CN113065976A - Broiler chicken breeding environment monitoring platform based on Springboot frame - Google Patents

Broiler chicken breeding environment monitoring platform based on Springboot frame Download PDF

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CN113065976A
CN113065976A CN202110170695.8A CN202110170695A CN113065976A CN 113065976 A CN113065976 A CN 113065976A CN 202110170695 A CN202110170695 A CN 202110170695A CN 113065976 A CN113065976 A CN 113065976A
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module
enterprise
broiler
monitoring platform
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陈长喜
张东升
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Tianjin Agricultural University
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Tianjin Agricultural University
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Abstract

The invention relates to a broiler breeding environment monitoring platform based on a Springboot framework, which is technically characterized in that: foreground subsystem, backstage subsystem, enterprise management system. The foreground subsystem comprises a system profile module, a GIS display module, a news module, an enterprise registration module, an enterprise system and a background management system login module; the background subsystem comprises a console module, a news management module, an enterprise management module, an authority management module, a mailbox management module and a system log module; the enterprise management system comprises a building management module, a ring cage management module, an equipment installation point position module, an equipment management module and a data display module. The broiler breeding management system is reasonable in design, improves broiler breeding regulation and management levels, saves manpower, ensures stable and healthy development of broiler breeding environments, ensures broiler product quality and improves economic benefits of broiler breeding enterprises.

Description

Broiler chicken breeding environment monitoring platform based on Springboot frame
Technical Field
The invention belongs to the technical field of environmental monitoring, relates to environmental monitoring equipment for a farm, and particularly relates to a broiler breeding environment monitoring platform based on a Springboot framework.
Background
In recent years, the development of poultry industry in China is on the rise, and the development of broiler breeding industry is rapid. With the rapid development of broiler breeding industry, broiler breeding environment becomes a key factor influencing the production and development of broilers. The broiler breeding environment is mostly closed in a multi-span house, and the breeding environment has extremely important influence on the growth of broilers.
At present, there is not comparatively perfect breed environment real-time monitoring system in the aspect of broiler chicken is bred domestically, and the broiler chicken is bred in the production process informatization level not high moreover, and the automatic regulation and control and the management level of broiler chicken breeding house environment are lower, rely on the manpower mostly, can't supply a good environment and guarantee the healthy growth of broiler chicken for the broiler chicken, cause the broiler chicken to breed with high costs, the output capacity is low.
With the development of information technology, the change of the internet technology brought to the life of human beings is very obvious, the traditional broiler breeding mode cannot meet the development of informatization and intensification broiler breeding, and the problem how to provide high-level broiler breeding regulation and control and management level is urgent to solve at present.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, provides a broiler chicken breeding environment monitoring platform based on a Springboot framework, solves the problems of broiler chicken breeding regulation and control and low management level, ensures stable and healthy development of broiler chicken breeding environment and ensures the product quality of broiler chickens.
The invention solves the technical problems in the prior art by adopting the following technical scheme:
a broiler breeding environment monitoring platform based on a Springboot framework comprises a foreground subsystem, a background subsystem and an enterprise management system;
the foreground subsystem comprises a system profile module, a GIS display module, a news module, an enterprise registration module, an enterprise system and a background management system login module, and is used for displaying system profiles and management architectures, registering production bodies, displaying GIS geographic information, displaying news contents and providing entries for logging in the enterprise system and the background management system;
the background subsystem comprises a console module, a news management module, an enterprise management module, an authority management module, a mailbox management module and a system log module, and is used for authority management, enterprise management, user management, equipment management, news management, mailbox management, system log display, personal information display, newly added authority and resource paths;
the enterprise management system comprises a building management module, a ring cage management module, an equipment installation point position module, an equipment management module and a data display module, and is used for personnel management, enterprise information management, breeding management, equipment management, broiler information management, environmental parameter management and data display.
Further, the GIS display module applies a Baidu map API; the news module applies the Elasticsearch search engine.
Further, the background subsystem performs authority management by using a Security framework, performs multi-user authentication, manages different resources for users with different authorities, and performs MD5 encryption on the user password.
Further, the breeding management comprises house management, ring cage management and equipment installation point location management; the equipment management comprises equipment type management, environmental parameter monitoring equipment management and monitoring equipment management; the broiler information management comprises broiler variety management and broiler batch management; the environmental parameter management comprises environmental parameter management; the environmental parameter management and data display comprises the following steps: environmental parameter data monitoring and video monitoring.
Further, the broiler breeding environment monitoring platform is formed by using a Maven integrated SpringBoot framework.
Furthermore, the broiler breeding environment monitoring platform adopts a layered structure and comprises a model layer, a mapper layer, a dao layer, a service layer, a controller layer, utils layers and a config layer.
Further, the broiler breeding environment monitoring platform stores core configuration information including port numbers, database connection configuration and file storage paths in the performance.
The invention has the advantages and positive effects that:
1. the broiler breeding environment monitoring system is reasonable in design, the broiler breeding environment monitoring system comprises a foreground subsystem, a background subsystem and an enterprise management system, the broiler breeding regulation and management level is improved, labor is saved, stable and healthy development of broiler breeding environments is guaranteed, product quality of broilers is guaranteed, and economic benefits of broiler breeding enterprises are improved.
2. The invention uses Java programming language, applies B/S architecture mode and combines with SpringBoot framework. The SpringBoot is a brand-new framework of the Java platform, not only the excellent characteristics of the SpringBoot framework are continued, but also containers such as Tomcat, Servlet and the like are embedded, so that a large number of XML file configurations are reduced, and the process of project building and later development becomes simpler; the Mybatis-Plus is expanded on the basis of Mybatis, native characteristics of all Mybatis are supported, a general Mapper and a general Service are built in, most CRUD operations can be realized through a small amount of configuration, and various use requirements are met.
Drawings
FIG. 1 is a block diagram of a foreground subsystem of the present invention;
FIG. 2 is a process flow diagram of production agent registration in accordance with the present invention;
FIG. 3 is a block diagram of a background subsystem of the present invention;
FIG. 4 is a news distribution flow diagram of the present invention;
fig. 5 is a block diagram of an enterprise management system of the present invention.
Detailed Description
The embodiments of the present invention will be described in detail with reference to the accompanying drawings.
A broiler breeding environment monitoring platform based on a Springboot framework comprises a foreground subsystem, a background subsystem and an enterprise management system.
As shown in fig. 1, the foreground subsystem includes: the system comprises a system profile module, a GIS display module, a news module, an enterprise registration module, an enterprise system and a background management system login module.
The foreground subsystem has the main functions of showing system overview and management architecture, registering production main bodies, showing GIS geographic information, showing news contents, and providing entries for logging in an enterprise system and a background management system. The GIS geographic information module applies a Baidu map API, is suitable for various devices such as a PC (personal computer) terminal, a mobile terminal and a server, is applied and developed under various operating systems, and provides basic geographic information display and positioning and basic information display for enterprises. The news retrieval applies an Elasticissearch search engine, which is a distributed extensible real-time search and analysis engine, can store distributed real-time files, each field of the distributed extensible real-time search and analysis engine can be indexed and searched, the timeliness is high, and a large amount of data can be stored and analyzed in a very short time.
As shown in fig. 2, the production agent registration first needs to input the enterprise mailbox to obtain the verification code, the system will send a mail to the mailbox, fill the verification code in the mail into the input box, and click the next step to verify the verification code. If the input is correct, entering the next step of adding enterprise basic information, enterprise scale information and enterprise contact information; if the input is wrong, the verification code is prompted to be wrong, and the verification code is required to be acquired again.
After the registration is completed, the administrator audits the enterprise, after the audit is successful, a new database can be established for the enterprise, and the initial user name and the password are sent to the reserved mailbox of the enterprise, so that the enterprise can conveniently log in; if the registration information is wrong, the audit fails and the registration needs to be carried out again.
As shown in fig. 3, the background subsystem includes a console module, a news management module, an enterprise management module, a rights management module, a mailbox management module, and a system log module.
The background subsystem has the main functions of authority management, enterprise management, user management, equipment management, news management, mailbox management, system log display, personal information display, newly added authority and resource path, and a manager can perform related service management on the contents. The background subsystem applies a Security framework to manage the authority, multi-user authentication can be carried out, and users with different authorities manage different resources. The user password is encrypted by MD5, so that when the user logs in, the system calculates the password input by the user into MD5 value and compares the MD5 value with various MD5 values stored in the system, thereby improving the system security.
As shown in fig. 4, news management firstly needs to log in a background subsystem, a user name and a password are correct, and a party who needs to have authority to publish news can enter a news page, and news publication cannot be performed if login fails or no authority exists. After the news is successfully published, the administrator needs to audit the news, if the news is successfully published, and if the news is not successfully published, the news is failed to be published, and the news needs to be published again.
As shown in fig. 5, the enterprise management system includes: the device comprises a house management module, a ring cage management module, a device installation point location module, a device management module and a data display module.
The main functions of the enterprise system comprise personnel management, enterprise information management, breeding management, equipment management, broiler information management, environmental parameter management and data display.
The enterprise information management includes: enterprise basic information display and enterprise basic information management. The enterprise basic information display page comprises the number of buildings, circle cages, point positions and environment monitoring equipment, and comprises a pie chart of broiler varieties and a histogram of the number of employees at each department. The enterprise basic information management page shows the basic information of the enterprise and can be modified by the client.
The personnel management comprises: department management, post management and employee management.
The cultivation management comprises the following steps: building management, ring cage management and equipment installation point location management.
The device management includes: equipment type management, environmental parameter monitoring equipment management and monitoring equipment management.
The broiler information management comprises the following steps: broiler variety management and broiler batch management.
The environmental parameter management includes: and managing environmental parameters. Each management page has a function of displaying related information and can perform addition, modification and deletion operations, wherein the Excel information import function is attached to the equipment management.
The environmental parameter management and data display comprises the following steps: environmental parameter data monitoring and video monitoring. Environmental parameter data monitoring and video monitoring can be performed by selecting a place from a ring cage to a point location step by step to check the equipment monitoring (monitoring) information of the corresponding point location. The environment monitoring data is displayed in real time by using Echarts, the Echarts can smoothly run on a PC end and a mobile end, is compatible with most browsers and provides a visual, vivid and interactive data visualization chart; the video monitoring adopts a high-definition camera to carry out video monitoring on the whole environment of the dorking breeding house and transmits data to a monitoring page in real time.
The design characteristics of the invention are as follows:
the invention uses Java programming language, applies B/S architecture mode and combines with SpringBoot framework. The SpringBoot is a brand-new framework of the Java platform, not only the excellent characteristics of the SpringBoot framework are continued, but also containers such as Tomcat, Servlet and the like are embedded, so that a large number of XML file configurations are reduced, and the process of project building and later development becomes simpler; the Mybatis-Plus is expanded on the basis of Mybatis, supports the native characteristics of all Mybatis, is internally provided with a general Mapper and a general Service, can realize most CRUD operations through a small amount of configuration, meets various use requirements, and is specifically represented by:
the monitoring platform is formed by a Maven integrated SpringBoot framework, and the JDK version is selected to be 1.8.
The monitoring platform adopts a layered design structure and comprises a model layer, a mapper layer, a dao layer, a service layer, a controller layer, a utils layer and a config layer.
The configuration information of the monitoring platform is added to application properties and comprises information such as port numbers, database connection configuration, file storage paths and the like.
The monitoring platform applies a Security framework to perform authority management, and the Security framework and the MD 5-based encryption algorithm are used for realizing the authority management function of the system.
The monitoring platform front end adopts a lighter weight and simple Layui classic modularization front end UI framework, and is lighter and simpler.
The text editor of the monitoring platform applies a MarkDown editor.
And the monitoring platform applies Echarts to perform a real-time display function of the environmental monitoring data.
And the GIS display in the monitoring platform carries out secondary development by applying a Baidu map API.
The database in the monitoring platform adopts MySQL and Redis, and the database connection pool uses Druid.
The monitoring platform applies an Elasticissearch search engine to perform a retrieval function.
Before the monitoring platform is used, the project is required to be packaged and deployed on the server, the server is started after the deployment is successful, and the address of the home page is input in the address bar of the browser and enters the system home page for relevant operation.
It should be emphasized that the embodiments described herein are illustrative rather than restrictive, and thus the present invention is not limited to the embodiments described in the detailed description, but also includes other embodiments that can be derived from the technical solutions of the present invention by those skilled in the art.

Claims (7)

1. The utility model provides a meat chicken farming environment monitoring platform based on spring boot frame which characterized in that: the system comprises a foreground subsystem, a background subsystem and an enterprise management system;
the foreground subsystem comprises a system profile module, a GIS display module, a news module, an enterprise registration module, an enterprise system and a background management system login module, and is used for displaying system profiles and management architectures, registering production bodies, displaying GIS geographic information, displaying news contents and providing entries for logging in the enterprise system and the background management system;
the background subsystem comprises a console module, a news management module, an enterprise management module, an authority management module, a mailbox management module and a system log module, and is used for authority management, enterprise management, user management, equipment management, news management, mailbox management, system log display, personal information display, newly added authority and resource paths;
the enterprise management system comprises a building management module, a ring cage management module, an equipment installation point position module, an equipment management module and a data display module, and is used for personnel management, enterprise information management, breeding management, equipment management, broiler information management, environmental parameter management and data display.
2. The broiler breeding environment monitoring platform based on the Springboot frame of claim 1, wherein: the GIS display module applies Baidu map API; the news module applies the Elasticsearch search engine.
3. The broiler breeding environment monitoring platform based on the Springboot frame of claim 1, wherein: the background subsystem adopts a Security framework to manage the authority, performs multi-user authentication, manages different resources for users with different authorities, and encrypts the password of the user by MD 5.
4. The broiler breeding environment monitoring platform based on the Springboot frame of claim 1, wherein: the breeding management comprises multi-span house management, ring cage management and equipment installation point location management; the equipment management comprises equipment type management, environmental parameter monitoring equipment management and monitoring equipment management; the broiler information management comprises broiler variety management and broiler batch management; the environmental parameter management comprises environmental parameter management; the environmental parameter management and data display comprises the following steps: environmental parameter data monitoring and video monitoring.
5. The broiler breeding environment monitoring platform based on the Springboot frame of any one of claims 1 to 4, wherein: the broiler breeding environment monitoring platform is formed by using a Maven integrated Springboot framework.
6. The broiler breeding environment monitoring platform based on the Springboot frame of any one of claims 1 to 4, wherein: the broiler breeding environment monitoring platform adopts a layered structure and comprises a model layer, a mapper layer, a dao layer, a service layer, a controller layer, a utils layer and a config layer.
7. The broiler breeding environment monitoring platform based on the Springboot frame of any one of claims 1 to 4, wherein: the broiler breeding environment monitoring platform stores core configuration information including port numbers, database connection configuration and file storage paths in the pages.
CN202110170695.8A 2021-02-08 2021-02-08 Broiler chicken breeding environment monitoring platform based on Springboot frame Pending CN113065976A (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104299096A (en) * 2014-10-21 2015-01-21 沈阳化工大学 Enterprise portal website management information system
CN108717290A (en) * 2018-05-30 2018-10-30 安徽润航农业科技开发有限公司 A kind of fining aquaculture management application system
CN109635218A (en) * 2018-12-03 2019-04-16 四川理工学院 News briefing and management system

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104299096A (en) * 2014-10-21 2015-01-21 沈阳化工大学 Enterprise portal website management information system
CN108717290A (en) * 2018-05-30 2018-10-30 安徽润航农业科技开发有限公司 A kind of fining aquaculture management application system
CN109635218A (en) * 2018-12-03 2019-04-16 四川理工学院 News briefing and management system

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Application publication date: 20210702