CN112925866B - Information management system and method for ancient and famous trees - Google Patents
Information management system and method for ancient and famous trees Download PDFInfo
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Abstract
The application provides an information management system and method for ancient and famous trees, wherein the system comprises a data acquisition module and an ancient and famous tree positioning module; the navigation module is used for navigating the inspector to the position of the tree according to the coordinate information of the destination tree in the ancient famous tree positioning module; the patrol recording module is used for linking the ancient tree name tree patrol knowledge base to generate a patrol order, guiding the mobile terminal to input patrol tree information and storing and updating the content on the patrol order; determining a patrol problem according to the content on a patrol bill in the patrol recording module, automatically matching a corresponding solution suggestion and pushing the solution suggestion to a maintenance suggestion module of the mobile terminal; and the patrol auxiliary module is used for acquiring the coordinate information of the tree closest to the current distance and navigating the patrol inspector to the position of the tree based on the navigation module. The problem of the inspection work of ancient trees name wood be difficult to carry out systematic control and management is solved, this application has the effect of carrying out systematic control and management to ancient trees name wood, has improved inspection efficiency, also is favorable to the protection of ancient trees name wood.
Description
Technical Field
The application relates to the technical field of ancient and famous tree protection, in particular to an ancient and famous tree informatization management system and method.
Background
The ancient and famous trees are trees with important economic and historical value or commemorative significance in tree age. The ancient and famous trees are divided into first-level ancient and famous trees, second-level ancient and famous trees and third-level ancient and famous trees. The first-level ancient famous trees are trees with the age of more than 300 years, trees with special historical values, trees planted and given as traditional places of interest or first brains of governments, first-generation precious and rare varieties with international advanced levels, specimen trees which are discovered and varied in small areas and have international influences, and national-level superior trees. The second-level ancient famous trees refer to trees with the age of 100 plus 300 years, trees playing a key decoration role in scenic spots, trees planted, given or rated in the past and the present, first-generation precious and rare varieties with advanced levels in China successfully bred, specimen trees discovered in local areas and listed as new varieties or varieties through identification, and provincial superior trees. The other ancient and famous trees are three-level ancient and famous trees.
The ancient and famous trees are the precious heritage of living cultural relics and human beings, and in order to protect the ancient and famous trees better, a patrol inspector is generally required to inspect the ancient and famous trees, and once a problem is found, the ancient and famous trees can be reported and processed in time.
At present, the patrol work of the ancient famous trees generally depends on manual work to be dispatched in an integrated manner, patrol routes are planned by patrol inspectors, the patrol conditions of the ancient famous trees cannot be shared in time by the patrol inspectors, and a processing scheme is determined by time when the problem of the ancient famous trees is found.
Aiming at the related technologies, the applicant considers that the defects that the traditional patrol work of the ancient and famous trees is difficult to carry out systematized monitoring and management, the patrol efficiency is influenced, and the protection of the ancient and famous trees is not facilitated exist.
Disclosure of Invention
In order to carry out systematic monitoring and management on the ancient and famous trees, the application provides an information management system and method for the ancient and famous trees.
The application aims to provide an information management system for the famous ancient trees, which has the characteristics of systematic monitoring and management of the famous ancient trees.
The above object of the present application is achieved by the following technical solutions:
an information management system for ancient and famous trees, which comprises a data acquisition module for inputting and modifying the information of the ancient trees and a data acquisition module,
the ancient tree name tree positioning module is used for acquiring the ancient tree position information in the data acquisition module in real time, generating an ancient tree map and marking the ancient tree map according to the input and modified ancient tree data information;
the navigation module is used for navigating the inspector to the position of the tree according to the coordinate information of the destination tree in the ancient and famous tree positioning module;
the patrol recording module is used for linking the ancient tree name tree patrol knowledge base to generate a patrol bill, guiding the mobile terminal to input patrol tree information and storing and updating the content on the patrol bill;
the maintenance suggestion module is used for determining the inspection problem according to the content on the inspection list in the inspection recording module, automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal;
and the inspection auxiliary module is used for acquiring the coordinate information of the tree closest to the current distance and navigating the inspector to the position of the tree based on the navigation module.
By adopting the technical scheme, the data acquisition module inputs and modifies the ancient tree information; the ancient tree name tree positioning module acquires the ancient tree position information in the data acquisition module in real time, generates an ancient tree map, and marks the ancient tree map according to the input and modified ancient tree data information; the navigation module navigates the inspector to the position of the tree according to the coordinate information of the destination tree in the ancient and famous tree positioning module without planning an inspection route by the inspector; the patrol recording module is linked with the ancient tree name tree patrol knowledge base to generate a patrol order, and guides a patrol inspector to input patrol tree information through the mobile terminal and store and update the content on the patrol order, so that the patrol condition of each patrol inspector on the ancient tree name trees can be shared in time; the maintenance suggestion module determines the patrol problem according to the content on the patrol bill in the patrol recording module, automatically matches the corresponding solution suggestion and pushes the solution suggestion to the mobile terminal so as to automatically determine the processing scheme of the ancient tree name tree problem, thereby saving time; the inspection auxiliary module acquires the coordinate information of the tree closest to the current distance, and the inspection person is navigated to the position of the tree based on the navigation module, so that the inspection work is more reasonable and efficient; then, the patrolman navigates to the position of the tree to be patrolled according to the ancient tree map to patrol; generating an inspection list based on the ancient and famous tree inspection knowledge base, guiding the mobile terminal to input the information of the inspection trees, and storing and updating the content on the inspection list; the inspection problem is determined according to the content of the inspection list in the inspection recording module, and the corresponding solution suggestion is automatically matched and pushed to the mobile terminal, so that an inspector can find the inspection problem in time and take measures, and the processing is efficient; when patrolling at every turn, acquire the nearest trees coordinate information of current distance, patrol and examine the person and reach this trees position based on navigation module navigation, patrol and examine the high efficiency, be favorable to the information-based management system of ancient trees name tree to carry out systematized control and management to ancient trees name tree, improved patrol and examine efficiency, also be favorable to the protection of ancient trees name tree.
The present application may be further configured in a preferred example to: the ancient tree image module is used for acquiring and storing the patrol images of the ancient trees and automatically uploading the patrol images to the data acquisition module under the set network condition.
By adopting the technical scheme, the ancient tree picture module acquires and stores the patrol pictures of the ancient trees, so that the patrol information of the ancient tree famous tree information management system is more comprehensive and accurate, and the patrol pictures are automatically uploaded under the set network condition for storage, so that the flow is saved.
The present application may be further configured in a preferred example to: the system also comprises an early warning module which is used for automatically generating early warning information after the maintenance suggestion module determines the patrol problem and automatically sending the early warning information to the rear end.
By adopting the technical scheme, the early warning module automatically generates early warning information after the maintenance suggestion module determines the inspection problem, and automatically sends the early warning information to the rear end so as to remind a background inspector to find the problem and take measures in time, and the operation is convenient.
The present application may be further configured in a preferred example to: the system also comprises a two-dimension code module which is used for linking the data information of the ancient tree name trees of the data acquisition module and the historical patrol bill content of the patrol recording module based on the two-dimension code.
Through adopting above-mentioned technical scheme, the ancient trees name tree data information of two-dimensional code module based on two-dimensional code link data acquisition module and the historical patrolling list content of patrolling record module to the backstage patroller carries out information acquisition, knows the process of patrolling and examining, convenient operation.
The present application may be further configured in a preferred example to: the maintenance log module is used for creating and storing log information of tree maintenance or maintenance comment information and storing the log information or maintenance comment information into the data acquisition module.
By adopting the technical scheme, the maintenance log module creates and stores log information or maintenance comment information of tree maintenance and stores the log information or maintenance comment information into the data acquisition module so as to share the log information and maintenance comment information of tree maintenance, thereby being beneficial to patrol personnel to know the condition of tree maintenance in time and carrying out patrol maintenance better.
The second purpose of the application is to provide an information management method for the famous ancient trees, which has the characteristic of carrying out systematic monitoring and management on the famous ancient trees.
The second application object of the present application is achieved by the following technical scheme:
an information management method for famous ancient trees comprises the following steps of inputting and modifying information of the ancient trees;
acquiring position information of the ancient tree in real time, generating an ancient tree map, and marking the ancient tree map according to the input modified ancient tree data information;
navigating the inspector to the position of the tree according to the coordinate information of the destination tree;
the ancient tree name tree patrolling knowledge base is linked to generate an patrolling order, the mobile terminal is guided to input patrolling tree information, and the contents on the patrolling order are stored and updated;
determining a patrol problem according to the content on the patrol bill, automatically matching a corresponding solution suggestion and pushing the solution suggestion to the mobile terminal;
and obtaining the coordinate information of the tree closest to the current distance, and navigating the inspector to the position of the tree.
By adopting the technical scheme, the ancient tree data information is input and modified; acquiring ancient tree position information in real time, generating an ancient tree map, and marking the ancient tree map according to the input modified ancient tree data information; navigating the inspector to the position of the tree according to the coordinate information of the destination tree; generating an inspection list by linking the ancient tree name tree inspection knowledge base, guiding the mobile terminal to input the information of the inspection trees, and storing and updating the content on the inspection list; determining a patrol problem according to the content on the patrol bill, automatically matching a corresponding solution suggestion and pushing the solution suggestion to the mobile terminal; obtaining the coordinate information of the tree closest to the current distance, and navigating the inspector to the position of the tree; then, the patrolman navigates to the position of the tree to be patrolled according to the ancient tree map to patrol; generating an inspection list based on the ancient and famous tree inspection knowledge base, guiding the mobile terminal to input the information of the inspection trees, and storing and updating the content on the inspection list; the inspection problem is determined according to the content of the inspection list in the inspection recording module, and the corresponding solution suggestions are automatically matched and pushed to the mobile terminal, so that an inspector can find the inspection problem and take measures in time; and when the system is used for patrolling every time, obtaining the coordinate information of the tree closest to the current distance, and navigating the patroller to the position of the tree based on the navigation module so as to systematically monitor and manage the ancient and famous trees.
The present application may be further configured in a preferred example to: the step of determining the patrol problem based on the contents of the patrol ticket may specifically comprise,
establishing an inspection problem list with keywords and inspection problems in one-to-one correspondence;
extracting character information on the patrol list to search keywords;
and when the preset keywords are searched, automatically matching the inspection problems corresponding to the keywords.
By adopting the technical scheme, the patrol problem lists with the keywords corresponding to the patrol problems one by one are established, the character information of the patrol notes is extracted, the search is carried out by means of the keywords, when the preset keywords are searched, the patrol problems corresponding to the keywords are automatically matched, and the aim of determining the patrol problems according to the content on the patrol notes is fulfilled.
The present application may be further configured in a preferred example to: the step of automatically matching the corresponding solution suggestions and pushing the solution suggestions to the mobile terminal specifically comprises training and learning based on the stored patrol problems and the corresponding solutions;
acquiring a patrol problem solution suggestion training factor;
and acquiring the determined patrol problem on the patrol bill, automatically matching the corresponding solution suggestion based on the patrol problem solution suggestion training factor, and pushing the solution suggestion to the mobile terminal.
By adopting the technical scheme, training and learning are carried out based on the stored patrol problem and the corresponding solution; acquiring a patrol problem solution suggestion training factor; the method comprises the steps of obtaining a determined patrol problem on a patrol bill, automatically matching a corresponding solution suggestion based on a patrol problem solution suggestion training factor, and pushing the solution suggestion to a mobile terminal so as to achieve the purpose of automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal.
The present application may be further configured in a preferred example to: and acquiring and storing the patrol pictures of the ancient trees, and automatically uploading the patrol pictures under the set network conditions.
By adopting the technical scheme, the patrol picture and the storage of the ancient trees are acquired, so that the patrol information of the ancient trees is more comprehensive and accurate, and the patrol picture is automatically uploaded under the set network condition for storage, so that the flow is saved.
The present application may be further configured in a preferred example to: and after the inspection problem is determined, early warning information is automatically generated and sent to the rear end.
By adopting the technical scheme, the early warning information is automatically generated after the inspection problem is determined, and the early warning information is automatically sent to the rear end so as to remind a background inspector to find the problem and take measures in time, and the operation is convenient.
In summary, the present application includes at least one of the following beneficial technical effects:
1. navigating to the position of the tree to be patrolled by the patroller according to the ancient tree map for patrolling; generating an inspection list based on the ancient and famous tree inspection knowledge base, guiding the mobile terminal to input the information of the inspection trees, and storing and updating the content on the inspection list; determining a patrol problem according to the content on a patrol bill in the patrol recording module, automatically matching a corresponding solution suggestion and pushing the solution suggestion to a mobile terminal; acquiring the coordinate information of the tree closest to the current distance during each inspection, and navigating the inspector to the position of the tree based on the navigation module; the method is beneficial to systematic monitoring and management of the ancient and famous trees by the information management system of the ancient and famous trees, improves the inspection efficiency and is also beneficial to protection of the ancient and famous trees;
2. the ancient tree picture module enables the patrol information of the ancient famous tree information management system to be more comprehensive and accurate, and automatically uploads patrol pictures for storage under the set network condition so as to save the flow;
3. the early warning module automatically generates early warning information after the maintenance suggestion module determines the inspection problem, and automatically transmits the early warning information to the rear end so as to remind a background inspector to find the problem and take measures in time, so that the operation is convenient;
4. the two-dimension code module links the ancient tree name tree data information and the historical patrol bill content based on the two-dimension code, so that a background patrol inspector can conveniently acquire information and know the patrol process, and the operation is convenient;
5. the maintenance log module is used for sharing log information of tree maintenance and maintenance comment information, so that patrolmen can know the tree maintenance condition in time and can better perform patrol maintenance;
6. establishing an inspection problem list with keywords corresponding to inspection problems one by one, extracting character information of the inspection list, searching by means of the keywords, and automatically matching the inspection problems corresponding to the keywords when preset keywords are searched so as to achieve the purpose of determining the inspection problems according to the content on the inspection list;
7. training and learning are carried out based on the stored patrol problem and the corresponding solution; acquiring a patrol problem solution suggestion training factor; the method comprises the steps of obtaining a determined patrol problem on a patrol bill, automatically matching a corresponding solution suggestion based on a patrol problem solution suggestion training factor, and pushing the solution suggestion to a mobile terminal so as to achieve the purpose of automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal.
Drawings
Fig. 1 is a block diagram illustrating an information management system for ancient trees in one embodiment of the present application.
Fig. 2 is an interface schematic diagram of inspection pest regulation.
Fig. 3 is an interface schematic diagram of the patrol map.
Fig. 4 is an interface diagram of the patrol mode.
FIG. 5 is an interface schematic of routing capacity.
Fig. 6 is a schematic diagram of an interface for importing the inspection station.
Fig. 7 is an interface schematic of the patrol input.
Fig. 8 is an interface schematic for pest evaluation.
FIG. 9 is an interface schematic of the patrol amount.
Fig. 10 is a schematic view of an interface of the inspection display.
FIG. 11 is a schematic view of an interface for data storage.
FIG. 12 is a schematic diagram of an interface for timing patrol.
Fig. 13 is a flowchart illustrating an information management method for ancient trees according to an embodiment of the present application.
FIG. 14 is a schematic flow chart illustrating the process of identifying a routing question based on the content on the routing list.
Fig. 15 is a flow chart illustrating pushing of automatically matching corresponding solution suggestions to the mobile terminal.
Detailed Description
The present embodiment is only for explaining the present application, and it is not limited to the present application, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present application.
In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some embodiments of the present application, but not all 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 application.
In addition, the term "and/or" herein is only one kind of association relationship describing an associated object, and means that there may be three kinds of relationships, for example, a and/or B, which may mean: a exists alone, A and B exist simultaneously, and B exists alone. In addition, the character "/" herein generally indicates that the former and latter related objects are in an "or" relationship, unless otherwise specified.
The embodiments of the present application will be described in further detail with reference to the drawings attached hereto.
Referring to fig. 1, an embodiment of the present application provides an information management system for ancient trees and famous trees, which includes a data acquisition module, an ancient trees and famous trees positioning module, a navigation module, an inspection recording module, a maintenance suggestion module, and an inspection auxiliary module.
And the data acquisition module is used for inputting and modifying the ancient tree information.
And the ancient tree name tree positioning module is used for acquiring the ancient tree position information in the data acquisition module in real time, generating an ancient tree map and marking the ancient tree map according to the input and modified ancient tree data information.
The navigation module is used for navigating the inspector to the position of the tree according to the destination tree coordinate information in the ancient and famous tree positioning module.
The patrol recording module is used for linking the ancient tree name tree patrol knowledge base to generate a patrol bill, guiding the mobile terminal to input patrol tree information, and storing and updating the content on the patrol bill.
And the maintenance suggestion module is used for determining the inspection problem according to the content on the inspection list in the inspection recording module, automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal.
The inspection auxiliary module is used for acquiring the coordinate information of the tree closest to the current distance and navigating the inspector to the position of the tree based on the navigation module.
The information management system for the ancient famous trees further comprises an ancient tree picture module, an early warning module, a two-dimensional code module and a maintenance log module.
The ancient tree picture module is used for obtaining and storing pictures of ancient trees and automatically uploading inspection pictures to the data obtaining module under the set network condition.
The early warning module is used for automatically generating early warning information after the maintenance suggestion module determines the patrol problem and automatically sending the early warning information to the rear end.
The two-dimension code module is used for obtaining the data information of the ancient trees and famous trees of the module and the historical patrol list content of the patrol recording module based on the two-dimension code link data.
And the maintenance log module is used for creating and storing log information of tree maintenance or maintenance comment information and storing the log information or maintenance comment information into the data acquisition module.
Specifically, an account and a password are input in a login interface of the information management system of the ancient tree name tree, and a home page of the information management system of the ancient tree name tree is logged in. And (4) password modification, namely, inputting the inspection test account number, a new test password to be modified, the operator name and the mobile phone number on a password modification interface, and finishing the password modification after storage. And when the test password is empty, the original password is kept unchanged by default.
The information management system for the ancient famous trees acquires information of the ancient famous trees based on the data acquisition module, combines position information of the ancient famous trees with positioning information of an inspection area through the ancient famous tree positioning module to generate an ancient tree map, and data information such as names, types and inspection records are marked on any ancient famous trees on the ancient tree map.
And the navigation module navigates the inspector to the position of the tree according to the coordinate information of the destination tree input in the ancient and famous tree positioning module.
When the patrol inspection record module finishes the patrol inspection work of any patrol inspection point, the patrol inspection record module automatically links the ancient tree name tree patrol inspection knowledge base to generate a patrol inspection list and pushes the patrol inspection list to the mobile terminal, so that the patrol inspection personnel is guided to input the patrol inspection result and store and update the contents on the patrol inspection list.
Furthermore, the maintenance suggestion module determines the inspection problem according to the content on the inspection list in the inspection record module, and automatically matches the corresponding solution suggestion and pushes the solution suggestion to the mobile terminal. And after the maintenance suggestion module determines the patrol problem, the early warning module automatically generates early warning information and automatically sends the early warning information to the rear end to remind workers of the ancient famous trees informatization management system to find the problem of the ancient famous trees and take a solution.
Referring to fig. 14, the step of determining the patrol problem according to the content on the patrol ticket specifically includes the following steps.
And establishing an inspection problem list in which the keywords correspond to the inspection problems one by one. The patrol question list is created according to the past patrol experience of the ancient and famous trees and the recorded data.
And extracting the character information on the patrol list to search keywords. And searching whether the same keyword appears on the patrol bill by presetting the keyword.
When the preset keywords are searched, searching is carried out from the inspection problem list, the inspection problems corresponding to the keywords are automatically matched, and the inspection problems are used as the inspection problems on the corresponding inspection list, so that the purpose of automatically determining the inspection problems on the inspection list is achieved.
Referring to fig. 15, the step of automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal specifically includes the following steps.
Training learning is performed based on the stored patrol problem and the corresponding solution. The stored patrol problem and the corresponding solution are edited and created according to the past patrol experience of the ancient trees and the recorded data. And training and learning the stored inspection problems and corresponding solutions based on the open source deep learning algorithm.
And summarizing input quantity of each inspection problem and output quantity of each solution, and acquiring the recommended training factors for solving the inspection problems.
The method has the advantages that the inspection problem determined on the inspection list is obtained, the corresponding solution suggestions are automatically matched based on the inspection problem solution suggestion training factors and are pushed to the mobile terminal, the solution of the inspector on the problem of the ancient and famous trees is provided, the time is saved, and the method is favorable for taking measures to solve the problem of the ancient and famous trees as soon as possible.
In the process of patrolling, a patrolman acquires and stores patrolling pictures of the ancient trees by means of the ancient tree picture module, and automatically uploads the patrolling pictures to the data acquisition module under the set network condition. The patrol inspector establishes and stores log information of tree maintenance or maintenance comment information by means of the maintenance log module and stores the log information or maintenance comment information into the data acquisition module. The patrolman can also link the ancient tree name tree data information of the data acquisition module and the historical patrolling bill content of the patrolling recording module through the two-dimensional code module based on the two-dimensional code.
After the current patrol work is finished, obtaining the coordinate information of the tree closest to the current distance by virtue of the patrol auxiliary module, and navigating the patrol inspector to the position of the tree based on the navigation module.
The contents displayed on the home page comprise an ancient tree name tree positioning module button, a navigation module button, an inspection recording module button, a maintenance suggestion module button, an inspection auxiliary module button, an ancient tree picture module button, an early warning module button, a two-dimensional code module button and a maintenance log module button.
The home page also displays a patrol map viewing module button, a patrol mode setting module button, a tree pest and disease damage assessment module button, a patrol result display module button, a data storage module button, a timing patrol module button and the like.
Referring to fig. 2, the patrol map viewing module includes a patrol map. And presetting an inspection route on an inspection map interface. The routing inspection route comprises a starting point, an end point, a point to be inspected, a distance between adjacent positions and a total length between the starting point and the end point. The patrol and examine map interface is through obtaining data acquisition module, ancient trees name tree orientation module and navigation module's data information, will patrol and examine route and ancient trees map and gather and present on patrolling and examining the map interface, and the patroller can patrol and examine the operation according to patrolling and examining the route through looking over the map of patrolling and examining, is favorable to rationally arranging to patrol and examine work, has improved and has patrolled and examined efficiency for it goes on in order to patrol and examine work.
The inspection mode setting module comprises an inspection pest and disease regulation submodule, an inspection mode setting submodule, an inspection capacity input submodule, an inspection site leading-in submodule, an inspection information input submodule and an inspection quantity setting submodule.
Referring to fig. 3, the inspection pest and disease damage adjustment submodule is used for inspecting pest and disease damage adjustment, and the inspection pest and disease damage number, the inspection sequence and the storage mode are selected on the inspection pest and disease damage adjustment interface, the record number is input, and precision adjustment is carried out, so that adjustment setting of inspection pest and disease damage is completed.
Referring to fig. 4, the patrol mode setting submodule is used for setting a patrol mode, selecting the patrol mode on a patrol mode interface, patrolling according to a block area or patrolling according to tree types, and inputting information such as quantity values, categories, operation time, remarks and the like to complete the setting of the tree disease and insect pest patrol mode.
Referring to fig. 5, the patrol capacity input sub-module is used for inputting patrol capacity, inputting a capacity value, a unit of patrol area, a capacity mode, a transmission instruction, patrol pest information and the like on a patrol capacity interface so as to set patrol capacity, reasonably set patrol workload and be beneficial to ensuring patrol effect.
Referring to fig. 6, the inspection station import sub-module is used for importing an inspection station, acquiring information of the station to be inspected through the data acquisition module, and importing the information of the station to be inspected in an inspection station import interface.
Referring to fig. 7, the patrol information input sub-module is used for inputting patrol information, inputting basic patrol information including a use name, a patrol inspector input, a transmission port, a continuous patrol frequency and a patrol date on the patrol information input interface, and selecting an information type and an application type to complete the input of the patrol information.
Referring to fig. 8, the patrol inspection quantity setting submodule is used for setting patrol inspection quantity, adjusting of tree pest quantity is carried out on a patrol inspection quantity interface, and forest region numbers are input and patrol inspection quantity is set, so that patrol inspection results are more accurate.
Through patrolling and examining pest and disease damage regulation submodule, patrol and examine the mode and set up the submodule, patrol and examine the capacity input submodule, patrol and examine the leading-in submodule of website, patrol and examine the information input submodule and patrol and examine quantity and set up the submodule, accomplish the setting of patrolling and examining the information for ancient trees name tree information-based management system's the effect of patrolling and examining is more accurate, also is favorable to ancient trees name tree information-based management system to carry out operation on next step smoothly.
Referring to fig. 9, the tree pest evaluation module is used for recording evaluation conditions of ancient and famous tree pests, inputting an evaluation number and an upper limit evaluation value on a pest evaluation interface, and selecting an evaluation mode, and evaluating by an operator or an inspector to perform pest evaluation operation.
Referring to fig. 10, the patrol inspection result display module is used for patrol inspection display, a display mnemonic code is input into a patrol inspection display interface, an intelligent mode, an operation date and a display function are selected, the display function comprises display according to pest and disease damage degrees or display according to results, the patrol inspection result is displayed, information can be displayed more intuitively, patrol inspection problems can be found in time, and patrol inspection quality of tree pests is guaranteed.
The data storage module is used for storing data, the type of a database, an ACCESS database or an MSSQL database and a configuration database server are selected on a data storage interface, the database server comprises a remote database or a local database, the name of the server, the name of an inspector, a password and the name of the database are configured, then the inspection result of the tree diseases and insect pests is recorded, and the inspection result of the tree diseases and insect pests is stored in the database.
The timing inspection module is used for timing inspection reminding, and selects a timing type through an inspection interface: the method has the advantages that the annual reminding month and date are set at one time/every week/every month/every year, and the timed patrol information is input, so that the timed patrol reminding is realized, and the method is favorable for reminding a patrol inspector to perform patrol operation at a timed time.
The information management system for the ancient and famous trees can also print the inspection result as required, set the item to be printed and input the title.
The information management system for the ancient and famous trees has the functions of inspection, and is simple, convenient and efficient to operate. The information management system for the ancient and famous trees is established on a mature system framework and deployed behind a server, so that the information management system for the ancient and famous trees is stable in operation, and the disease and insect pest inspection efficiency of the ancient and famous trees is improved.
Referring to fig. 13, an embodiment of the present application further provides an information management method for ancient and famous trees, which specifically includes the following steps.
And inputting and modifying the ancient tree information.
And acquiring the position information of the ancient tree in real time, generating an ancient tree map, and labeling the ancient tree map according to the ancient tree data information input and modified.
And navigating the inspector to the position of the tree according to the coordinate information of the destination tree.
And linking the ancient tree name tree patrol knowledge base to generate a patrol order, guiding the mobile terminal to input patrol tree information, and storing and updating the content on the patrol order.
And determining the patrol problem according to the content on the patrol bill, and automatically matching the corresponding solution suggestions and pushing the solution suggestions to the mobile terminal.
And after the inspection problem is determined, early warning information is automatically generated and sent to the rear end.
And acquiring and storing patrol pictures of the ancient trees, and automatically uploading the patrol pictures to a data acquisition module for backup under the set network condition.
And obtaining the coordinate information of the tree closest to the current distance, and navigating the inspector to the position of the tree.
The information management method of the ancient and famous trees is divided into a computer management method and a mobile management method.
Specifically, the computer side management method includes the following contents.
The data of the ancient trees can be recorded, the recorded content comprises the general view, maintenance condition and the like of each ancient tree, and the data can be modified.
According to the authority, the ancient tree map can be flexibly browsed, the general situation and the distribution situation of the ancient trees can be searched and displayed, the details of the selected ancient trees can be browsed, and the tree data information can be maintained according to the authority.
The ancient tree information can be inquired according to numbers and the like, and the ancient tree information inquiry device has an inquiry function.
And the inquired data can be printed according to the inquiry result, so that the printout is realized.
The ancient and famous tree data can be added into the general database, or the data can be exported to a required department, so that the import and export of the data can be realized.
The data can be backed up and restored to prevent data loss and effectively back up and restore the data.
Each management module can be limited according to requirements, and the system has functions of patrolling and examining personnel, role authority and management, and is favorable for safety and confidentiality of data.
The method has other functions of maintaining and commenting ancient and famous trees, maintaining logs, summarizing systems, assisting and the like.
The mobile terminal management method includes the following contents.
According to the authority, the ancient tree map can be flexibly browsed, the general situation and the distribution situation of the ancient trees can be searched and displayed, the details of the selected ancient trees can be browsed, and the tree data information can be maintained according to the authority.
The searched ancient trees can be marked on the ancient tree map according to areas, families, tree species, numbers and the like.
The basic information of the ancient and famous trees can be checked by scanning the two-dimensional code, and the previous patrol records can be known.
The patrol order can be generated according to the ancient tree name tree patrol knowledge base, and the patrol order is guided to be filled in.
The tour inspector can navigate to the target position according to the coordinates of the ancient and famous trees.
The mobile phone can shoot pictures, temporary storage of ancient tree pictures is supported, the mobile phone is in a WIFI environment, the patrolling pictures are automatically uploaded, the flow expenditure is saved, and latest information is provided for background maintenance personnel of ancient tree names.
After the patrol is finished, the user can click and search the ancient tree name tree closest to the ancient tree name tree, and the next ancient tree name tree is patrolled according to the query result, so that the patrol time is saved.
When the patrol inspector finds that the problems exist on the site, the early warning button of the mobile terminal is clicked, and then the information can be automatically sent to the management background and the mobile phone of the manager.
Corresponding protection suggestions can be pushed according to problems found in field patrol, and inspectors are guided to carry out rescue work.
Navigating to the position of the tree to be patrolled by the patroller according to the ancient tree map for patrolling; generating an inspection list based on the ancient and famous tree inspection knowledge base, guiding the mobile terminal to input the information of the inspection trees, and storing and updating the content on the inspection list; the inspection problem is determined according to the content of the inspection list in the inspection recording module, and the corresponding solution suggestion is automatically matched and pushed to the mobile terminal, so that an inspector can find the inspection problem and take measures in time, and the processing is efficient.
After each inspection, the coordinate information of the tree with the nearest distance at present is obtained, and the inspector is navigated to the position of the tree based on the navigation module, so that the inspection is efficient.
And then the information management system of the ancient and famous trees is favorable for the information management system of the ancient and famous trees to carry out systematic monitoring and management on the ancient and famous trees, improves the inspection efficiency and is also favorable for protecting the ancient and famous trees.
Claims (10)
1. An information management system for ancient trees and famous trees, which comprises a data acquisition module for inputting and modifying the information of the ancient trees and is characterized by also comprising,
the ancient tree name tree positioning module is used for acquiring the ancient tree position information in the data acquisition module in real time, generating an ancient tree map and marking the ancient tree map according to the input and modified ancient tree data information;
the navigation module is used for navigating the inspector to the position of the tree according to the coordinate information of the destination tree in the ancient and famous tree positioning module;
the patrol recording module is used for linking the ancient tree name tree patrol knowledge base to generate a patrol bill, guiding the mobile terminal to input patrol tree information and storing and updating the content on the patrol bill;
the maintenance suggestion module is used for determining the inspection problem according to the content on the inspection list in the inspection recording module, automatically matching the corresponding solution suggestion and pushing the solution suggestion to the mobile terminal;
the inspection assisting module is used for acquiring the coordinate information of the tree closest to the current distance and navigating the inspector to the position of the tree based on the navigation module;
the system also comprises a patrol mode setting module, the patrol mode setting module comprises a patrol disease and insect pest adjusting submodule, a patrol mode setting submodule, a patrol capacity input submodule, a patrol site leading-in submodule, a patrol information input submodule and a patrol quantity setting submodule, wherein,
patrol and examine disease and pest control submodule piece: the system is used for inspecting and regulating the plant diseases and insect pests, and the serial numbers, the inspection sequence and the storage mode of the plant diseases and insect pests are selected on an inspection and plant disease and insect pest regulation interface, and the recorded serial numbers are input and the precision is regulated;
and a patrol mode setting submodule: the method is used for setting a routing inspection mode, the routing inspection mode is selected on a routing inspection mode interface, routing inspection is carried out according to a block area or routing inspection is carried out according to tree types, and information such as quantity values, categories, operation time, remarks and the like is input;
and a polling capacity input submodule: the system comprises a capacity value input module, a capacity mode input module, a transmission instruction input module, a capacity value input module, a capacity mode input module, a transmission instruction input module and a routing inspection pest information input module, wherein the unit of routing inspection area, the capacity mode, the transmission instruction and the routing inspection pest information are input into a routing inspection capacity interface so as to set routing inspection capacity;
and leading in a submodule of the inspection station: the system is used for importing the inspection station, and station information needing inspection is imported into an inspection station import interface;
the patrol information input submodule: the system is used for inputting inspection information, inputting basic inspection information on an inspection information input interface, wherein the basic inspection information comprises a use name, inspector input, a transmission port, continuous inspection times and inspection date, and selecting an information type and an application type;
the polling quantity setting submodule: the system is used for setting the inspection quantity, adjusting the quantity of the tree diseases and insect pests on an inspection quantity interface, inputting the forest area number and setting the inspection quantity.
2. The information management system of ancient trees name trees according to claim 1, further comprising an ancient tree picture module for obtaining and storing pictures of ancient trees, and automatically uploading patrol pictures to the data acquisition module under set network conditions.
3. The information management system of ancient trees name wood according to claim 1, characterized by further comprising an early warning module for automatically generating early warning information after the maintenance suggestion module determines the patrol problem and automatically sending the early warning information to a back end.
4. The information management system for the ancient famous trees according to claim 1, further comprising a two-dimension code module for linking the data information of the ancient famous trees of the data acquisition module and the history patrol bill contents of the patrol recording module based on the two-dimension code.
5. The information management system of the ancient tree name trees according to claim 1, further comprising a maintenance log module for creating and storing log information of tree maintenance or maintenance comment information into the data acquisition module.
6. An information management method of ancient trees and famous trees, based on the information management system of ancient trees and famous trees in any claim 1-5, characterized by comprising the following steps,
inputting and modifying ancient tree information;
acquiring position information of the ancient tree in real time, generating an ancient tree map, and marking the ancient tree map according to the input modified ancient tree data information;
navigating the inspector to the position of the tree according to the coordinate information of the destination tree;
the ancient tree name tree patrolling knowledge base is linked to generate an patrolling order, the mobile terminal is guided to input patrolling tree information, and the contents on the patrolling order are stored and updated;
determining a patrol problem according to the content on the patrol bill, automatically matching a corresponding solution suggestion and pushing the solution suggestion to the mobile terminal;
and obtaining the coordinate information of the tree closest to the current distance, and navigating the inspector to the position of the tree.
7. The method for informationized management of ancient trees and famous trees according to claim 6, wherein the step of determining the patrol questions according to the contents of the patrol ticket comprises,
establishing an inspection problem list with keywords and inspection problems in one-to-one correspondence;
extracting character information on the patrol list to search keywords;
and when the preset keywords are searched, automatically matching the inspection problems corresponding to the keywords.
8. The information management method for the ancient trees and their names according to claim 6, wherein the step of automatically matching the corresponding solution suggestions to push them to the mobile terminal specifically includes training and learning based on the stored patrol questions and the corresponding solutions;
acquiring a patrol problem solution suggestion training factor;
and acquiring the determined patrol problem on the patrol bill, automatically matching the corresponding solution suggestion based on the patrol problem solution suggestion training factor, and pushing the solution suggestion to the mobile terminal.
9. The method for informationalized management of ancient trees and their names according to claim 6, wherein the patrol pictures of the ancient trees are obtained and stored, and the patrol pictures are automatically uploaded under the set network conditions.
10. The method for informationized management of ancient and famous trees according to claim 6, wherein the early warning information is automatically generated after the patrol problem is determined, and the early warning information is automatically sent to a back end.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103839185A (en) * | 2014-03-07 | 2014-06-04 | 江苏农牧科技职业学院 | Internet-of-things system for managing city old tree and famous wood species |
| CN108536722A (en) * | 2018-02-09 | 2018-09-14 | 海南大学 | A kind of novel ancient and well-known trees management system |
| CN110261736A (en) * | 2019-06-26 | 2019-09-20 | 国网青海省电力公司西宁供电公司 | A kind of the inspection navigation system and method for electric power line pole tower |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103839185A (en) * | 2014-03-07 | 2014-06-04 | 江苏农牧科技职业学院 | Internet-of-things system for managing city old tree and famous wood species |
| CN108536722A (en) * | 2018-02-09 | 2018-09-14 | 海南大学 | A kind of novel ancient and well-known trees management system |
| CN110261736A (en) * | 2019-06-26 | 2019-09-20 | 国网青海省电力公司西宁供电公司 | A kind of the inspection navigation system and method for electric power line pole tower |
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