A highway engineering project land management system and method

Abstract

The application discloses a land management system and method for highway engineering projects, and relates to the field of land management.The system comprises a land project change module, which changes land types, pile numbers, quantities and land unit prices according to actual site construction conditions on the basis of land project information to obtain updated land project information; an audit module, which sends the corresponding updated land project information to each audit node according to a first process audit chain; a protocol generation module, which generates a land project protocol by calling a preset protocol template when the audit is passed; the audit module, which sends the corresponding land project protocol to each audit node according to a second process audit chain; a settlement generation module, which generates a land settlement protocol when the audit is passed; the audit module, which sends the corresponding land settlement protocol to each audit node according to a third process audit chain; and a settlement archiving module, which settles according to the land settlement protocol when the audit is passed.The application improves the efficiency of land management in highway engineering projects.

Description

Technical Field

[0001] The present invention relates to the field of land management, and in particular to a land management system and method for a highway engineering project. Background Art

[0002] During the implementation of highway engineering projects, multiple events related to land use projects will be involved. In its overall processing flow, operations such as review, publicity, change, and settlement are involved. These operations generally require manual processing, which is inefficient and prone to errors. Summary of the Invention

[0003] The purpose of the present invention is to provide a land use management system and method for highway engineering projects, so as to improve the efficiency of land use management in highway engineering projects and reduce the error rate.

[0004] To achieve the above object, the present invention provides the following solutions:

[0005] A highway engineering project land management system, comprising:

[0006] The data acquisition module is used to obtain the land project information corresponding to the construction design drawings of any highway engineering project;

[0007] The land project change module is used to change the land type, pile number, quantity, and land unit price based on the land project information and the actual on-site construction situation to obtain updated land project information;

[0008] The process determination module is used to: set up multiple process review chains corresponding to any highway engineering project; each process review chain includes multiple review nodes, and each review node corresponds to one or more reviewers;

[0009] an audit module configured to, upon receiving a data audit request, obtain corresponding updated land project information from the land project change module and obtain a corresponding first process audit chain from the process determination module according to the data audit request, and sequentially send the corresponding updated land project information to each audit node for audit according to the first process audit chain;

[0010] An agreement generation module is configured to: when each audit node corresponding to the first process audit chain passes the audit, call a preset agreement template and generate a land project agreement according to the updated land project information corresponding to the data audit request;

[0011] The audit module is further configured to: when receiving a protocol audit request, obtaining a corresponding land project protocol from the protocol generation module and a corresponding second process audit chain from the process determination module according to the protocol audit request, and sequentially sending the corresponding land project protocol to each audit node for audit according to the second process audit chain;

[0012] The settlement generation module is configured to: when each audit node corresponding to the second process audit chain passes the audit, calling a preset settlement template, and generating a land settlement protocol according to one or more land project protocols corresponding to the protocol audit request;

[0013] The audit module is further configured to: when receiving a settlement audit request, obtaining a corresponding land settlement protocol from the settlement generation module and a corresponding third process audit chain from the process determination module according to the settlement audit request, and sequentially sending the corresponding land settlement protocol to each audit node for audit according to the third process audit chain;

[0014] The settlement archiving module is configured to: when each audit node corresponding to the third process audit chain passes the audit, performing settlement according to the land settlement protocol and archiving the land settlement protocol.

[0015] A land management method for a highway engineering project, comprising:

[0016] Obtaining land project information corresponding to construction design drawings of any highway engineering project;

[0017] On the basis of the land project information, changing land type, pile number, quantity, and land unit price according to actual construction conditions on site to obtain updated land project information;

[0018] Setting a plurality of process audit chains corresponding to any highway engineering project; each process audit chain comprises a plurality of audit nodes, and each audit node corresponds to one or more auditors;

[0019] When receiving a data audit request, obtaining corresponding updated land project information and a first process audit chain according to the data audit request, and sequentially sending the corresponding updated land project information to each audit node for audit according to the first process audit chain;

[0020] When each audit node corresponding to the first process audit chain passes the audit, calling a preset protocol template, and generating a land project protocol according to the updated land project information corresponding to the data audit request;

[0021] When receiving the protocol auditing request, a corresponding land project protocol and a second process auditing chain are acquired according to the protocol auditing request, and the corresponding land project protocol is sent to each auditing node in turn for auditing according to the second process auditing chain;

[0022] When each auditing node corresponding to the second process auditing chain is audited through, a preset settlement template is called, and a land settlement protocol is generated according to one or more land project protocols corresponding to the protocol auditing request;

[0023] When receiving the settlement auditing request, a corresponding land settlement protocol and a third process auditing chain are acquired according to the settlement auditing request, and the corresponding land settlement protocol is sent to each auditing node in turn for auditing according to the third process auditing chain;

[0024] When each auditing node corresponding to the third process auditing chain is audited through, settlement is performed according to the land settlement protocol, and the land settlement protocol is archived.

[0025] According to the specific embodiments provided by the present application, the following technical effects are disclosed:

[0026] The application obtains land project information corresponding to the construction design drawings of any highway engineering project through a data acquisition module, and on the basis of the land project information, the land type, pile number, quantity and land unit price are changed according to the actual construction situation on site to obtain updated land project information, and a corresponding plurality of process audit chains are set through a process determination module; the audit module obtains the corresponding updated land project information and the first process audit chain according to a data audit request, and sends the corresponding updated land project information to each audit node in turn for audit according to the first process audit chain; when each audit node corresponding to the first process audit chain is passed, the agreement generation module calls a preset agreement template to generate a land project agreement according to the updated land project information; the audit module obtains the corresponding land project agreement and the second process audit chain according to an agreement audit request, and sends the corresponding land project agreement to each audit node in turn according to the second process audit chain; when each audit node corresponding to the second process audit chain is passed, the settlement generation module generates a land settlement agreement by calling a preset settlement template; the audit module obtains the corresponding land settlement agreement and the third process audit chain according to a settlement audit request, and sends the corresponding land settlement agreement to each audit node in turn according to the third process audit chain; when each audit node corresponding to the third process audit chain is passed, the settlement archiving module settles and archives the land settlement agreement according to the land settlement agreement. In summary, the data acquisition module, land project change module, process determination module, audit module, agreement generation module, settlement generation module and settlement archiving module are set to change and manage the land project information in the highway engineering project, without the need for human transmission, higher efficiency, less loss and higher safety; the preset template is used to process the agreement and settlement, higher accuracy and lower error rate. BRIEF DESCRIPTION OF DRAWINGS

[0027] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the drawings needed in the embodiments will be briefly introduced. Obviously, the drawings in the following description are only some embodiments of the present application, and other drawings can be obtained by those skilled in the art without creative labor.

[0028] Figure 1 The structural schematic diagram of the land management system for highway engineering projects of the present application;

[0029] Figure 2 The data processing flowchart of the land management system for highway engineering projects in the present application. DETAILED DESCRIPTION

[0030] With reference to the accompanying drawings, the technical solutions in the embodiments of the present application will be described clearly and completely. Obviously, the described embodiments are only a part of the embodiments of the present application, but not all the embodiments of the present application. Based on the embodiments in the present application, all the other embodiments obtained by a person of ordinary skill in the art without creative effort belong to the scope of the present application.

[0031] In order to make the objects, characteristics and advantages of the present application more obvious and easy to understand, the present application will be further described in detail below with reference to the accompanying drawings and specific embodiments.

[0032] Embodiment 1

[0033] As shown in Figure 1 , the present application provides a highway engineering project land management system responsible for managing a plurality of events related to land projects involved in maintenance projects, which realizes functions of data entry, data change, data review, data publicity, agreement creation, agreement review, settlement creation, settlement review, etc. The system includes the following modules:

[0034] (I) Data acquisition module.

[0035] The data acquisition module is used to acquire land project information corresponding to construction design drawings of any highway engineering project. Specifically, as shown in Figure 2 , the land project information is entered by a basic entry personnel or a comprehensive department entry personnel through a keyboard. The land project information includes event A information, event B information and event C information.

[0036] The event A information includes land project and regional information, land ownership unit or individual information (indicating land ownership), plot information; the land project and regional information is taken from a regional table; the plot information includes plot basic information, seedling information and attached object information; the plot basic information includes number, stake number, place name, ownership, land type, area, plot picture and attachment, label; the seedling information includes category, name, quantity, unit; the attached object information is consistent with the seedling information.

[0037] The event B information includes event B project and regional information, unit information and detailed information; the unit information includes party B, special facility category (multiple choices, which needs data dictionary maintenance), contact number and contact person; the detailed information includes stake number, event type, unit, event B processing standard.

[0038] The event C information includes event C project and regional information, each item of amount information and remittance destination; the each item of amount information includes expense item, budget approval amount, payment amount, handler, reviewer, payment date and remarks.

[0039] In addition, when entering the land project information corresponding to any highway engineering project, the following requirements exist: 11) only data within the current user area authority can be entered; 12) input has a memory function; 13) when entering the ID card number information and bank card information, a scanned copy can be uploaded, and the ID card number and bank card number are identified by using the OCR technology to automatically fill in. The on-site handwritten record table is used to identify the relevant table information by using the ORC, and the user can select and copy.

[0040] (ii) Land project change module.

[0041] The land project change module is used to change the land type, pile number, quantity, and land unit price according to the actual construction situation on the basis of the land project information, so as to obtain updated land project information.

[0042] The land project information obtained by the data acquisition module is obtained by checking the project information of the design drawing by the owner party, the supervision party, and the construction party, and by adjusting the quantity, obtaining the design project quantity; after the design is completed, if the required project quantity is found to be inconsistent with the design project quantity (not due to data entry error) in actual construction, the design change process can be initiated in the land project change module to change, and correct settlement data is obtained after the change. The change is initiated by the construction office personnel, and after the change information is edited, the data audit request is generated and sent to the audit module.

[0043] The data update operation for the land project information includes the change of the land project and regional information, the change of the land unit or individual information, the change of the plot information, and the change of the project cost. The original project cost, project area, and project quantity are modified, and the specific modification process is as follows: receiving the information entered by the operation personnel, calling the corresponding regional template of the report design module, and forming the application table style. The new application table module is submitted for audit, the process audit chain in the process determination module is called, and the pending task is formed under the account of the audit personnel, waiting for the audit personnel to approve, and the specific implementation process is shown in the following content.

[0044] (iii) Process determination module.

[0045] The process determination module is used to set multiple process audit chains corresponding to any highway engineering project; each process audit chain includes multiple audit nodes, and each audit node corresponds to one or more audit personnel. Specifically, by receiving the process list entered by the operation personnel, the approval chain containing multiple roles corresponding to each highway engineering project is established, so that the approval chain is called to complete the corresponding task pushing when the audit task is established.

[0046] It should be noted that if there are multiple auditors in an audit node, the advance setting of the co-signing mode or the ordinary participation mode can be performed. If the co-signing mode is set, when all the auditors in an audit node pass the audit, it indicates that the audit node passes the audit. If the ordinary participation mode is set, when any one of the multiple auditors in an audit node passes the audit, it indicates that the audit node passes the audit.

[0047] In addition, the process audit chain can also be changed. The change operation includes the change of the auditors and the order change of the audit nodes.

[0048] (4) Audit module.

[0049] The audit module is used to: when receiving a data audit request, obtaining corresponding updated land project information from the land project change module according to the data audit request, and obtaining a corresponding first process audit chain from the process determination module, and according to the first process audit chain, the corresponding updated land project information is sent to each audit node in turn for audit.

[0050] As shown in Figure 2 , the comprehensive department auditor receives the push of the first process audit chain, checks the data details, including the information and data flow record of event A entered, and approves the data.

[0051] (5) Publicity module.

[0052] After the land project information is entered, the publicity module uses conditional retrieval to publicize the data, and the publicity data is displayed in the form of a publicity table on the interface for users to view. The publicity table is previewed in the form of PDF and has a printing function. Click to download the publicity table, and the download format must be an EXCEL file. After selecting the regional conditions, the data queried is the data of the current regional node, excluding the data of the lower layer region.

[0053] (6) Agreement generation module.

[0054] The agreement generation module is used to: when each audit node corresponding to the first process audit chain passes the audit, a preset agreement template is called, and a land project agreement is generated according to the updated land project information corresponding to the data audit request. For example, when the user checks the data of event A in the land project information, an event A contract is automatically generated according to the content of the event A data. The event A contract includes the contract parties, terms, and the amount, quantity, and category of all event A data, and generates the agreement main body, project site record table, and event A confirmation and issuance table in turn, supporting the user to download and export PDF.

[0055] In generating the protocol, the ureport template engine is used to customize the template format in advance according to different regions. The template customization detailed interface can link the database data source, directly query the required data in the front-end interface through the SQL statement and display in the report protocol, which saves the ordinary coding process from the front-end to the back-end and from the back-end to the database. Without modifying the back-end server code, the service does not need to be redeployed.

[0056] According to the above use of the ureport component, a general template can be used, or different templates are used in different regions, and the template is automatically generated, reducing the manual workload. Subsequent users can directly print the paper file according to the protocol generated by the system, and then perform the subsequent signature confirmation process. In the settlement process, the generated protocol template can also be selected to create the corresponding settlement.

[0057] The audit module is also used to: when receiving a protocol audit request, obtaining a corresponding land project protocol from the protocol generation module according to the protocol audit request, obtaining a corresponding second process audit chain from the process determination module, and sequentially sending the corresponding land project protocol to each audit node for audit according to the second process audit chain.

[0058] (Seven) settlement generation module.

[0059] The settlement generation module is used to: when each audit node corresponding to the second process audit chain passes the audit, a preset settlement template is called, and a land settlement protocol is generated according to one or more land project protocols corresponding to the protocol audit request.

[0060] Specifically, based on the data displayed by the data display module, the user selects the project and the region, and queries the corresponding protocol, which can be settled in the following three ways: selecting the protocol to create a project settlement; selecting the protocol to create an event B settlement; selecting the protocol to create an event D settlement. Only the protocol passed by the comprehensive department audit personnel can be used to create a settlement, and each protocol can only create a settlement.

[0061] The settlement is a settlement of the protocol of a certain region, and a settlement can include multiple protocols. The user can settle according to the county, town, village and village, and the settlement includes: settlement application form cover, settlement application form, event A detail table, event A amount quantity distribution table. The settlement application form: according to the period statistics, the proportion and amount of each period paid by the construction department, the amount of the current period paid, and the amount of the previous period paid.

[0062] The settlement template needs to support individual customization according to the project, and adapt to the requirements of the local government departments of each project.

[0063] In addition, the settlement details can be viewed through the data display module, including relevant agreements, settlement audit flow records. The input personnel are only allowed to edit the agreements that have been rejected or not submitted for review; only the agreements that are in the state of having been audited by the comprehensive department and not having been generated for settlement are allowed to be returned for redoing; only the agreements that are in the state of not having been submitted for review or having been rejected are allowed to be deleted. The settlement generation module also supports the following functions:

[0064] Edit: edit the settlement in the state of having been rejected or not submitted for review.

[0065] Delete: delete the settlement in the state of having been rejected or not submitted for review.

[0066] Print preview settlement: print preview the settlement report in any state.

[0067] Download settlement: download the settlement report EXCEL file in any state.

[0068] Submit for review: submit the settlement to the reviewer for review in the state of having been rejected or not submitted for review.

[0069] Withdraw for review: withdraw the settlement in the state of not having been audited.

[0070] Return for redoing: the comprehensive department reviewer can return the settlement for redoing in the state of having been audited by the comprehensive department or having been audited by the finance department, and the state of the settlement after being returned is not submitted for review.

[0071] The audit module is also used for: when receiving a settlement audit request, obtaining the corresponding land settlement agreement from the settlement generation module according to the settlement audit request, obtaining the corresponding third process audit chain from the process determination module, and sequentially sending the corresponding land settlement agreement to each audit node for audit according to the third process audit chain.

[0072] As shown in Figure 2 , the comprehensive department and the finance department reviewer audit the submitted settlement, view the settlement details, and print preview the settlement report. If agreed, the settlement audit is passed; if not agreed, the settlement audit is not passed, and the subsequent rejection reason is filled in through the rejection record module, and the settlement is returned to the input personnel.

[0073] (Eight) Settlement archiving module.

[0074] The settlement archiving module is used for: when each audit node corresponding to the third process audit chain is audited, the settlement is made according to the land settlement agreement, and the land settlement agreement is archived.

[0075] (Nine) Data display module.

[0076] The data display module is connected with the data acquisition module, the land project change module, the agreement generation module and the settlement generation module respectively, and is configured to display the land project information, the updated land project information, the land project agreement and the land settlement agreement to the user for viewing, display the audit node and the corresponding audit state of the updated land project information in the first flow audit chain to the user for viewing, display the audit node and the corresponding audit state of the land project agreement in the second flow audit chain to the user for viewing, and display the audit node and the corresponding audit state of the land settlement agreement in the third flow audit chain to the user for viewing.

[0077] The data display module can be used by relevant technical personnel to view detailed data. The relevant technical personnel enter a detail page to display all information of the data, including the entered information and the data flow. The input personnel edit the data that has not been reviewed or has been rejected. On this basis, the comprehensive department audit personnel can correct the data that has been reviewed. In the unreviewed or rejected state, the data is deleted. Then, the input personnel submit the data for review. The input personnel withdraw the submitted data. The comprehensive department audit personnel return the reviewed data. After the data is returned, the data is in an unreviewed state. The data viewing should include the record of operation modification. Each time the user modifies a certain data, a modification record needs to be generated. The difference is compared and a difference record is generated in the format of "amount: xxx-->xxx, quantity: xxx-->xxx".

[0078] (10) report design module.

[0079] The report design module is configured to determine a preset agreement template and a preset settlement template. Specifically, the preset template is generated by receiving information such as a table edited by an operation and maintenance personnel on an interface and a SQL statement. When needed, the preset template is called and formal agreement content is generated according to input data.

[0080] The types of the preset agreement template include an event A agreement template, an event E agreement template, an event F agreement template, an event G agreement template, an event H agreement template and an event I agreement template. Each agreement can customize different templates according to needs, and needs to support flexible customization according to counties. According to actual district conditions, the system needs to adapt to the requirements of county-level unit project modes in the district. The preset settlement template includes a settlement application form cover, a settlement application form, a detail table and an amount quantity distribution table.

[0081] In addition, the report design module also supports the following functions:

[0082] Edit: Edit the agreement in the rejected or unexamined state.

[0083] Delete: Delete the agreement in the rejected or unexamined state.

[0084] Print Preview Agreement: Print preview the agreement report in any state.

[0085] Download Agreement: Download the agreement report EXCEL file in any state.

[0086] Submit for Review: Submit the agreement to the reviewer for review in the rejected or unexamined state.

[0087] Withdraw from Examination: Withdraw the agreement in the unexamined state.

[0088] Return for Redo: The comprehensive department auditor can return the agreement for redo in the comprehensive department audited state and without creating settlement. After returning, the agreement state is unexamined.

[0089] (11) Progress Statistics Module.

[0090] Progress management is mainly the visualization statistics of various dimensions. The progress statistics module is used to:

[0091] 111) Based on the database of the land settlement agreement archive, the corresponding event A information of the highway engineering project is called, and whether the amount in event A is higher than the preset value is judged, whether the land block is repeated is judged, and the data is displayed to the user in the form of a chart through the data display module, so that the settlement data is warned of excessive amount and repeated land block. Specifically, according to the area, project, and region, the warning statistical information is queried, including the completion of the existing problems, the classification statistics of the existing problems, the data statistics of the excessive amount, and the repeated land block data statistics. The system supports configuring the warning threshold, and only when a certain threshold is exceeded will a warning be issued.

[0092] 112) Based on the database of the land settlement agreement archive, the data in the updated land project information corresponding to the highway engineering project is called, and is summarized and classified, and is displayed to the user in the form of a chart through the data display module. This step can be used to count the progress of the project, which involves the following data: a) data overview; b) area statistics; c) amount statistics.

[0093] 113) Based on the database of the land settlement agreement archive, the data in the updated land project information corresponding to the highway engineering project is called, and is classified and summarized according to different event items, and is displayed to the user in the form of a statistical table through the data display module.

[0094] 114) Based on the database of the land settlement agreement archive, the data in the updated land settlement agreement corresponding to the highway engineering project are called, classified and summarized, and displayed to the user in the form of a ledger through the data display module. This step can be used to count and display the progress of the project; the progress overview involves the following data: a) data overview; b) progress overview table; c) monthly, quarterly, and annual statistics. Settlement statistics involve the following data: a) settlement statistics table: based on settlement period, statistics of each period, county, and settlement amount; b) settlement statistics chart: with period as the horizontal axis, statistics of each period settlement.

[0095] (12) Electronic signature module.

[0096] The electronic signature module is used to:

[0097] 121) Save and call the electronic signature of each audit personnel; when a user initially registers an account, the electronic signature is formed by handwriting and entering the signature through a mobile app, and the signature password is set through a keyboard. The user's signature password and electronic signature can only be modified by obtaining a verification code through the user's bound mobile phone number, to ensure that the electronic signature has corresponding legal effect.

[0098] 122) When any process audit chain in the audit module is working, receive the signature request sent by the audit personnel when the audit is passed, call the electronic signature corresponding to the audit personnel according to the signature request, and use it in the audit node of the corresponding process audit chain. That is, in the scenario where a signature is required, a signature box is generated in the to-do task, the user inputs the signature password, covers the pre-configured electronic signature to the place where the signature is required, forms an effective electronic file, and the system can print the file to generate a paper version of the file for archiving.

[0099] (13) Rejection record module.

[0100] The rejection record module is connected with the audit module and the data display module, and the rejection record module is used to:

[0101] When any audit node corresponding to the first process audit chain does not pass the audit, the corresponding first rejection reason is obtained, and the updated land project information and the first rejection reason are returned to the data entry personnel; the data entry personnel is the personnel who provides land project information to the data acquisition module; wherein the data entry personnel views the first rejection reason through the data display module, and then can edit the land project information according to the first rejection reason, and then submit for audit again.

[0102] When any of the audit nodes corresponding to the third flow audit chain fails to pass the audit, a second rejection reason is obtained, and the land settlement agreement and the second rejection reason are returned to the data entry personnel.

[0103] (xiv) User management module.

[0104] The user management module is used to set different levels of users, assign permissions to different levels of users, and provide operation interfaces corresponding to the permissions; wherein the permissions include permissions to interact with the data acquisition module, permissions to interact with the land project change module, permissions to interact with the audit module, permissions to interact with the agreement generation module, permissions to interact with the settlement generation module, and permissions to interact with the settlement archiving module.

[0105] The system can support independent deployment or integrated use with a user management center. That is, the system includes user management, role management, system menu management, and other functions. At the same time, data synchronization is performed with the account center, including project information, contract segment information, road segment information, organizational information, digital signature certificates, signature passwords, and other information to jointly control user permissions. The user management module can support the following functions:

[0106] User management: add, edit, delete, and query a system user information. After integration with the user management center, the user management center account is synchronized to the subsystem, and the subsystem only has query function.

[0107] Role management: add, edit, delete, and query a system role information. After integration with the user management center, data is synchronized to the user management center.

[0108] System menu management: add, edit, delete, and query the system menu (including menus and buttons) permissions of the land use management system.

[0109] Data dictionary: add, edit, delete, and query the data dictionary of the system.

[0110] Region management: add, edit, delete, and query the project region of a project, which is usually county-township-town-village.

[0111] Data synchronization: project information, contract segment information, road segment information, organizational information, digital signature certificates, signature passwords, and other information.

[0112] (xv) Others.

[0113] 151) Measurement data module. Note that the measurement data of the same area is not allowed to be repeated. The measurement data module supports the following functions:

[0114] Add: Add a survey data, including project, area, file name, file number, preparation unit, collection status, scanning status and other information.

[0115] Edit: Edit survey data, including project, area, file name, file number, preparation unit, collection status, scanning status and other information.

[0116] Delete: Delete a survey data.

[0117] Query: Query the survey data list according to project, area, file name.

[0118] 152) Event A data module. Note that the same household's event A data is not allowed to repeat. Event A data module supports the following functions:

[0119] Archive: Archive an event A data, including file name, file number, preparation unit, collection status, scanning status and other information.

[0120] Edit: Edit event A data, including file name, file number, preparation unit, collection status, scanning status and other information.

[0121] Delete: Delete an event A data.

[0122] Query: Query the event A data list according to project, area, file name, agreement number.

[0123] 153) Settlement data module. Note that the same county's settlement data is not allowed to repeat. Settlement data module supports the following functions:

[0124] Add: Add a settlement data, including file name, file number, preparation unit, collection status, scanning status and other information.

[0125] Edit: Edit settlement data, including file name, file number, preparation unit, collection status, scanning status and other information.

[0126] Delete: Delete a settlement data.

[0127] Query: Query the settlement data list according to project, area, file name, settlement period.

[0128] 154) Monthly report module. Note that users can only delete their own newly added unprocessed existing problems and unconfirmed completed existing problems corresponding to the processing process; can only add their own confirmation of completed existing problems; can only add their own editing of unprocessed existing problems and unconfirmed completed existing problems corresponding to the processing process. Monthly report module supports the following functions:

[0129] Add: Add the existing problems, including project, problem level, reporting unit, planned completion time and other information.

[0130] Edit existing problems: online editing of existing problems, including problem description, location, stake number, design village, impact, treatment measures, and other information.

[0131] View the list: view the list of existing problems online.

[0132] Download the list: download and view the list of existing problems.

[0133] Query existing problems: query existing problems according to area, project, type, unit, and status.

[0134] Confirm completion: confirm the completion of the existing problem to be processed.

[0135] Cancel confirmation: cancel the confirmation of the existing problem.

[0136] Process details: view the details of the problem processing process, including process description, problem completion progress, processing unit, processing person's name, processing time and other information.

[0137] Delete: delete the existing problem that has not been processed.

[0138] Add processing process: add the existing problem processing process, including process description, problem completion progress, processing unit, processing person's name, processing time and other information.

[0139] Edit processing process: edit the existing problem processing process, including process description, problem completion progress, processing unit, processing person's name, processing time and other information.

[0140] Delete processing process: delete the existing problem processing process.

[0141] Statistical interface: including existing problem completion interface and existing problem classification statistical interface.

[0142] In addition, the data flow in the system is only within the system server, and the transmission from the staff's input to the data upload to the server is encrypted through SSL / TLS protocol.

[0143] Embodiment 2

[0144] In order to achieve the same technical purpose and effect as embodiment 1, the application also provides a highway engineering project land management method, the method comprising:

[0145] Step 200, acquiring land project information corresponding to the construction design drawings of any highway engineering project.

[0146] Step 201, on the basis of the land project information, according to the actual situation of the site construction, the land type, pile number, quantity, land unit price are changed, to get the updated land project information.

[0147] Step 202, setting up any highway engineering project corresponding to a plurality of flow audit chain; each of the flow audit chain includes a plurality of audit nodes, each of the audit nodes corresponds to one or more auditors.

[0148] Step 203, when receiving data audit request, according to the data audit request to obtain the corresponding updated land project information, the first flow audit chain, according to the first flow audit chain, the corresponding updated land project information is sent to each audit node in turn for audit.

[0149] Step 204, when each audit node corresponding to the first flow audit chain is passed, a preset protocol template is called, and a land project protocol is generated according to the updated land project information corresponding to the data audit request.

[0150] Step 205, when receiving the protocol audit request, according to the protocol audit request to obtain the corresponding land project protocol, the second flow audit chain, according to the second flow audit chain, the corresponding land project protocol is sent to each audit node in turn for audit.

[0151] Step 206, when each audit node corresponding to the second flow audit chain is passed, a preset settlement template is called, and a land settlement protocol is generated according to one or more land project protocols corresponding to the protocol audit request.

[0152] Step 207, when receiving the settlement audit request, according to the settlement audit request to obtain the corresponding land settlement protocol, the third flow audit chain, according to the third flow audit chain, the corresponding land settlement protocol is sent to each audit node in turn for audit.

[0153] Step 208, when each audit node corresponding to the third flow audit chain is passed, according to the land settlement protocol, the settlement is carried out and the land settlement protocol is filed.

[0154] The technical features of the above embodiments can be combined arbitrarily, in order to make the description simple, not all possible combinations of the technical features in the above embodiments are described, however, as long as the combination of these technical features does not exist contradictory, should be considered as the scope of the present invention.

[0155] The principles and implementation manners of the present application are described by using specific examples in the present application, and the above examples are only used to help understand the method of the present application and its core idea; meanwhile, for the general technical personnel in the art, the specific implementation manners and application ranges will be changed according to the idea of the present application. In conclusion, the content of the present specification should not be understood as the limitation of the present application.

Claims

1. A highway project land management system, characterized in that: The system includes: The data acquisition module is used to obtain the land project information corresponding to the construction design drawings of any highway engineering project; The land project change module is used to change the land type, pile number, quantity, and land unit price based on the land project information and the actual on-site construction situation to obtain updated land project information; The process determination module is used to: set up multiple process review chains corresponding to any highway engineering project; each process review chain includes multiple review nodes, and each review node corresponds to one or more reviewers; an audit module configured to, upon receiving a data audit request, obtain corresponding updated land project information from the land project change module and obtain a corresponding first process audit chain from the process determination module according to the data audit request, and sequentially send the corresponding updated land project information to each audit node for audit according to the first process audit chain; An agreement generation module is configured to: when each audit node corresponding to the first process audit chain passes the audit, call a preset agreement template and generate a land project agreement according to the updated land project information corresponding to the data audit request; The audit module is further configured to: upon receiving an agreement audit request, obtain the corresponding land project agreement from the agreement generation module according to the agreement audit request, obtain the corresponding second process audit chain from the process determination module, and send the corresponding land project agreement to each audit node for audit in sequence according to the second process audit chain; A settlement generation module is configured to: when each audit node corresponding to the second process audit chain is audited and passed, call a preset settlement template and generate a land settlement agreement based on one or more land project agreements corresponding to the agreement audit request; The review module is further configured to: upon receiving a settlement review request, obtain the corresponding land settlement agreement from the settlement generation module and the corresponding third process review chain from the process determination module according to the settlement review request, and sequentially send the corresponding land settlement agreement to each review node for review according to the third process review chain; The settlement archiving module is used to: when each audit node corresponding to the third process audit chain is audited and passed, settle according to the land settlement agreement and archive the land settlement agreement.

2. The highway engineering project land management system according to claim 1, characterized in that: The system further includes a data display module, which is connected to the data acquisition module, the land project change module, the agreement generation module, and the settlement generation module respectively, and is used to: Displaying the land project information, the updated land project information, the land project agreement, and the land settlement agreement to the user; the land project information includes event A information, event B information, and event C information; The event A information includes land project and area information, land ownership unit or personal information, and plot information; the event B information includes event B project and area information, unit information, and detailed information; Displaying the audit node where the updated land project information is located in the first process audit chain and the corresponding audit status to the user; Displaying the audit node of the land project agreement in the second process audit chain and the corresponding audit status to the user; The audit node where the land settlement agreement is located in the third process audit chain and the corresponding audit status are displayed to the user.

3. The highway engineering project land management system according to claim 1, characterized in that: The system also includes a report design module, which is used to: determine a preset agreement template and a preset settlement template; Among them, the types of the preset agreement templates include event A agreement template, event E agreement template, event F agreement template, event G agreement template, event H agreement template, and event I agreement template; the preset settlement template includes the settlement application form cover, settlement application form, detailed list, and amount and quantity allocation table.

4. The highway engineering project land management system according to claim 2, characterized in that: The system also includes a progress statistics module, which is used to: Based on the database of the land settlement agreement archive, retrieve the event A information corresponding to the highway engineering project, determine whether the amount in event A is higher than a preset value, determine whether the land parcel is repeated, and present it to the user in a graphical form through the data display module; Based on the database archived by the land settlement agreement, retrieve the data in the updated land project information corresponding to the highway engineering project, summarize and classify it, and present it to the user in the form of charts through the data display module; Based on the database archived by the land settlement agreement, data in the updated land project information corresponding to the highway engineering project is retrieved, classified and summarized according to different event items, and presented to the user in the form of a statistical table through the data display module; Based on the database of the land settlement agreement archive, the data in the land settlement agreement corresponding to the highway engineering project is retrieved, classified and summarized, and displayed to the user in the form of a ledger through the data display module.

5. The highway engineering project land management system according to claim 1, characterized in that: The system also includes an electronic signature module, which is used to: Save and call the corresponding electronic signatures of each of the reviewers; When any process audit chain in the audit module is working, it receives the signature request issued by the auditor when the audit is passed, and calls the corresponding electronic signature of the auditor based on the signature request, which is used in the audit node of the corresponding process audit chain.

6. The highway engineering project land management system according to claim 2, characterized in that: The system further includes a rejection record module, which is connected to the review module and the data display module respectively, and is used to: When any audit node corresponding to the first process audit chain fails to pass the audit, the corresponding first rejection reason is obtained, and the updated land project information and the first rejection reason are returned to the data entry personnel; the data entry personnel is the person who provides the land project information to the data acquisition module; When any audit node corresponding to the third process audit chain fails to pass the audit, the corresponding second rejection reason is obtained, and the land settlement agreement and the second rejection reason are returned to the data entry personnel.

7. The highway engineering project land management system according to claim 1, characterized in that: The system also includes a user management module, which is used to set up different levels of users, assign permissions to users of different levels, and provide an operation interface corresponding to the permissions; Among them, the permissions include the permission to interact with the data acquisition module, the permission to interact with the land project change module, the permission to interact with the review module, the permission to interact with the agreement generation module, the permission to interact with the settlement generation module, and the permission to interact with the settlement archiving module.

8. A method for land management of highway engineering projects, characterized in that the method include: Obtain the land project information corresponding to the construction design drawings of any highway project; Based on the land project information, the land type, stake number, quantity, and land unit price are changed according to the actual on-site construction situation to obtain updated land project information; Setting up multiple process audit chains corresponding to any highway engineering project; each process audit chain includes multiple audit nodes, and each audit node corresponds to one or more auditors; Upon receiving a data review request, obtaining corresponding updated land project information and a first process review chain according to the data review request, and sending the corresponding updated land project information to each review node for review in sequence according to the first process review chain; When each audit node corresponding to the first process audit chain passes the audit, calling the preset agreement template and generating a land project agreement according to the updated land project information corresponding to the data audit request; Upon receiving an agreement review request, obtaining the corresponding land project agreement and the second process review chain according to the agreement review request, and sending the corresponding land project agreement to each review node for review in sequence according to the second process review chain; When each audit node corresponding to the second process audit chain passes the audit, calling a preset settlement template to generate a land settlement agreement based on one or more land project agreements corresponding to the agreement audit request; Upon receiving a settlement review request, obtaining the corresponding land settlement agreement and the third process review chain according to the settlement review request, and sending the corresponding land settlement agreement to each review node for review in sequence according to the third process review chain; When each audit node corresponding to the third process audit chain is audited and passed, settlement is performed according to the land settlement agreement and the land settlement agreement is archived.

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