CN108200123B - Internet of things industrial cloud monitoring system based on safety inspection equipment - Google Patents
Internet of things industrial cloud monitoring system based on safety inspection equipment Download PDFInfo
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- CN108200123B CN108200123B CN201711310775.9A CN201711310775A CN108200123B CN 108200123 B CN108200123 B CN 108200123B CN 201711310775 A CN201711310775 A CN 201711310775A CN 108200123 B CN108200123 B CN 108200123B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
Abstract
The invention discloses an Internet of things industrial cloud monitoring system and method based on safety inspection equipment, and the system comprises the following steps: the system comprises a safety inspection device, a client computer and a cloud service platform, wherein the safety inspection device and the client computer are connected to the cloud service platform. The Internet of things industrial cloud monitoring system based on the safety inspection equipment adopts the safety inspection equipment, the client computer and the cloud service platform; the cloud service platform can display the distribution situation on a map according to the type of the safety inspection equipment and display the working state of the safety equipment in real time; therefore, the safety inspection equipment scattered everywhere can be monitored more conveniently, and the map distribution condition and the current state of various different types of safety inspection equipment can be monitored.
Description
Technical Field
The invention relates to the technical field of Internet of things big data cloud computing platforms, in particular to an Internet of things industrial cloud monitoring system based on safety inspection equipment.
Background
The internet of things industrial cloud management system of the networked equipment is an industrial-level industrial cloud platform based on a WEB framework, and a user can use the industrial-level industrial cloud platform to create a data monitoring and analyzing system of any scale. The platform provides a simple and fast application environment, engineers develop engineering projects on a common computer, the created engineering projects can be directly accessed by various devices such as a PC, a smart phone and a tablet personal computer on a network, the server does not need WEB servers such as IIS, a client does not need any basic installation and only needs a browser, and the cloud network information platform provides an ideal solution for projects needing visual monitoring and data analysis on various platforms. Can be widely applied to various fields such as industrial manufacturing, medical treatment and health, aerospace, transportation industry, pesticide production, safety inspection equipment, monitoring equipment, office equipment and the like. Different data analysis modes can be adopted under the framework of the platform for different fields of application.
In the security inspection system in the prior art, security inspection equipment is not combined with an industrial cloud management system of the internet of things, each security inspection equipment operates independently, and management and monitoring of scattered security inspection equipment are very inconvenient.
Therefore, the prior art still needs to be improved and developed to address the above drawbacks.
Disclosure of Invention
In view of the defects of the prior art, the invention aims to provide an internet of things industrial cloud monitoring system based on safety inspection equipment, and aims to solve the problems that in the prior art, the safety inspection equipment is independently detected, and management and monitoring of scattered safety inspection equipment are inconvenient.
The technical scheme of the invention is as follows:
the utility model provides a thing networking industry cloud monitored control system based on safety inspection equipment, includes wherein: the system comprises a plurality of safety inspection devices, client computers and cloud service platforms;
the safety inspection equipment is connected with the client computer and used for processing the detected data through the client computer;
the client computer is connected with the cloud service platform and used for processing and displaying the data sent by the safety inspection equipment and sending the processed data to the cloud service platform;
the cloud service platform is used for analyzing, counting, processing and storing the data sent by the client computer, displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time.
Further, the cloud service platform comprises: the system comprises a Server load balance, two Web Server servers, a DB Server and a Redis Server; the server load balance is connected with the two web servers; the Web Server is provided with a Socket Server, an Agent Server and a high-speed data processing Server; and the two Web Server servers share the DB Server and the Redis Server.
Furthermore, the Internet of things industrial cloud monitoring system based on the safety inspection equipment further comprises a management terminal, wherein the management terminal is used for logging in through an account and being connected with the cloud service platform so as to monitor and manage the safety inspection equipment through the cloud service platform.
Further, the management terminal is used for displaying the model and the serial number of the safety inspection equipment, receiving user operation, and displaying running state information and the geographic position of the corresponding safety inspection equipment according to the model and the serial number, wherein the running state information comprises equipment attributes, historical detection data, peripheral monitoring videos and images obtained by current and previous detection.
Further, the client computer is further configured to send a corresponding alarm code to the cloud service platform according to the abnormal condition of the device;
the cloud service platform is also used for displaying the equipment number, the affiliated department, the equipment number, the fault information, the current state of the equipment, the solution and the occurrence time according to the alarm code sent by the client computer, and sending a mail to equipment maintenance personnel so as to repair the fault equipment as soon as possible.
Further, when the cloud service platform sends the mails to the equipment maintenance personnel, a fault processing work order is generated, the fault processing progress is tracked in real time, and the fault processing progress is displayed.
Further, a historical data list corresponding to the number of the safety inspection device is stored in the cloud service platform, and each historical data name in the historical data list is linked with detailed historical data.
Further, the cloud service platform generates a visual chart, and the visual icon includes: the system comprises a nationwide product distribution display chart, an equipment utilization rate display chart, an equipment failure condition display chart, a weekly equipment operation condition comparison display chart and/or a dangerous goods classification display chart.
Further, the cloud service platform is further used for receiving an administrator account creation application and distributing authority to the created account according to the operation of the administrator.
The invention also provides an Internet of things industrial cloud monitoring method based on the safety inspection equipment, which is characterized by comprising the following steps:
the safety inspection equipment detects data and processes the detected data through a client computer;
the client computer processes and displays the data sent by the safety inspection equipment and sends the processed data to the cloud service platform;
the cloud service platform stores data sent by the client computer; and displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time.
Compared with the prior art, the Internet of things industrial cloud monitoring system based on the safety inspection equipment adopts the safety inspection equipment, the client computer and the cloud service platform; the cloud service platform can display the distribution situation on a map according to the type of the safety inspection equipment and display the working situation of the equipment in real time; therefore, the monitoring of the safety inspection equipment scattered everywhere is more convenient, and even the map distribution condition and the current state of various different types of safety inspection equipment can be monitored. Meanwhile, the cloud service platform can also carry out unified storage management on the data detected by the safety inspection equipment.
Drawings
Fig. 1 is a functional schematic block diagram of a preferred embodiment of an internet of things industrial cloud monitoring system based on a security inspection device in the present invention.
Detailed Description
The invention provides an Internet of things industrial cloud monitoring system based on safety inspection equipment, and in order to make the purpose, technical scheme and effect of the invention clearer and clearer, the invention is further described in detail below by referring to the attached drawings and examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention provides an internet of things industrial cloud monitoring system (hereinafter referred to as internet of things industrial cloud monitoring system) based on security check equipment, and fig. 1 is a functional schematic block diagram of a preferred embodiment of the internet of things industrial cloud monitoring system in the invention, as shown in fig. 1, the system comprises: security check device 10, client computer 20, and cloud service platform 30.
The security check device is connected with the client computer and used for processing the detected data through the client computer, and the security check device can comprise: the invention can be used for inspection equipment in the fields of industry, agriculture, office, inspection monitoring and the like, such as security inspection equipment, new energy X-ray detection equipment, electronic manufacturing X-ray detection equipment and/or industrial manufacturing X-ray detection equipment when the places such as stations, airports and the like pass through security inspection, namely, the security inspection equipment can comprise one or more of the above-listed equipment, so that the invention can realize the simultaneous monitoring of multiple detection equipment and the analysis, statistics, processing and storage of detection data. It will be appreciated that there may be more than one device, so as to further improve the efficiency of the corresponding processing (such as querying, analyzing, storing, counting, etc.) of the data. It should be noted here that, for different safety inspection devices, the analysis, statistics, processing and storage processes performed by the cloud service platform are different, for example, when the X-ray detection device for industrial manufacturing is used for detecting the internal quality of a part, the cloud service platform may analyze the failure reason of the part, count the failure rate, process the failure rate in one year, one quarter or one month into a curve form or a chart form, store the X-ray detection device for industrial manufacturing, and the like, and the data processing process of the single X-ray detection device is a mature prior art, and the description of the data processing process is omitted here.
And the client computer is connected with the cloud service platform and used for processing and displaying the data sent by the safety inspection equipment and sending the processed data to the cloud service platform. And the client computer is connected with the cloud service platform through the Internet to form a C/S framework.
The cloud service platform is used for analyzing, counting, processing and storing the data sent by the client computer, displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time, wherein the detection state of the safety inspection equipment can be various according to the type of the equipment, for example, for X-ray detection equipment for electronic manufacturing, the detection state of the X-ray detection equipment comprises whether the equipment works, whether the equipment detects unqualified products, the reason of the unqualified products and the like.
The cloud service platform comprises: the system comprises a Server load balance, two Web Server servers, a DB Server and a Redis Server; the server load balance is connected with the two web servers; the Web Server is provided with a Socket Server, an Agent Server and a high-speed data processing Server; and the two Web Server servers share the DB Server and the Redis Server. The Server Load balancing is SLB (Server Load balancing) and is used for balancing loads of two servers, namely a Web Server, a DB Server, a Socket Server and an Agent Server.
The Socket Server is used for realizing long connection with equipment such as a security check machine and the like (namely, a plurality of data packets can be continuously sent on one connection, and if no data packet is sent during connection maintenance, a link detection packet needs to be sent by two sides), so that the data of the equipment is received and analyzed. The Agent Server mainly realizes all processing on services, including page-related processing such as data summarization, equipment type operation, equipment operation and the like. The high-speed data processing server mainly provides a data interface for interaction with the database and the Redis.
In a further preferred embodiment of the present invention, the internet of things industrial cloud monitoring system further includes a management terminal, and the management terminal is used for connecting with the cloud service platform through account login, so as to monitor and manage the security check device through the cloud service platform. The management terminal can be a mobile phone, an iPad, a computer and other terminals, and the login account can be established in the Internet of things industrial cloud monitoring system.
In addition, the cloud management system further has the following functions:
1. classified display of data collected by equipment and query and display of real-time data and detailed data
(1) Device map location and real-time status display
The modules are divided according to the types of the devices, and the X-ray detection device is taken as an example for explanation here, and the X-ray detection device can be divided into a plurality of modules: for example, if a user selects a security inspection machine (public safety department), the state of all the devices in the department can be displayed in real time. The model and number of the device may be displayed by clicking on a marker on the map.
(2) And displaying detailed information of the equipment
The user clicks on the model or number of the device (device label) and can see the operational status information of the device as well as the physical location of the device. And clicking the equipment mark to enter an operation state information interface of the equipment, and checking equipment attributes, data, peripheral monitoring videos and current and previous detected images.
2. Warning management
And displaying abnormal information and real-time alarm reported by equipment on an alarm management interface.
The client computer sends an alarm code to the cloud service platform; such as: the alarm code "2" indicates "line (camera) abnormality" or the like. The cloud service platform displays the equipment number, the affiliated department, the equipment number, the alarm code, the fault information, the state, the solution, the occurrence time and the like.
(software auto process) such as: when camera abnormity occurs in the equipment 01 safety inspection equipment, the client reports the abnormity to the server, and the server displays the abnormity to an alarm management interface; the server running in the background can automatically check the maintenance personnel corresponding to the equipment and inform the equipment maintenance personnel of the abnormal information in the form of mails. The pieces of data may be queried according to a taxonomic search.
(2) Alert push and progress tracking
The cloud service platform pushes the abnormal information and the real-time alarm of the equipment to professional service engineers (information pushing can be carried out in a mail mode), meanwhile, a fault handling work order is generated, the fault handling progress is tracked in real time, the handling progress of the current fault is displayed, and the like. The service engineer corresponding to the device is notified in the form of an email. Then the equipment maintenance personnel select the work order management menu, find the corresponding equipment, select the equipment, click the upper right corner editing button, can upload the image currently processed, and the current processing progress (percentage representation) can upload the related picture information of the corresponding equipment in the process at the same time. That is, the cloud service platform may also receive maintenance information transmitted by the mobile terminal, the client computer, or the security check device, where the maintenance information includes, but is not limited to: maintenance images, fault handling procedures and fault handling progress.
3. Query statistics
(1) Historical data query
The cloud service platform can also query corresponding historical data according to the serial number of the equipment. The recorded and stored device information includes: the device name, the device number, the corresponding attribute of the device, the attribute value, the reporting time and the like. The operator selects the historical data menu, and the historical information uploaded by all the devices can be viewed in the table. And selecting a certain piece of historical data, and clicking a viewing button at the upper right corner to view the complete information of the current data. And after the report generated by the self-definition of the equipment is successfully stored, the corresponding report information can be checked through the statistical analysis menu.
(2) Visualization chart display (report generation)
The visualization chart includes: the method comprises the following steps of nationwide distribution display of products, equipment utilization rate chart display, equipment fault condition display, weekly equipment operation condition comparison display and/or dangerous goods classification display and the like. And the device report area displays a (folding and column) statistical graph which is generated by self-definition and corresponds to the attributes in the device list.
The operation mode of report generation is as follows:
a. selecting the department and the equipment type, and clicking for query;
b. selecting a corresponding requirement for generating the report form on the left side of the report form generation area;
c. the report information area fills in the report name and the real equipment number (if the equipment number is wrong, the report information cannot be generated).
And after the report generated by the self-definition of the equipment is successfully stored, the corresponding report information can be checked through the statistical analysis menu. And the equipment faults and the dangerous goods classification are displayed by using the generated statistical chart.
4. External interface: the cloud server can also provide interfaces with existing systems, mail systems, WeChat systems, short messages and the like, and can be specifically completed by the socket server.
5. Video monitoring: and checking real-time monitoring video information.
6. System management
(1) User management
The system administrator creates a user with corresponding authority, and after the user is successfully created, the user is enabled, namely the system can be logged in through the user name and the password (initial password) which are successfully created. And inquires through user name, state, role, creation time, department in which the user is located and the like.
User management operation flow:
a. the role classes are fixed, respectively: ordinary users, administrators, and maintenance personnel;
b. the rights are dynamically settable. Creation of user rights through a peer menu "rights management
c. The user management page only needs to select the authority name in the authority management.
(2) Department management
And performing corresponding processing such as addition, deletion, modification, check and the like on the departments of the company.
And makes inquiries according to department names or creation time
(3) User rights management
The administrator can add any role and configure the authority of the role at the same time.
Creating role authority or modifying role authority, logging in an account, entering a system, inquiring equipment, inquiring and retrieving data according to classification, adding and deleting users and equipment user authority, managing the users, inquiring user states and operation logs, recovering factory settings and clearing the operation logs.
Note: adding other authorities according to actual requirements
(4) Menu management
And managing the menu displayed by the system. Adding or deleting menu items, modifying link addresses of menu items, menu identifications, and arrangement order, etc., and displaying the modifying person and the time of adding menu items.
7. Basic information management
(1) Device type management (cloud service platform)
In the system that the cloud end added the equipment type, the attribute that every kind of equipment contained was input into the system according to the order simultaneously, the APP developer of equipment end can carry out equipment data's report according to this order, and the collection and the maintenance of equipment information are realized to the cloud end. And displaying the name of the device, the name of the attribute corresponding to the data sent by the client, the sending time and the like.
(2) Equipment management (cloud service platform)
And adding and deleting basic data of the equipment. After the information is actively reported through the APP of the equipment terminal, the equipment reported for the first time is displayed in the system.
Editing and modifying basic information of equipment
a. Selecting the equipment management menu, selecting a certain piece of equipment, clicking the upper right corner editing button, and modifying the name of the current equipment, binding the user corresponding to the equipment and the maintainer of the equipment. Equipment maintenance personnel receive an equipment anomaly message mail.
b. And the cloud adding device selects a device adding button and inputs information such as a device number. And finding the position of the equipment in the map, and setting the longitude and latitude of the equipment. The created device displays "device not connected to network" in the list.
c. At the moment, the equipment can be displayed only by sending one piece of equipment with the same model and the same number from the client according to the created equipment (the function is created for improving the positioning accuracy of the equipment)
8. Monitoring billboard
Monitoring billboard function: the method supports the integration of the detected picture information and the video monitoring information of a plurality of devices into the same interface and projection or hyperlink to the monitoring plane.
a. Custom device attribute display effects
b. Clicking the monitoring board, clicking a new button, and clicking an additional monitoring component (the text box is the name of the monitoring board). The corresponding tile appears on the screen. The mouse is placed on the magnetic sticker and the right key is clicked. Adding content that needs to be monitored.
c. After the addition is finished, when another device needs to be added, new devices need to be clicked and added;
d. after prompting that new equipment can be added, clicking the additional monitoring component again, and adding the content to be monitored;
e. and after the addition is finished, clicking to store the monitoring information.
f. And the generated website of the monitoring billboard can be used for independently checking the content of the monitoring billboard after other users log in.
9. Equipment front server
The equipment front-end server and the multiple pieces of equipment are kept in the same local area network, a program on the front-end server can call an interface of the equipment to obtain real-time data of the equipment at regular time or set time, then the obtained data are uploaded to the server in real time, the server side keeps long connection with each equipment front-end server through a socket, and the reported equipment data are persisted to a database every time.
The invention also provides an Internet of things industrial cloud monitoring method based on the safety inspection equipment, which comprises the following steps:
the safety inspection equipment detects data and processes the detected data through a client computer;
the client computer processes and displays the data sent by the safety inspection equipment and sends the processed data to the cloud service platform;
the cloud service platform stores data sent by the client computer; and displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time.
Compared with the prior art, the Internet of things industrial cloud monitoring system based on the safety inspection equipment adopts the safety inspection equipment, the client computer and the cloud service platform; the cloud service platform can display the distribution situation on a map according to the type of the safety inspection equipment and display the working situation of the equipment in real time; therefore, the monitoring of the safety inspection equipment scattered everywhere is more convenient, and even the map distribution condition and the current state of various different types of safety inspection equipment can be monitored. Meanwhile, the cloud service platform can also carry out unified storage management on the data detected by the safety inspection equipment.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (6)
1. The utility model provides a thing networking industry cloud monitored control system based on safety inspection equipment which characterized in that includes: the system comprises a plurality of safety inspection devices, client computers and cloud service platforms;
the safety inspection equipment comprises industrial inspection equipment, agricultural inspection equipment, office inspection equipment and inspection equipment for inspection and monitoring;
the safety inspection equipment is connected with the client computer and used for processing the detected data through the client computer;
the client computer is connected with the cloud service platform and used for processing and displaying the data sent by the safety inspection equipment and sending the processed data to the cloud service platform;
the cloud service platform is used for analyzing, counting, processing and storing the data sent by the client computer, displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time; after certain data are stored, the stored data are processed into a curve form or a chart format according to time segments;
the cloud service platform comprises: the system comprises a server load balance, two WebServer servers, a DB server and a Redis server; the server load balance is connected with the two web servers; the WebServer is provided with a SocketServer, an AgentServer and a high-speed data processing server; the two WebServer servers share the DB server and the Redis server;
the Internet of things industrial cloud monitoring system based on the safety inspection equipment further comprises a management terminal, wherein the management terminal is used for being connected with the cloud service platform through account login so as to monitor and manage the safety inspection equipment through the cloud service platform;
the management terminal is used for displaying the model and the serial number of the safety inspection equipment, receiving user operation, and displaying running state information and a geographic position of the corresponding safety inspection equipment according to the model and the serial number, wherein the running state information comprises equipment attributes, historical detection data, peripheral monitoring videos and images obtained by current and previous detection;
the client computer is also used for sending a corresponding alarm code to the cloud service platform according to the abnormal condition of the equipment;
the cloud service platform is also used for displaying the equipment number, the affiliated department, the equipment number, the fault information, the current state of the equipment, the solution and the occurrence time according to the alarm code sent by the client computer and sending a mail to equipment maintenance personnel so as to repair the fault equipment as soon as possible;
the Internet of things industrial cloud monitoring system based on the safety inspection equipment is also provided with a monitoring board, and the monitoring board integrates the detection picture information and the video monitoring information of a plurality of pieces of equipment into the same interface and projects or hyperlinks to a monitoring plane;
the Internet of things industrial cloud monitoring system based on the safety inspection equipment is further provided with an equipment front server, the equipment front server calls an interface of the equipment at regular time to obtain real-time data of the equipment, and then the obtained data are uploaded to the server in real time.
2. The Internet of things industrial cloud monitoring system based on the safety inspection equipment as claimed in claim 1, wherein when the cloud service platform sends the mails to equipment maintenance personnel, a fault handling work order is further generated, fault handling progress is tracked in real time, and fault handling progress is displayed.
3. The Internet of things industrial cloud monitoring system based on the safety inspection equipment as claimed in claim 2, wherein a historical data list corresponding to the number of the safety inspection equipment is stored in the cloud service platform, and detailed historical data are linked to each historical data name in the historical data list.
4. The Internet of things industrial cloud monitoring system based on safety inspection equipment as claimed in claim 3, wherein the cloud service platform generates a visual chart, and the visual icon comprises: the system comprises a nationwide product distribution display chart, an equipment utilization rate display chart, an equipment failure condition display chart, a weekly equipment operation condition comparison display chart and/or a dangerous goods classification display chart.
5. The Internet of things industrial cloud monitoring system based on the security inspection equipment as claimed in claim 4, wherein the cloud service platform is further configured to receive an administrator account creation application, and assign permissions to created accounts according to administrator operations.
6. An Internet of things industrial cloud monitoring method based on safety inspection equipment is applied to the Internet of things industrial cloud monitoring system based on the safety inspection equipment according to any one of claims 1 to 5; the method is characterized by comprising the following steps:
the safety inspection equipment detects data and processes the detected data through a client computer;
the client computer processes and displays the data sent by the safety inspection equipment and sends the processed data to the cloud service platform;
the cloud service platform stores data sent by the client computer; and displaying the distribution condition of the safety inspection equipment on a map according to the type of the safety inspection equipment, and displaying the detection state of the safety inspection equipment in real time.
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