CN114418556A - Smart city updating and land preparation system and method - Google Patents
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Abstract
The invention discloses a smart city updating and land preparing system and a method, comprising a perception acquisition module, a background data module, a fund management module, a bottom plate construction module, a land preparing module, a city service module and a transmission calling module, wherein the output end of the perception acquisition module is connected with the input end of the background data module in a control way, the invention combines a city real-time dynamic bottom plate with corresponding time-space information through a set time-space data module, and establishes the city dynamic bottom plate with mutually unified time and space, thereby improving the practicability of the system, carries out alternation processing on the data information in the background cloud data module through an alternation processing module, removes outdated information in the background cloud data module, further ensures the timeliness of system data, carries out comparison analysis on an original preparing scheme through a set project comparison module, and generates an auxiliary decision scheme through an auxiliary decision module, the original case preparation is perfected by combining historical data, and the intelligence of the system is further improved.
Description
Technical Field
The invention relates to the technical field of social management systems, in particular to a smart city updating and land preparation system and a smart city updating and land preparation method.
Background
The smart city integrates various core systems operating between cities by relying on information technologies such as internet, wireless network, internet of things, GIS service and the like, realizes seamless connection and cooperative linkage between objects, affairs, people and city function systems, makes intelligent response to various requirements such as city management, public service and the like, forms a new social management system based on massive information and intelligent filtering processing, but the existing city updating and land preparation system is difficult to combine collected data with time and space information and establish a bottom plate map with mutually unified time and space, thereby reducing the practicability of the system, simultaneously being incapable of carrying out alternation processing on outdated data and information, being difficult to ensure the timeliness of the data information in the system, and being incapable of providing auxiliary decision when a land preparation plan is made, thereby reducing the intelligence of the system, therefore, it is necessary to design a system and a method for updating smart cities and preparing land.
Disclosure of Invention
The invention aims to provide a smart city updating and land preparation system and a smart city updating and land preparation method, so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme:
a smart city updating and land preparing system comprises a sensing acquisition module, a background data module, a fund management module, a bottom plate construction module, a land preparing module, a city service module and a transmission calling module, wherein the output end of the sensing acquisition module is in control connection with the input end of the background data module, the output end of the background data module is in control connection with the input ends of the fund management module, the bottom plate construction module and the transmission calling module respectively, the input end of the bottom plate construction module is in control connection with the output end of the sensing acquisition module, the output end of the bottom plate construction module is in control connection with the input end of the background data module, the input end of the background data module is in control connection with the output ends of the transmission calling module and the fund management module respectively, the input end of the fund management module is in control connection with the output end of the land preparing module, and the input end of the land preparing module is in control connection with the output end of the transmission calling module, and the output end of the transmission calling module is in control connection with the input end of the urban service module, and the output end of the urban service module is in control connection with the input end of the transmission calling module.
Preferably, the perception acquisition module consists of a data acquisition module, a collection cleaning module, a time-space fusion module and a data output module, wherein the output end of the data acquisition module is in control connection with the input end of the collection cleaning module, the output end of the collection cleaning module is in control connection with the input end of the time-space fusion module, and the output end of the time-space fusion module is in control connection with the input end of the data output module.
Preferably, the background data module comprises a homeland space information module, a project library storage module, a background cloud data module, a historical data module, a fund document module, a bottom plate storage module, a calling and sorting module and an alternation processing module, wherein the output end of the background cloud data module is in control connection with the input end of the calling and sorting module, the output end of the calling and sorting module is respectively in control connection with the input ends of the background cloud data module, the historical data module and the alternation processing module, and the output end of the alternation processing module is in control connection with the input end of the calling and sorting module.
Preferably, the fund management module consists of a fund remittance module, a fund pool module, a payment dialing management module, an item supply module and a settlement management module, wherein the output end of the fund remittance module is respectively in control connection with the input ends of the fund pool module and the settlement management module, the output end of the fund pool module is respectively in control connection with the input ends of the payment dialing management module, the item supply module and the settlement management module, and the output ends of the payment dialing management module and the item supply module are respectively in control connection with the input end of the settlement management module.
Preferably, the bottom plate construction module is composed of a basic map module, a map processing module, a bottom plate map module, a space-time data module, an information receiving module, a visual output module and a map retrieval module, wherein the output end of the basic map module is respectively in control connection with the input ends of the map processing module and the map retrieval module, the input end of the map processing module is in control connection with the output end of the information receiving module, the output end of the map processing module is in control connection with the input end of the bottom plate map module, the output end of the bottom plate map module is respectively in control connection with the input ends of the map retrieval module and the space-time data module, and the output end of the space-time data module is in control connection with the input end of the visual output module.
Preferably, the land preparation module comprises a project calling module, a project planning module, a project generating module, a preliminary checking module, an implementation auditing module, a follow-up filing module, a project settlement module, a fund supervision module and a compensation implementation module, wherein the output end of the project calling module is in control connection with the input end of the project planning module, the output end of the project planning module is in control connection with the input end of the project generating module, the output end of the project generating module is in control connection with the input ends of the preliminary checking module, the follow-up filing module and the compensation implementation module respectively, the output end of the preliminary checking module is in control connection with the input end of the implementation auditing module, the output end of the implementation auditing module is in control connection with the input end of the fund supervision module, the input end of the fund supervision module is in control connection with the output end of the compensation implementation module, and the output end of the fund supervision module is in control connection with the input end of the project settlement module, and the output end of the project settlement module is connected with the input end of the follow-up filing module in a control mode.
Preferably, the project plan module comprises a plan input module, a fund plan module, a project initial building module, a project comparison module, an auxiliary decision module and an adjustment output module, wherein the output ends of the plan input module and the fund plan module are in control connection with the input end of the project initial building module, the output end of the project initial building module is in control connection with the input end of the project comparison module, the output end of the project comparison module is in control connection with the input end of the auxiliary decision module, and the output end of the auxiliary decision module is in control connection with the input end of the adjustment output module.
Preferably, the city service module is composed of a public service module, a public safety module, a city management module and an intelligent industry module.
The smart city renewing and land preparing method comprises the following steps: step one, building a bottom plate; step two, information collection; step three, updating management; step four, preparing a plan; step five, servicing management;
in the first step, the land space information module in the background data module transmits the city land basic data information to the bottom plate construction module, the basic map module receives the city land basic data information and generates a city basic map, then the city basic map is transmitted to the map processing module and the map retrieval module, the project library storage module and the background cloud data module respectively transmit the city land project information and the city cloud data to the information receiving module, then the information receiving module transmits the city land project information and the city cloud data to the map processing module, then the map processing module combines the city basic map with the city land project information and the city cloud data to generate a city project bottom plate, a city real-time dynamic bottom plate and a customized information bottom plate, and transmits the city project bottom plate, the city real-time dynamic bottom plate and the customized information bottom plate to the map retrieval module and the middle bottom plate map module respectively, the bottom plate map module stores the bottom plate information, and then a user retrieves the city base map, the city project bottom plate, the city real-time dynamic bottom plate and the customized information bottom plate through the map retrieval module;
in the second step, a data acquisition module in a perception acquisition module acquires massive diversified original data information in a city, the original data information is transmitted to a collection cleaning module, the collection cleaning module collects and cleans the original data information, repeated and invalid information in the original data information is removed, the collected information is transmitted to a time-space fusion module, the time-space fusion module generates city information corresponding to time and space, the city information corresponding to time and space is transmitted to a data output module, and then the data output module transmits the city information corresponding to time and space to a background data module and the background cloud data module stores the city information;
in the third step, the city information stored by the background cloud data module is called by the calling and sorting module and is transmitted to the alternation processing module, the alternation processing module decomposes the city information into effective city information and outdated city information according to alternation rules, then the effective city information and the outdated city information are transmitted to the calling and sorting module, then the calling and sorting module transmits the effective city information to the background cloud data module for storage, the outdated city information is transmitted to the history data module for storage, then the background cloud data module transmits the effective city information updated in real time to the information receiving module, then the information receiving module transmits the effective city information updated in real time to the map processing module, and the map processing module updates the real-time dynamic bottom plate of the city by combining the effective city information updated in real time, then, the updated city real-time dynamic bottom plate is transmitted to a time-space data module, a dynamic time-space data bottom plate is generated by combining corresponding time-space information, then the dynamic time-space data bottom plate is updated and displayed in real time by a visual output module, meanwhile, the dynamic time-space data bottom plate is transmitted to a bottom plate storage module by the time-space data module for storage, then the dynamic time-space data bottom plate is transmitted to a city service module by the bottom plate storage module by the city service module through a transmission calling module, and then service correspondence is made for different requirements of public service, public safety, city management, city industry and the like through a public service module, a public safety module, a city management module and a smart industry module respectively;
in the fourth step, the land preparation module enters a project planning module, land preparation plans and fund prediction schemes are respectively recorded in a plan recording module and a fund planning module, the land preparation plans and the fund prediction schemes are uploaded to a project initial building module, a project initial building module combines the land preparation plans and the fund prediction schemes to generate a preparation initial plan, the preparation initial plan is transmitted to a project comparison module, meanwhile, the project comparison module sends a calling application, the calling application is transmitted to a project calling module, the project calling module transmits the calling application to a transmission calling module, the transmission calling module transmits the calling application to a background data module, the project stock storage module transmits corresponding historical preparation project data to the transmission calling module in combination with the calling application, and then transmits the historical preparation project data to the project calling module, then, a project calling module transmits corresponding historical filing project data to a project comparison module, the project comparison module compares the filed filing project data with the historical filing project data, then transmits a comparison result to an assistant decision module for analysis, the assistant decision module generates a recommended decision scheme, transmits the recommended decision scheme to an adjustment output module, modifies the filed filing scheme with the recommended decision scheme in the adjustment output module, transmits the modified scheme to a project generating module, generates a land filing scheme by the project generating module, and transmits the land filing scheme to a follow-up filing module for storage;
in the fifth step, the project generation module transmits a project fund plan in the land preparation scheme to the fund management module, the fund pool module puts down corresponding funds to the project supply module, the project supply module transmits fund flow information to the settlement management module, the settlement management module performs settlement comparison on the fund flow information transmitted by the fund remittance module, the payment management module and the project supply module and funds in the fund pool module in combination with the fund remittance module, generates fund receipts, transmits the fund receipts to the fund receipts module for storage, simultaneously the project generation module transmits the land preparation scheme to the early-stage check module and the compensation implementation module respectively, the early-stage check module performs early-stage check, the land preparation scheme is transmitted to the implementation check module after the check, and the implementation check module performs check management on the preparation process, and transmitting construction fund information in the preparation process to a fund supervision module, simultaneously executing preparation compensation by a compensation implementation module, transmitting compensation fund information to a fund supervision module, then supervising funds in the preparation process by the fund supervision module, simultaneously uploading the construction fund information and the compensation fund information to a project settlement module, generating fund use details, transmitting the fund use details to a follow-up filing module, recording the preparation implementation process and the fund use details by the follow-up filing module, generating preparation project data, and then transmitting the preparation project data to a project library storage module by a transmission and calling module for storage.
Compared with the prior art, the invention has the beneficial effects that: the smart city updating and land preparing system and method combines the city real-time dynamic bottom plate with the corresponding time-space information through the arranged time-space data module, establishes the city dynamic bottom plate with mutually unified time and space, calls the city information stored by the background cloud data module through the arranged calling and arranging module, transmits the city information to the alternation processing module, decomposes the city information into effective city information and outdated city information according to the alternation rule by the alternation processing module, then transmits the effective city information and the outdated city information to the calling and arranging module, then transmits the effective city information to the background cloud data module for storage through the alternation processing module, transmits the outdated city information to the history data module for storage, and alternates the data information in the background cloud data module, the outdated information is removed, timeliness of system data is guaranteed, the set project comparison module is used for comparing the primary filing plan with historical filing project data, then the comparison result is transmitted to the assistant decision module, the assistant decision module is used for analyzing the primary filing plan and generating a recommended decision scheme according to the comparison result, and therefore intelligence of the system is improved.
Drawings
FIG. 1 is a system flow diagram of the present invention;
FIG. 2 is a system framework of the present invention;
FIG. 3 is a diagram of the internal framework of the land preparation module of the present invention;
FIG. 4 is a flow chart of a method of the present invention;
in the figure: 1. a perception acquisition module; 2. a background data module; 3. a fund management module; 4. a floor construction module; 5. a land preparation module; 6. a city service module; 7. a transmission calling module; 11. a data acquisition module; 12. a collection cleaning module; 13. a space-time fusion module; 14. a data output module; 21. a territorial space information module; 22. an item library storage module; 23. a background cloud data module; 24. a historical data module; 25. a fund document module; 26. a backplane storage module; 27. calling a sorting module; 28. an alternation process module; 31. a fund remittance module; 32. a fund pool module; 33. a dial-up management module; 34. a project provisioning module; 35. a settlement management module; 41. a basic map module; 42. a map processing module; 43. a floor map module; 44. a spatio-temporal data module; 45. an information receiving module; 46. a visual output module; 47. a map retrieval module; 51. a project calling module; 52. a project plan module; 53. a project generation module; 54. a pre-verification module; 55. implementing an auditing module; 56. a follow-up archiving module; 57. a project settlement module; 58. a fund supervision module; 59. a compensation implementation module; 61. a public service module; 62. a public safety module; 63. a city management module; 64. an intelligent industry module; 521. a plan entry module; 522. a fund plan module; 523. a project initial building module; 524. a project comparison module; 525. an auxiliary decision module; 526. and adjusting the output module.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-3, an embodiment of the present invention is shown: a smart city updating and land preparing system comprises a sensing acquisition module 1, a background data module 2, a fund management module 3, a bottom plate construction module 4, a land preparing module 5, a city service module 6 and a transmission calling module 7, wherein the output end of the sensing acquisition module 1 is in control connection with the input end of the background data module 2, the output end of the background data module 2 is in control connection with the input ends of the fund management module 3, the bottom plate construction module 4 and the transmission calling module 7 respectively, the input end of the bottom plate construction module 4 is in control connection with the output end of the sensing acquisition module 1, the output end of the bottom plate construction module 4 is in control connection with the input end of the background data module 2, the input end of the background data module 2 is in control connection with the output ends of the transmission calling module 7 and the fund management module 3 respectively, and the output end of the fund management module 3 is in control connection with the input end of the land preparing module 5, the input end of the land preparation module 5 is in control connection with the output end of the transmission calling module 7, the output end of the transmission calling module 7 is in control connection with the input end of the urban service module 6, the output end of the urban service module 6 is in control connection with the input end of the transmission calling module 7, the sensing acquisition module 1 consists of a data acquisition module 11, a collection cleaning module 12, a space-time fusion module 13 and a data output module 14, the output end of the data acquisition module 11 is in control connection with the input end of the collection cleaning module 12, the output end of the collection cleaning module 12 is in control connection with the input end of the space-time fusion module 13, the output end of the space-time fusion module 13 is in control connection with the input end of the data output module 14, massive diversified data acquired by the data acquisition module 11 are collected and cleaned through the collection cleaning module 12, and repeated and invalid data are deleted, therefore, the speed of the subsequent data processing is improved, the background data module 2 consists of a homeland space information module 21, a project bank storage module 22, a background cloud data module 23, a historical data module 24, a fund receipt module 25, a bottom plate storage module 26, a calling and sorting module 27 and an alternation processing module 28, the output end of the background cloud data module 23 is connected with the input end of the calling and sorting module 27 in a control mode, the output end of the calling and sorting module 27 is respectively connected with the input ends of the background cloud data module 23, the historical data module 24 and the alternation processing module 28 in a control mode, the output end of the alternation processing module 28 is connected with the input end of the calling and sorting module 27 in a control mode, the alternation processing module 28 is arranged, the information stored in the background cloud data module 23 is alternated according to the specified alternation rule, the outdated information is stored in the historical data module 24, and the timeliness of the information stored in the background cloud data module 23 is further ensured, the fund management module 3 is composed of a fund import module 31, a fund pool module 32, a payment allocation management module 33, an item supply module 34 and a settlement management module 35, wherein the output end of the fund import module 31 is respectively and controllably connected with the input ends of the fund pool module 32 and the settlement management module 35, the output end of the fund pool module 32 is respectively and controllably connected with the input ends of the payment allocation management module 33, the item supply module 34 and the settlement management module 35, the output ends of the payment allocation management module 33 and the item supply module 34 are respectively and controllably connected with the input end of the settlement management module 35, the fund data in the fund pool module 32 and the mobile fund data called in the payment allocation management module 33 and the item supply module 34 are collated and compared through the set settlement management module 35, so that the accuracy of the fund data is ensured, and the bottom plate construction module 4 is composed of a basic map module 41 and a map processing module 42, The system comprises a bottom plate map module 43, a space-time data module 44, an information receiving module 45, a visual output module 46 and a map retrieval module 47, wherein the output end of a basic map module 41 is respectively and controllably connected with the input ends of a map processing module 42 and the map retrieval module 47, the input end of the map processing module 42 is respectively and controllably connected with the output end of the information receiving module 45, the output end of the map processing module 42 is respectively and controllably connected with the input end of the bottom plate map module 43, the output end of the bottom plate map module 43 is respectively and controllably connected with the input ends of the map retrieval module 47 and the space-time data module 44, the output end of the space-time data module 44 is respectively and controllably connected with the input end of the visual output module 46, space data information which changes in real time and the bottom plate map are mutually combined and displayed through the arranged visual output module 46, and therefore the convenience of the system for displaying the data is improved, the land preparation module 5 consists of a project calling module 51, a project planning module 52, a project generating module 53, a previous checking module 54, an implementation auditing module 55, a follow-up archiving module 56, a project settlement module 57, a fund supervision module 58 and a compensation implementation module 59, wherein the output end of the project calling module 51 is in control connection with the input end of the project planning module 52, the output end of the project planning module 52 is in control connection with the input end of the project generating module 53, the output end of the project generating module 53 is in control connection with the input ends of the previous checking module 54, the follow-up archiving module 56 and the compensation implementation module 59 respectively, the output end of the previous checking module 54 is in control connection with the input end of the implementation auditing module 55, the output end of the implementation auditing module 55 is in control connection with the input end of the fund supervision module 58, and the input end of the fund supervision module 58 is in control connection with the output end of the compensation implementation module 59, the output end of the fund supervision module 58 is connected with the input end of the project settlement module 57 in a control manner, the output end of the project settlement module 57 is connected with the input end of the follow-up filing module 56 in a control manner, the pre-verification module 54 is used for verifying the land, the house, the compensated person and the contract of the project, which are used by the project, so as to provide important guarantee for the normal starting of the project, the project planning module 52 is composed of a plan entry module 521, a fund planning module 522, a project initial building module 523, a project comparison module 524, an auxiliary decision module 525 and an adjustment output module 526, the output ends of the plan entry module 521 and the fund planning module 522 are connected with the input end of the project initial building module 523 in a control manner, the output end of the project initial building module 523 is connected with the input end of the project comparison module 524 in a control manner, and the output end of the project comparison module 524 is connected with the input end of the auxiliary decision module 525 in a control manner, the output end of the auxiliary decision module 525 is connected with the input end of the adjustment output module 526 in a control mode, the comparison result is transmitted by combining the set auxiliary decision module 525 with the project comparison module 524, an auxiliary decision suggestion is provided, and further the practicability of the system is improved.
Referring to fig. 4, an embodiment of the present invention: the smart city renewing and land preparing method comprises the following steps: step one, building a bottom plate; step two, information collection; step three, updating management; step four, preparing a plan; step five, servicing management;
in the first step, the land and soil space information module 21 in the background data module 2 transmits the city land and soil foundation data information to the bottom plate construction module 4, the foundation map module 41 receives the city land and soil foundation data information and generates a city foundation map, then the city foundation map is transmitted to the map processing module 42 and the map retrieval module 47, the project library storage module 22 and the background cloud data module 23 respectively transmit the city land project information and the city cloud data to the information receiving module 45, then the information receiving module 45 transmits the city land project information and the city cloud data to the map processing module 42, then the map processing module 42 combines the city foundation map with the city land project information and the city cloud data to generate a city project bottom plate, a city real-time dynamic bottom plate and a customized information bottom plate, and the city project bottom plate, The city real-time dynamic bottom plate and the customized information bottom plate are respectively transmitted to the map retrieval module 47 and the middle bottom plate map module 43, the bottom plate map module 43 stores the bottom plate information, and then a user retrieves the city basic map, the city project bottom plate, the city real-time dynamic bottom plate and the customized information bottom plate through the map retrieval module 47;
in the second step, the data acquisition module 11 in the perception acquisition module 1 acquires the massive diversified original data information in the city, and transmits the original data information to the collection cleaning module 12, the collection cleaning module 12 collects and cleans the original data information, removes the repeated and invalid information, transmits the collected information to the time-space fusion module 13, the time-space fusion module 13 generates the city information based on the time and space, and transmits the city information based on the time and space to the data output module 14, and then the data output module 14 transmits the city information based on the time and space to the background data module 2, and the background cloud data module 23 stores the city information;
in the third step, the city information stored in the background cloud data module 23 is called by the calling and sorting module 27 and is transmitted to the alternation processing module 28, the city information is decomposed into effective city information and outdated city information by the alternation processing module 28 according to the alternation rule, then the effective city information and the outdated city information are transmitted to the calling and sorting module 27, then the effective city information is transmitted to the background cloud data module 23 to be stored by the calling and sorting module 27, the outdated city information is transmitted to the history data module 24 to be stored, then the effective city information updated in real time is transmitted to the information receiving module 45 by the background cloud data module 23, then the effective city information updated in real time is transmitted to the map processing module 42 by the information receiving module 45, and the real-time dynamic bottom board of the city is updated by the map processing module 42 in combination with the effective city information updated in real time, then, the updated real-time dynamic urban bottom plate is transmitted to a time-space data module 44, a dynamic time-space data bottom plate is generated by combining corresponding time-space information, then the dynamic time-space data bottom plate is updated and displayed in real time by a visual output module 46, meanwhile, the time-space data module 44 transmits the dynamic time-space data bottom plate to a bottom plate storage module 26 for storage, then, the dynamic time-space data bottom plate is transmitted to an urban service module 6 from the bottom plate storage module 26 by a city service module 6 through a transmission calling module 7, and then, services are made corresponding aiming at different requirements of public service, public safety, urban management, urban industry and the like through a public service module 61, a public safety module 62, an urban management module 63 and a smart industry module 64 respectively;
in the fourth step, the land preparation module 5 enters the project planning module 52, then the land preparation plan and the fund prediction scheme are respectively recorded in the plan recording module 521 and the fund planning module 522, then the land preparation plan and the fund prediction scheme are uploaded to the project initial building module 523, the project initial building module 523 combines the land preparation plan and the fund prediction scheme to generate an initial preparation plan, then the initial preparation plan is transmitted to the project comparison module 524, meanwhile, the project comparison module 524 sends out a call application, then the call application is transmitted to the project calling module 51, then the project calling module 51 transmits the call application to the transmission calling module 7, then the transmission calling module 7 transmits the call application to the background data module 2, then the project stock storage module 22 combines the call application to transmit the corresponding historical preparation project data to the transmission calling module 7, then the data are transmitted to a project calling module 51, then the project calling module 51 transmits the corresponding historical filing project data to a project comparison module 524, then the project comparison module 524 compares the filed filing project data with the historical filing project data, then the comparison result is transmitted to an assistant decision module 525 for analysis, the assistant decision module 525 generates a recommendation decision scheme and transmits the recommendation decision scheme to an adjustment output module 526, then the filed filing plan is modified by combining the adjustment output module 526 with the recommendation decision scheme and the modified scheme is transmitted to a project generating module 53, the project generating module 53 generates a land filing scheme and transmits the land filing scheme to a follow-up filing module 56 for storage;
in the fifth step, the project generation module 53 transmits the project fund plan in the land preparation scheme to the fund management module 3, the fund pool module 32 puts the corresponding fund into the project supply module 34, the project supply module 34 transmits the fund flow information to the settlement management module 35, the settlement management module 35 performs settlement comparison on the fund flow information transmitted by the fund remittance module 31, the payment management module 33 and the project supply module 34 and the fund in the fund pool module 32 in combination, generates the fund receipt, transmits the fund receipt to the fund receipt module 25 for storage, simultaneously the project generation module 53 transmits the land preparation scheme to the early-stage check module 54 and the compensation implementation module 59 respectively, performs early-stage check by the early-stage check module 54, and transmits the land preparation scheme to the implementation check module 55 after check, the implementation auditing module 55 is used for auditing and managing the preparation process, transmitting construction fund information in the preparation process to the fund supervision module 58, the compensation implementation module 59 is used for performing preparation compensation, transmitting compensation fund information to the fund supervision module 58, supervising funds in the preparation process by the fund supervision module 58, simultaneously uploading the construction fund information and the compensation fund information to the item settlement module 57, generating fund use details, transmitting the fund use details to the follow-up filing module 56, recording the process of preparation implementation and the fund use details by the follow-up filing module 56, generating preparation project data, and transmitting the preparation project data to the project library storage module 22 by the transmission and calling module 7 for storage.
Based on the above, the present invention has the advantages that the city real-time dynamic bottom plate and the corresponding time-space information are combined with each other through the set time-space data module 44, the city dynamic bottom plate with mutually unified time and space is established, the practicality of the system is improved, the city information stored by the background cloud data module 23 is called through the set calling and sorting module 27, the city information is transmitted to the alternation processing module 28, the city information is decomposed into effective city information and outdated city information by the alternation processing module 28 according to the alternation rule, then the effective city information and the outdated city information are transmitted to the calling and sorting module 27, then the effective city information is transmitted to the background cloud data module 23 for storage, the outdated city information is transmitted to the history data module 24 for storage, the data information in the background cloud data module 23 is subjected to alternation processing, the outdated information is removed, so that the timeliness of system data is ensured, the primary filing plan is compared with the historical filing project data through the set project comparison module 524, then the comparison result is transmitted to the assistant decision module 525, the primary filing plan is analyzed through the assistant decision module 525 in combination with the comparison result, and a recommended decision scheme is generated, so that the intelligence of the system is improved.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (9)
1. Wisdom city updates and land reorganization system, including perception collection module (1), backstage data module (2), fund management module (3), bottom plate construction module (4), land reorganization module (5), city service module (6) and transmission call module (7), its characterized in that: the output end of the perception acquisition module (1) is in control connection with the input end of the background data module (2), the output end of the background data module (2) is in control connection with the input ends of the fund management module (3), the bottom plate construction module (4) and the transmission calling module (7) respectively, the input end of the bottom plate construction module (4) is in control connection with the output end of the perception acquisition module (1), the output end of the bottom plate construction module (4) is in control connection with the input end of the background data module (2), the input end of the background data module (2) is in control connection with the output ends of the transmission calling module (7) and the fund management module (3) respectively, the input end of the fund management module (3) is in control connection with the output end of the land preparation module (5), the input end of the land preparation module (5) is in control connection with the output end of the transmission calling module (7), and the output end of the transmission calling module (7) is in control connection with the input end of the city service module (6), the output end of the city service module (6) is connected with the input end of the transmission calling module (7) in a control mode.
2. The smart city renovation and land preparation system according to claim 1, wherein: perception collection module (1) comprises data acquisition module (11), collects and washs module (12), space-time fusion module (13) and data output module (14), and the input of washing module (12) is collected in the output control connection of data acquisition module (11), and collects the input of the output control connection space-time fusion module (13) of washing module (12), and the input of data output module (14) is connected in the output control connection space-time fusion module (13) of space-time fusion module (13).
3. The smart city renovation and land preparation system according to claim 1, wherein: the background data module (2) is composed of a homeland space information module (21), a project library storage module (22), a background cloud data module (23), a historical data module (24), a fund receipt module (25), a bottom plate storage module (26), a calling and sorting module (27) and an alternation processing module (28), wherein the output end of the background cloud data module (23) is in control connection with the input end of the calling and sorting module (27), the output end of the calling and sorting module (27) is respectively in control connection with the input ends of the background cloud data module (23), the historical data module (24) and the alternation processing module (28), and the output end of the alternation processing module (28) is in control connection with the input end of the calling and sorting module (27).
4. The smart city renovation and land preparation system according to claim 1, wherein: the fund management module (3) is composed of a fund remittance module (31), a fund pool module (32), a payment allocation management module (33), an item supply module (34) and a settlement management module (35), wherein the output end of the fund remittance module (31) is respectively in control connection with the input ends of the fund pool module (32) and the settlement management module (35), the output end of the fund pool module (32) is respectively in control connection with the input ends of the payment allocation management module (33), the item supply module (34) and the settlement management module (35), and the output ends of the payment allocation management module (33) and the item supply module (34) are respectively in control connection with the input end of the settlement management module (35).
5. The smart city renovation and land preparation system according to claim 1, wherein: the bottom plate construction module (4) consists of a basic map module (41), a map processing module (42), a bottom plate map module (43), a space-time data module (44), an information receiving module (45), a visual output module (46) and a map retrieval module (47), the output end of the basic map module (41) is respectively connected with the input ends of the map processing module (42) and the map retrieval module (47) in a control way, the input end of the map processing module (42) is connected with the output end of the information receiving module (45) in a control way, the output end of the map processing module (42) is connected with the input end of the bottom plate map module (43) in a control way, the output end of the bottom plate map module (43) is respectively connected with the input ends of the map retrieval module (47) and the space-time data module (44) in a control mode, and the output end of the space-time data module (44) is connected with the input end of the visual output module (46) in a control mode.
6. The smart city renovation and land preparation system according to claim 1, wherein: the land preparation module (5) consists of a project calling module (51), a project planning module (52), a project generating module (53), a pre-stage checking module (54), an implementation checking module (55), a follow-up filing module (56), a project settlement module (57), a fund supervision module (58) and a compensation implementation module (59), wherein the output end of the project calling module (51) is in control connection with the input end of the project planning module (52), the output end of the project planning module (52) is in control connection with the input end of the project generating module (53), the output end of the project generating module (53) is in control connection with the input ends of the pre-stage checking module (54), the follow-up filing module (56) and the compensation implementation module (59), the output end of the pre-stage checking module (54) is in control connection with the input end of the implementation checking module (55), and the output end of the implementation checking module (55) is in control connection with the input end of the fund supervision module (58), and the input end of the fund supervision module (58) is in control connection with the output end of the compensation implementation module (59), the output end of the fund supervision module (58) is in control connection with the input end of the item settlement module (57), and the output end of the item settlement module (57) is in control connection with the input end of the follow-up filing module (56).
7. The smart city renovation and land preparation system according to claim 6, wherein: the project planning module (52) is composed of a plan entry module (521), a fund planning module (522), a project initial building module (523), a project comparison module (524), an auxiliary decision module (525) and an adjustment output module (526), wherein the output ends of the plan entry module (521) and the fund planning module (522) are in control connection with the input end of the project initial building module (523), the output end of the project initial building module (523) is in control connection with the input end of the project comparison module (524), the output end of the project comparison module (524) is in control connection with the input end of the auxiliary decision module (525), and the output end of the auxiliary decision module (525) is in control connection with the input end of the adjustment output module (526).
8. The smart city renovation and land preparation system according to claim 1, wherein: the city service module (6) is composed of a public service module (61), a public safety module (62), a city management module (63) and an intelligent industry module (64).
9. The smart city renewing and land preparing method comprises the following steps: step one, building a bottom plate; step two, information collection; step three, updating management; step four, preparing a plan; step five, servicing management; the method is characterized in that:
in the first step, the land space information module (21) in the background data module (2) transmits the city land basic data information to the bottom plate construction module (4), the basic map module (41) receives the city land basic data information and generates a city basic map, then the city basic map is transmitted to the map processing module (42) and the map retrieval module (47), the project library storage module (22) and the background cloud data module (23) respectively transmit the city land project information and the city cloud data to the information receiving module (45), then the information receiving module (45) transmits the city land project information and the city cloud data to the map processing module (42), and then the map processing module (42) combines the city basic map with the city land project information and the city cloud data to generate the city project bottom plate, The city real-time dynamic bottom plate and the customized information bottom plate respectively transmit the city project bottom plate, the city real-time dynamic bottom plate and the customized information bottom plate to a map retrieval module (47) and a middle bottom plate map module (43), the bottom plate map module (43) stores the bottom plate information, and then a user retrieves a city basic map, the city project bottom plate, the city real-time dynamic bottom plate and the customized information bottom plate through the map retrieval module (47);
in the second step, a data acquisition module (11) in a perception acquisition module (1) acquires massive diversified original data information in a city, transmits the original data information to a collection cleaning module (12), the collection cleaning module (12) collects and cleans the original data information, removes repeated and invalid information in the original data information, transmits the collected information to a time-space fusion module (13), the time-space fusion module (13) generates city information corresponding to time and space, transmits the city information corresponding to time and space to a data output module (14), and then the data output module (14) transmits the city information corresponding to time and space to a background data module (2) and a background cloud data module (23) stores the city information;
in the third step, the city information stored in the background cloud data module (23) is called by the calling and sorting module (27) and is transmitted to the alternation processing module (28), the alternation processing module (28) decomposes the city information into effective city information and outdated city information according to the alternation rule, then the effective city information and the outdated city information are transmitted to the calling and sorting module (27), then the effective city information is transmitted to the background cloud data module (23) for storage by the calling and sorting module (27), the outdated city information is transmitted to the history data module (24) for storage, then the effective city information updated in real time is transmitted to the information receiving module (45) by the background cloud data module (23), and then the effective city information updated in real time is transmitted to the map processing module (42) by the information receiving module (45), the map processing module (42) is combined with effective city information updated in real time to update a city real-time dynamic bottom plate, the updated city real-time dynamic bottom plate is transmitted to a time-space data module (44), a dynamic time-space data bottom plate is generated by combining corresponding time-space information, then the dynamic time-space data bottom plate is updated and displayed in real time by a visual output module (46), meanwhile, the time-space data module (44) transmits the dynamic time-space data bottom plate to a bottom plate storage module (26) to be stored, then the city service module (6) transmits the dynamic time-space data bottom plate to the city service module (6) from the bottom plate storage module (26) through a transmission calling module (7), and then the public service module (61), a public safety module (62), a city management module (63) and a smart industry module (64) are respectively used for public services, The service is made according to different requirements of public safety, urban management, urban industry and the like;
in the fourth step, the land preparation module (5) enters a project planning module (52), land preparation plans and fund prediction schemes are recorded in a plan recording module (521) and a fund prediction module (522) respectively, then the land preparation plans and the fund prediction schemes are uploaded to a project initial construction module (523), the project initial construction module (523) combines the land preparation plans and the fund prediction schemes to generate a prepared initial plan, then the prepared initial plan is transmitted to a project comparison module (524), meanwhile, the project comparison module (524) sends a call application, then the call application is transmitted to a project call module (51), then the project call module (51) transmits the call application to a transmission call module (7), then the transmission call module (7) transmits the call application to a background data module (2), and then the project stock storage module (22) combines the call application to transmit corresponding historical preparation project data to a transmission call module (7) In the module (7), the data is transmitted to a project calling module (51), then the project calling module (51) transmits corresponding historical filing project data to a project comparison module (524), then the project comparison module (524) compares the filing initial plan with the historical filing project data, then the comparison result is transmitted to an assistant decision module (525) for analysis, the assistant decision module (525) generates a recommended decision scheme, the recommended decision scheme is transmitted to an adjustment output module (526), then the adjustment output module (526) modifies the filing initial plan with the recommended decision scheme, the modified scheme is transmitted to a project generating module (53), the project generating module (53) generates a land filing scheme, and the land filing scheme is transmitted to a follow-up filing module (56) for storage;
in the fifth step, the project generation module (53) transmits the project fund plan in the land preparation scheme to the fund management module (3), the fund pool module (32) puts the corresponding fund into the project supply module (34), then the project supply module (34) transmits the fund flow information to the settlement management module (35), then the settlement management module (35) combines the fund flow information transmitted by the fund remittance module (31), the payment dialing management module (33) and the project supply module (34) with the fund in the fund pool module (32) to perform settlement comparison, generates a fund receipt, then transmits the fund receipt to the fund receipt module (25) to be stored, simultaneously the project generation module (53) respectively transmits the land preparation scheme to the early stage check module (54) and the compensation implementation module (59), and the early stage check module (54) performs early stage check, after checking, the land preparation scheme is transmitted to an implementation checking module (55), the implementation checking module (55) is used for checking and managing the whole preparation process, the construction fund information in the preparation process is transmitted to a fund supervision module (58), a compensation implementation module (59) is used for performing preparation compensation, the compensation fund information is transmitted to a fund supervision module (58), the fund in the preparation process is supervised by the fund supervision module (58), the construction fund information and the compensation fund information are uploaded to an item settlement module (57) at the same time, the fund use details are generated and transmitted to a follow-up filing module (56), the process of implementation and the fund use details are recorded by the follow-up filing module (56), the preparation item data are generated, and then the transmission calling module (7) is used for transmitting the preparation item data to an item library storage module (22), and storing.
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