A multi-mode mutual verification intelligent inspection system and method

Abstract

The present invention provides a multi-mode mutual verification intelligent inspection system and method. According to the basic data of the reservoir area inspection, a reservoir area inspection point QR code corresponding to the reservoir area inspection point code value is generated, and the code is offset printed on the reservoir area inspection point code value NFC tag; an intelligent inspection APP module is set on the mobile terminal PDA, and the reservoir area inspection area GIS geographic map is imported to obtain the GIS geographic location information of the reservoir area inspection point, and the reservoir area inspection process information is stored; the intelligent inspection APP module is combined with the GIS geographic location to intelligently guide the reservoir area inspection navigation, and multiple reservoir area inspections and multiple reservoir area inspection points are sequentially inspected and the reservoir area inspection status data of multiple reservoir area inspection points are recorded; offline precise guidance is performed to reach the reservoir area inspection point through the offline inertial navigation module of the mobile terminal PDA, the reservoir area inspection pre-stored information is retrieved, the reservoir area inspection pre-stored information is updated, and online and offline induction scanning multi-mode mutual verification intelligent inspection is performed.

Description

Technical Field

[0001] The present invention relates to the technical field of wireless induction navigation positioning intelligent inspection technology, and more specifically, to a multi-mode mutual verification intelligent inspection system and method. Background Art

[0002] At present, with the rapid development of large-scale facility storage area inspection, NFC (Near Field NFC is a short-range wireless communication technology with three transmission speeds of 106Kbit / s, 212Kbit / s and 424Kbit / s, which can realize data transmission between handheld mobile devices and NFC tags. The existing NFC intelligent inspection is a management method based on NFC technology. During the inspection of the warehouse area, the inspection staff of the warehouse area will carry a handheld mobile device that can sense NFC tags, and bring the handheld mobile device close to the NFC tag of a certain inspection point of the warehouse area. The data of the unique inspection point code of the NFC tag is obtained through the NFC chip sensing on the device and the APP application. After the acquired inspection point code data is collected and uploaded to the APP system for intelligent judgment, the detailed information of the relevant inspection items of the current inspection point is further displayed on the screen of the handheld mobile device, and then the inspection report of the warehouse area is completed on the screen. Using NFC intelligent inspection can realize real-time upload and storage of data, avoiding the tedious process of manual data recording required by the traditional inspection method of the warehouse area, which has the great advantages of improving work efficiency, reducing labor cost and time cost, and improving data reliability. It has been widely used in factories, hospitals, schools and shopping malls.

[0003] Using the NFC intelligent inspection system, the inspection staff in the reservoir area can upload and store data in real time during the inspection process, which provides great convenience for the inspection and reporting work in the reservoir area. However, according to the scene of a power station, some problems will be encountered in use:

[0004] 1. The communication sensing distance is not far enough: According to a certain work site scenario, such as several adjacent cabinets, in order to ensure that the NFC tags that are not far apart are easy to be accurately and uniquely identified on the handheld mobile terminal, the communication distance is usually required to be between a few centimeters, and it is necessary to get close to the NFC tag for identification. During the inspection of the warehouse area according to the inspection route and the order of the inspection points in the warehouse area, the inspection staff of the warehouse area sometimes encounter obstacles such as large pipelines and temporary iron frames. It is very inconvenient to bring the handheld mobile terminal close to the NFC tag on a certain inspection point in the warehouse area. The warehouse inspection point coding information on the NFC tag cannot be normally sensed and obtained. It is necessary to detour or temporarily move a certain device before sensing, which will affect work efficiency;

[0005] 2. NFC tag damage: In the operating and production environment of a power plant, due to the vibration of various equipment and the noise of machine operation, some NFC tags may be damaged over time. When encountering a damaged NFC tag, the APP application on the handheld mobile terminal cannot obtain the data information on the NFC tag, thus affecting the reporting of the warehouse inspection operation;

[0006] 3. Data cannot be transmitted and uploaded in real time: In a remote location of a power plant building, the WiFi signal may not be fully covered. After the data information obtained on the NFC tag is uploaded to the APP system through a handheld mobile terminal, there is no way to connect to the database for intelligent judgment and identification. The corresponding reservoir inspection point and all project information that requires reservoir inspection cannot be displayed on the screen. These problems need to be solved; therefore, it is necessary to propose a multi-mode mutual verification intelligent inspection system and method to at least partially solve the problems existing in the prior art. Summary of the invention

[0007] A series of simplified concepts are introduced in the content of the invention, which will be further described in detail in the specific implementation method section; the content of the invention of the present invention does not mean to attempt to limit the key features and essential technical features of the technical solution claimed for protection, nor does it mean to attempt to determine the scope of protection of the technical solution claimed for protection.

[0008] In order to at least partially solve the above problems, the present invention provides a multi-mode mutual verification intelligent inspection system, comprising:

[0009] The inspection code two-dimensional inkjet coding subsystem encodes each inspection point in the warehouse area according to the basic inspection data of the warehouse area, obtains the inspection point code value, generates the inspection point two-dimensional code corresponding to the inspection point code value, and offset prints it on the inspection point code value NFC tag;

[0010] Intelligent inspection geographic information subsystem: set up an intelligent inspection APP module on the mobile PDA, import the GIS geographic map of the reservoir inspection area, obtain the GIS geographic location information of the reservoir inspection points, and store the reservoir inspection process information;

[0011] The intelligent guided warehouse inspection navigation subsystem, based on the PDA positioning information of the warehouse inspection mobile terminal, intelligently guides the warehouse inspection navigation through the intelligent inspection APP module combined with the GIS geographical location, and sequentially conducts warehouse inspections at multiple warehouse inspection points and records the inspection status data of multiple warehouse inspection points;

[0012] The offline multi-mode mutual verification intelligent inspection subsystem uses the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the warehouse inspection point, retrieve the pre-stored inspection information of the warehouse area, update the pre-stored inspection information of the warehouse area, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0013] Preferably, the inspection coding two-dimensional inkjet coding subsystem includes:

[0014] The warehouse area inspection basic data coding subsystem creates a warehouse area inspection system basic database based on the warehouse area inspection basic data; codes each warehouse area inspection point in the warehouse area inspection system basic database to obtain the warehouse area inspection point coding value;

[0015] The NFC tag data writing subsystem writes the warehouse inspection point code value into the NFC tag through the NFC tag information entry module, and obtains the warehouse inspection point code value NFC tag;

[0016] The QR code generation and automatic printing subsystem generates a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module and automatic inkjet printing, and offset prints it on an NFC tag of the coding value of the warehouse inspection point; generates a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module and automatic inkjet printing, and offset prints it on an NFC tag of the coding value of the warehouse inspection point, including: generating a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module; offset printing each QR code of the warehouse inspection point on an NFC tag of the warehouse inspection point coding value with the corresponding warehouse inspection point coding value written therein through automatic printing; each coding value of the warehouse inspection point is a unique and non-repetitive coding value; each coding value of the warehouse inspection point corresponds one-to-one to each QR code of the warehouse inspection point; and comparing the consistency of the list through intelligent recognition and verification of the NFC tag QR code.

[0017] Preferably, the intelligent inspection geographic information subsystem includes:

[0018] PDA intelligent inspection subsystem, set up an intelligent inspection APP module on the mobile PDA; in the intelligent inspection APP module, import the GIS geographical map of the inspection area of ​​the reservoir area;

[0019] The GIS information subsystem of the inspection point in the reservoir area obtains the GIS geographical location information of the inspection point in the reservoir area through the intelligent inspection APP module; and stores the GIS geographical location information of the inspection point in the reservoir area in the inspection point record storage table;

[0020] The reservoir inspection process information recording subsystem automatically stores the reservoir inspection point GIS geographic location information during the reservoir inspection process. At the same time, the intelligent inspection APP module automatically records the reservoir inspection time information and the reservoir inspection mobile terminal PDA positioning information.

[0021] Preferably, the intelligent guided warehouse inspection navigation subsystem includes:

[0022] The warehouse inspection point positioning subsystem locates the mobile PDA at the warehouse inspection point according to the warehouse inspection mobile PDA positioning information;

[0023] The intelligent guidance regional navigation subsystem uses the intelligent inspection APP module combined with GIS geographic location to intelligently guide the inspection navigation of the reservoir area within the inspection area;

[0024] The navigation warehouse area inspection data processing subsystem performs warehouse area inspections at multiple warehouse area inspection points and records warehouse area inspection status data at multiple warehouse area inspection points in sequence according to the intelligently guided warehouse area inspection navigation.

[0025] Preferably, the offline multi-mode mutual verification intelligent inspection subsystem includes:

[0026] The offline warehouse inspection inertial navigation subsystem pre-sets the offline warehouse inspection working mode, and uses the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the warehouse inspection point, and obtain the pre-stored warehouse inspection information and the offline warehouse inspection point code value;

[0027] The multi-mode mutual verification intelligent inspection subsystem retrieves the pre-stored inspection information of the warehouse area according to the offline warehouse area inspection point code value, updates the pre-stored inspection information of the warehouse area, and performs online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0028] The present invention provides a multi-mode mutual verification intelligent inspection method, comprising:

[0029] S100, according to the basic data of the warehouse inspection, encode each warehouse inspection point to obtain the warehouse inspection point code value, generate the warehouse inspection point QR code corresponding to the warehouse inspection point code value, and offset print it on the warehouse inspection point code value NFC tag;

[0030] S200, setting up an intelligent inspection APP module on the mobile PDA, importing the GIS geographical map of the reservoir inspection area, obtaining the GIS geographical location information of the reservoir inspection points, and storing the reservoir inspection process information;

[0031] S300, based on the PDA positioning information of the warehouse inspection mobile terminal, the intelligent inspection APP module combines the GIS geographical location to intelligently guide the warehouse inspection navigation, and sequentially conduct warehouse inspections at multiple warehouse inspection points and record the warehouse inspection status data at multiple warehouse inspection points;

[0032] S400 uses the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the warehouse inspection point, retrieve the pre-stored inspection information of the warehouse area, update the pre-stored inspection information of the warehouse area, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0033] Preferably, S100 includes:

[0034] S101, creating a basic database of the warehouse inspection system based on the basic data of the warehouse inspection; encoding each warehouse inspection point in the basic database of the warehouse inspection system to obtain the code value of the warehouse inspection point;

[0035] S102, writing the warehouse inspection point code value into the NFC tag through the NFC tag information input module, and obtaining the warehouse inspection point code value NFC tag;

[0036] S103, generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module and automatic inkjet printing, and offset print it on the warehouse area inspection point coding value NFC tag; generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module and automatic inkjet printing, and offset print it on the warehouse area inspection point coding value NFC tag including: generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module; offset print each warehouse area inspection point QR code on the warehouse area inspection point coding value NFC tag with the corresponding warehouse area inspection point coding value written in it through automatic printing; each warehouse area inspection point coding value is a unique and non-repetitive coding value; each warehouse area inspection point coding value corresponds to each warehouse area inspection point QR code one by one; and compare the consistency of the list through NFC tag QR code intelligent recognition verification.

[0037] Preferably, S200 includes:

[0038] S201, setting up an intelligent inspection APP module on the mobile PDA; importing a GIS geographical map of the inspection area of ​​the reservoir area into the intelligent inspection APP module;

[0039] S202, obtaining GIS geographical location information of inspection points in the reservoir area through the intelligent inspection APP module; storing the GIS geographical location information of the inspection points in the reservoir area in the inspection point record storage table;

[0040] S203, during the inspection of the storage area, the GIS geographical location information of the inspection points in the storage area is automatically stored, and the intelligent inspection APP module automatically records the inspection time information of the storage area and the positioning information of the mobile PDA of the storage area inspection.

[0041] Preferably, S300 includes:

[0042] S301, according to the positioning information of the mobile terminal PDA for the warehouse inspection, the mobile terminal PDA is positioned at the warehouse inspection point;

[0043] S302, intelligently guide the inspection navigation of the reservoir area through the intelligent inspection APP module combined with the GIS geographic location within the inspection area of ​​the reservoir area;

[0044] S303, according to the intelligent guided warehouse inspection navigation, warehouse inspections are performed at multiple warehouse inspection points in sequence and warehouse inspection status data of multiple warehouse inspection points are recorded.

[0045] Preferably, S400 includes:

[0046] S401, pre-setting an offline warehouse inspection working mode, using an offline inertial navigation module of a mobile PDA to accurately guide the mobile device to a warehouse inspection point, and obtaining pre-stored warehouse inspection information and offline warehouse inspection point code values;

[0047] S402, according to the offline warehouse inspection point code value, retrieve the warehouse inspection pre-stored information, update the warehouse inspection pre-stored information, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0048] Compared with the prior art, the present invention has at least the following beneficial effects:

[0049] The present invention provides a multi-mode mutual verification intelligent inspection system and method, which utilizes the inspection coding two-dimensional inkjet coding subsystem to encode each inspection point in the storage area according to the basic inspection data of the storage area, obtain the inspection point coding value of the storage area, generate the inspection point two-dimensional code corresponding to the inspection point coding value of the storage area, and offset print it on the inspection point coding value NFC tag of the storage area; the intelligent inspection geographic information subsystem sets an intelligent inspection APP module on the mobile terminal PDA, imports the inspection area GIS geographic map of the storage area, obtains the GIS geographic location information of the inspection point in the storage area, and stores the inspection process information of the storage area; intelligently guides the inspection navigation of the storage area The subsystem, according to the positioning information of the mobile terminal PDA of the reservoir area inspection, intelligently guides the reservoir area inspection navigation through the intelligent inspection APP module combined with the GIS geographical location, and sequentially performs reservoir area inspections at multiple reservoir area inspection points and records the reservoir area inspection status data at multiple reservoir area inspection points; the offline multi-mode mutual verification intelligent inspection subsystem, through the offline inertial navigation module of the mobile terminal PDA, performs offline precise guidance to reach the reservoir area inspection point, retrieves the pre-stored information of the reservoir area inspection, updates the pre-stored information of the reservoir area inspection, and performs online and offline induction scanning multi-mode mutual verification intelligent inspection; the present invention has significant innovation: it combines the selection of QR Code two-dimensional code scanning and the storage of reservoir area inspection geographical location information on the NFC technology, and is an innovative behavior of applying emerging information technology to practice. By adding the storage area inspection method of QR code scanning, the system has efficient operation capability. By simultaneously storing the control of GIS geographic location information, the enterprise storage area inspection management method is achieved, which provides a new use method for the innovation of the enterprise storage area inspection management mode. The present invention has significant practicality: the intelligent inspection system of the Internet of Things PDA combining NFC, QR Code and offline technology adds a new method for obtaining the data value of the NFC tag, which provides a more free space for the management method of hanging and posting the NFC tag; it avoids the economic cost and operation and maintenance cost caused by the immediate replacement of the damaged NFC tag; the designed offline mode remedies the deficiency of being unable to upload the storage area inspection data without wireless network coverage. These features play a very important practical role in the storage area inspection management mode and are unanimously recognized by enterprise users; the present invention has significant stability: the QR Code combination is selected to increase the function of obtaining the data value in the NFC tag. The QR code printed on the NFC tag is not easy to be damaged and lose information, and is easier to be stored for a long time. When the method of close-range sensing NFC tags is not adopted, the storage area inspection process will not be affected by the temporary damage of the NFC tag, which can ensure the normal and stable use of the function.The offline warehouse inspection mode expands the function of uploading warehouse inspection data in the case of working scenarios where it is impossible to upload warehouse inspection data in real time, which brings obvious usage guarantee for the stable operation of warehouse inspection staff; the present invention has remarkable high efficiency: the intelligent inspection system of the Internet of Things PDA that adopts NFC, QR Code two-dimensional code and offline technology can freely choose the way to obtain NFC tag data value according to the warehouse inspection scene, which is optional. The combination of NFC short-range communication technology, QR Code two-dimensional code scanning and offline warehouse inspection mode can select the appropriate working mode according to the working scenario during the warehouse inspection process, which can solve the problem of not being able to respond in time due to emergencies, ensure the normal development of warehouse inspection work, and create conditions for the efficient production operation of the enterprise.

[0050] The multi-mode mutual verification intelligent inspection system and method described in the present invention, other advantages, objectives and features of the present invention will be reflected in part through the following description, and in part will be understood by technical personnel in the field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0051] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0052] Figure 1 This is a diagram of an embodiment of a multi-mode mutual verification intelligent inspection system described in the present invention.

[0053] Figure 2 This is a diagram of an offline inspection implementation example of a multi-mode mutual verification intelligent inspection system and method described in the present invention.

[0054] Figure 3 This is another embodiment diagram of offline inspection of a multi-mode mutual verification intelligent inspection system and method described in the present invention.

[0055] Figure 4 This is a diagram of an embodiment of data synchronization of a multi-mode mutual verification intelligent inspection system and method described in the present invention.

[0056] Figure 5 This is a diagram of an embodiment of a multi-mode mutual verification intelligent inspection and scanning device described in the present invention. DETAILED DESCRIPTION

[0057] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments so that those skilled in the art can implement the invention according to the instructions. Figure 1-Figure 5 As shown, the present invention provides a multi-mode mutual verification intelligent inspection system, comprising:

[0058] The inspection code two-dimensional inkjet coding subsystem encodes each inspection point in the warehouse area according to the basic inspection data of the warehouse area, obtains the inspection point code value, generates the inspection point two-dimensional code corresponding to the inspection point code value, and offset prints it on the inspection point code value NFC tag;

[0059] Intelligent inspection geographic information subsystem: set up an intelligent inspection APP module on the mobile PDA, import the GIS geographic map of the reservoir inspection area, obtain the GIS geographic location information of the reservoir inspection points, and store the reservoir inspection process information;

[0060] The intelligent guided warehouse inspection navigation subsystem, based on the PDA positioning information of the warehouse inspection mobile terminal, intelligently guides the warehouse inspection navigation through the intelligent inspection APP module combined with the GIS geographical location, and sequentially conducts warehouse inspections at multiple warehouse inspection points and records the inspection status data of multiple warehouse inspection points;

[0061] The offline multi-mode mutual verification intelligent inspection subsystem uses the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the warehouse inspection point, retrieve the pre-stored inspection information of the warehouse area, update the pre-stored inspection information of the warehouse area, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0062] The principle and effect of the above technical solution are as follows: the present invention provides a multi-mode mutual verification intelligent inspection system, including: an inspection coding two-dimensional inkjet coding subsystem, which encodes each inspection point in the warehouse area according to the basic inspection data of the warehouse area to obtain the inspection point coding value, generates a warehouse inspection point two-dimensional code corresponding to the inspection point coding value, and offset prints it on the NFC tag of the inspection point coding value; an intelligent inspection geographic information subsystem, which sets an intelligent inspection APP module on the mobile PDA, imports the GIS geographic map of the inspection area of ​​the warehouse area, obtains the GIS geographic location information of the inspection point in the warehouse area, and stores the inspection process information of the warehouse area ; Intelligent guided warehouse inspection navigation subsystem, based on the warehouse inspection mobile terminal PDA positioning information, through the intelligent inspection APP module combined with GIS geographical location, intelligently guides the warehouse inspection navigation, and sequentially conducts warehouse inspections at multiple warehouse inspection points and records the warehouse inspection status data at multiple warehouse inspection points; offline multi-mode mutual verification intelligent inspection subsystem, through the offline inertial navigation module of the mobile terminal PDA, conducts offline precise guidance to reach the warehouse inspection point, retrieves the warehouse inspection pre-stored information, updates the warehouse inspection pre-stored information, and conducts online and offline induction scanning multi-mode mutual verification intelligent inspection; in combination with the use of QR in NFC technology Code QR code scanning, storage area inspection geographic location information, increase the warehouse area inspection of QR code scanning; by storing GIS geographic location information control at the same time, the enterprise warehouse area inspection management is carried out; NFC, QR Code and offline technology are combined, and the Internet of Things PDA intelligent inspection system is used to create a new method for obtaining the data value of NFC tags, providing free space for the hanging and posting management of NFC tags; the NFC tag is damaged and the data link is still maintained; inertial navigation is used, and the warehouse area inspection data is still uploaded through the offline data link in the absence of wireless network coverage through the offline inspection mode; the warehouse area inspection data is still uploaded in the absence of wireless network coverage; the QR Code QR code combination is selected to increase the function of obtaining the data value in the NFC tag; the QR code printed on the NFC tag will not lose information for a long time and will be stored for a long time. When the close-range sensing NFC tag method is not adopted, the warehouse area inspection process will not be affected by the temporary damage of the NFC tag, and the function is used normally and stably; the offline warehouse area inspection mode expands the warehouse area inspection data upload function in the working scenario where the warehouse area inspection data cannot be uploaded in real time; NFC, QR The intelligent inspection system of the Internet of Things PDA that combines QR Code QR code and offline technology can freely choose the way to obtain NFC tag data value according to the scene of the warehouse inspection. It is flexible to choose; NFC short-range communication technology, QR Code QR code scanning, and offline warehouse inspection mode are combined and selected. During the warehouse inspection process, according to the working scene, the appropriate working mode is selected to deal with emergencies; QR Code QR code scanning is combined with NFC technology to store the geographical location information of the warehouse inspection; and the warehouse inspection with QR code scanning is added;By storing GIS geographic location information control and enterprise warehouse inspection management at the same time, NFC, QR Code and offline technology are combined, and the Internet of Things PDA intelligent inspection system is adopted to create a new method for obtaining the data value of NFC tags, which provides more freedom for the management method of hanging and posting NFC tags; it avoids the economic cost and operation and maintenance cost caused by the immediate replacement of damaged NFC tags; the invention applies emerging information technology to practical innovation with significant innovation; it has efficient operation capability; it provides a new use method for the innovation of enterprise warehouse inspection management mode; it adopts inertial navigation, through the offline inspection mode, it still keeps uploading warehouse inspection data through the offline data link in the absence of wireless network coverage; it solves the problem that the warehouse inspection data cannot be uploaded in the absence of wireless network coverage; these characteristics play a very important practical role in the warehouse inspection management mode; the use of QR Code QR code combination, adding the function of obtaining the data value in the NFC tag; the QR code printed on the NFC tag will not lose information for a long time and will be stored for a long time. When the close-range sensing NFC tag method is not adopted, the warehouse inspection process will not be affected by the temporary damage of the NFC tag, and the function can be guaranteed to be used normally and stably; the offline warehouse inspection mode expands the function of uploading warehouse inspection data in the working scenario where the warehouse inspection data cannot be uploaded in real time, bringing obvious beneficial effects to the stable operation of the warehouse inspection staff; the intelligent inspection system of the Internet of Things PDA that combines NFC, QR Code QR code and offline technology can freely choose the method of obtaining the NFC tag data value according to the warehouse inspection scene, and flexibly choose; the combination of NFC short-range communication technology, QR Code QR code scanning, and offline warehouse inspection mode can select the appropriate working mode according to the working scenario during the warehouse inspection process, and the problems that cannot be solved in time due to emergencies can be solved, ensuring the normal development of warehouse inspection work and creating conditions for the efficient production operation of enterprises; it has significant efficiency. ;

[0063] In one embodiment, the inspection coding two-dimensional inkjet coding subsystem includes:

[0064] The warehouse area inspection basic data coding subsystem creates a warehouse area inspection system basic database based on the warehouse area inspection basic data; codes each warehouse area inspection point in the warehouse area inspection system basic database to obtain the warehouse area inspection point coding value;

[0065] The NFC tag data writing subsystem writes the warehouse inspection point code value into the NFC tag through the NFC tag information entry module, and obtains the warehouse inspection point code value NFC tag;

[0066] The QR code generation and automatic printing subsystem generates a QR code for the warehouse inspection point corresponding to the warehouse inspection point coding value through the encoding QR code generation software module and automatic inkjet printing, and offset prints it on the NFC tag of the warehouse inspection point coding value.

[0067] The principle and effect of the above technical solution are as follows: according to the basic data of warehouse inspection, a basic database of the warehouse inspection system is created; each warehouse inspection point in the basic database of the warehouse inspection system is encoded to obtain the encoding value of the warehouse inspection point; the NFC tag data writing subsystem writes the encoding value of the warehouse inspection point in the NFC tag through the NFC tag information entry module to obtain the NFC tag of the encoding value of the warehouse inspection point; the QR code generation and automatic printing subsystem generates a QR code of the warehouse inspection point corresponding to the encoding value of the warehouse inspection point through the encoding QR code generation software module and inkjet automatic printing, and offset prints it on the NFC tag of the encoding value of the warehouse inspection point; the corresponding code value of the encoding system conversion is set, and the data system code value and the encoding system code value are used. The values ​​are automatically matched to encode the basic data of the warehouse inspection; a warehouse inspection point QR code corresponding to the warehouse inspection point coding value is generated through the coding QR code generation software module and automatic inkjet printing, and the code is offset printed on the warehouse inspection point coding value NFC tag, including: a warehouse inspection point QR code corresponding to the warehouse inspection point coding value is generated through the coding QR code generation software module; each warehouse inspection point QR code is offset printed on the warehouse inspection point coding value NFC tag with the corresponding warehouse inspection point coding value written in it through automatic printing; each warehouse inspection point coding value is a unique and non-repetitive coding value; each warehouse inspection point coding value corresponds to each warehouse inspection point QR code one by one; and the consistency of the comparison list is verified through NFC tag QR code intelligent recognition.

[0068] In one embodiment, the intelligent inspection geographic information subsystem includes:

[0069] PDA intelligent inspection subsystem, set up an intelligent inspection APP module on the mobile PDA; in the intelligent inspection APP module, import the GIS geographical map of the inspection area of ​​the reservoir area;

[0070] The GIS information subsystem of the inspection point in the reservoir area obtains the GIS geographical location information of the inspection point in the reservoir area through the intelligent inspection APP module; and stores the GIS geographical location information of the inspection point in the reservoir area in the inspection point record storage table;

[0071] The reservoir inspection process information recording subsystem automatically stores the reservoir inspection point GIS geographic location information during the reservoir inspection process. At the same time, the intelligent inspection APP module automatically records the reservoir inspection time information and the reservoir inspection mobile terminal PDA positioning information.

[0072] The principle and effect of the above technical solution are as follows: using large-model AI automatic APP program writing to generate intelligent inspection APP program; PDA intelligent inspection subsystem, setting up intelligent inspection APP module on mobile PDA; importing the GIS geographic map of the inspection area of ​​the reservoir area in the intelligent inspection APP module; the reservoir inspection point GIS information subsystem, obtaining the GIS geographic location information of the reservoir inspection point through the intelligent inspection APP module; storing the GIS geographic location information of the reservoir inspection point in the reservoir inspection point record storage table; the reservoir inspection process information recording subsystem, automatically storing the GIS geographic location information of the reservoir inspection point during the reservoir inspection process, and the intelligent inspection APP module automatically records the reservoir inspection time information And the PDA positioning information of the mobile terminal for warehouse area inspection; automatically store the GIS geographical location information of the warehouse area inspection points during the warehouse area inspection process, and at the same time, the intelligent inspection APP module automatically records the warehouse area inspection time information and the PDA positioning information of the mobile terminal for warehouse area inspection, including: when the mobile terminal PDA senses the NFC tag of the warehouse area inspection point code value or scans the warehouse area inspection point QR code, the intelligent inspection APP module automatically obtains the GIS geographical location information of the warehouse area inspection point in the warehouse area inspection point record storage table; the GIS geographical location information of the warehouse area inspection points during the warehouse area inspection process is stored in the warehouse area inspection process record data table; at the same time, the intelligent inspection APP module automatically records the warehouse area inspection time information and the PDA positioning information of the mobile terminal for warehouse area inspection.

[0073] In one embodiment, the intelligent guided warehouse inspection navigation subsystem includes:

[0074] The warehouse inspection point positioning subsystem locates the mobile PDA at the warehouse inspection point according to the warehouse inspection mobile PDA positioning information;

[0075] The intelligent guidance regional navigation subsystem uses the intelligent inspection APP module combined with GIS geographic location to intelligently guide the inspection navigation of the reservoir area within the inspection area;

[0076] The navigation warehouse area inspection data processing subsystem performs warehouse area inspections at multiple warehouse area inspection points and records warehouse area inspection status data at multiple warehouse area inspection points in sequence according to the intelligently guided warehouse area inspection navigation.

[0077] The principle and effect of the above technical solution are as follows: according to the distribution of inspection points in the reservoir area, an automatic lifting navigation and positioning beacon is set at the high point inspection area of ​​the reservoir area, and an automatic lifting navigation and positioning beacon is set at the low point inspection area near the water; the automatic lifting navigation and positioning beacon at the high point of the reservoir area uses a lifting guide chain to automatically lift and lower the distance from the water surface according to the distance between the inspection point and the water surface of the reservoir area; the automatic lifting navigation and positioning beacon at the low point near the water is set near the water surface using a fixed-length scale on the water surface and automatically lifts and lowers to keep the distance from the water surface when the water surface of the reservoir area rises and falls. Surface distance; intelligent guidance of storage area inspection navigation, storage area inspection point positioning subsystem, according to the storage area inspection mobile terminal PDA positioning information, through the storage area inspection point positioning mobile terminal PDA; intelligent guidance area navigation subsystem, through the intelligent inspection APP module combined with GIS geographical location, in the storage area inspection area, intelligent guidance storage area inspection navigation; navigation storage area inspection data processing subsystem, according to the intelligent guidance of storage area inspection navigation, sequentially conduct storage area inspections at multiple storage area inspection points and record storage area inspection status data at multiple storage area inspection points.

[0078] In one embodiment, the offline multi-mode mutual verification intelligent inspection subsystem includes:

[0079] The offline warehouse inspection inertial navigation subsystem pre-sets the offline warehouse inspection working mode, and uses the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the warehouse inspection point, and obtain the pre-stored warehouse inspection information and the offline warehouse inspection point code value;

[0080] The multi-mode mutual verification intelligent inspection subsystem retrieves the pre-stored inspection information of the warehouse area according to the offline warehouse area inspection point code value, updates the pre-stored inspection information of the warehouse area, and performs online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0081] The principle and effect of the above technical solution are as follows: using offline multi-mode mutual verification intelligent inspection, offline warehouse area inspection inertial navigation subsystem, pre-setting offline warehouse area inspection working mode, and using the offline inertial navigation module of the mobile terminal PDA to accurately guide the vehicle to the warehouse area inspection point offline, and obtain the pre-stored information of the warehouse area inspection and the coding value of the offline warehouse area inspection point; the multi-mode mutual verification intelligent inspection subsystem retrieves the pre-stored information of the warehouse area inspection according to the coding value of the offline warehouse area inspection point, updates the pre-stored information of the warehouse area inspection, and performs online offline sensing scanning multi-mode mutual verification intelligent inspection; pre-setting the offline warehouse area inspection working mode, and using the offline inertial navigation module of the mobile terminal PDA to accurately guide the vehicle to the warehouse area inspection point offline, and obtain the pre-stored information of the warehouse area inspection and the coding value of the offline warehouse area inspection point, including: pre-setting the offline warehouse area inspection working mode, in advance under the condition of wireless network coverage, The coding values ​​of multiple warehouse inspection points under each warehouse inspection route, the multiple warehouse inspection items at each warehouse inspection point, and the template data of multiple reporting items under each warehouse inspection item are recorded and downloaded to the storage space of the handheld mobile terminal PDA to obtain the pre-stored information of the warehouse inspection; the offline inertial navigation module of the mobile terminal PDA is used to provide offline precise guidance to the warehouse inspection point to obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point, including: when the mobile terminal PDA is in the offline warehouse inspection working mode, the offline inertial navigation module of the mobile terminal PDA is used to use the offline mode of the warehouse inspection area GIS geographic map of the intelligent inspection APP module to provide offline precise guidance to the warehouse inspection point; the mobile terminal PDA senses the NFC tag of the coding value of the warehouse inspection point or scans the QR code of the warehouse inspection point to obtain the coding value of the offline warehouse inspection point.

[0082] The present invention provides a multi-mode mutual verification intelligent inspection method, comprising:

[0083] S100, according to the basic data of the warehouse inspection, encode each warehouse inspection point to obtain the warehouse inspection point code value, generate the warehouse inspection point QR code corresponding to the warehouse inspection point code value, and offset print it on the warehouse inspection point code value NFC tag;

[0084] S200, setting up an intelligent inspection APP module on the mobile PDA, importing the GIS geographical map of the reservoir inspection area, obtaining the GIS geographical location information of the reservoir inspection points, and storing the reservoir inspection process information;

[0085] S300, based on the PDA positioning information of the warehouse inspection mobile terminal, the intelligent inspection APP module combines the GIS geographical location to intelligently guide the warehouse inspection navigation, and sequentially conduct warehouse inspections at multiple warehouse inspection points and record the warehouse inspection status data at multiple warehouse inspection points;

[0086] S400 uses the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the warehouse inspection point, retrieve the pre-stored inspection information of the warehouse area, update the pre-stored inspection information of the warehouse area, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0087] The principle and effect of the above technical solution are as follows: the present invention provides a multi-mode mutual verification intelligent inspection method, including: according to the basic data of the reservoir area inspection, encoding each reservoir area inspection point to obtain the reservoir area inspection point coding value, generating the reservoir area inspection point QR code corresponding to the reservoir area inspection point coding value, and offset printing it on the reservoir area inspection point coding value NFC tag; setting the intelligent inspection APP module on the mobile terminal PDA, importing the reservoir area inspection area GIS geographical map, obtaining the GIS geographical location information of the reservoir area inspection point, and storing the reservoir area inspection process information; according to the positioning information of the reservoir area inspection mobile terminal PDA, through the intelligent inspection APP module combined with the GIS geographical location, intelligently guiding the reservoir area inspection navigation, sequentially performing reservoir area inspections at multiple reservoir area inspection points and recording the reservoir area inspection status data at multiple reservoir area inspection points; performing offline precise guidance to reach the reservoir area inspection point through the offline inertial navigation module of the mobile terminal PDA, retrieving the reservoir area inspection pre-stored information, updating the reservoir area inspection pre-stored information, and performing online and offline induction scanning multi-mode mutual verification intelligent inspection;

[0088] In NFC technology, QR Code scanning is combined with the geographical location information of warehouse inspection to increase the warehouse inspection of QR code scanning; by simultaneously storing GIS geographical location information control, enterprise warehouse inspection management is carried out; NFC, QR Code and offline technology are combined, and the IoT PDA intelligent inspection system is used to create a new method for obtaining the data value of NFC tags, providing free space for the hanging and posting management of NFC tags; the data link is still maintained when the NFC tag is damaged; inertial navigation is used, and the warehouse inspection data is still uploaded through the offline data link in the absence of wireless network coverage through the offline inspection mode; the warehouse inspection data is still uploaded in the absence of wireless network coverage; the QR Code combination is selected to increase the function of obtaining the data value in the NFC tag; the QR code printed on the NFC tag will not lose information for a long time and will be stored for a long time. When the close-range sensing NFC tag method is not adopted, the warehouse inspection process will not be affected by the temporary damage of the NFC tag, and the function is used normally and stably; in the offline warehouse inspection mode, the warehouse inspection data upload function is expanded in the working scenario where the warehouse inspection data cannot be uploaded in real time; NFC, QR The intelligent inspection system of the Internet of Things PDA that combines QR Code QR code and offline technology can freely choose the way to obtain NFC tag data value according to the on-site inspection scene of the warehouse area, and flexibly choose; NFC short-range communication technology, QR Code QR code scanning, and offline warehouse area inspection mode are combined and selected. During the warehouse area inspection process, according to the work scene, the appropriate work mode is selected to deal with emergencies; QR Code QR code scanning is combined with NFC technology to store the geographic location information of the warehouse area inspection; the warehouse area inspection with QR code scanning is increased; by simultaneously storing GIS geographic location information control, enterprise warehouse area inspection management, using NFC, QR Code and offline technology are combined, and the Internet of Things PDA intelligent inspection system is used to create a new method for obtaining the data value of NFC tags, which provides more freedom for the management of hanging and posting NFC tags; it avoids the economic cost and operation and maintenance cost caused by the immediate replacement of damaged NFC tags; the invention applies emerging information technology to practical innovation and has significant innovation; it has efficient operation capabilities; it provides a new use method for the innovation of enterprise warehouse inspection management mode; it adopts inertial navigation, through the offline inspection mode, it still keeps uploading warehouse inspection data through the offline data link in the absence of wireless network coverage; it solves the problem that the warehouse inspection data cannot be uploaded in the absence of wireless network coverage; these characteristics play a very important practical role in the warehouse inspection management mode; the QR Code two-dimensional code combination is selected to increase the function of obtaining the data value in the NFC tag;The QR code printed on the NFC tag will not lose information for a long time and will be stored for a long time. When the NFC tag cannot be sensed at close range, the warehouse inspection process will not be affected by temporary damage to the NFC tag, and the function can be used normally and stably. The offline warehouse inspection mode expands the function of uploading warehouse inspection data in the working scenario where the warehouse inspection data cannot be uploaded in real time, which brings obvious beneficial effects to the stable operation of the warehouse inspection staff. The intelligent inspection system of the Internet of Things PDA that combines NFC, QR Code and offline technology can freely choose the method of obtaining NFC tag data value according to the warehouse inspection scene, and can be flexibly selected. The combination of NFC short-distance communication technology, QR Code scanning and offline warehouse inspection mode can select the appropriate working mode according to the working scenario during the warehouse inspection process, so that the problems that cannot be solved in time due to emergencies can be solved, ensuring the normal development of warehouse inspection work and creating conditions for the efficient production and operation of enterprises. It has significant efficiency. ;

[0089] In one embodiment, S100 includes:

[0090] S101, creating a basic database of the warehouse inspection system based on the basic data of the warehouse inspection; encoding each warehouse inspection point in the basic database of the warehouse inspection system to obtain the code value of the warehouse inspection point;

[0091] S102, writing the warehouse inspection point code value into the NFC tag through the NFC tag information input module, and obtaining the warehouse inspection point code value NFC tag;

[0092] S103, generating a QR code corresponding to the warehouse inspection point coding value through the coding QR code generation software module and automatic inkjet printing, and offset printing it on the warehouse inspection point coding value NFC tag.

[0093] The principle and effect of the above technical solution are as follows: according to the basic data of warehouse inspection, a basic database of the warehouse inspection system is created; each warehouse inspection point in the basic database of the warehouse inspection system is encoded to obtain the encoding value of the warehouse inspection point; the encoding value of the warehouse inspection point is written into the NFC tag through the NFC tag information entry module to obtain the NFC tag of the encoding value of the warehouse inspection point; the warehouse inspection point QR code corresponding to the encoding value of the warehouse inspection point is generated through the encoding QR code generation software module and automatic printing of inkjet coding, and it is offset printed on the NFC tag of the encoding value of the warehouse inspection point; the corresponding code value of the encoding system conversion is set, and the data system code value and the encoding system code value are automatically corresponded; the corresponding code value of the encoding system conversion is set, and the data system code value and the encoding system code value are automatically corresponded The binary code value is automatically matched to encode the basic data of the warehouse area inspection; the warehouse area inspection point QR code corresponding to the warehouse area inspection point coding value is generated through the encoding QR code generation software module and the automatic printing of the inkjet code, and the QR code is offset printed on the NFC tag of the warehouse area inspection point coding value, including: the warehouse area inspection point QR code corresponding to the warehouse area inspection point coding value is generated through the encoding QR code generation software module; each warehouse area inspection point QR code is offset printed on the NFC tag of the warehouse area inspection point coding value with the corresponding warehouse area inspection point coding value written in it through automatic printing; each warehouse area inspection point coding value is a unique and non-repetitive coding value; each warehouse area inspection point coding value corresponds to each warehouse area inspection point QR code one by one; the consistency of the comparison list is verified through the NFC tag QR code intelligent recognition.

[0094] In one embodiment, S200 includes:

[0095] S201, setting up an intelligent inspection APP module on the mobile PDA; importing a GIS geographical map of the inspection area of ​​the reservoir area into the intelligent inspection APP module;

[0096] S202, obtaining GIS geographical location information of inspection points in the reservoir area through the intelligent inspection APP module; storing the GIS geographical location information of the inspection points in the reservoir area in the inspection point record storage table;

[0097] S203, during the inspection of the storage area, the GIS geographical location information of the inspection points in the storage area is automatically stored, and the intelligent inspection APP module automatically records the inspection time information of the storage area and the positioning information of the mobile PDA of the storage area inspection.

[0098] The principle and effect of the above technical solution are as follows: using large model AI automatic APP program to write, generate intelligent inspection APP program; setting up intelligent inspection APP module on mobile PDA; importing GIS geographical map of reservoir inspection area in intelligent inspection APP module; obtaining GIS geographical location information of reservoir inspection points through intelligent inspection APP module; storing GIS geographical location information of reservoir inspection points in reservoir inspection point record storage table; automatically storing GIS geographical location information of reservoir inspection points during reservoir inspection, and at the same time, automatically recording reservoir inspection time information and reservoir inspection mobile terminal PDA positioning information by intelligent inspection APP module; automatically storing The GIS geographic location information of the storage area inspection points during the storage area inspection process, and the intelligent inspection APP module automatically records the storage area inspection time information and the storage area inspection mobile terminal PDA positioning information, including: when the mobile terminal PDA senses the storage area inspection point code value NFC tag or scans the storage area inspection point QR code, the intelligent inspection APP module automatically obtains the storage area inspection point GIS geographic location information in the storage area inspection point record storage table; the storage area inspection point GIS geographic location information during the storage area inspection process is stored in the storage area inspection process record data table; at the same time, the intelligent inspection APP module automatically records the storage area inspection time information and the storage area inspection mobile terminal PDA positioning information.

[0099] In one embodiment, S300 includes:

[0100] S301, according to the positioning information of the mobile terminal PDA for the warehouse inspection, the mobile terminal PDA is positioned at the warehouse inspection point;

[0101] S302, intelligently guide the inspection navigation of the reservoir area through the intelligent inspection APP module combined with the GIS geographic location within the inspection area of ​​the reservoir area;

[0102] S303, according to the intelligent guided warehouse inspection navigation, warehouse inspections are performed at multiple warehouse inspection points in sequence and warehouse inspection status data of multiple warehouse inspection points are recorded.

[0103] The principle and effect of the above technical solution are as follows: according to the distribution of inspection points in the reservoir area, an automatic lifting and lowering navigation and positioning beacon is set in the inspection area of ​​the high point of the reservoir area in the high point inspection area, and an automatic lifting and lowering navigation and positioning beacon is set in the inspection area of ​​the low point near the water in the reservoir area; the automatic lifting and lowering navigation and positioning beacon at the high point of the reservoir area uses a lifting guide chain to automatically lift and lower to maintain the distance from the water surface according to the distance between the inspection point and the water surface of the reservoir area; the automatic lifting and lowering navigation and positioning beacon at the low point near the water is set near the water surface using a fixed-length scale on the water surface and automatically lifts and lowers to maintain the distance from the water surface when the water surface of the reservoir area rises and falls; according to the positioning information of the PDA of the reservoir inspection mobile terminal, the mobile terminal PDA is positioned through the reservoir inspection point; through the intelligent inspection APP module combined with the GIS geographical location, the reservoir inspection navigation is intelligently guided within the reservoir inspection area; according to the intelligently guided reservoir inspection navigation, multiple reservoir inspection points and multiple reservoir inspection points are inspected in turn and the inspection status data of the reservoir inspection points are recorded.

[0104] In one embodiment, S400 includes:

[0105] S401, pre-setting an offline warehouse inspection working mode, using an offline inertial navigation module of a mobile PDA to accurately guide the mobile device to a warehouse inspection point, and obtaining pre-stored warehouse inspection information and offline warehouse inspection point code values;

[0106] S402, according to the offline warehouse inspection point code value, retrieve the warehouse inspection pre-stored information, update the warehouse inspection pre-stored information, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection.

[0107] The principle and effect of the above technical solution are: pre-setting the offline warehouse inspection working mode, and using the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the warehouse inspection point, and obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point; according to the coding value of the offline warehouse inspection point, retrieving the pre-stored information of the warehouse inspection, updating the pre-stored information of the warehouse inspection, and performing online and offline induction scanning multi-mode mutual verification intelligent inspection; pre-setting the offline warehouse inspection working mode, and using the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the warehouse inspection point, and obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point, including: pre-setting the offline warehouse inspection working mode, and in advance, multiple warehouse inspection points under each warehouse inspection route are set under the condition of wireless network coverage. The coding value, multiple warehouse inspection items of each warehouse inspection point, and multiple reporting item template data under each warehouse inspection item are recorded and downloaded to the storage space of the handheld mobile terminal PDA to obtain the pre-stored information of the warehouse inspection; the offline inertial navigation module of the mobile terminal PDA is used to accurately guide the user to the warehouse inspection point to obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point, including: when the mobile terminal PDA is in the offline warehouse inspection working mode, the offline inertial navigation module of the mobile terminal PDA is used to accurately guide the user to the warehouse inspection point in the offline mode of the warehouse inspection area GIS geographic map of the smart inspection APP module; the coding value of the offline warehouse inspection point is obtained by sensing the NFC tag of the warehouse inspection point coding value or scanning the QR code of the warehouse inspection point through the mobile terminal PDA.

[0108] Although the embodiments of the present invention have been disclosed as above, they are not limited to the applications listed in the specification and the implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and the illustrations shown and described herein.

Claims

1. A multi-mode mutual verification intelligent inspection system, characterized in that: include: The inspection code two-dimensional inkjet coding subsystem encodes each inspection point in the warehouse area according to the basic inspection data of the warehouse area, obtains the inspection point code value, generates the inspection point two-dimensional code corresponding to the inspection point code value, and offset prints it on the inspection point code value NFC tag; Intelligent inspection geographic information subsystem: set up an intelligent inspection APP module on the mobile PDA, import the GIS geographic map of the reservoir inspection area, obtain the GIS geographic location information of the reservoir inspection points, and store the reservoir inspection process information; The intelligent guided warehouse inspection navigation subsystem, based on the PDA positioning information of the warehouse inspection mobile terminal, intelligently guides the warehouse inspection navigation through the intelligent inspection APP module combined with the GIS geographical location, and sequentially conducts warehouse inspections at multiple warehouse inspection points and records the inspection status data of multiple warehouse inspection points; The offline multi-mode mutual verification intelligent inspection subsystem uses the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the inspection point in the warehouse area, retrieve the pre-stored inspection information in the warehouse area, update the pre-stored inspection information in the warehouse area, and conduct online and offline induction scanning multi-mode mutual verification intelligent inspection; The intelligent guided warehouse inspection and navigation subsystem includes: The warehouse inspection point positioning subsystem locates the mobile PDA at the warehouse inspection point according to the warehouse inspection mobile PDA positioning information; The intelligent guidance regional navigation subsystem uses the intelligent inspection APP module combined with GIS geographic location to intelligently guide the inspection navigation of the reservoir area within the inspection area; The navigation warehouse inspection data processing subsystem performs warehouse inspections at multiple warehouse inspection points and records warehouse inspection status data at multiple warehouse inspection points in sequence according to the intelligent guided warehouse inspection navigation; According to the distribution of inspection points in the reservoir area, an automatic lifting navigation and positioning beacon is set at the high point inspection area of ​​the reservoir area, and an automatic lifting navigation and positioning beacon is set at the low point inspection area near the water; the automatic lifting navigation and positioning beacon at the high point of the reservoir area uses a lifting guide chain to automatically lift and lower the distance from the water surface according to the distance between the inspection point and the water surface of the reservoir area; the automatic lifting navigation and positioning beacon at the low point near the water is set near the water surface using a fixed-length scale on the water surface and automatically lifts and lowers to maintain the distance from the water surface when the water surface of the reservoir area rises and falls; The offline multi-mode mutual verification intelligent inspection subsystem includes: The offline warehouse inspection inertial navigation subsystem pre-sets the offline warehouse inspection working mode, and uses the offline inertial navigation module of the mobile PDA to accurately guide the vehicle to the warehouse inspection point, and obtain the pre-stored warehouse inspection information and the offline warehouse inspection point code value; The multi-mode mutual verification intelligent inspection subsystem retrieves the pre-stored inspection information of the warehouse area according to the code value of the offline warehouse area inspection point, updates the pre-stored inspection information of the warehouse area, and performs online and offline induction scanning multi-mode mutual verification intelligent inspection; Pre-set the offline warehouse inspection working mode, and use the offline inertial navigation module of the mobile PDA to accurately guide the mobile device to the warehouse inspection point offline, and obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point. The following includes: Pre-set the offline warehouse inspection working mode, and in advance, under the condition of wireless network coverage, record and download the coding values ​​of multiple warehouse inspection points under each warehouse inspection route, multiple warehouse inspection items at each warehouse inspection point, and multiple reporting item template data under each warehouse inspection item to the storage space of the handheld mobile PDA, and obtain the pre-stored information of the warehouse inspection. information; use the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the storage area inspection point, and obtain the pre-stored storage inspection information and the offline storage area inspection point coding value, including: when the mobile PDA is in the offline storage area inspection working mode, use the offline inertial navigation module of the mobile PDA and the offline mode of the storage area inspection area GIS geographic map of the smart inspection APP module to provide offline precise guidance to the storage area inspection point; use the mobile PDA to sense the storage area inspection point coding value NFC tag or scan the storage area inspection point QR code to obtain the offline storage area inspection point coding value.

2. A multi-mode mutual verification intelligent inspection system according to claim 1, characterized in that: Inspection coding 2D inkjet coding subsystem includes: The warehouse area inspection basic data coding subsystem creates a warehouse area inspection system basic database based on the warehouse area inspection basic data; codes each warehouse area inspection point in the warehouse area inspection system basic database to obtain the warehouse area inspection point coding value; The NFC tag data writing subsystem writes the warehouse inspection point code value into the NFC tag through the NFC tag information entry module, and obtains the warehouse inspection point code value NFC tag; The QR code generation and automatic printing subsystem generates a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module and automatic inkjet printing, and offset prints it on an NFC tag of the coding value of the warehouse inspection point; generates a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module and automatic inkjet printing, and offset prints it on an NFC tag of the coding value of the warehouse inspection point, including: generating a QR code for a warehouse inspection point corresponding to the coding value of the warehouse inspection point through a coding QR code generation software module; offset printing each QR code of the warehouse inspection point on an NFC tag of the warehouse inspection point coding value with the corresponding warehouse inspection point coding value written therein through automatic printing; each coding value of the warehouse inspection point is a unique and non-repetitive coding value; each coding value of the warehouse inspection point corresponds one-to-one to each QR code of the warehouse inspection point; and comparing the consistency of the list through intelligent recognition and verification of the NFC tag QR code.

3. The multi-mode mutual verification intelligent inspection system according to claim 1 is characterized in that: The intelligent inspection geographic information subsystem includes: PDA intelligent inspection subsystem, set up an intelligent inspection APP module on the mobile PDA; in the intelligent inspection APP module, import the GIS geographical map of the inspection area of ​​the reservoir area; The GIS information subsystem of the inspection point in the reservoir area obtains the GIS geographical location information of the inspection point in the reservoir area through the intelligent inspection APP module; and stores the GIS geographical location information of the inspection point in the reservoir area in the inspection point record storage table; The reservoir inspection process information recording subsystem automatically stores the reservoir inspection point GIS geographic location information during the reservoir inspection process. At the same time, the intelligent inspection APP module automatically records the reservoir inspection time information and the reservoir inspection mobile terminal PDA positioning information.

4. A multi-mode mutual verification intelligent inspection method, characterized in that: include: S100, according to the basic data of the warehouse inspection, each warehouse inspection point is encoded to obtain the warehouse inspection point code value, a warehouse inspection point QR code corresponding to the warehouse inspection point code value is generated, and the QR code is offset printed on the warehouse inspection point code value NFC tag; S200, setting up an intelligent inspection APP module on the mobile PDA, importing the GIS geographical map of the reservoir inspection area, obtaining the GIS geographical location information of the reservoir inspection points, and storing the reservoir inspection process information; S300, based on the PDA positioning information of the warehouse inspection mobile terminal, the intelligent inspection APP module combines the GIS geographical location to intelligently guide the warehouse inspection navigation, and sequentially conduct warehouse inspections at multiple warehouse inspection points and record the warehouse inspection status data at multiple warehouse inspection points; S400, through the offline inertial navigation module of the mobile PDA, it provides offline precise guidance to the inspection point of the storage area, retrieves the pre-stored inspection information of the storage area, updates the pre-stored inspection information of the storage area, and performs online and offline induction scanning multi-mode mutual verification intelligent inspection; In one embodiment, S300 includes: S301, according to the positioning information of the mobile terminal PDA for the warehouse inspection, the mobile terminal PDA is positioned at the warehouse inspection point; S302, intelligently guide the inspection navigation of the reservoir area through the intelligent inspection APP module combined with the GIS geographic location within the inspection area of ​​the reservoir area; S303, according to the intelligent guided warehouse inspection navigation, sequentially perform warehouse inspections at multiple warehouse inspection points and record warehouse inspection status data at multiple warehouse inspection points; According to the distribution of inspection points in the reservoir area, an automatic lifting navigation and positioning beacon is set at the high point inspection area of ​​the reservoir area, and an automatic lifting navigation and positioning beacon is set at the low point inspection area near the water; the automatic lifting navigation and positioning beacon at the high point of the reservoir area uses a lifting guide chain to automatically lift and lower the distance from the water surface according to the distance between the inspection point and the water surface of the reservoir area; the automatic lifting navigation and positioning beacon at the low point near the water is set near the water surface using a fixed-length scale on the water surface and automatically lifts and lowers to maintain the distance from the water surface when the water surface of the reservoir area rises and falls; S400 includes: S401, pre-setting an offline warehouse inspection working mode, using an offline inertial navigation module of a mobile PDA to accurately guide the mobile device to a warehouse inspection point, and obtaining pre-stored warehouse inspection information and offline warehouse inspection point code values; S402, according to the offline warehouse inspection point code value, retrieve the warehouse inspection pre-stored information, update the warehouse inspection pre-stored information, and perform online and offline induction scanning multi-mode mutual verification intelligent inspection; Pre-set the offline warehouse inspection working mode, and use the offline inertial navigation module of the mobile PDA to accurately guide the mobile device to the warehouse inspection point offline, and obtain the pre-stored information of the warehouse inspection and the coding value of the offline warehouse inspection point. The following includes: Pre-set the offline warehouse inspection working mode, and in advance, under the condition of wireless network coverage, record and download the coding values ​​of multiple warehouse inspection points under each warehouse inspection route, multiple warehouse inspection items at each warehouse inspection point, and multiple reporting item template data under each warehouse inspection item to the storage space of the handheld mobile PDA, and obtain the pre-stored information of the warehouse inspection. information; use the offline inertial navigation module of the mobile PDA to provide offline precise guidance to the storage area inspection point, and obtain the pre-stored storage inspection information and the offline storage area inspection point coding value, including: when the mobile PDA is in the offline storage area inspection working mode, use the offline inertial navigation module of the mobile PDA and the offline mode of the storage area inspection area GIS geographic map of the smart inspection APP module to provide offline precise guidance to the storage area inspection point; use the mobile PDA to sense the storage area inspection point coding value NFC tag or scan the storage area inspection point QR code to obtain the offline storage area inspection point coding value.

5. A multi-mode mutual verification intelligent inspection method according to claim 4, characterized in that: S100 includes: S101, creating a basic database of the warehouse inspection system based on the basic data of the warehouse inspection; encoding each warehouse inspection point in the basic database of the warehouse inspection system to obtain the code value of the warehouse inspection point; S102, writing the warehouse inspection point code value into the NFC tag through the NFC tag information input module, and obtaining the warehouse inspection point code value NFC tag; S103, generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module and automatic inkjet printing, and offset print it on the warehouse area inspection point coding value NFC tag; generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module and automatic inkjet printing, and offset print it on the warehouse area inspection point coding value NFC tag including: generate a QR code corresponding to the warehouse area inspection point coding value through a coding QR code generation software module; offset print each warehouse area inspection point QR code on the warehouse area inspection point coding value NFC tag with the corresponding warehouse area inspection point coding value written in it through automatic printing; each warehouse area inspection point coding value is a unique and non-repetitive coding value; each warehouse area inspection point coding value corresponds to each warehouse area inspection point QR code one by one; and compare the consistency of the list through NFC tag QR code intelligent recognition verification.

6. A multi-mode mutual verification intelligent inspection method according to claim 4, characterized in that: S200 includes: S201, setting up an intelligent inspection APP module on the mobile PDA; importing a GIS geographical map of the inspection area of ​​the reservoir area into the intelligent inspection APP module; S202, obtaining GIS geographical location information of inspection points in the reservoir area through the intelligent inspection APP module; storing the GIS geographical location information of the inspection points in the reservoir area in the inspection point record storage table; S203, during the inspection of the storage area, the GIS geographical location information of the inspection points in the storage area is automatically stored, and the intelligent inspection APP module automatically records the inspection time information of the storage area and the positioning information of the mobile PDA of the storage area inspection.

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