CN109507922B - Port data acquisition method based on intelligent Internet of things - Google Patents
Port data acquisition method based on intelligent Internet of things Download PDFInfo
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- CN109507922B CN109507922B CN201811417625.2A CN201811417625A CN109507922B CN 109507922 B CN109507922 B CN 109507922B CN 201811417625 A CN201811417625 A CN 201811417625A CN 109507922 B CN109507922 B CN 109507922B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24215—Scada supervisory control and data acquisition
Abstract
The invention discloses a port data acquisition method based on an intelligent Internet of things, which comprises a plurality of service systems, a background management system and a plurality of Internet of things devices, wherein the plurality of Internet of things devices are respectively in network connection with the plurality of service systems, and are in network connection with the background management system; the Internet of things equipment is used for acquiring port data and sending the port data to a service system and a background management system; the business system is used for receiving port data sent by the Internet of things equipment; the background management system is used for sending an acquisition rule to the Internet of things equipment, receiving port data sent by the Internet of things and storing the received port data in the background management system. The invention has the advantages of simple data transmission flow, lower equipment cost and high data quality.
Description
Technical Field
The invention relates to the field of port data management, in particular to a port data acquisition system and method based on an intelligent Internet of things.
Background
The port data acquisition is the basic work of port production, management and management, and the data required to be acquired by a port comprise business document data, equipment data, personnel data, cargo data and the like. How to accurately, timely and efficiently acquire various data is an important work content of port production management for port business production service, and currently, various large, medium and small ports gradually use internet of things equipment to acquire various data.
The internet of things equipment is required to be connected with an industrial personal computer firstly at the present stage, the industrial personal computer drives the internet of things equipment to collect data according to business needs, the internet of things equipment sends the collected data to the industrial personal computer, the industrial personal computer transmits the data collected by the internet of things equipment to a background server, the background server receives the data sent by the industrial personal computer and then carries out next-step business driving, the whole data transmission flow is relatively complex, and the collected data is not subjected to data cleaning, collection, noise reduction, safety verification and the like, so that the quality of the collected data is poor, and further the business operation process is possibly influenced.
Disclosure of Invention
The invention aims to provide a port data acquisition method based on an intelligent Internet of things to solve the problems.
In order to achieve the purpose, the invention adopts the following technical scheme:
a port data acquisition system based on an intelligent Internet of things comprises a plurality of service systems, a background management system and a plurality of Internet of things devices, wherein the plurality of Internet of things devices are respectively in network connection with the plurality of service systems, and are in network connection with the background management system;
the Internet of things equipment is used for acquiring port data and sending the port data to a service system and a background management system;
the business system is used for receiving port data sent by the Internet of things equipment;
the background management system is used for sending an acquisition rule to the Internet of things equipment, receiving port data sent by the Internet of things and storing the received port data in the background management system.
The Internet of things equipment comprises:
the first network module is used for communicating with the service system and the background management system, sending collected port data to the service system and the background management system and receiving port data collection rules of the background management system;
the acquisition module is used for acquiring corresponding port data according to the port data acquisition rule;
the automatic login module is used for configuring an automatic login account and a password and sending the automatic login account and the password to the business system or the background management system through the first network module;
and the data distribution module is used for configuring the IP address or the port of the receiving end so as to send the port data to the corresponding service system.
The background management system comprises:
the second network module is used for being connected with the Internet of things equipment through a network, receiving port data sent by the Internet of things equipment and sending port data acquisition rules to the Internet of things equipment;
the equipment management module is used for checking the state of each piece of Internet of things equipment, configuring the port data acquisition frequency of each piece of Internet of things equipment and generating a log file for port data acquisition;
the authentication module is used for authenticating the legality of the received port data and intercepting illegal port data;
the storage module is used for storing the received port data, the log files acquired by the port data and the login account numbers and passwords of the Internet of things equipment;
and the filtering module is used for configuring data acquisition rules.
The data distribution module of the Internet of things equipment sends an IP address or a port of a receiving end and the port data to the background management system together, and the equipment management module records the IP address or the port, a login account of the Internet of things equipment and the port data in the log file to form a data transmission record.
A port data acquisition method based on an intelligent Internet of things comprises a plurality of service systems, a background management system and a plurality of Internet of things devices, wherein the plurality of Internet of things devices are respectively in network connection with the plurality of service systems, and are in network connection with the background management system; further comprising the steps of:
step A, the Internet of things equipment respectively collects port data and then sends the port data to the service system and the background management system through a network;
b, the background management system and the business system receive the port data, and the background management system stores the port data;
step C, the background management system sends port data acquisition rules to the Internet of things equipment;
d, the Internet of things equipment acquires relevant port data according to the port data acquisition rule; then transmitting the port data to the background management system and the service system;
and E, receiving the port data by the background management system and the service system, and storing the port data by the background management system.
Each piece of Internet of things equipment corresponds to a login account and a password, and when the Internet of things equipment sends port data to the service system or the background management system, the corresponding login account and password are sent to the service system or the background management system together with the port data;
the business system and the background management system are internally stored with login accounts and passwords of all Internet of things devices:
when the login account and the password received by the business system or the background management system are consistent with one group of login account and password stored in the business system or the background management system, the authentication is passed, and the business system or the background management system receives the port data;
and when the login account and the password received by the business system or the background management system are inconsistent with one group of login account and password stored in the business system or the background management system, the authentication is not passed, and the business system or the background management system intercepts the port data.
When the Internet of things equipment sends port data, an IP address or a port of a service system for receiving the port data needs to be appointed, and the Internet of things equipment sends the port data to the appointed IP address or port and also sends the port data to a background management system.
And the IP address and the port data are sent to the background management system together, and the background management system records a login account number for authentication, the IP address or the port and the port data content in a log file.
The invention has the beneficial effects that: the Internet of things equipment is directly connected with the background management system and the service system through the network, so that the data transmission process is simplified, the Internet of things equipment can accurately acquire corresponding port data and provide the port data to the service system, and the port can be conveniently managed and analyzed; in addition, an acquisition rule can be sent to the internet of things equipment through the background management system, the internet of things equipment carries out directional acquisition according to the acquisition rule, for example, the background management system sends an acquisition rule for only acquiring personnel data to the internet of things equipment, the internet of things equipment receives the acquisition rule, other data contents are automatically filtered when port data acquisition is carried out, only the personnel data are acquired, then the personnel data are uploaded by the service system and the background management system, the data screening of the background management system can be reduced by filtering the acquired data when the internet of things equipment carries out data acquisition, the workload of the background management system is reduced, and the noise of the data is smaller.
Drawings
The drawings are further illustrative of the invention and the content of the drawings does not constitute any limitation of the invention.
FIG. 1 is a schematic diagram of a network connection according to one embodiment of the present invention;
FIG. 2 is a schematic diagram of a back office management system according to one embodiment of the invention;
FIG. 3 is an interaction flow diagram of one implementation of the present invention;
wherein: the system comprises a service system 1, a background management system 2 and an Internet of things device 3.
Detailed Description
The technical scheme of the invention is further explained by the specific implementation mode in combination with the attached drawings.
As shown in fig. 1, the port data acquisition system based on the intelligent internet of things of the embodiment includes a plurality of service systems 1, a background management system 2 and a plurality of internet of things devices 3, wherein the plurality of internet of things devices 3 are respectively connected to the plurality of service systems 1 through a network, and the plurality of internet of things devices 3 are connected to the background management system 2 through a network;
the Internet of things equipment 3 is used for acquiring port data and sending the port data to the service system 1 and the background management system 2;
the business system 1 is used for receiving port data sent by the internet of things equipment 3;
the background management system 2 is used for sending an acquisition rule to the internet of things equipment 3, receiving port data sent by the internet of things and storing the received port data in the background management system 2.
The data generated by the port every day is very extensive and huge, in order to meet the data acquisition work, according to the data acquisition object distribution condition and the existing data acquisition technology of the internet of things equipment 3, the internet of things equipment 3 and the industrial personal computer need to be distributed at the corners of each data acquisition object, and background software personalized customized research and development needs to be carried out on different internet of things equipment 3, data acquisition objects and business logic, so that great inconvenience is brought to popularization and application of the internet of things equipment 3.
Meanwhile, the internet of things device 3 is connected with the industrial personal computer, and data quality of the acquired data is poor due to the fact that the data is not subjected to data cleaning, collection, noise reduction, safety verification and the like, and further the business operation process is possibly influenced.
According to the invention, the Internet of things equipment 3 is directly connected with the background management system 2 and the service system 1 through a network, an industrial personal computer is not needed to drive data acquisition and data transmission, the investment of equipment funds is reduced, in addition, the flow of data transmission is simplified, so that the Internet of things equipment 3 can accurately acquire corresponding port data to be provided for the service system 1, and the port is conveniently managed and analyzed; in addition, an acquisition rule can be sent to the internet of things equipment 3 through the background management system 2, the internet of things equipment 3 carries out directional acquisition according to the acquisition rule, for example, the background management system 2 sends an acquisition rule for only acquiring personnel data to the internet of things equipment 3, the internet of things equipment 3 automatically filters other data contents when carrying out port data acquisition after receiving the acquisition rule, and only acquires the personnel data, then the personnel data are uploaded by the service system 1 and the background management system 2, the acquired data are filtered when the internet of things equipment 3 carries out data acquisition, so that data screening of the background management system 2 can be reduced, the workload of the background management system 2 is reduced, and the noise of the data is smaller.
The internet of things device 3 includes:
the first network module is used for communicating with the service system 1 and the background management system 2, sending collected port data to the service system 1 and the background management system 2, and receiving port data collection rules of the background management system 2;
the acquisition module is used for acquiring corresponding port data according to the port data acquisition rule;
the automatic login module is used for configuring an automatic login account and a password and sending the automatic login account and the password to the service system 1 or the background management system 2 through the first network module;
and the data distribution module is used for configuring the IP address or the port of the receiving end so as to send the port data to the corresponding service system 1.
The internet of things equipment 3 is a port data acquisition end and is used for acquiring various port data, including business document data, equipment data, personnel data, cargo data and the like, and acquisition rules can be set as required, so that the internet of things equipment 3 can perform directional acquisition, the port data can be screened and filtered when the data is acquired, the data accuracy is higher, and the port data can be managed and analyzed by the business system 1 or the background management system 2 conveniently; in addition, in order to improve the authenticity of data, when port data are sent to the background management system 2 or the service system 1, the legitimacy of the internet of things equipment 3 needs to be authenticated, each internet of things equipment 3 can log in the background management system 2 or the service system 1 through a preset login account and a preset password and send the port data to the background management system 2 or the service system 1, and for the internet of things equipment 3 which cannot be authenticated by the background management system 2 and the service system 1, the sent data are intercepted, so that the authenticity of the data and the safety of the platform management system and the service system 1 are guaranteed; since different service systems 1 require different port data, the internet of things device 3 needs to specify the IP address or port of the service system 1 receiving port data after acquiring corresponding port data, so as to accurately transmit the port data to the corresponding service system 1.
As shown in fig. 2, the background management system 2 includes:
the second network module is used for being connected with the internet of things equipment 3 through a network, receiving the port data sent by the internet of things equipment 3 and sending port data acquisition rules to the internet of things equipment 3;
the equipment management module is used for checking the state of each Internet of things equipment 3, configuring the port data acquisition frequency of each Internet of things equipment 3 and generating a log file for port data acquisition;
the authentication module is used for authenticating the legality of the received port data and intercepting illegal port data;
the storage module is used for storing the received port data, the log files acquired by the port data and the login account numbers and passwords of the Internet of things equipment 3;
and the filtering module is used for configuring data acquisition rules.
The background management system 2 manages and backs up the whole port data acquisition system: each internet of things device 3 registers a user name and a set password in the background management system 2 respectively, and the user name and the set password serve as a unique identity fed back by the internet of things device 3, so that the source of port data can be identified, the legality of the port data can be ensured, illegal devices are prevented from being connected to the background management system 2, and the safety of the background management system 2 is ensured; in addition, because the internet of things device 3 inevitably has a situation of data loss when sending port data to the service system 1, the background management system 2 stores the received port data in the storage module for backup, so that the port data lost by the service system 1 can be retrieved in the background management system 2.
The data distribution module of the internet of things equipment 3 sends the IP address or the port of a receiving end and the port data to the background management system 2 together, and the equipment management module records the IP address or the port, the login account number of the internet of things equipment 3 and the port data in the log file to form a data transmission record.
The background management system 2 stores the data transmission records of the port data sent by the internet of things equipment 3 in the log file, and when the port data acquisition system fails, the fault detection can be performed on line according to the log, so that the port data acquisition system can be repaired conveniently.
As shown in fig. 1, the port data acquisition method based on the intelligent internet of things comprises a plurality of service systems 1, a background management system 2 and a plurality of internet of things devices 3, wherein the plurality of internet of things devices 3 are respectively connected with the plurality of service systems 1 through a network, and the plurality of internet of things devices 3 are connected with the background management system 2 through a network; as shown in fig. 3, the method further comprises the following steps:
step A, the Internet of things equipment 3 respectively collects port data and then sends the port data to the service system 1 and the background management system 2 through a network;
step B, the background management system 2 and the service system 1 receive the port data, and the background management system 2 stores the port data;
step C, the background management system 2 sends port data acquisition rules to the Internet of things equipment 3;
d, the Internet of things equipment 3 acquires relevant port data according to the port data acquisition rule; then the port data is sent to the background management system 2 and the business system 1;
and E, receiving the port data by the background management system 2 and the service system 1, and storing the port data by the background management system 2.
The internet of things equipment 3 is directly connected with the background management system 2 and the service system 1 through a network, so that the data transmission process is simplified, the internet of things equipment 3 can accurately acquire corresponding port data to be provided for the service system 1, and the port can be conveniently managed and analyzed; in addition, an acquisition rule can be sent to the internet of things equipment 3 through the background management system 2, the internet of things equipment 3 carries out directional acquisition according to the acquisition rule, for example, the background management system 2 sends an acquisition rule for only acquiring personnel data to the internet of things equipment 3, the internet of things equipment 3 automatically filters other data contents when carrying out port data acquisition after receiving the acquisition rule, and only acquires the personnel data, then the personnel data are uploaded by the service system 1 and the background management system 2, the acquired data are filtered when the internet of things equipment 3 carries out data acquisition, so that data screening of the background management system 2 can be reduced, the workload of the background management system 2 is reduced, and the noise of the data is smaller.
Each internet of things device 3 corresponds to a login account and a password, and when the internet of things device 3 sends port data to the service system 1 or the background management system 2, the corresponding login account and password are sent to the service system 1 or the background management system 2 together with the port data;
the business system 1 and the background management system 2 store login accounts and passwords of the internet of things devices 3:
when the login account and the password received by the service system 1 or the background management system 2 are consistent with one group of login account and password stored in the service system 1 or the background management system 2, the authentication is passed, and the service system 1 or the background management system 2 receives the port data;
when the login account and the password received by the service system 1 or the background management system 2 are inconsistent with one group of login account and password stored in the service system 1 or the background management system 2, the authentication is not passed, and the service system 1 or the background management system 2 intercepts the port data.
Each internet of things device 3 registers a user name and a set password in the background management system 2 respectively, and the user name and the set password serve as a unique identity fed back by the internet of things device 3, so that the source of port data can be identified, the legality of the port data can be guaranteed, illegal devices are prevented from being connected to the background management system 2, and the safety of the background management system 2 is guaranteed.
When the internet of things equipment 3 sends port data, the internet of things equipment 3 needs to appoint an IP address or a port of the service system 1 for receiving the port data, and the internet of things equipment 3 sends the port data to the appointed IP address or port and also sends the port data to the background management system 2.
Since different service systems 1 require different port data, the internet of things device 3 needs to specify the IP address or port of the service system 1 receiving port data after acquiring corresponding port data, so as to accurately transmit the port data to the corresponding service system 1.
The IP address and the port are sent to the background management system 2 together with the port data, and the background management system 2 records the login account number for authentication, the IP address or the port and the port data content in a log file.
The background management system 2 stores the data transmission records of the port data sent by the internet of things equipment 3 in the log file, and when the port data acquisition system fails, the fault detection can be performed on line according to the log, so that the port data acquisition system can be repaired conveniently.
The technical principle of the present invention is described above in connection with specific embodiments. The description is made for the purpose of illustrating the principles of the invention and should not be construed in any way as limiting the scope of the invention. Based on the explanations herein, those skilled in the art will be able to conceive of other embodiments of the present invention without inventive effort, which would fall within the scope of the present invention.
Claims (3)
1. A port data acquisition method based on an intelligent Internet of things is characterized by comprising a plurality of service systems, a background management system and a plurality of Internet of things devices, wherein the plurality of Internet of things devices are respectively in network connection with the plurality of service systems, and are in network connection with the background management system; further comprising the steps of:
step A, the Internet of things equipment respectively collects port data and then sends the port data to the service system and the background management system through a network;
b, the background management system and the business system receive the port data, and the background management system stores the port data;
step C, the background management system sends port data acquisition rules to the Internet of things equipment;
d, the Internet of things equipment acquires relevant port data according to the port data acquisition rule; then transmitting the port data to the background management system and the service system;
e, the background management system and the business system receive the port data, and the background management system stores the port data;
each piece of Internet of things equipment corresponds to a login account and a password, and when the Internet of things equipment sends port data to the service system or the background management system, the corresponding login account and password are sent to the service system or the background management system together with the port data;
the business system and the background management system are internally stored with login accounts and passwords of all Internet of things devices:
when the login account and the password received by the business system or the background management system are consistent with one group of login account and password stored in the business system or the background management system, the authentication is passed, and the business system or the background management system receives the port data;
and when the login account and the password received by the business system or the background management system are inconsistent with one group of login account and password stored in the business system or the background management system, the authentication is not passed, and the business system or the background management system intercepts the port data.
2. The intelligent Internet of things-based port data acquisition method as claimed in claim 1, wherein when port data is transmitted by the Internet of things equipment, an IP address or a port of a service system for receiving the port data needs to be specified, and the Internet of things equipment transmits the port data to the specified IP address or port and simultaneously transmits the port data to a background management system.
3. The intelligent internet of things-based port data collection method as claimed in claim 2, wherein the IP address and port are sent to the back-stage management system together with the port data, and the back-stage management system records a login account number for authentication, the IP address or port and port data content in a log file.
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