CN114693180A - Intelligent material protection and supply system based on information creation environment - Google Patents
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses an intelligent material protection and supply system based on a trusted environment, and relates to the technical field of material protection and supply. The demand acquisition module is used for acquiring material demand information of each subarea of the target area when a major public health accident happens; the material management scheduling module is used for scheduling materials in the plurality of storage warehouses according to the material demand information and the current material storage information; the supplier management module sends a production order to the target supplier according to the target supplier information and the material demand information; the adaptation module adapts the trust creating environment cloud server and the target web terminal so as to enable the two parties to carry out data communication and count the production progress of a target supplier. The intelligent material supply system can rapidly collect material demand information of each sub-area of the target area, reasonably schedule materials in a plurality of storage warehouses, monitor the production progress of target suppliers in real time and enable follow-up prevention and control guarantee supply work to be carried out smoothly.
Description
Technical Field
The invention relates to the technical field of material protection and supply, in particular to an intelligent material protection and supply system based on a trusted environment.
Background
The information creation environment refers to an environment which is independently developed based on a domestic CPU and a domestic operating system under the background of information technology application innovation. With the rapid development of electronic information technology and the wide application in various industries, information security guarantee is very important in information-based construction management work. The office system based on safe and reliable software and hardware is an important basis for guaranteeing information safety and promoting information industry development, and has very important strategic significance.
However, in the prior art, when a major public health accident is faced, an intelligent material supply system based on a trusted environment is lacked. The emergency materials are managed and dispatched unreasonably and untimely, and the supply work of prevention, control and guarantee is influenced.
Disclosure of Invention
The present invention is directed to solve the above problems of the background art, and provides an intelligent material supply system based on a trusted environment.
The purpose of the invention can be realized by the following technical scheme:
the embodiment of the invention provides an intelligent material supply system based on a trust and creation environment, which is deployed in a trust and creation environment cloud server and comprises: the system comprises a material management scheduling module, a supplier management module, an adaptation module, a demand acquisition module and a target database;
wherein:
the demand acquisition module is used for acquiring material demand information of each subarea of the target area when a major public health accident happens;
the material management scheduling module is used for scheduling materials in a plurality of storage warehouses according to the material demand information and the current material storage information in the target database;
the supplier management module is used for sending a production order to a target supplier according to the target supplier information and the material demand information in the target database;
the adaptation module is used for adapting the trust and creation environment cloud server and a target web terminal of the target provider so as to enable the trust and creation environment cloud server and the target web terminal to carry out data communication and count the production progress of the target provider.
Optionally, the system further comprises a reserves management module;
and the reserve management module is used for counting and updating the currently stored materials of each reserve warehouse according to a preset period and updating the current material storage information in the target database.
Optionally, the supplier management module includes a supplier information collection sub-module;
the supplier information acquisition submodule is used for acquiring and storing supplier information for producing various materials, grouping suppliers according to the supplier information, and storing the target supplier information into the target database; the supplier information includes the type of material produced by the supplier.
Optionally, the material management scheduling module includes a scheduling network construction module and a path planning sub-module; the material demand information comprises position information of a subregion, required material type information and required material quantity information;
the scheduling network construction module is used for calculating first transportation time from the target reserve warehouse to each sub-area, calculating second transportation time between two adjacent sub-areas, and constructing a material scheduling network according to the first transportation time and the second transportation time; the target reserve warehouse is any one of a plurality of reserve warehouses;
and the path planning submodule is used for determining a supply storage warehouse for providing supplies for each sub-area according to the supply demand information of each sub-area and the supply scheduling network, and planning the transportation path of each supply storage warehouse according to the supply scheduling network.
Optionally, the path planning sub-module is specifically configured to:
for each storage warehouse, sequentially matching each sub-area with the storage warehouse according to first transportation time, and if the residual material storage amount of the storage warehouse meets the material demand information of the sub-area, taking the storage warehouse as a material supply storage warehouse of the sub-area until the residual material storage amount of the storage warehouse does not meet the material demand information of any sub-area;
and aiming at each supply storage warehouse, randomly establishing a directed closed-loop graph with the supply storage warehouse as an initial point and each sub-area corresponding to the supply storage warehouse, carrying out 2-opt operation on each sub-area to update the directed closed-loop graph, taking the directed closed-loop graph with the minimum total transportation time as a target transportation path, and transporting materials to each corresponding sub-area by the supply storage warehouse through the target transportation path.
Optionally, the supplier management module further includes a sorting sub-module and an ordering sub-module; the supplier information also comprises enterprise capacity and enterprise credit level of the supplier;
the ordering submodule is used for calculating the supplier score of the supplier in the group aiming at the supplier group of each material type:
wherein, the first and the second end of the pipe are connected with each other,
the score is given to the supplier for the purpose of rating,
produced for the supplier's enterpriseThe energy consumption of the device can be reduced,
is the enterprise credit rating of the supplier,
the highest enterprise credit level for the providers within the packet,
for the total amount of the materials currently stored,
the current material demand;
is the stock ratio of the current total amount of the material when the required amount of the material is met, and is a function
Is a step function;
sequencing the suppliers in the group according to the sequence of grading the suppliers of the suppliers from large to small to obtain the sequence of the suppliers of the group;
and the ordering submodule is used for sending production orders to a preset number of target suppliers in front of each supplier in sequence according to the material demand information.
Optionally, the adaptation module includes a login sub-module, a tool adaptation sub-module, and a data statistics module;
the login submodule is used for verifying a target login request sent by the target web terminal;
the tool adaptor module is used for analyzing the target login request to obtain model version information of the target web terminal and sending an adaptor tool matched with the model version information to the target web terminal when the target login request is successfully verified; enabling the target web terminal to be provided with the adaptive tool, and processing production data through the adaptive tool to obtain production statistical data;
and the data statistics module is used for carrying out statistics on the production progress of the target supplier according to the production statistics data.
Optionally, the adaptation tool comprises a data editing plug-in, a data encryption plug-in and a data transmission plug-in; the target web terminal converts the production data of the target supplier into a preset document type through the data editing plug-in to obtain the production statistical data, encrypts the production statistical data through the data encryption plug-in, and sends the encrypted production statistical data to the adaptation module through the data transmission plug-in according to a preset data transmission protocol; and the preset data transmission protocol is determined according to the version information.
The invention has the beneficial effects that: the embodiment of the invention provides an intelligent material supply system based on a trusted environment, which comprises: the system comprises a material management scheduling module, a supplier management module, an adaptation module, a demand acquisition module and a target database; wherein: the demand acquisition module is used for acquiring material demand information of each subarea of the target area when a major public health accident happens; the material management and scheduling module is used for scheduling materials in the plurality of storage warehouses according to the material demand information and the current material storage information in the target database; the supplier management module is used for sending a production order to the target supplier according to the target supplier information and the material demand information in the target database; and the adaptation module is used for adapting the trust and creation environment cloud server and a target web terminal of a target provider so as to enable the trust and creation environment cloud server and the target web terminal to carry out data communication and count the production progress of the target provider. The intelligent material supply system can rapidly collect material demand information of each sub-area of the target area, reasonably schedule materials in a plurality of storage warehouses, monitor the production progress of target suppliers in real time and enable follow-up prevention and control guarantee supply work to be carried out smoothly.
Drawings
The invention will be further described with reference to the accompanying drawings.
Fig. 1 is a system block diagram of an intelligent material supply system based on a trusted environment according to an embodiment of 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.
The embodiment of the invention provides an intelligent material protection and supply system based on a trusted environment. Referring to fig. 1, fig. 1 is a system block diagram of an intelligent material supply system based on a trusted environment according to an embodiment of the present invention. The system comprises: the system comprises a material management scheduling module, a supplier management module, an adaptation module, a demand acquisition module and a target database;
wherein:
the demand acquisition module is used for acquiring material demand information of each subarea of the target area when a major public health accident happens;
the material management scheduling module is used for scheduling materials in the plurality of storage warehouses according to the material demand information and the current material storage information in the target database;
the supplier management module is used for sending a production order to the target supplier according to the target supplier information and the material demand information in the target database;
and the adaptation module is used for adapting the trust and creation environment cloud server and a target web terminal of a target provider so as to enable the trust and creation environment cloud server and the target web terminal to carry out data communication and count the production progress of the target provider.
The intelligent material supply system based on the information and creation environment can quickly acquire material demand information of each sub-area of a target area, reasonably schedule materials in a plurality of storage warehouses, monitor the production progress of a target supplier in real time and ensure that follow-up prevention and control guarantee supply work is carried out smoothly.
In one implementation, the intelligent material supply system can be associated with a government office system, and managers in all sub-areas of the target area can send material demand information to the demand collection module through the government office system.
In one implementation, the intelligent material supply system is developed based on the J2EE technical system, and the system is of a B/S structure. The whole system is designed and realized by adopting a mainstream universal multilayer system architecture and an object-oriented technology, and has better expansibility, flexible structure and stable performance while meeting the service requirements of the system. The application layer of the system is developed by adopting technologies such as Java, JSP and the like, and the bottom layer of the system can support XML and WEB Service, so that the data exchange between the systems is facilitated. The server-side operating system uses a Linux platform, and the base software such as a database and middleware uses open-source products such as Postgresql and Tomcat. The target supplier can access the intelligent material supply system through the target web terminal and upload production data. Since the production management system of the target supplier is not possibly based on the trusted environment, the data communication between the target web terminal of the non-trusted environment and the intelligent material supply system based on the trusted environment can be realized through the adaptation module.
In one embodiment, the system further comprises a reserves management module;
and the storage management module is used for counting and updating the currently stored materials of each storage warehouse according to a preset period and updating the current material storage information in the target database.
In one implementation mode, daily management including material counting and material updating can be performed on each storage warehouse through the storage management module in the period that no major public health emergencies occur, so that the intelligent material supply system can master the storage condition of each storage warehouse in real time, and the prevention, control and guarantee supply can be rapidly performed when major public health emergencies occur.
In one embodiment, the vendor management module includes a vendor information collection submodule;
the supplier information acquisition submodule is used for acquiring and storing supplier information for producing various materials, grouping suppliers according to the supplier information and storing target supplier information into a target database; the supplier information includes the type of material produced by the supplier.
In one embodiment, the material management scheduling module comprises a scheduling network construction module and a path planning submodule; the material demand information comprises position information of a subregion, required material type information and required material quantity information;
the scheduling network construction module is used for calculating first transportation time from the target storage warehouse to each sub-area, calculating second transportation time between two adjacent sub-areas, and constructing a material scheduling network according to the first transportation time and the second transportation time; the target reserve warehouse is any one of a plurality of reserve warehouses;
and the path planning submodule is used for determining a supply storage warehouse for providing materials for each sub-area according to the material demand information of each sub-area and the material scheduling network, and planning the transportation path of each supply storage warehouse according to the material scheduling network.
In one embodiment, the path planning submodule is specifically configured to:
for each storage warehouse, sequentially matching each sub-area with the storage warehouse according to first transportation time, and if the residual material storage amount of the storage warehouse meets the material demand information of the sub-area, taking the storage warehouse as a material supply storage warehouse of the sub-area until the residual material storage amount of the storage warehouse does not meet the material demand information of any sub-area;
and aiming at each supply storage warehouse, randomly establishing a directed closed-loop graph with the supply storage warehouse as an initial point and each sub-area corresponding to the supply storage warehouse, carrying out 2-opt operation on each sub-area to update the directed closed-loop graph, taking the directed closed-loop graph with the minimum total transportation time as a target transportation path, and transporting materials to each corresponding sub-area by the supply storage warehouse through the target transportation path.
In one implementation, when the directed closed-loop graph is established, the total transportation time for transporting the material according to the directed closed-loop graph can be calculated according to the first transportation time and the second transportation time. And 2-opt operation is carried out on each sub-area, namely the sequence of any two sub-areas in the current directed closed-loop graph can be changed, and the corresponding total transportation time can be changed. The directed closed-loop graph with the minimum total transportation time is used as a target transportation path, so that the efficiency of material transportation can be improved.
In one embodiment, the supplier management module further comprises a sorting submodule and an ordering submodule; the supplier information further comprises enterprise capacity and enterprise credit rating of the supplier;
a ranking sub-module to calculate, for each supplier grouping of asset types, a supplier score for the suppliers within the grouping:
wherein the content of the first and second substances,
the score is given to the supplier for the purpose of rating,
in order to provide the capacity of the supplier's enterprise,
is the enterprise credit rating of the supplier,
the highest enterprise credit level for the providers within the packet,
for the total amount of the materials currently stored,
the current material demand;
is the current total amount of materialsStock ratio, function, in meeting material demand
Is a step function;
sequencing the suppliers in the group according to the sequence of grading the suppliers of the suppliers from large to small to obtain the sequence of the suppliers of the group;
and the ordering submodule is used for sending the production orders to a preset number of target suppliers in front of each supplier in sequence according to the material demand information.
In one implementation, the enterprise credit rating is obtained by normalizing the rating level of "four-class ten-level system" of each supplier, and the enterprise credit rating is closer to 1 as the rating level is higher.
In one implementation, the factors that influence the supplier score include enterprise capacity and enterprise credit rating, and the function
For adjusting the weight of the enterprise capacity to the supplier score when
If the quantity is less than 0.5, the current material demand is large, and the stock quantity of the reserve warehouse is insufficient, then
The value of (1) gives a higher weight to the business capacity for the supplier score when
When the quantity is more than or equal to 0.5, the current material demand is not large, and the stock of the reserve warehouse is sufficient, then
With a value of 0, enterprise capacity is weighted less heavily on the supplier score.
In one embodiment, the adaptation module comprises a login submodule, a tool adaptation submodule and a data statistics module;
the login submodule is used for verifying a target login request sent by a target web terminal;
the tool adaptation sub-module is used for analyzing the target login request to obtain model version information of the target web terminal and sending an adaptation tool matched with the model version information to the target web terminal when the target login request is successfully verified; so that the target web terminal is provided with an adaptive tool, and the adaptive tool is used for processing production data to obtain production statistical data;
and the data statistics module is used for carrying out statistics on the production progress of the target supplier according to the production statistics data.
In one embodiment, the adaptation tool includes a data editing plug-in, a data encryption plug-in, and a data transmission plug-in; the target web terminal converts the production data of a target supplier into a preset document type through the data editing plug-in to obtain production statistical data, encrypts the production statistical data through the data encryption plug-in, and sends the encrypted production statistical data to the adaptation module through the data transmission plug-in according to a preset data transmission protocol; the preset data transmission protocol is determined according to the version information.
Although one embodiment of the present invention has been described in detail, the description is only for the purpose of illustrating the preferred embodiments of the present invention and should not be taken as limiting the scope of the invention. All equivalent changes and modifications made within the scope of the present invention shall fall within the scope of the present invention.
Claims (8)
1. The utility model provides a wisdom goods and materials guarantee system based on letter creates the environment, its characterized in that, the system deploys in letter creates the environment cloud server, includes: the system comprises a material management scheduling module, a supplier management module, an adaptation module, a demand acquisition module and a target database;
wherein:
the demand acquisition module is used for acquiring material demand information of each subarea of the target area when a major public health accident happens;
the material management scheduling module is used for scheduling materials in a plurality of storage warehouses according to the material demand information and the current material storage information in the target database;
the supplier management module is used for sending a production order to a target supplier according to the target supplier information and the material demand information in the target database;
the adaptation module is used for adapting the trust and creation environment cloud server and a target web terminal of the target provider so as to enable the trust and creation environment cloud server and the target web terminal to carry out data communication and count the production progress of the target provider.
2. The system for providing intelligent materials based on the trusted environment as claimed in claim 1, further comprising a reserves management module;
and the reserve management module is used for counting and updating the currently stored materials of each reserve warehouse according to a preset period and updating the current material storage information in the target database.
3. The system for intelligent material protection and supply based on trusted environment as claimed in claim 1, wherein said supplier management module comprises a supplier information collection sub-module;
the supplier information acquisition submodule is used for acquiring and storing supplier information for producing various materials, grouping suppliers according to the supplier information, obtaining target supplier information and storing the target supplier information in the target database; the supplier information includes the type of material produced by the supplier.
4. The system for intelligently protecting materials based on the trusted environment as claimed in claim 3, wherein said materials management scheduling module comprises a scheduling network construction module and a path planning sub-module; the material demand information comprises position information of a subarea, type information of required materials and quantity information of the required materials;
the scheduling network construction module is used for calculating first transportation time from the target storage warehouse to each sub-area, calculating second transportation time between two adjacent sub-areas, and constructing a material scheduling network according to the first transportation time and the second transportation time; the target reserve warehouse is any one of a plurality of reserve warehouses;
and the path planning submodule is used for determining a supply storage warehouse for providing materials for each subarea according to the material demand information of each subarea and the material scheduling network, and planning the transportation path of each supply storage warehouse according to the material scheduling network.
5. The system of claim 4, wherein the path planning sub-module is specifically configured to:
for each storage warehouse, sequentially matching each sub-area with the storage warehouse according to first transportation time, and if the residual material storage amount of the storage warehouse meets the material demand information of the sub-area, taking the storage warehouse as a material supply storage warehouse of the sub-area until the residual material storage amount of the storage warehouse does not meet the material demand information of any sub-area;
and aiming at each supply storage warehouse, randomly establishing a directed closed-loop graph with the supply storage warehouse as an initial point and each sub-area corresponding to the supply storage warehouse, carrying out 2-opt operation on each sub-area to update the directed closed-loop graph, taking the directed closed-loop graph with the minimum total transportation time as a target transportation path, and transporting materials to each corresponding sub-area by the supply storage warehouse through the target transportation path.
6. The system for providing intelligent materials based on trusted environment as claimed in claim 4, wherein said supplier management module further comprises a sorting sub-module and an ordering sub-module; the supplier information also comprises enterprise capacity and enterprise credit level of the supplier;
the ordering submodule is used for calculating the supplier score of the supplier in the group aiming at the supplier group of each material type:
wherein the content of the first and second substances,
the score is given to the supplier for the purpose of rating,
in order to provide the capacity of the supplier's enterprise,
is the enterprise credit rating of the supplier,
the highest enterprise credit level for the providers within the packet,
for the total amount of the materials currently stored,
the current material demand;
is the stock ratio of the current total amount of the materials when the required amount of the materials is met, and is a function
Is a step function;
sequencing the suppliers in the group according to the sequence of the grade of the suppliers from large to small to obtain the sequence of the suppliers in the group;
and the ordering submodule is used for sending production orders to a preset number of target suppliers in front of each supplier in sequence according to the material demand information.
7. The system for providing intelligent materials based on the trusted environment as claimed in claim 1, wherein said adaptation module comprises a login sub-module, a tool adaptation sub-module and a data statistics module;
the login submodule is used for verifying a target login request sent by the target web terminal;
the tool adaptor module is used for analyzing the target login request to obtain model version information of the target web terminal and sending an adaptor tool matched with the model version information to the target web terminal when the target login request is successfully verified; enabling the target web terminal to be provided with the adaptive tool, and processing production data through the adaptive tool to obtain production statistical data;
and the data statistics module is used for carrying out statistics on the production progress of the target supplier according to the production statistics data.
8. The system for providing intelligent materials based on the trusted environment as claimed in claim 7, wherein said adaptation tool comprises a data editing plug-in, a data encryption plug-in and a data transmission plug-in; the target web terminal converts the production data of the target supplier into a preset document type through the data editing plug-in to obtain the production statistical data, encrypts the production statistical data through the data encryption plug-in, and sends the encrypted production statistical data to the adaptation module through the data transmission plug-in according to a preset data transmission protocol; and the preset data transmission protocol is determined according to the version information.
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| 贾音等: "智慧园区应急物资储备系统设计与应用", 《消防科学与技术》 * |
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