CN113590628A - Internet of things big data management method for industrial park - Google Patents
Internet of things big data management method for industrial park Download PDFInfo
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Abstract
The invention discloses an industrial park-oriented Internet of things big data management method, which comprises the following working operation flows of establishing a park integrated management module; secondly, dividing a garden integrated management module; thirdly, the method comprises the following steps: installing and testing related equipment according to a drawing to ensure normal operation of the equipment; fourthly, the method comprises the following steps: and carrying out authority division according to the management level. According to the invention, through the data index base establishing process, after authority verification, a warehouse manager with authority can enter the warehouse in and out updating data of the warehouse, when the verification passes, the entered warehouse in and out data can be transmitted to the updating index data set for subsequent processing, if a fault occurs in the data entry process, the data entry is wrong, so that the verification operation cannot pass, at the moment, the verification module can return the entered data to the data entry step, the input error is displayed, the entry personnel is reminded to correct the entered data, and the correctness of the updated data is ensured.
Description
Technical Field
The invention relates to the technical field of data management, in particular to an industrial park-oriented Internet of things big data management method.
Background
Industry garden is more and more tending to the regional management at present, and in same piece industry garden, the industry type is same type mostly, under the prerequisite of this homogenization, with the help of developing the big data management method of the comparatively ripe thing networking, can assist the garden administrator to realize the management that integrates, not only can promote the managerial efficiency in whole district by a wide margin, still can carry out all-round coverage to the administrative scope in garden.
The existing data management method has the defects that:
1. the reference CN109977104A discloses a data management method and device, "including: receiving a front-end table, wherein the front-end table comprises input database operation instructions. And analyzing the front-end meter to obtain a flow meter which can be identified by a preset database, wherein the flow meter is used for indicating an operation instruction of the database. And writing the flow table into a preset database, wherein the database operation instruction is used for indicating the execution of target operation on the preset database. The method has the advantages that non-professional database personnel can manage and maintain the database, the operation is simple and convenient, and the efficiency of managing and maintaining the database is improved;
2. the reference CN110069499A discloses a data management method, device, system and storage medium, "including: determining a business process of the combined commodity; the combination merchandise includes: a first type of merchandise and a second type of merchandise; wherein the first and second types of merchandise are provided by different suppliers; performing granularity division on the business process of the combined commodity, and constructing a dimension table of the combined commodity according to the result of the granularity division; constructing a fact table of the combined commodity according to commodity information provided by a supplier; and constructing a data warehouse of the combined commodity according to the dimension table of the combined commodity and the fact table of the combined commodity. The commodity data of different property rights can be comprehensively managed, so that the data management efficiency is effectively improved; the method has the advantages that the commodities with different property rights can be conveniently displayed, popularized and sold on the same platform, and the user experience is good, and when the method is used, corresponding monitoring analysis management cannot be carried out on the external environment for storing the commodities, so that the management method has corresponding limitations;
3. a comparison document CN109672994A discloses a data management method and system for charging piles, which comprises a wireless sensor network, a system gateway and a data management system; the method comprises the following steps: the data management system receives the working data of the charging pile, which is acquired by a system gateway from the wireless sensor network; the data management system analyzes the received work data of the charging piles to obtain corresponding analysis results, wherein the analysis results comprise the use frequency of each charging pile, the life cycle of each charging pile and the work data of abnormal detection; the data management module displays the received work data of the charging piles in a chart form and displays the analysis result, and when the method is used, corresponding monitoring adjustment cannot be carried out on the moving path of a management object, so that collision and congestion among transportation vehicles are easy to occur when the charging piles are transported in a centralized mode, and the safety of the charging piles cannot be guaranteed;
4. the reference CN112685389A discloses a data management method, a data management device, an electronic device, and a storage medium, "including: receiving a data acquisition request, and searching data according to the data acquisition request; creating a data set in response to a search result of the data that is not found; and generating identification information of the data set based on the data acquisition request, and storing the created data set and the identification information corresponding to the data set. According to the data management method, the data management device, the electronic equipment and the storage medium, the problems that data transmission efficiency is low, data management is difficult to perform and data recall is difficult in a data management process can be solved, data can be managed efficiently, and data recall is facilitated.
Disclosure of Invention
The invention aims to provide an industrial park-oriented Internet of things big data management method to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: an industrial park-oriented Internet of things big data management method comprises the following processing of working operation modules:
firstly, establishing a garden integrated management module;
the park integrated management module comprises a park environment monitoring module, a park warehouse management module, a park driving route monitoring module and a parking transfer module, a many-to-many information exchange mode is adopted among the park environment monitoring module, the park warehouse management module, the parking transfer module and the park driving route monitoring module, and the parking transfer module comprises a road vehicle parking area and a transfer vehicle parking area;
thirdly, the method comprises the following steps: installing and testing related equipment according to a drawing to ensure normal operation of the equipment;
fourthly, the method comprises the following steps: and carrying out authority division according to the management level.
The park integrated management module establishes division of the operating park integrated management module, simultaneously performs installation and experiment of related equipment according to drawing drawings, ensures normal operation of the equipment, and then performs authority division according to management levels.
Preferably, the work method of the campus warehouse management module comprises the following work steps:
step (A), warehouse classification;
step (B), creating a data index database;
step (C), updating an index database set;
step (D), verifying identity;
step (E), module calling;
and (F) outputting the module.
Preferably, the garden driving line monitoring module comprises a road driving monitoring unit, a garden route planning map unit and a route regulation and control module, wherein the output end of the road driving monitoring unit is connected with the garden route planning map unit, and the output end of the garden route planning map unit is connected with the route regulation and control module.
The park environment monitoring module comprises a wind power monitoring module, a dead angle monitoring system, an atmosphere monitoring module and an access control management module, wherein a many-to-many information exchange mode is adopted among the wind power monitoring module, the dead angle monitoring system, the atmosphere monitoring module and the access control management module;
the warehouse classification aims at a plurality of warehouses of different types in a garden, the management module of the warehouse comprises a monitoring module, a warehousing module, a warehouse-out module and a marking module, and the inside of the marking module comprises warehouse positions and warehouse serial number information.
Preferably, the warehouse is divided into a raw material warehouse, a semi-finished product warehouse, a finished product warehouse and a pre-selling product warehouse according to the stored articles in the warehouse, and the output module is provided with two output windows.
Preferably, the step of creating the data index database includes:
step 1, verifying authority of data updating personnel;
step 2, updating index data entry;
and 3, performing corresponding verification processing through the verification module, if the verification is passed, entering the next flow of the input updating data, and if the verification is not passed, returning the input updating data to the step 2 and recording again.
Preferably, the following working steps are required in the step of inputting the updated index data:
step 1, classifying the checked data set;
step 2, copying the classified data set, conveying an original to a cloud storage unit, and enabling the copied data to enter the data set for updating;
and 3, reclassifying the data set transmitted to the cloud storage unit and carrying out encryption processing.
Preferably, the update index database set is provided with two sub-modules, a database set one and a database set two, wherein the database set one is the record data of different warehouses in the same period, and the database set two is the record data of the same warehouse in different periods.
Preferably, the entrance guard management module comprises a camera module, and the output end of the camera module is connected with the parking transfer module.
Preferably, the detailed flow steps of the method are as follows:
s1, when the method is used for carrying out big data management operation on the industrial park, the transport vehicle enters the park and stays in a corresponding raw material warehouse, a semi-finished product warehouse, a finished product warehouse or before a pre-selling warehouse according to the actual type of carried articles of the transport vehicle;
s2, performing corresponding warehousing and ex-warehousing processing, logging in a park integrated management module by warehouse managers, performing authority verification, inputting corresponding data into a data index library according to the practical conditions of warehousing and ex-warehousing, and transmitting updated warehousing and ex-warehousing data to an index data set after performing corresponding verification processing;
s3, before updating the index database, classifying the data passing the verification of the S2 according to time intervals and warehouse types, then copying the data, then transmitting the classified copied data to a corresponding first data set library or a second data set library, and uploading a data original to the inside of a cloud storage unit, wherein in the data transmission process, a queuing phenomenon can be formed according to the difference of the sizes of uploaded data memories, so that the situation that the index data set is unsmooth in operation when receiving and processing the data due to simultaneous data updating of a plurality of groups of warehouses in the scene is reduced;
s4, before the warehouse data needs to be operated or inquired, the corresponding operation in the authority can be carried out through an identity verification link, when the inquiry operation is carried out, the authority of an operator can only inquire a marking module in the warehouse and obtain the serial number of the inquired warehouse and the position information of the warehouse, so that the operator can position the position of the warehouse in the industrial park as soon as possible;
s5, after passing the identity authentication, an operator can fetch the corresponding monitoring module, the warehousing module and the ex-warehouse module in the warehouse, the display arrangement condition in the warehouse is checked through the monitoring module, the internal warehousing and ex-warehouse data can be fetched through the warehousing and ex-warehouse module, and the corresponding warehousing and ex-warehouse condition of the warehouse is mastered;
s6, when the method is used for park data management operation, the park environment monitoring module can provide corresponding park environment monitoring data for a management terminal operator by virtue of the sub-module wind power monitoring module, the dead angle monitoring system, the atmosphere monitoring module and the entrance guard management module, so that the terminal operator can comprehensively monitor remote corners of a park, air composition data and entrance guard security and safety, and the park safety is ensured;
s7, when a plurality of transport vehicles simultaneously run and transport in the garden, in order to reduce the occurrence of congestion and ensure smooth traffic of the garden, a garden running line monitoring module can be started, the distribution condition of the vehicles on the road surface of the garden can be known through a road surface driving monitoring unit, a garden route planning map is immediately and synchronously paved, and corresponding dredging is carried out according to the vehicle transport load, the types of the goods transported by the vehicles and the running direction of the vehicles, so that the smooth running degree of the vehicles in the garden is ensured;
s8, when the transport vehicle finishes corresponding warehouse entry and exit operation, the surface of the vehicle is pasted with a label code, so that when the vehicle runs in a park and runs away from the park through an entrance guard, managers can know the product type transported by the transport vehicle through the scanning of the label code, and the park Internet of things management is facilitated;
s9, when the vehicle got into the garden through entrance guard management module inside, accessible camera module shot the outward appearance of vehicle, divide into driving and freight train with this with the vehicle, and then with relevant information transmission to parking transfer module department, judge through parking transfer module department that the vehicle specifically should park in driving parking district or transfer parking district after getting into the garden, the region that the freight train needs to park is great, can be concentrated to transfer parking district, and driving such as car then can be concentrated to transfer to driving parking district, and then realize the subregion management of corresponding car separation and the inside traffic flow of garden.
Compared with the prior art, the invention has the beneficial effects that:
1. the invention is provided with a flow for establishing a data index base, after authority verification, a warehouse manager with authority can input the warehouse-in and warehouse-out updating data of the warehouse, the interior of the verification module, the warehouse-out module, the warehouse-in module and the monitoring module of the warehouse can realize signal reception, when corresponding warehouse-in and warehouse-out data verification is carried out, the input warehouse-in and warehouse-out data can be transmitted to the updating index data set for subsequent processing when the verification is passed, if errors occur in the data input process, the data are input wrongly, so that the verification operation cannot pass, at the moment, the verification module can return the input data to the step of data input, the input errors are displayed, the input personnel are reminded to correct the input data, and the correctness of the updating data is ensured.
2. The invention relates to a method for monitoring chemical industry articles and raw materials in an industrial park by installing a park environment monitoring module, wherein the park environment monitoring module is used for storing a large amount of chemical industry articles and raw materials in a raw material warehouse, a semi-finished product warehouse, a finished product warehouse and a pre-sold product warehouse of the park, and the related articles are leaked in the processes of processing, transporting in the park and conveying outwards, at the moment, a wind monitoring system in the park can assist a park manager to quickly judge the diffusion direction and the diffusion speed of the leaked chemical industry articles, an atmosphere monitoring module can correspondingly detect the types and the contents of the atmospheric pollutants in the park, once the corresponding chemical industry leakage occurs in the park, the atmospheric environmental pollutants in the park can quickly detect the chemical industry leakage, so that a warning signal can be sent out to remind a park management terminal operator to take corresponding measures in time, and according to the position of the warning signal sent out by the atmosphere monitoring module, the warehouse near quick location, and in time arrive to the warehouse and carry out corresponding investigation and overhaul, avoid chemical industry leakage accident to enlarge, through dead angle monitoring module, can monitor the remote place in garden, can realize the comprehensive control of whole district management then, reduce personnel in the garden and improper operation of violating the rules in real time in the remote place in garden, protection garden management safety, through entrance guard management module, can register the vehicle that gets into the garden, and behind the warehouse entry operation, the vehicle is when garden entrance guard, entrance guard management module is through the label code on scanning vehicle surface, can in time master the kind of vehicle transportation article.
3. The invention can scan and identify the license plate number and the label code on the surface of the vehicle in the garden by installing the road driving monitoring unit, rapidly master the appearance, the loading capacity and the type of the transported object on the road in the garden, when the air transportation road is jammed, the garden manager can adjust the garden route planning drawing unit to display all the driving lanes of the garden on the surface of the terminal display screen, and then select the road with corresponding width according to the factors such as the vehicle jam condition, the type of the transported object of the vehicle, the appearance size of the transported object of the vehicle and the like, separate the vehicle with dangerous goods and flammable and explosive objects, the truck with larger appearance size and the passenger car with smaller appearance size, and conveniently adjust the transportation path according to the type of the transported object in the transported vehicle when the garden manager plans and regulates the road, the chemical goods transport vehicle with the potential danger is prevented from passing through other vehicles, so that the safety of a park is ensured, a large truck with a visual angle blind area is separated from a small truck and a passenger car, traffic safety accidents such as collision, scratch and the like between the large truck and the small truck during running are reduced, and the safety management of the park and the smoothness of vehicle transportation are further improved.
4. The invention can classify checked data according to the type of a warehouse, ex-warehouse and in-warehouse by classification through the flow of updating index data, then classify the checked data, store the checked data in a cloud, reduce the relevance among data sets by refining the classification of the data sets, fragment the data sets, further avoid influencing the calling speed due to the relevance among the data sets during the subsequent calling operation of the data, improve the speed of the subsequent calling of the data, enter the next flow of the copied data sets, perform the relevance operation so as to form a systematic data set, facilitate the corresponding data checking and processing of a park manager, and improve the safety protection level of original data sets of the data sets by classification and encryption processing, avoid data loss and protect the safety of the input data sets.
Drawings
FIG. 1 is a schematic view of the flow structure of the present invention;
FIG. 2 is a block diagram of a campus management module according to the present invention;
FIG. 3 is a block flow diagram of a campus warehouse management module according to the present invention;
FIG. 4 is a schematic diagram of a warehouse sorting architecture according to the present invention;
FIG. 5 is a schematic diagram of the process of creating a data index library according to the present invention;
FIG. 6 is a flow chart illustrating a process for updating index data according to the present invention;
FIG. 7 is a schematic diagram of a warehouse architecture of the present invention;
FIG. 8 is a diagram of a campus environment monitoring module architecture according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-2, an embodiment of the present invention is shown: an industrial park-oriented Internet of things big data management method comprises the following processing of working operation modules:
firstly, establishing a garden integrated management module;
the park integrated management module comprises a park environment monitoring module, a park warehouse management module, a park driving route monitoring module and a parking transfer module, a many-to-many information exchange mode is adopted among the park environment monitoring module, the park warehouse management module, the parking transfer module and the park driving route monitoring module, and the parking transfer module comprises a road vehicle parking area and a transfer vehicle parking area;
thirdly, the method comprises the following steps: installing and testing related equipment according to a drawing to ensure normal operation of the equipment;
fourthly, the method comprises the following steps: and carrying out authority division according to the management level.
The park integrated management module establishes division of the operating park integrated management module, simultaneously performs installation and experiment of related equipment according to drawing drawings, ensures normal operation of the equipment, and then performs authority division according to management levels.
The working method of the garden warehouse management module comprises the following working steps:
step (A), warehouse classification;
step (B), creating a data index database;
step (C), updating an index database set;
step (D), verifying identity;
step (E), module calling;
and (F) outputting the module.
The garden driving line monitoring module comprises a road driving monitoring unit, a garden route planning map unit and a route regulating and controlling module.
Specifically, through the road driving monitoring unit, the license plate number and the label code on the surface of the vehicle inside the garden can be scanned and identified, the appearance, the loading capacity and the type of the transported object of the road surface inside the garden can be rapidly mastered, when the congestion phenomenon occurs on the air transportation road surface, a garden manager can adjust the garden route planning drawing unit, all the driving lanes of the garden are displayed on the surface of the terminal display screen, then the road surface with the corresponding width is selected according to the factors such as the vehicle congestion condition, the type of the transported object of the vehicle, the appearance size of the transported object of the vehicle and the like, the vehicle transporting dangerous goods, flammable and explosive objects, the truck with larger appearance size, the passenger car with smaller appearance size and the small car are separated, and the transportation path can be conveniently and pertinently adjusted according to the type of the transported object inside the transported vehicle when the road surface planning and regulation are carried out by the garden manager, the chemical goods transport vehicle with the potential danger is prevented from passing through other vehicles, so that the safety of a park is ensured, a large truck with a visual angle blind area is separated from a small truck and a passenger car, traffic safety accidents such as collision, scratch and the like between the large truck and the small truck during running are reduced, and the safety management of the park and the smoothness of vehicle transportation are further improved.
The updating index database set is provided with two sub-modules, namely a database set I and a database set II, wherein the database set I is the recorded data of different warehouses in the same period, and the database set II is the recorded data of the same warehouse in different periods.
Specifically, the setting of database collection one and database collection two can make things convenient for the operator to transfer when data, and the inside discrepancy storehouse condition in the different warehouses in a section of time is transferred as required to individual, perhaps the discrepancy storehouse condition in the different periods of same warehouse in the garden, can make things convenient for the garden administrator to go out in two dimensions in time and space, carries out the analysis to the condition of the storage material in the inside warehouse in garden, and then realizes the big data management of the inside integrated form thing networking in garden.
Referring to fig. 2 and 8, an embodiment of the present invention: the utility model provides a big data management method of thing networking towards industry garden, includes garden environment monitoring module, garden driving line monitoring module is including road surface driving monitoring unit, garden route planning map unit and route regulation and control module, road surface driving monitoring unit's output is connected with garden route planning map unit, garden route planning map unit's output is connected with route regulation and control module.
Specifically, a large number of chemical products and raw materials are usually involved in an industrial park, the chemical products and the raw materials are stored in a raw material warehouse, a semi-finished product warehouse, a finished product warehouse and a pre-sold product warehouse of the park, and related articles are leaked in the processes of processing, transporting in the park and conveying outwards, and at the moment, a wind power monitoring system in the park can assist a park manager to quickly judge the diffusion direction and the diffusion speed of the leaked chemical products;
the atmospheric monitoring module can correspondingly detect the types and the contents of atmospheric pollutants in the garden, once the corresponding chemical leakage occurs in the garden, the atmospheric environmental pollutants in the garden can quickly detect the occurrence of the chemical leakage, so that a warning signal can be sent out to remind a garden management terminal operator to take corresponding measures in time, a nearby warehouse can be quickly positioned according to the position of the warning signal sent by the atmospheric monitoring module, and the warehouse can be timely flushed to carry out corresponding inspection and overhaul, so that the chemical leakage accident is prevented from being enlarged;
the dead angle monitoring module can monitor remote places in the garden, so that comprehensive monitoring of whole-area management can be realized, real-time improper illegal operation of personnel in the garden at the remote places in the garden is reduced, and the safety of garden management is protected;
through entrance guard management module, can register the vehicle that gets into the garden, and behind the warehouse entry operation, when the vehicle passes through garden entrance guard, entrance guard management module can in time master the kind of vehicle transportation article through the label code on scanning vehicle surface.
Referring to fig. 3, 4 and 7, an embodiment of the present invention: the utility model provides an industry garden oriented big data management method of thing networking, is including the warehouse classification, the warehouse classification is to the warehouse of a plurality of different grade types in the garden, the management module of warehouse includes monitoring module, warehouse entry module, ex-warehouse module and mark module, the inside of mark module includes warehouse position and warehouse serial number information.
The warehouse is classified into a raw material warehouse, a semi-finished product warehouse, a finished product warehouse and a pre-selling product warehouse according to stored articles in the warehouse, and the output module is provided with two output windows.
Specifically, the monitoring module can monitor factors such as temperature, humidity, air pressure and display pictures in the warehouse, so that the stability of the environment can be ensured when the warehouse performs corresponding storage operation on articles;
the warehousing module can record warehousing data when the warehouse performs corresponding warehousing operation, and the ex-warehouse module can record ex-warehouse data when the warehouse performs corresponding ex-warehouse operation;
the marking module comprises position and number information of the warehouse, the position and number information can be displayed through one group of output windows when an operator inquires the warehouse to provide feedback for the operator, and the other group of output windows are used for looking up relevant monitoring data inside the warehouse through the operator after identity authority verification processing, calling relevant warehouse-in and warehouse-out data in the warehouse-out module and the warehouse-in module and knowing the warehouse-in and warehouse-out conditions.
Referring to fig. 3 and 5, an embodiment of the present invention: an Internet of things big data management method facing an industrial park comprises the following working steps of creating a data index database:
step one, verifying authority of data updating personnel;
step two, updating index data entry;
and step three, performing corresponding verification processing through a verification module, if the verification is passed, entering the next flow of the input updating data, and if the verification is not passed, returning the input updating data to the step two and recording again.
Specifically, after the authority is verified, the warehouse manager with authority can input the warehouse-in and warehouse-out updating data of the warehouse, the interior of the checking module and the warehouse-out module, the warehouse-in module and the monitoring module of the warehouse can realize signal receiving, when the corresponding check of the in-out data is carried out, whether the updated in-out data is smaller than the difference value between the maximum capacity and the existing capacity of the warehouse or not and whether the updated out-of-warehouse data is smaller than the existing capacity of the warehouse or not can be checked, when the verification is passed, the recorded in-out database data can be transmitted to the updated index data set for subsequent processing, if the data recording process is in error, the data is recorded in error, so that the verification operation can not pass, at the moment, the verification module can return the input data to the step of data input, and displaying the input error, reminding an entry worker to correct the entered data, and ensuring the correctness of the updated data.
Referring to fig. 3 and 6, an embodiment of the present invention: the Internet of things big data management method facing the industrial park comprises the following working steps of updating index data, wherein the following working steps are required in the index data updating and inputting step:
step 1, classifying the checked data set;
step 2, copying the classified data set, conveying an original to a cloud storage unit, and enabling the copied data to enter the data set for updating;
and 3, reclassifying the data set transmitted to the cloud storage unit and carrying out encryption processing.
Specifically, by classification, the checked data can be classified according to the type of a warehouse, ex-warehouse and in-warehouse, then the checked data is classified and stored in a cloud, and by refining the classification of the data sets, the relevance among the data sets is reduced and fragmented, so that the calling speed cannot be influenced by the relevance among the data sets during the subsequent calling operation of the data, the subsequent calling speed of the data is improved, and the copied data sets enter the next flow and are subjected to relevance operation, so that a systematic data set is formed, and a park manager can conveniently check and process the corresponding data;
in addition, through classification and encryption processing, the safety protection level of the original data set can be improved, data loss is avoided, and the safety of the input data set is protected.
The working principle is as follows: when the method is used for carrying out big data management operation on the industrial park, the transport vehicle enters the park and stays in a corresponding raw material warehouse, a semi-finished product warehouse, a finished product warehouse or a pre-selling warehouse according to the actual type of the carried articles of the transport vehicle.
And then corresponding warehousing and ex-warehousing processing is carried out, warehouse managers log in the park integrated management module, after authority verification is carried out, corresponding data are recorded into the data index library according to the practical conditions of warehousing and ex-warehousing, and updated warehousing and ex-warehousing data can be transmitted to the index data set after corresponding verification processing is carried out.
Before updating the index database, data after authority verification is required to be classified and copied according to time intervals and warehouse types, then the classified copied data are transmitted to a corresponding first data set library or a second data set library, and a data original is uploaded to the inside of a cloud storage unit.
Before the warehouse data needs to be operated or inquired, corresponding operation in authority can be carried out through an identity verification link, and when the inquiry operation is carried out, the authority of an operator can only inquire a marking module in the warehouse and obtain the serial number of the inquired warehouse and the position information of the warehouse, so that the operator can position the position of the warehouse in the industrial park as soon as possible.
After passing through the authentication, the operator can take the corresponding monitoring module, the warehousing module and the ex-warehouse module in the warehouse, the display arrangement condition inside the warehouse is checked through the monitoring module, the warehouse-in and warehouse-out data inside the warehouse can be taken through the warehouse-in and warehouse-out module and the ex-warehouse module, and the corresponding warehouse-in and warehouse-out condition of the warehouse is mastered.
When the method is used for park data management operation, the park environment monitoring module can provide corresponding park environment monitoring data for a management terminal operator by means of the sub-module wind power monitoring module, the dead angle monitoring system, the atmosphere monitoring module and the entrance guard management module, so that the terminal operator can comprehensively monitor remote corners, air composition data and entrance guard security of a park, and the park safety is ensured.
The utility model discloses a park, park and park are the park of garden, the park is the park of garden, the monitoring unit is driven on the road surface, the park is the park of garden, the park of garden is the transport the smooth and easy degree of vehicle.
When transport vehicle ended corresponding warehouse entry operation, the surface of vehicle pasted and had the label sign indicating number to when the vehicle was gone and is gone away from the garden area through entrance guard in the garden, the product type that this transport vehicle transported is known to the scanning of managers accessible label sign indicating number, is convenient for realize the management of garden thing allies oneself with.
When the vehicle passes through inside entrance guard management module entering garden, accessible camera module shoots the outward appearance of vehicle, divide into driveway car and freight train with this, and then with relevant information transmission to parking transfer module department, judge through parking transfer module department that the vehicle specifically should stop at driveway car parking area or transfer parking area after getting into the garden, the region that the freight train needs to park is great, can be concentrated the transfer to the transfer parking area, and driveway cars such as car then can be concentrated the transfer to driveway car parking area, and then realize the subregion management of corresponding car separation and the inside traffic flow of garden.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (10)
1. An Internet of things big data management method facing an industrial park is characterized by comprising the following processing of working operation modules:
firstly, establishing a garden integrated management module;
the park integrated management module comprises a park environment monitoring module, a park warehouse management module, a park driving route monitoring module and a parking transfer module, a many-to-many information exchange mode is adopted among the park environment monitoring module, the park warehouse management module, the parking transfer module and the park driving route monitoring module, and the parking transfer module comprises a road vehicle parking area and a transfer vehicle parking area;
thirdly, the method comprises the following steps: installing and testing related equipment according to a drawing to ensure normal operation of the equipment;
fourthly, the method comprises the following steps: carrying out authority division according to the management level;
the park integrated management module establishes division of the operating park integrated management module, simultaneously performs installation and experiment of related equipment according to drawing drawings, ensures normal operation of the equipment, and then performs authority division according to management levels.
2. The Internet of things big data management method for the industrial park according to claim 1, characterized in that: the working method of the garden warehouse management module comprises the following working steps:
step (A), warehouse classification;
step (B), creating a data index database;
step (C), updating an index database set;
step (D), verifying identity;
step (E), module calling;
and (F) outputting the module.
3. The Internet of things big data management method for the industrial park according to claim 1, characterized in that: the garden driving line monitoring module comprises a road driving monitoring unit, a garden route planning map unit and a route regulating and controlling module, wherein the output end of the road driving monitoring unit is connected with the garden route planning map unit, and the output end of the garden route planning map unit is connected with the route regulating and controlling module.
4. The Internet of things big data management method for the industrial park according to claim 1, characterized in that: the garden environment monitoring module comprises a wind power monitoring module, a dead angle monitoring system, an atmosphere monitoring module and an access control management module, and a many-to-many information exchange mode is arranged among the wind power monitoring module, the dead angle monitoring system, the atmosphere monitoring module and the access control management module.
5. The Internet of things big data management method for the industrial park according to claim 2, characterized in that: the warehouse classification aims at a plurality of warehouses of different types in a park, the management module of the warehouse comprises a monitoring module, a warehousing module, a warehouse-out module and a marking module, and the interior of the marking module comprises warehouse position and warehouse serial number information;
the warehouse is classified into a raw material warehouse, a semi-finished product warehouse, a finished product warehouse and a pre-selling product warehouse according to stored articles in the warehouse, and the output module is provided with two output windows.
6. The Internet of things big data management method for the industrial park according to claim 2, characterized in that: the working steps for creating the data index database comprise:
step 1, verifying authority of data updating personnel;
step 2, updating index data entry;
and 3, performing corresponding verification processing through the verification module, if the verification is passed, entering the next flow of the input updating data, and if the verification is not passed, returning the input updating data to the step 2 and recording again.
7. The Internet of things big data management method for the industrial park according to claim 6, wherein: the following working steps are required in the index data updating and inputting step:
step 1, classifying the checked data set;
step 2, copying the classified data set, conveying an original to a cloud storage unit, and enabling the copied data to enter the data set for updating;
and 3, reclassifying the data set transmitted to the cloud storage unit and carrying out encryption processing.
8. The Internet of things big data management method for the industrial park according to claim 2, characterized in that: the updating index database set is provided with two sub-modules, namely a database set I and a database set II, wherein the database set I is the recorded data of different warehouses in the same period, and the database set II is the recorded data of the same warehouse in different periods.
9. The Internet of things big data management method for the industrial park according to claim 4, wherein: the entrance guard management module comprises a camera module, and the output end of the camera module is connected with the parking transfer module.
10. The Internet of things big data management method for the industrial park according to any one of claims 1 to 9, wherein the detailed flow steps of the method are as follows:
s1, when the method is used for carrying out big data management operation on the industrial park, the transport vehicle enters the park and stays in a corresponding raw material warehouse, a semi-finished product warehouse, a finished product warehouse or before a pre-selling warehouse according to the actual type of carried articles of the transport vehicle;
s2, performing corresponding warehousing and ex-warehousing processing, logging in a park integrated management module by warehouse managers, performing authority verification, inputting corresponding data into a data index library according to the practical conditions of warehousing and ex-warehousing, and transmitting updated warehousing and ex-warehousing data to an index data set after performing corresponding verification processing;
s3, before updating the index database, classifying the data passing the verification of the S2 according to time intervals and warehouse types, then copying the data, then transmitting the classified copied data to a corresponding first data set library or a second data set library, and uploading a data original to the inside of a cloud storage unit, wherein in the data transmission process, a queuing phenomenon can be formed according to the difference of the sizes of uploaded data memories, so that the situation that the index data set is unsmooth in operation when receiving and processing the data due to simultaneous data updating of a plurality of groups of warehouses in the scene is reduced;
s4, before the warehouse data needs to be operated or inquired, the corresponding operation in the authority can be carried out through an identity verification link, when the inquiry operation is carried out, the authority of an operator can only inquire a marking module in the warehouse and obtain the serial number of the inquired warehouse and the position information of the warehouse, so that the operator can position the position of the warehouse in the industrial park as soon as possible;
s5, after passing the identity authentication, an operator can fetch the corresponding monitoring module, the warehousing module and the ex-warehouse module in the warehouse, the display arrangement condition in the warehouse is checked through the monitoring module, the internal warehousing and ex-warehouse data can be fetched through the warehousing and ex-warehouse module, and the corresponding warehousing and ex-warehouse condition of the warehouse is mastered;
s6, when the method is used for park data management operation, the park environment monitoring module can provide corresponding park environment monitoring data for a management terminal operator by virtue of the sub-module wind power monitoring module, the dead angle monitoring system, the atmosphere monitoring module and the entrance guard management module, so that the terminal operator can comprehensively monitor remote corners of a park, air composition data and entrance guard security and safety, and the park safety is ensured;
s7, when a plurality of transport vehicles simultaneously run and transport in the garden, in order to reduce the occurrence of congestion and ensure smooth traffic of the garden, a garden running line monitoring module can be started, the distribution condition of the vehicles on the road surface of the garden can be known through a road surface driving monitoring unit, a garden route planning map is immediately and synchronously paved, and corresponding dredging is carried out according to the vehicle transport load, the types of the goods transported by the vehicles and the running direction of the vehicles, so that the smooth running degree of the vehicles in the garden is ensured;
s8, when the transport vehicle finishes corresponding warehouse entry and exit operation, the surface of the vehicle is pasted with a label code, so that when the vehicle runs in a park and runs away from the park through an entrance guard, managers can know the product type transported by the transport vehicle through the scanning of the label code, and the park Internet of things management is facilitated;
s9, when the vehicle got into the garden through entrance guard management module inside, accessible camera module shot the outward appearance of vehicle, divide into driving and freight train with this with the vehicle, and then with relevant information transmission to parking transfer module department, judge through parking transfer module department that the vehicle specifically should park in driving parking district or transfer parking district after getting into the garden, the region that the freight train needs to park is great, can be concentrated to transfer parking district, and driving such as car then can be concentrated to transfer to driving parking district, and then realize the subregion management of corresponding car separation and the inside traffic flow of garden.
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