Integrated property management system for buildings in park

Abstract

The invention provides a property comprehensive management system of a park building, and relates to the technical field of park property management, and the system comprises a property management system which comprises a visual display unit, and the visual display unit is internally provided with a virtual display. The virtual display performs imaging processing and display on the building data of the park building through a virtual space technology and a VR interface; an unmanned aerial vehicle is erected on a real park building, the unmanned aerial vehicle transmits an unmanned aerial vehicle video signal to a virtual display in real time through a virtual space technology, and the property integrated management system of the park building disclosed by the invention realizes visual display of building data of the park building. According to the method and the system, the process of acquiring the target data by the user is simpler and more convenient, the information is visualized and the information accuracy is high, and the problems that the current property management system does not have a good visualized interactive display interface and managers need to have certain technical experience to well operate and carry out data analysis are solved.

Description

Technical Field

[0001] The present invention relates to the technical field of park property management, and in particular to a comprehensive property management system for park buildings. Background Art

[0002] In today's campus building environment, there are usually multiple property owners, and the properties they own are widely distributed on different floors and locations of the campus buildings, which makes property management of campus buildings a complex issue.

[0003] With the rapid development of computer technology and network technology, property management systems have emerged, playing an important role in assisting managers in carrying out management work. However, as far as the current property management system is concerned, its main service objects are managers, and the data in the system are mostly statistical data based on the database, lacking an intuitive and good visual interactive display interface. This means that managers need to have certain technical experience to be able to operate the system smoothly and conduct effective data analysis.

[0004] Since the business data of park buildings covers a wide range and involves all-round data supervision of park buildings, its purpose is to facilitate managers to have an in-depth understanding of various information throughout the building cycle, including building information, house transaction information, charging information, etc. At the same time, the property system also needs to provide functions such as property information query and self-service payment to many owners of park buildings. In view of this, it is particularly necessary to introduce visualization technology to meet the diverse needs of different owners.

[0005] In summary, in-depth research and development of a digital park building property management system based on VR or AR technology has extremely important practical significance. The system can use virtual space simulation technology to virtualize the massive business data of park buildings, so that the originally abstract business data can be visualized, greatly improving the efficiency and accuracy of property management, and laying a solid foundation for the efficient management and sustainable development of park buildings. Summary of the invention

[0006] The present invention relates to a comprehensive property management system for park buildings, which solves the problem that the current property management system does not have a good visual interactive display interface and managers need to have certain technical experience to operate and perform data analysis well.

[0007] The present invention provides a comprehensive property management system for park buildings, specifically comprising: a property management system, the property management system includes a visualization display unit, a virtual display is arranged in the visualization display unit, the virtual display uses virtual space technology and a VR interface to process and display the building data of the park buildings in an image form; a drone is installed on the building of the actual park building, the drone transmits the drone video signal to the virtual display in real time through the virtual space technology, the virtual display processes the drone video signal in an image form according to the target data, and the park building information monitored by the drone is matched one by one with the building coordinates of the actual park building, when the target data is triggered, a prompt device is arranged at the park building coordinate corresponding to the target data image, and the prompt device is an audible and visual alarm; a command selector is arranged on the virtual display, and the command selector can switch the target data image in the display state.

[0008] Furthermore, the property management system also includes an integrated management server, which provides update and correction operations for the park building information. The integrated management server establishes a business database, and the business database stores the park building information. The business database summarizes and counts the received park building information; the integrated management server is also provided with an authority interface, and the authority interface grants or revokes the operation authority of the visualization display unit according to the user selection information. The operation authority of the visualization display unit granted is determined according to the grant code number and the revocation code number of the authority interface.

[0009] Furthermore, the visualization display unit also includes a database interface, which is connected to the business database, and the visualization display unit exchanges data with the business database through the database interface; the visualization display unit also includes a data selection interface, and the user inputs data search conditions through the data selection interface, and the visualization display unit determines the target data in the business database according to the data search conditions, and visualizes the target data through a virtual display; the virtual display displays the received target data, and the displayed target data image corresponds one-to-one to the building coordinates of the actual park building. When the target data is triggered, a prompt device is set at the building of the actual park building corresponding to the target data image.

[0010] Furthermore, the visualization display unit also includes a command interface, which confirms the user selection information through a command selector according to the authorization code number and the revocation code number; the visualization display unit also includes a data processing unit, in which a standard database is provided. The data processing unit compares the received target data determined according to the authorization code number and the revocation code number with the standard database, and determines whether the target data is correct according to the comparison result. If the target data is correct, it performs image processing and determines the building coordinates of the campus building selected by the user corresponding to the data image.

[0011] Furthermore, the virtual display uses a VR device, and the VR device is used to image the data image according to the building coordinates of the campus building; the virtual space technology includes scene rendering, scene construction, scene navigation and interaction, and the scene construction is used to construct the connection between the real and virtual scenes according to the scene selected by the user, and the scene rendering is used to image the virtual scene constructed in the scene construction, and the scene construction is connected to the virtual display to display the image-processed virtual scene through the virtual display, and the interaction is used to edit the virtual scene and interact with the user of the virtual scene.

[0012] Furthermore, the property management system is also provided with a tenant information management unit, which includes the tenant's registration information, contract information, payment information, and collection information; the tenant information management unit includes a lease information query module, a collection information query module, and a contract information query module; the lease information query module counts the tenant's regional distribution and industry distribution according to the tenant information query, and displays the results in the form of a data report; the collection information query module counts the tenant's arrears information according to the tenant information query, and displays the results in the form of a data report, and the tenant's collection information includes payable fees and unpaid fees; the contract information query module counts the tenant's contract expiration date according to the tenant information query, and displays the results in the form of a data report.

[0013] Furthermore, the property management system also includes an intelligent information push module, which pushes information according to the set tenant change rules; the property management system also includes an intelligent contract expiration reminder unit, which is used to remind tenants of contract expiration information; the collection information query module collects statistics based on the collection information of the intelligent contract expiration reminder unit, and the collection information query module updates and stores the collection information, and can query and count it.

[0014] Furthermore, the property management system also includes an intelligent contract signing unit, which prompts the user to set the signing date and select the tenant's lease status and space type. The intelligent contract signing unit completes the storage of tenant data and contract storage, and updates the tenant's lease information.

[0015] Furthermore, the property management system also includes a regional location dynamic analysis unit, a regional location management unit and a regional location rental management unit. The regional location dynamic analysis unit dynamically analyzes the rental information of the region, the regional location management unit updates the regional location information, and the regional location rental management unit manages the rental information of the regional location; the property management system also includes a regional location information update unit, which updates the regional location information; the property management system also includes a building space rental information analysis unit, which updates the building space rental information according to the set space rental information; the property management system also includes an intelligent statistical unit, which analyzes the tenant's space rental information by setting a time period through the intelligent statistical unit, and stores the obtained analysis results.

[0016] Furthermore, the property management system also includes a visitor authority management unit, which sets the visitor's set authority and sets a setting period for the authority. During the setting period for the authority, the visitor's set authority includes entry authority and non-entry authority. The property management system also includes a visitor information updating unit, which is used to update the visitor's information. The visitor information includes the visitor's entry time and the visitor's set authority includes entry authority and non-entry authority. The property management system also includes an identity information verification unit, which determines the visitor's set authority and determines whether the visitor can enter the park building. An intelligent access control system is also provided in the park building to verify the visitor's access. The visitor's entry authority, non-entry authority, and verification information of the access control system are stored in the visitor information updating unit.

[0017] The present invention provides a comprehensive property management system for park buildings, which has the following beneficial effects: The comprehensive property management system for campus buildings disclosed in the present invention realizes unified storage management of business data of campus buildings and visualizes building data of campus buildings, making it easier and more convenient for users to obtain target data. The information is visualized and highly accurate, thereby improving user experience.

[0018] The park building property integrated management system disclosed in the present invention constructs a business database of the park building, updates and summarizes the business data of the park building through a unified business database, facilitates the effective storage of the business data of the park building, and ensures the consistency of the business data.

[0019] The present invention connects the business database with the visualization display unit, and provides the visualization display unit with VR or AR equipment, so as to process the data in the business database into a virtual space and perform image processing, thereby facilitating users to realize image-based and dynamic queries through the visualization display unit. Users do not need to search a huge database when performing queries. Users in the image can obtain target data by operating data search conditions, thereby simplifying the data search process and improving user experience.

[0020] The comprehensive property management system for park buildings disclosed in the present invention is equipped with a drone in a visualization unit. The drone tracks target data. A prompt device is set at the coordinates of the actual park buildings. The prompt device reminds maintenance personnel to perform maintenance operations on the park buildings corresponding to the target data. The drone and the prompt device improve the on-site operation efficiency and the user experience.

[0021] The present invention visualizes business data so that users can obtain corresponding property information at the park building after selecting data search conditions to find target data. When obtaining target data, users can have a preliminary perceptual judgment of the building corresponding to the target data, which is convenient for property staff to maintain the data and improves user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] In order to more clearly illustrate the technical solution of the embodiment of the present invention, the drawings of the embodiment are briefly introduced below.

[0023] The drawings described below are only related to some embodiments of the present invention, but are not intended to limit the present invention.

[0024] In the attached picture: Figure 1 A system block diagram of the property management system of the present application is shown; Figure 2 A system block diagram of the integrated management server of the present application is shown; Figure 3 A system block diagram of a visualization display unit of the present application is shown; Reference numerals list 1. Property management system; 2. Integrated management server; 201. Business database; 202. Authority interface; 3. Visual display unit; 301, virtual display; 30101, instruction selector; 302, database interface; 303, data selection interface; 304, drone; 305, prompt device; 306, command interface; 307, data processing unit; 4. Tenant information management unit; 401. Lease information query module; 402. Collection information query module; 403. Contract information query module; 5. Intelligent information push module; 6. Intelligent contract expiration reminder unit; 7. Intelligent contract signing unit; 8. Regional location dynamic analysis unit; 9. Regional location management unit; 10. Regional location rental management unit; 12. Regional location information update unit; 13. Building space rental information analysis unit; 14. Intelligent statistics unit; 15. Visitor authority management unit; 16. Visitor information update unit; 17. Identity information verification unit. DETAILED DESCRIPTION

[0025] In order to make the purpose, technical solution and advantages of the embodiment of the present invention clearer, the technical solution of the embodiment of the present invention will be clearly and completely described below in conjunction with the accompanying drawings of the embodiment of the present invention. Obviously, the described embodiment is a part of the embodiment of the present invention, not all of the embodiments. Based on the described embodiment of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0026] Example: Please refer to Figures 1 to 3 : The present invention proposes a comprehensive property management system for park buildings, comprising: a property management system 1, the property management system 1 comprises a visualization display unit 3, a virtual display 301 is arranged in the visualization display unit 3, and the virtual display 301 processes and displays the building data of the park buildings in an image form through virtual space technology, a VR interface or an AR interface; A drone 304 is mounted on the building of the real park building. The drone 304 transmits the drone video signal to the virtual display 301 in real time through the virtual space technology. The virtual display 301 processes the drone video signal into images according to the target data, and makes the park building information monitored by the drone 304 correspond to the building coordinates of the real park building one by one. When the target data is triggered, a prompt device 305 is set at the park building coordinate corresponding to the target data image. The prompt device 305 can be an audible and visual alarm, but is not limited thereto. A command selector 30101 is provided on the virtual display 301, and the command selector 30101 can switch the target data image under the display state, so that the user can choose whether to perform maintenance operations on the property corresponding to the target data according to the prompt device 305 at the building coordinates.

[0027] In the embodiment of the present invention, the property management system 1 further includes an integrated management server 2, which provides update and correction operations for the park building information. The integrated management server 2 establishes a business database 201, and the business database 201 stores the park building information. The business database 201 summarizes and counts the received park building information; The integrated management server 2 is also provided with an authority interface 202 , which grants or revokes the operation authority of the visualization display unit 3 according to the user selection information. The operation authority of the visualization display unit 3 granted is determined according to the grant code number and the revocation code number of the authority interface 202 .

[0028] In the embodiment of the present invention, the visualization display unit 3 further includes a database interface 302, the database interface 302 is connected to the business database 201, and the visualization display unit 3 exchanges data with the business database 201 through the database interface 302; The visualization display unit 3 also includes a data selection interface 303. The user inputs data search conditions through the data selection interface 303. The visualization display unit 3 determines the target data in the business database 201 according to the data search conditions, and visualizes the target data through the virtual display 301; the virtual display 301 displays the received target data, and the displayed target data image corresponds one-to-one to the building coordinates of the actual park building. When the target data is triggered, a prompt device 305 is set at the building of the actual park building corresponding to the target data image.

[0029] In the embodiment of the present invention, the visual display unit 3 further includes an instruction interface 306, and the instruction interface 306 confirms the user selection information through the instruction selector 30101 according to the number of authorization codes and the number of revocation codes; The visualization display unit 3 also includes a data processing unit 307, which is provided with a standard database. The data processing unit 307 compares the received target data determined according to the authorization code number and the revocation code number with the standard database, and determines whether the target data is correct according to the comparison result. If the target data is correct, it performs image processing and determines the building coordinates of the campus building selected by the user corresponding to the data image.

[0030] In the embodiment of the present invention, the virtual display 301 adopts a VR device or an AR device, and the VR device or the AR device is used to perform image processing on the data image according to the building coordinates of the park building; Virtual space technology includes scene rendering, scene construction, scene navigation and interaction. Scene construction is used to build the connection between reality and virtual scenes according to the scene selected by the user. Scene rendering is used to visualize the virtual scene constructed in the scene construction. The scene construction is connected to the virtual display 301, and the virtual scene after visualization is displayed through the virtual display 301. The interaction is used to edit the virtual scene and interact with the user of the virtual scene.

[0031] In the embodiment of the present invention, the property management system 1 is further provided with a tenant information management unit 4, which includes the registration information, contract information, payment information, and collection information of the tenant, and the property management system 1 collects statistics on the tenant information.

[0032] The tenant information management unit 4 collects statistics on the regional distribution and industry distribution of tenants according to the tenant information query, and displays the results in the form of a data report; The property management system 1 provides a tenant-related information query function, and the tenant information management unit 4 includes a lease information query module 401, a collection information query module 402, and a contract information query module 403; The leasing information query module 401 queries and counts the regional distribution and industry distribution of tenants according to the tenant information, and displays the results in the form of data reports; The collection information query module 402 collects and collects the tenant's arrears information according to the tenant information, and displays the result in the form of a data report. The tenant's collection information includes payable fees and unpaid fees.

[0033] The contract information query module 403 queries and counts the tenants' contract expiration dates according to the tenant information, and displays the results in the form of a data report.

[0034] In an embodiment of the present invention, the property management system 1 also includes an intelligent information push module 5, which pushes information according to the set tenant change rules. The intelligent information push module 5 pushes information according to the set tenant change rules. The set tenant change rules are that when the tenant's information changes, a change information notification is sent to the tenant, wherein the tenant's information changes include contract renewal upon expiration, non-renewal of the contract upon expiration, payment information update after contract expiration, etc. The change information pushed by the intelligent information push module 5 refers to the tenant's contract renewal / non-renewal information and payment information update prompt.

[0035] Change information of the tenant information management unit 4, including tenant contract expiration renewal and non-renewal information, and payment information update reminder; The property management system 1 further comprises a smart contract expiration reminder unit 6, which is used to remind the tenant of the contract expiration information; The smart contract expiration reminder unit 6 regularly reminds the tenant of the expiration date of the contract, and obtains the latest information status of the tenant in the tenant information management unit 4 to determine whether to perform a collection operation; The collection information query module 402 collects statistics based on the collection information of the smart contract expiration prompt unit 6. The collection information query module 402 updates and stores the collection information and can query and collect statistics.

[0036] In the embodiment of the present invention, the property management system 1 further includes an intelligent contract signing unit 7, which prompts the user to set a signing date and select the tenant's lease status and space type. The intelligent contract signing unit 7 completes the storage of tenant data and contracts, and updates the tenant's lease information; When the smart contract signing unit 7 sets the tenant's rental information, the lease period can be customized. The tenant can choose to sign a fixed contract or a temporary contract. The fixed contract sets the lease period, the temporary contract sets the lease period, and stores the tenant's lease period information.

[0037] In the embodiment of the present invention, the property management system 1 further includes a regional location dynamic analysis unit 8, a regional location management unit 9 and a regional location rental fee management unit 10. The regional location dynamic analysis unit 8 dynamically analyzes the rental information of the region, the regional location management unit 9 updates the regional location information, and the regional location rental fee management unit 10 manages the rental information of the regional location; The regional location dynamic analysis unit 8 dynamically analyzes the rental information of the region, predicts the rent of the regional location according to the rental information and income and expenditure data of the regional location, and feeds back the predicted data of the regional location to the property management system 1; The regional location management unit 9 sets the rental information of the regional location. The regional location management unit 9 sets the type of the regional location, including the spatial information, type information, rental status information, and space rental status information of the regional location; The regional location rental fee management unit 10 manages the rental information of the regional location, the regional location rental fee management unit 10 sets the rental standard of the regional location, the regional location rental fee management unit 10 calculates the rental standard data according to the business information of the regional location, the regional location rental fee management unit 10 calculates the rental standard of the regional location according to the regional location information, and the regional location rental fee management unit 10 calculates the rental standard of the regional location after the regional location updates the setting information; The regional location includes the type, area, and location information of the region. The regional location rental fee management unit 10 calculates the daily rental fee standard of the region according to the type, area, and location information of the regional location; The regional location rental management unit 10 sets different rental standards for the regional location in the set interval according to the length of the regional location rental period. The specific interval and rental standard can be set by the property staff; The property management system 1 further comprises an area location information updating unit 12, which updates the area location information.

[0038] The regional location information updating unit 12 updates the lease status of the regional location according to the tenant's lease termination information in the regional location; The property management system 1 obtains the latest prediction data of the regional location of the regional location dynamic analysis unit 8, the regional location dynamic analysis unit 8 generates a regional prediction management report according to the latest prediction data of the regional location, and the regional location information updating unit 12 updates the location information of the region according to the prediction management report; The property management system 1 further includes a building space rental information analysis unit 13, which updates the building space rental information according to the set space rental information; The building space rental information analysis unit 13 calculates the rental change information of the area according to the set space rental period information; The property management system 1 also includes an intelligent statistical unit 14, which analyzes the tenant's space rental information in a set time period through the intelligent statistical unit 14, and stores the obtained analysis results; The property management system 1 is also provided with a tenant change rule, which is that the date is set as the contract expiration date. When the tenant's information changes, if the tenant signs the contract, a renewal notice is sent and the new contract date is set as the signing date; if the tenant does not sign the contract, a non-renewal notice is sent on the set date; The intelligent statistical unit 14 sets a time period according to the set analysis rules, analyzes the tenant's space rental information according to the set time period, and stores the obtained analysis results. In the embodiment of the present invention, the property management system 1 further includes a visitor authority management unit 15, which sets visitor authority settings and sets authority setting periods. Within the authority setting period, visitor authority settings include entry authority and non-entry authority. The visitor authority management unit 15 sets the visitor according to the set authority. The visitor information includes the visitor's ID information, entry date, and the visitor's set authority. The visitor's ID information includes the visitor's email address, ID card information, facial graphic feature information, and electronic map location information. The property management system 1 further includes a visitor information updating unit 16, which is used to update visitor information, including visitor entry time and visitor set permissions including entry permission and non-entry permission. The visitor information updating unit 16 marks visitor information and stores and records visitor update information; The property management system 1 also includes an identity information verification unit 17, which determines the visitor's set authority to determine whether the visitor can enter the park building; An intelligent access control system for verifying visitor access is also provided in the park building, and the visitor's entry authority, non-entry authority, and verification information of the access control system are stored in the visitor information update unit 16; The property management system 1 verifies the visitor's access rights. The visitor's rights are divided into entry rights and non-entry rights. The non-entry area location corresponding to the non-entry rights is the prohibited entry area location, and the entry area location corresponding to the entry rights is the allowed entry area location. The visitor information update unit 16 records the entry area location corresponding to the visitor's entry rights. The non-entry area location includes the rentable space belonging to the tenant.

[0039] The steps of the comprehensive management method of the park building property in this application are: Step 1: The integrated management server 2 processes the park building information: The integrated management server 2 establishes a business database 201, which stores the park building information; the integrated management server 2 provides update and correction operations for the park building information; the business database 201 summarizes and counts the received park building information; Step 2: The building data of the park buildings are processed into images and displayed in the visualization display unit 3; Step 3: The visualization display unit 3 includes a database interface 302 , which is connected to the business database 201 . The visualization display unit 3 exchanges data with the business database 201 through the database interface 302 .

[0040] Furthermore, in step 1, a business database 201 is established, and the park building information is processed specifically as follows: Step 1.1: Establishing a business database 201 on the integrated management server 2, Step 1.2: Storing the park building information in the business database 201, Step 1.3: Provide update and correction operations for campus building information on the integrated management server 2: Step 1.4: The business database 201 summarizes and compiles the received campus building information.

[0041] Furthermore, in step 2, the process of processing and displaying the building data of the campus buildings in an image format includes: Step 2.1: In the visualization display unit 3, the user enters the data selection conditions. Step 2.2: The visualization display unit 3 determines the target data in the business database 201 according to the data search condition, and visualizes the target data through the virtual display 301; Step 2.3: The virtual display 301 displays the received target data. The displayed target data image corresponds one-to-one with the building coordinates of the real campus building. When the target data is triggered, a prompt device 305 is set at the building of the real campus building corresponding to the target data image.

[0042] Furthermore, in step 2.3, when the target data image corresponds to the real campus building, the process of setting the prompt device 305 includes: Step 2.3.1: A drone 304 is mounted on a building in the real campus, and the drone 304 transmits the drone video signal to the virtual display 301 in real time through the virtual space technology; Step 2.3.2: The virtual display 301 processes the drone video signal into images according to the target data, and matches the park building information monitored by the drone 304 with the building coordinates of the real park buildings one by one. Step 2.3.3 When the target data is triggered, a prompt device 305 is set at the coordinates of the park building corresponding to the target data image.

[0043] Furthermore, in step 2.3.3, the process of setting a prompt device 305 at the building coordinates of the actual campus building includes: Step 2.3.3.1: Obtain the park building coordinates corresponding to the target data image identified by the drone 304; Step 2.3.3.2: The area corresponding to the target data image recognized by the drone 304 is provided with a prompt device 305 from the visual display unit 3; Step 2.3.3.3: The drone 304 controls the prompt device 305 to issue a prompt message.

[0044] Furthermore, the prompt information at least includes sound and light signals, alarm signals, and communication signals.

[0045] Furthermore, the area corresponding to the target data image identified by the drone 304 can be obtained according to the position information in the drone video signal after performing image processing on the drone video signal.

[0046] In this article, there are a few points to note: 1. The drawings of the embodiments of the present disclosure only involve structures related to the embodiments of the present disclosure, and other structures may refer to general designs.

[0047] 2. In the absence of conflict, the embodiments of the present disclosure and the features therein may be combined with each other to obtain new embodiments.

[0048] The above are only specific implementation methods of the present disclosure, but the protection scope of the present disclosure is not limited thereto. Any technician familiar with the technical field can easily think of changes or substitutions within the technical scope disclosed in the present disclosure, which should be covered by the protection scope of the present disclosure.

Claims

1. The integrated property management system for the park buildings is characterized by: include: A property management system (1) comprises a visualization display unit (3), wherein a virtual display (301) is arranged in the visualization display unit (3), wherein the virtual display (301) processes and displays building data of a park building in an image form through virtual space technology and a VR interface; a drone (304) is mounted on a building of a real park building, wherein the drone (304) transmits a drone video signal to the virtual display (301) in real time through virtual space technology, wherein the virtual display (301) processes the drone video signal in an image form according to target data, and makes a one-to-one correspondence between the park building information monitored by the drone (304) and the building coordinates of the real park building; when the target data is triggered, a prompt device (305) is arranged at the park building coordinate corresponding to the target data image, wherein the prompt device (305) is an audible and visual alarm; and a command selector (30101) is arranged on the virtual display (301), wherein the command selector (30101) can switch the target data image in the display state.

2. The integrated property management system for park buildings according to claim 1 is characterized in that: The property management system (1) further comprises an integrated management server (2), the integrated management server (2) providing update and correction operations for park building information, the integrated management server (2) establishing a business database (201), and the business database (201) storing park building information, the business database (201) summarizing and counting the received park building information; the integrated management server (2) is further provided with an authority interface (202), the authority interface (202) granting or revoking the operation authority of the visual display unit (3) according to user selection information, the operation authority of the visual display unit (3) granted being determined according to the granting code number and the revocation code number of the authority interface (202).

3. The integrated property management system for park buildings according to claim 2 is characterized in that: The visualization display unit (3) further comprises a database interface (302), wherein the database interface (302) is connected to the business database (201), and the visualization display unit (3) exchanges data with the business database (201) via the database interface (302); the visualization display unit (3) further comprises a data selection interface (303), wherein a user inputs a data search condition via the data selection interface (303), and the visualization display unit (3) determines target data in the business database (201) according to the data search condition, and visualizes the target data via the virtual display (301); the virtual display (301) displays the received target data, and the displayed target data image corresponds one-to-one to the building coordinates of a real park building, and when the target data is triggered, a prompt device (305) is provided at the building of the real park building corresponding to the target data image.

4. The integrated property management system for park buildings according to claim 3 is characterized in that: The visualization display unit (3) further comprises an instruction interface (306), wherein the instruction interface (306) confirms the user selection information through the instruction selector (30101) according to the authorization code number and the revocation code number; the visualization display unit (3) further comprises a data processing unit (307), wherein a standard database is arranged in the data processing unit (307), and the data processing unit (307) compares the received target data determined according to the authorization code number and the revocation code number with the standard database, and determines whether the target data is correct according to the comparison result, and if the target data is correct, performs image processing and determines the building coordinates of the park building selected by the user corresponding to the data image.

5. The integrated property management system for park buildings according to claim 4 is characterized in that: The virtual display (301) uses a VR device, and the VR device is used to perform image processing on the data image according to the building coordinates of the park building; the virtual space technology includes scene rendering, scene construction, scene navigation and interaction, the scene construction is used to construct a real and virtual scene connection according to the scene selected by the user, the scene rendering is used to perform image processing on the virtual scene constructed in the scene construction, the scene construction is connected to the virtual display (301), and the virtual scene after image processing is displayed through the virtual display (301), and the interaction is used to edit the virtual scene and interact with the user of the virtual scene.

6. The integrated property management system for park buildings according to claim 5 is characterized in that: The property management system (1) is further provided with a tenant information management unit (4), the tenant information management unit (4) including the tenant's registration information, contract information, payment information, and collection information; the tenant information management unit (4) includes a lease information query module (401), a collection information query module (402), and a contract information query module (403); the lease information query module (401) collects and calculates the regional distribution and industry distribution of tenants according to the tenant information query, and displays the results in the form of a data report; the collection information query module (402) collects and calculates the tenant's arrears information according to the tenant information query, and displays the results in the form of a data report, and the tenant's collection information includes payable fees and unpaid fees; The contract information query module (403) queries and counts the tenant's contract expiration date according to the tenant information, and displays the result in the form of a data report.

7. The integrated property management system for park buildings according to claim 6 is characterized in that: The property management system (1) further comprises an intelligent information push module (5), which pushes information according to a set tenant change rule through the intelligent information push module (5); the property management system (1) further comprises an intelligent contract expiration reminder unit (6), which is used to remind the tenant of the contract expiration information; the collection information query module (402) collects statistics based on the collection information of the intelligent contract expiration reminder unit (6), and the collection information query module (402) updates and stores the collection information, and can query the statistics.

8. The integrated property management system for park buildings according to claim 7 is characterized in that: The property management system (1) further comprises an intelligent contract signing unit (7), which prompts the user to set a signing date and select the tenant's lease status and space type. The intelligent contract signing unit (7) completes the storage of tenant data and contracts, and updates the tenant's lease information.

9. The integrated property management system for park buildings according to claim 8, characterized in that: The property management system (1) further comprises a regional location dynamic analysis unit (8), a regional location management unit (9) and a regional location rental management unit (10), wherein the regional location dynamic analysis unit (8) dynamically analyzes the rental information of the region, the regional location management unit (9) updates the regional location information, and the regional location rental management unit (10) manages the rental information of the regional location; the property management system (1) further comprises a regional location information updating unit (12), wherein the regional location information updating unit (12) updates the regional location information; the property management system (1) further comprises a building space rental information analysis unit (13), wherein the building space rental information analysis unit (13) updates the set space rental information; the property management system (1) further comprises an intelligent statistical unit (14), wherein the intelligent statistical unit (14) sets a time period to analyze the tenant's space rental information and stores the obtained analysis results.

10. The integrated property management system for park buildings according to claim 9, characterized in that: The property management system (1) further comprises a visitor authority management unit (15), which sets visitor authority settings and sets a authority setting period, wherein the visitor authority settings include entry authority and non-entry authority within the authority setting period; the property management system (1) further comprises a visitor information updating unit (16), which is used to update visitor information, wherein the visitor information includes the visitor's entry time and the visitor's authority settings include entry authority and non-entry authority; the property management system (1) further comprises an identity information verification unit (17), which determines the visitor's authority settings and determines whether the visitor can enter the park building; an intelligent access control system for verifying visitor access is also provided in the park building, and the visitor's entry authority, non-entry authority, and verification information of the access control system are stored in the visitor information updating unit (16).

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