the positioning information in the device information password cable table, including the position information password cable table of each device in the position information password cable table;

[0024] The equipment location information includes the name of the local cable and the opposite device, the cable code, the local information, and the opposite information; the types of the local information and the opposite information are the same as the equipment information password cable table. The location information password cable table is a corresponding information library for equipment and cables with low confidentiality levels, and its content is included in the equipment information password cable table.

[0025] The independent QR code label is generated based on the device information password cable table and the location information password cable table, and is used to be posted on the outer surface of each independent device for scanning by the confidentiality level determination scanning module. When the confidentiality level determination scanning module performs a scanning operation, it makes a judgment based on the confidentiality level authority of the device call instruction. When the confidentiality level authority is low, the location information password cable table is obtained after scanning the independent QR code label; when the confidentiality level authority is high, the device information password cable table is obtained after scanning the independent QR code label.

[0026] The label pasting module determines the corresponding independent device according to the specific information of the independent QR code label. After pasting is completed, the confidentiality level determination scanning module performs a second scan to determine whether the pasting is successful. If the second scan respectively obtains the device information password cable table and the location information password cable table, the pasting is successful. If only the location information password cable table appears, the pasting fails.

[0027] The label pasting module receives an external control instruction to perform a second scan. The confidentiality level authority of the label pasting module received in the second scan is different. If the location information password cable table does not appear, it is directly determined that the pasting fails.

[0028] The low-level authority and high-level authority of the device calling instruction are determined according to the calling device required by the user and the corresponding cable information range.

[0029] The independent QR code label and the cable label are distinguished by the frame design during the pasting process.

[0030] A communication method implemented according to an encrypted intelligent communication system, comprising:

[0031] Determine the location and parameter information of all independent devices, and the location and information of all cables;

[0032] Use the password design module to generate the device information password cable table and the location information password cable table;

[0033] Use the cable label module to generate corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table; use the device label module to generate independent QR code labels for each device according to the device information password cable table and the location information password cable table;

[0034] Use the label pasting module to paste the independent QR code label of each device on each independent device, and paste the corresponding labels of the device and cable on the designated cable;

[0035] The confidentiality level determination scanning module is used to receive device call instructions. According to the confidentiality level of the device call instruction, the independent QR code label on each device or the corresponding label of the device and cable is scanned, and the device information password cable table or location information password cable table that meets the current confidentiality level is presented to obtain the information in the table to complete the device call or device query.

[0036] The advantages of the present invention compared with the prior art are:

[0037] The present invention provides an encrypted intelligent integrated communication system and method, which encrypts the contents of various types of equipment and corresponding cables through a two-dimensional code label scheme, and at the same time differentiates the information obtained by different personnel through the two-dimensional code label scheme, so that relevant information such as equipment cables will not be leaked to irrelevant personnel, thereby improving confidentiality, and making the equipment and cable information obtained by personnel of different confidentiality levels different. One two-dimensional code is used to correspond to multiple code books, thereby achieving integration of multiple information, facilitating construction, and ensuring safety and confidentiality. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 The device information password cable provided by the present invention is schematically shown;

[0039] Figure 2 A schematic diagram of the position information cipher cable provided by the present invention;

[0040] Figure 3 This is a flow chart of the encrypted intelligent communication system provided by the present invention. DETAILED DESCRIPTION

[0041] An encrypted intelligent integrated communication system and method, which first pre-selects the information of each independent device and the corresponding cable information through a two-dimensional code label scheme, then performs encryption processing, and then uses the two-dimensional code label scheme to differentiate the information obtained by different personnel. Differential processing is achieved through two-dimensional code schemes with different confidentiality levels. The password of low-level personnel is obtained by the page number and line number obtained to query the password book of the corresponding confidentiality level. High-level personnel also obtain the past content by scanning the two-dimensional code, and can obtain more confidentiality information, thereby achieving the purpose of differentiating the content obtained by different personnel through the two-dimensional code label scheme.

[0042] The encrypted intelligent integrated communication system includes a password design module, an equipment label module, a cable label module, a label pasting module and a confidentiality level determination scanning module, wherein:

[0043] The password design module generates a device information password cable table based on all device parameter information, and generates a location information password cable table based on the correspondence between the cables and each peer device; the device information password cable table includes the content of the location information password cable table, and the confidentiality level of the device information password cable table and the location information password cable table are different;

[0044] The equipment label module generates independent QR code labels for each device based on the equipment information password cable table and the location information password cable table;

[0045] The cable label module generates corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table;

[0046] The label pasting module pastes the independent QR code label of each device on each independent device, and pastes the corresponding labels of the device and cable on the designated cable;

[0047] The confidentiality level determination scanning module receives the device call instruction, scans the independent QR code label on each device or the corresponding label of the device and cable according to the confidentiality level authority of the device call instruction, and presents the device information password cable table or location information password cable table that complies with the current confidentiality level authority, obtains the information in the table to complete the device call or device query.

[0048] The equipment information password cable table includes positioning information and overall equipment information;

[0049] The location information includes the page number and serial number of each device in the device information password cable table;

[0050] Equipment information includes the name of the local cable and the opposite equipment, cable code, cable type, cable specification, length, quantity, local information, opposite information, equipment set unit, cable set unit, installation method, remarks, cable laying time, equipment installation time, equipment power, equipment maintenance time, later fault repair, and remarks;

[0051] The local and peer information include device name, interface name, interface type, and tail cover connector model;

[0052] The device information password cable table is a database of information corresponding to devices and cables with high-level permissions.

[0053] The location information password cable table includes positioning information and equipment location information;

[0054] The positioning information is of the same type as the positioning information in the device information password cable table, including the position information password cable table of each device in the position information password cable table;

[0055] The equipment location information includes the name of the local cable and the opposite device, the cable code, the local information, and the opposite information; the types of the local information and the opposite information are the same as the equipment information password cable table. The location information password cable table is a corresponding information library for equipment and cables with low confidentiality levels, and its content is included in the equipment information password cable table.

[0056] Independent QR code labels are generated based on the device information password cable table and the location information password cable table, and are used to be posted on the outer surface of each independent device for scanning by the confidentiality level determination scanning module. When the confidentiality level determination scanning module performs a scanning operation, it makes a judgment based on the confidentiality level authority of the device call instruction. When the confidentiality level authority is low, the location information password cable table is obtained after scanning the independent QR code label; when the confidentiality level authority is high, the device information password cable table is obtained after scanning the independent QR code label.

[0057] The label pasting module determines the corresponding independent device based on the specific information of the independent QR code label. After pasting is completed, the confidentiality level determination scanning module performs a second scan to determine whether the pasting is successful. If the second scan respectively obtains the device information password cable table and the location information password cable table, the pasting is successful. If only the location information password cable table appears, the pasting fails.

[0058] The label pasting module receives an external control instruction for secondary scanning. The confidentiality level of the label pasting module received in the secondary scanning is different. If the location information password cable table does not appear, it is directly determined that the pasting fails.

[0059] The low-level and high-level permissions for device call instructions are determined based on the device and corresponding cable information range required by the user. Figure 3 shown.

[0060] The following is further described in conjunction with the accompanying drawings and preferred embodiments of the specification:

[0061] In the current embodiment, if Figure 1 As shown, make a password cable table 1, that is, the equipment information password cable table, including the following detailed information: page number, serial number and other positioning information, including the cable local and opposite end equipment positions, cable code, cable type, cable specification, length (m), quantity, local end position, equipment name, interface name, interface type, connector model (tail cover), opposite end position, equipment name, interface name, interface type, connector model (tail cover), equipment set unit, cable set unit, installation method, remarks, cable laying time, equipment installation time, equipment power and other information, equipment maintenance time, later fault repair, remarks and other information.

[0062] like Figure 2As shown, a password cable table 2, i.e., a location information password cable table, is prepared, including the following detailed information: page number, serial number and other positioning information, and the content includes only the location information of the local end and the opposite end of the cable.

[0063] The QR code is a label pasted on the device, that is, the device label module is used to generate an independent QR code label for each device according to the device information password cable table and the location information password cable table.

[0064] By scanning the QR code, you can find the page number and row and column number of the code book corresponding to the device and determine the device name information. Based on this information, you can determine the device name, device manufacturer, device installation method, device interface information, device installation time, time required for device maintenance, device power, faults and other information. The QR code label can ensure that device information will not be leaked to people outside the scope of knowledge, and people within the scope of knowledge can obtain relevant information of the corresponding level by querying the code book of the corresponding level. Therefore, one QR code corresponds to different code books, so that people at different levels obtain different device information, which not only ensures the security of state secrets, but also enables relevant personnel to obtain corresponding information, facilitating work and equipment maintenance.

[0065] The QR code is a label attached to the cable, that is, the cable label module is used to generate device and cable corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table;

[0066] By scanning the QR code, you can find the page number and row number of the code book corresponding to the device, determine the cable information, and other specific information of the corresponding code book. Based on this information, you can determine the location of the cable at this end and the other end, the cable code, cable type, cable specification, length (m), quantity, the location of the device connected to the cable at this end, the device name, interface name, interface type, connector model (tail cover), the location of the device connected to the other end, the device name, interface name, interface type, connector model (tail cover), the complete set unit of the local or opposite end device, the complete set unit of the cable, and the upper load on the local or opposite end. The QR code label can ensure that the cable information will not be leaked to people outside the scope of knowledge, and the people within the scope of knowledge can obtain the relevant information of the corresponding level by querying the code book of the corresponding level. Therefore, one QR code corresponds to different code books, so that the cable information obtained by people of different levels is also different, which not only ensures the security of state secrets, but also enables relevant personnel to obtain corresponding information, which is convenient for work and cable maintenance.

[0067] The specific technical solution is: by attaching a label to the cable, scanning the label with a QR code scanner during equipment cable maintenance, the content will be obtained: "34 pages, 5 lines (equipment software...)", which can be obtained by anyone, so the content is not confidential; the password of low-level personnel can be obtained by querying the password book of the corresponding level through the obtained page number and line number. Figure 2 The content shown; thereby achieving innovation point 1: encrypting the presented content through the QR code label solution.

[0068] High-level personnel can also obtain the content by scanning the QR code: "34 pages, 5 lines (device software...)". Through the page number and line number obtained, they can query their own code book of corresponding level and obtain the QR code content. Thus, innovation point 2 is realized: the content presented is obtained by different personnel through the QR code label solution.

[0069] During the pasting process, independent QR code labels and cable labels are distinguished by border design, with thicker borders used as device labels.

[0070] In this embodiment, the presented content is encrypted through the QR code label scheme, so that relevant information such as equipment cables will not be leaked to irrelevant personnel, thereby improving confidentiality. At the same time, the presented content is differentiated by the information obtained by different personnel through the QR code label scheme. This scheme enables different equipment and cable information obtained by personnel with different confidentiality levels to be different. One QR code is used to correspond to multiple code books to achieve the integration of multiple information, facilitate construction, and ensure safety and confidentiality.

[0071] Although the present invention has been disclosed as above in the form of a preferred embodiment, it is not intended to limit the present invention. Any person skilled in the art may make possible changes and modifications to the technical solution of the present invention by using the methods and technical contents disclosed above without departing from the spirit and scope of the present invention. Therefore, any simple modifications, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention without departing from the content of the technical solution of the present invention shall fall within the protection scope of the technical solution of the present invention.

[0072] The contents not described in detail in the specification of the present invention belong to the common knowledge of those skilled in the art.

Claims

1. An encrypted intelligent integrated communication system, characterized in that: It includes password design module, equipment label module, cable label module, label sticking module and confidentiality level determination scanning module, among which: The password design module generates a device information password cable table based on all device parameter information, and generates a location information password cable table based on the correspondence between the cables and each peer device; the device information password cable table includes the content of the location information password cable table, and the confidentiality level of the device information password cable table and the location information password cable table are different; The equipment label module generates independent QR code labels for each device based on the equipment information password cable table and the location information password cable table; The cable label module generates corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table; The label pasting module pastes the independent QR code label of each device on each independent device, and pastes the corresponding labels of the device and cable on the designated cable; The confidentiality level determination scanning module receives the device call instruction, scans the independent QR code label on each device or the corresponding label of the device and cable according to the confidentiality level authority of the device call instruction, and presents the device information password cable table or location information password cable table that complies with the current confidentiality level authority, obtains the information in the table to complete the device call or device query.

2. An encrypted intelligent integrated communication system according to claim 1, characterized in that: The equipment information password cable table includes positioning information and equipment overall information; The location information includes the page number and serial number of each device in the device information password cable table; Equipment information includes the name of the local cable and the opposite equipment, cable code, cable type, cable specification, length, quantity, local information, opposite information, equipment set unit, cable set unit, installation method, remarks, cable laying time, equipment installation time, equipment power, equipment maintenance time, later fault repair, and remarks; The local and peer information include device name, interface name, interface type, and tail cover connector model; The device information password cable table is a database of information corresponding to devices and cables with high-level permissions.

3. The encrypted intelligent integrated communication system according to claim 1, characterized in that: The location information password cable table includes positioning information and equipment location information; The positioning information is of the same type as the positioning information in the device information password cable table, including the position information password cable table of each device in the position information password cable table; The equipment location information includes the name of the local cable and the opposite device, the cable code, the local information, and the opposite information; the types of the local information and the opposite information are the same as the equipment information password cable table. The location information password cable table is a corresponding information library for equipment and cables with low confidentiality levels, and its content is included in the equipment information password cable table.

4. The encrypted intelligent integrated communication system according to claim 1, characterized in that: The independent QR code label is generated based on the device information password cable table and the location information password cable table, and is used to be posted on the outer surface of each independent device for scanning by the confidentiality level determination scanning module. When the confidentiality level determination scanning module performs a scanning operation, it is judged according to the confidentiality level authority of the device call instruction. When the confidentiality level authority is low, the independent QR code label is scanned to obtain the location information password cable table; When the confidentiality level is advanced, the independent QR code label can be scanned to obtain the device information password cable list.

5. The encrypted intelligent integrated communication system according to claim 1, characterized in that: The label pasting module determines the corresponding independent device according to the specific information of the independent QR code label. After pasting is completed, the confidentiality level determination scanning module performs a second scan to determine whether the pasting is successful. If the second scan respectively obtains the device information password cable table and the location information password cable table, the pasting is successful. If only the location information password cable table appears, the pasting fails.

6. An encrypted intelligent integrated communication system according to claim 5, characterized in that: The label pasting module receives an external control instruction to perform a second scan. The confidentiality level authority of the label pasting module received in the second scan is different. If the location information password cable table does not appear, it is directly determined that the pasting fails.

7. The encrypted intelligent integrated communication system according to claim 1, characterized in that: The low-level authority and high-level authority of the device calling instruction are determined according to the calling device required by the user and the corresponding cable information range.

8. The encrypted intelligent integrated communication system according to claim 1, characterized in that: The independent QR code label and the cable label are distinguished by the frame design during the pasting process.

9. A communication method implemented by the encrypted intelligent communication system according to claim 1, characterized in that include: Determine the location and parameter information of all independent devices, and the location and information of all cables; Use the password design module to generate the device information password cable table and the location information password cable table; Use the cable label module to generate device and cable corresponding labels for each device and the opposite end cable according to the location information password cable table and the location information password cable table; Use the device label module to generate independent QR code labels for each device based on the device information password cable table and the location information password cable table; Use the label pasting module to paste the independent QR code label of each device on each independent device, and paste the corresponding labels of the device and cable on the designated cable; The confidentiality level determination scanning module is used to receive device call instructions. According to the confidentiality level of the device call instruction, the independent QR code label on each device or the corresponding label of the device and cable is scanned, and the device information password cable table or location information password cable table that meets the current confidentiality level is presented to obtain the information in the table to complete the device call or device query.

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