TWI830095B - Visual interactive property management system - Google Patents

Abstract

The present invention relates to a visual interactive property management system, which receives and integrates a building information model (BIM), a property management data, a building automation data and a facility management data of a community to generate a main control page for a login user, wherein the main control page displays a 3D building model of a community for the login user to browse and select at least a part of the building. The property management visualization integration platform receives an operation instruction generated by an operation of the login user via the main control page, and generates a corresponding operation result to display on the main control page. The operation instruction can be a link query instruction which lets the login user to view a floor plan, the 3D building model, and corresponding building information simultaneously.

Description

Property management visual integration system

The present invention relates to a property management visual integration system with visual interaction, and in particular to an integrated building information model (BIM) that can integrate three-dimensional architectural models, floor plans, related building and equipment information and property management models of buildings in the community. A comprehensive visual integration system for property management presented on the main control page.

The existing property system only presents the work and matters that need to be performed on the property in the form of pages or lists, but the focus of property management must be combined with the community's building and equipment information so that property personnel can quickly understand the relevant equipment and facilities in the community. The location and status of the community, as well as community space and positioning information, ensure the normal operation of the overall community at any time. Real estate staff, such as security, cleaning, community supervisors or counter secretaries, actually move to different communities in rotation. When they go to a new community to serve, they need to navigate the community through manual or paper operations to learn about the relevant equipment. and facility location and community space information. However, due to human memory and the difficulty of paper-based work, even property personnel who have worked for a long time have difficulty in quickly responding to the location, data and spatial information of relevant equipment and facilities. Therefore, the existing property management system has room for great improvement. This allows property staff to provide the most effective community understanding and management through the new property management system, and provide residents with a better service and living experience. It will no longer cause problems in property management and human adaptability caused by staff changes. Disaster.

In addition, existing property management applications are all composed of independent individual functions or customized according to their respective communities, or are limited to property management mobile app services, and may form a one-way communication dilemma, so it is necessary to develop a A fully integrated property system can not only develop or integrate all community-related functions according to community needs, but also can synchronize information with the new property management system in real time. This allows a property management company to achieve the purpose of unified management of the community with the minimum manpower allocation through the new property management system.

In order to achieve the purpose of the present invention, it mainly provides a property management visual integration system that is combined with the actual situation of the community. It can integrate different community buildings into the management system and generate a visual state, thus allowing central control personnel and on-site operators to Management personnel can instantly understand the status of the community for effective management. Embodiments of the present invention provide a property management visual integration system, which includes a data receiving unit, an input unit, a processing unit and an output unit. The data receiving unit is used to receive the community's building information model, the community's property management data, the community's building automation data, and the community's equipment management data. The input unit is used to receive operation instructions generated by one or more logged-in users for operating the main control page. The processing unit is used to integrate the building information model, property management data, building automation data and equipment management data to generate a main control page for the logged-in user. The main control page displays a three-dimensional architectural model of the community's buildings for the logged-in user to browse. and select at least part of the building. The output unit is used to provide the main control page and operation results to the logged-in user. The processing unit provides corresponding operation results on the main control page according to the operation instructions. When the operation instruction is a linked query instruction, the processing unit generates a main page for the logged-in user to simultaneously view the floor plan, three-dimensional architectural model and corresponding building information of the building. control page.

To sum up, compared with the prior art, embodiments of the present invention provide an integrated building information model that can present the three-dimensional building model, floor plan and related building and equipment information and property management module of the community's buildings on the main control page. The property management visual integration system, the property management visual integration system The integrated system allows property management personnel to instantly query and know the location of community equipment and facilities, building space information, and community property management status.

In addition, the property management visual integration system can also integrate or connect IoT structures such as community care and emergency notification to the system of the present invention according to the existing conditions of the community. For example, through various danger triggering situations, fire alarm settings can help prevent disasters. . Or combined with the existing epidemic prevention needs, temperature, mask and face inspection can be integrated to automatically notify the property management visual integration system of the present invention and perform corresponding processing.

In order to further understand the technology, means and effects of the present invention, reference may be made to the following detailed description and accompanying drawings, so that the purpose, features and concepts of the present invention can be thoroughly and specifically understood. However, the following detailed description and drawings are only used to refer to and illustrate the implementation of the present invention, and are not intended to limit the present invention.

1: Property management visual integration system

11: Property management system module

12:Building Information Modeling (BIM)

13:Device management module

14:Building automation module

21: Data receiving unit

22:Input unit

23: Processing unit

24:Output unit

S31~S37: steps

50a: Floor plan

50b: Stereoscopic view

The accompanying drawings are provided to enable those skilled in the art to further understand the present invention, and are incorporated into and constitute a part of the specification of the present invention. The drawings illustrate exemplary embodiments of the invention and, together with the description of the invention, serve to explain the principles of the invention.

Figure 1 is a block diagram of a property management visual integration system according to an embodiment of the present invention.

Figure 2 is a signal flow chart of the property management visual integration system according to the embodiment of the present invention.

Figure 3 is a flow chart of the alarm function of the property management visual integration system according to the embodiment of the present invention.

FIG. 4 is a schematic diagram of the main control page generated by the property management visual integration system based on the linked query command according to the embodiment of the present invention.

FIG. 5 is a schematic diagram of selecting a device in the main control page generated by the property management visual integration system according to the embodiment of the present invention and converting it into a three-dimensional view or linkage.

FIG. 6 is a schematic diagram of the main control page generated by the property management visual integration system based on the linked query command charging management command according to the embodiment of the present invention.

FIG. 7 is a schematic diagram of the main control page generated when the alarm instruction is executed by the property management visual integration system according to the embodiment of the present invention.

FIG. 8 is a schematic diagram of the main control page generated when querying energy data in the property management visual integration system according to the embodiment of the present invention.

Reference will now be made in detail to exemplary embodiments of the present invention, exemplary embodiments of which are illustrated in the accompanying drawings. Wherever possible, the same reference numbers are used in the drawings and description for the same or similar parts. In addition, the exemplary embodiments are only one of the implementation ways of the design concept of the present invention, and the following exemplary embodiments are not intended to limit the present invention.

In order to solve the problems of the prior art, embodiments of the present invention provide a property management vision that integrates building information models and can present the three-dimensional building models, floor plans and related building and equipment information of community buildings and property management modules on the main control page. The visual integration system for property management can allow property management staff to know the community’s equipment, facilities, the positioning of everyone in the community, and the spatial information of the building. Coupled with the design of linked functions, it can facilitate property staff to quickly Respond to all possible situations without delaying or neglecting to deal with incidents when they occur. In addition, in other embodiments, the aforementioned property management visual integration system can be used to manage public charging piles in the community by integrating with various devices, and to prevent or know that community residents may have accidents at home and seek help for emergencies. Therefore, , the property management visual integration system of the present invention is also capable of interactive communication with residents, so that community services are more comprehensive and effective. Simply put, the aforementioned property management visual integration system can be an intelligent and interactive property management visual integration system.

First, please refer to FIG. 1 of the present invention. FIG. 1 is a block diagram of a property management visualization system according to an embodiment of the present invention. The property management visual integration system 1 includes a property management system module 11, a building information model 12, an equipment management module 13 and a building automation module 14, of which the building information model 12, the equipment management module 13 and the building automation module 14 are Connect to the property management visual integration system via wired or wireless methods 1.

In the embodiment of the present invention, the property management system module 11, the building information model 12, the equipment management module 13 and the building automation module 14 are not independent hardware systems, and therefore share the same hardware system with the property management visual integration system 1. A hardware system that can be infinitely expanded and integrated across systems. The property management system module 11, building information model 12, equipment management module 13 and building automation module 14 are respectively implemented based on software and extend into virtual reality. Application. However, the above-mentioned ways of implementing the property management system module 11, the building information model 12, the equipment management module 13, and the building automation module 14 are not intended to limit the present invention.

The building information model 12 stores architectural models of buildings in multiple communities, the equipment management module 13 stores facility management data of buildings in multiple communities, and the building automation module 14 stores building automation of buildings in multiple communities. Data, and the property management system module 11 stores property management information of multiple communities. After the logged-in user successfully logs in, the property management visual integration system 1 will provide a community selection function on the main control page presented to the logged-in user, for example, through a map and a drop-down table, but the present invention is not limited to this.

After the logged-in user selects one of the communities, the property management visual integration system 1 receives the property management data and building information of the community from the property management module 11, the building information model 12, the equipment management module 13 and the building automation module 14 respectively. Information models, building automation data and equipment management data. The property management visual integration system 1 will then import the community's building information model, property management data, building automation data and equipment management data to generate a main control page for the logged-in user, in which the main control page The page displays a three-dimensional architectural model of the community, allowing the logged-in user to browse and select at least part of the buildings in the community.

The property management visual integration system 1 will receive the operation instructions generated by the logged-in user on the main control page, and generate corresponding operation results to be displayed on the main control page. The operation instructions can be used to allow the logged-in user to view the buildings of the community at the same time. Floor plans, three-dimensional building models, and corresponding linked switching query commands for building information, property management data, and other types of operation commands. Other types of operation instructions may be, for example, maintenance task instructions, building history instructions, space history instructions, equipment history instructions, equipment monitoring instructions, maintenance work schedule instructions, event center instructions, repair portal instructions, exception tracking instructions, audit management instructions, Batch review instructions, charging management instructions, mail package management instructions, public facilities management instructions or energy data query instructions and other instructions.

When the operation instruction is a maintenance work schedule instruction, the main control page provides a calendar that can provide the maintenance work schedule. When the operation command is an equipment history command, the main control page displays all equipment information, three-dimensional models and floor plans in the form of tables or columns, such as the location of the equipment in space, model, instruction manual, manufacturer contract and repair and maintenance. Date, etc., and the device information displayed is not limited to the above content. Furthermore, when the operation command is an equipment monitoring command, the property management visual integration system 1 (through the processing unit 23 in FIG. 2) executes the linkage program and causes the main control page to provide the login user input command, so that the output unit will The device monitoring abnormal signal of the page is simultaneously pushed to at least one external electronic device (through the output unit 24 in FIG. 2 ).

When the operation command is a maintenance work schedule command, the main control page displays the task list information assigned by the supervisor in the form of a table or column, such as daily tasks, task types, maintenance personnel information, maintenance progress, manufacturers or emergency levels. etc., and the displayed task list information is not limited to the above content. When the operation command is a maintenance task command, the main control page displays and accesses the maintenance task information of patrol, cleaning and inspection in the form of tables or columns, such as the location of the maintenance task space, equipment, maintenance items, and manufacturer contracts. or the name of the maintenance personnel and inspection results, etc., and the maintenance task information displayed does not Subject to the above content, in addition, the main control page can present all maintenance tasks such as patrolling, cleaning and inspection in the form of statistical charts on a daily, monthly, and annual basis to achieve key performance indicators, and the key performance indicators displayed are not based on the above content. for restrictions.

Please refer to FIG. 6 , which is a schematic diagram of the main control page generated by the property management visual integration system based on the charging management command linked to the query command according to the embodiment of the present invention. The property management visual integration system 1 (through the processing unit 23 in Figure 2) further enables the main control page to display the usage status and power consumption data of all charging piles in the community based on the charging pile management data. In addition, please refer to FIG. 8 , which is a schematic diagram of the main control page generated when querying energy data in the property management visual integration system according to the embodiment of the present invention. This invention can generate big data based on energy power data, receive energy power data through integrated equipment to understand the power usage status of each area, and adjust the power consumption efficiency and generate energy saving benefits under a long period of data analysis to improve Maintain energy health and sustainable development of the community.

When the operation command is a repair entry command, the main control page provides a repair interface to allow the logged-in user to input repair information, such as the person who requested the repair, the item to be repaired, the time to be repaired, and the image of the object to be repaired, and the repair information is not limited to the above content. . When the operation command is a (Facility Management, abbreviation: FM) report command, the main control page presents the statistical information on the working hours of all work items in the space in the form of statistical charts. When the operation command is a background management command, the main control page provides the logged-in user with a background account management interface in the form of tables or columns, for example, importing data settings and various management functions, and the background management operations are not limited to the above content. When the operation command is a mail package management command, the main control page provides an mail package management interface in the form of a table or column for the logged-in user to input mail package information, such as recipient and receipt date, mail package type, each mail The package will generate a one-time Quick Response Code (QRCode) to prevent theft and the mail package information is not limited to the above content. When the operation command is a public facility management command, the main control page provides a public facility management interface in the form of a table or column for the logged-in user to input public facility registration and use information, such as user name, time, number of people, and cancellation of reservation functions, in conjunction with a quick response code The entry and exit mechanism is linked to the main control page system for public settings Real-time query and tracking of management to understand public user information, number of people and usage status, and the use information of public instructions is not limited to the above content.

In addition, in one embodiment of the present invention, the property management visual integration system 1 further introduces radio frequency identification (Radio Frequency IDentification, abbreviated as RFID) technology, and installs radio frequency on various spaces and equipment in the community. Identification (RFID) allows community maintenance personnel to scan and receive maintenance task instructions with a handheld electronic device, and then reply to the main control page system to complete the maintenance task instructions to form a completed work order, performance indicators and historical data. In addition, radio frequency identification (RFID) technology can clearly and quickly know the time and location of the community, forming a positioning function for community people and events.

Furthermore, the property management visual integration system 1 also integrates the building management service’s resident-specific information, repair reporting function, public appointment, visitor appointment, taxi-calling function, gas meter reading and community voting data. And the building management service items and functions are not limited to the above content.

Please further refer to FIG. 2 , which is a signal flow chart of the property management visualization integration system 1 of the property management visualization integration system 1 according to the embodiment of the present invention.

The property management visual integration system 1 can be a system implemented based on software and hardware, and includes a data receiving unit 21, an input unit 22, a processing unit 23 and an output unit 24, where the processing unit 23 is connected to the data receiving unit in a wired or wireless manner. Unit 21, input unit 22 and output unit 24.

The data receiving unit 21 is used to receive the building information model, property management data, building automation data and equipment management data of the aforementioned community. The data receiving unit 21 can be implemented by a data communication interface, and is not limited to wired or wireless methods and the aforementioned The building information model 12, the equipment management module 13 and the building automation module 14 are connected. The input unit 22 is used to receive operation instructions generated by one or more logged-in users for operating the main control page. The input unit 22 can be implemented by a peripheral input device (mouse, keyboard, fingerprint, face recognition), or by data communication. The interface is implemented with the logged-in user's electronic device. For example, the logged-in user's mobile phone is connected through the data communication interface and sends corresponding operation instructions.

The processing unit 23 is used to integrate the building information model, property management data, building automation data and equipment management data to generate a main control page for the logged-in user. The main control page displays a three-dimensional architectural model of the community building for the logged-in user. Browse and select at least a portion of a building. The processing unit 23 provides corresponding operation results on the main control page according to the operation instructions of the logged-in user on the main control page. The processing unit 23 may be implemented by a central processing unit or arithmetic unit of a computer device that reads and executes software codes, or may be implemented by an application specific integrated circuit chip (ASIC).

The output unit 24 is used to provide the operation results presented on the main control page to the logged-in user. The output unit 24 is implemented by a display, or by a data communication interface and the logged-in user's electronic device. For example, the logged-in user's mobile phone communicates through data Interface link, and send the operation results to the mobile phone for display on the mobile phone screen. In addition, when the aforementioned operation command is a linked query command, the processing unit 23 generates a main control page for allowing the logged-in user to simultaneously view the building's floor plan, three-dimensional architectural model and corresponding building information. The building information may include equipment history, equipment At least one of the location, equipment usage status, event occurrence and repair function, and the present invention is not limited to the above items.

Please refer to FIG. 3 , which is a flow chart of the alarm function of the property management visual integration method according to the embodiment of the present invention. First, in step S31, the property management system module 11 provides a main control page to the logged-in user according to the logged-in user's community selection instruction. The main control page displays a three-dimensional building model of the corresponding community for the user to browse and select buildings. at least part of. Next, in step S32, the property management visualization integration system 1 determines whether an event has occurred based on the network surveillance photography trigger event. If no event occurs, step S33 is executed, and if an event occurs, steps S34, S35, S36 and S37 are executed.

In step S33, the property management visual integration system 1 provides corresponding operation results on the main control page according to the operation instructions of the logged-in user on the main control page. The operation instructions may be used to allow the logged-in user to view a floor plan at the same time. , the three-dimensional building model and the corresponding building materials A continuous query command of information or other types of operation commands. After step S33 is completed, it will return to step S32, and the property management visual integration system 1 will continue to detect whether an event occurs.

In step S34, the property management visual integration system 1 displays the alarm information of the corresponding event on the main control page, thereby prompting the logged-in user to pay attention to and handle the event. In step S35, the logged-in user can confirm through the property management visual integration system 1 whether there is a trigger event, a release event, or a post-event event that needs to be processed. After the trigger event is processed, the logged-in user fills in the event on the alarm image page. When the processing is completed, the incident is considered to be resolved, and step S37 is reviewed and closed. If the event is canceled or no event occurs, step S33 can be continued. The above also generates a historical query data.

The occurrence of the above events is explained below. In one embodiment, the equipment management data further includes equipment monitoring data, and the building automation data further includes environmental monitoring data, energy management data, and safety warning data. The processing unit 23 determines whether an event occurs based on the equipment management data and the building automation data. If the device monitoring command function determines that an event has occurred, the device monitoring command page will flash a warning light, and at the same time, the system linkage function will be used to alert the user that the event has occurred and handle the event immediately. For example, if the environmental monitoring data indicates that the room temperature in the garbage storage room is as high as 80 degrees, it means that an incident will occur, and the equipment monitoring page will issue a warning at the location where the incident occurs. In addition, as mentioned above, in order to allow the logged-in user to handle the event immediately (because some events are emergencies), when confirming whether an event occurs, canceling the event, or needs to process the event, the processing unit 23 determines whether the logged-in user has entered the event on the main control page. The operation command to perform the operation provides the corresponding operation result on the main control page, and directly executes the system linkage function to complete event processing.

In one embodiment, at least one of the equipment monitoring data and the building automation data further includes household entry and exit data used to evaluate the outgoing status of residents in the community, and when the detection data can be inferred that none of the residents have gone out at a specific time, the processing unit 23 Generate warning information to display the equipment monitoring command page, and handle the event directly with the linkage function. For example, water meter monitoring data in building automation data The meter monitoring data can be used to understand and prevent accidents if residents do not use water and electricity for a certain period of time, trigger abnormal water and electricity consumption, and even generate abnormal events, and go straight to the event center function and notify at least one electronic handheld device.

In one embodiment, when an event occurs, the processing unit 23 further provides spatial information to the logged-in user on the main control page based on the building information model, and the output unit 24 sends alarm information to at least one external electronic device. In this way, logged-in users can immediately know how to guide residents to avoid disasters and escape, so that property personnel can immediately know how to keep residents' lives and property safe when encountering emergencies and dangerous events.

Please refer to Figures 4 and 5. Figure 4 is a schematic diagram of the main control page home page generated by the property management visual integration system according to the embodiment of the present invention, and Figure 5 is the main control page generated by the property management visual integration system according to the embodiment of the present invention. After selecting the equipment in the control page and converting it into a three-dimensional view or a linked schematic diagram, when the user enters the main control page, click on the plan view 50a of the location you want to view (for example, the B4F fire pump and generator room 1 shown in Figure 5) Afterwards, the two-dimensional plane (2-dimensions) and the three-dimensional solid (3-dimensions) can be linked to switch to the three-dimensional view 50b.

Please refer to FIG. 6 , which is a schematic diagram of the main control page generated by the property management visual integration system 1 based on the linked query command charging management command according to the embodiment of the present invention. When the operation command is a charging management command, the property management visual integration system 1 (through the processing unit 23 in FIG. 2 ) further causes the main control page to display the usage status of all charging piles in the community and the normal operation of the charging pile equipment based on the charging pile management data. Information, as shown in Figure 6.

Please refer to FIG. 7 , which is a schematic diagram of the main control page generated by the property management visual integration system 1 when an alarm event occurs according to the embodiment of the present invention. In this picture, the logged-in user is recording the operation results corresponding to the device history command in the main control page. However, because there is an event triggered somewhere in the real-time image monitoring data, in the main control page, the 10-second real-time screen of the alarm information (this (the real-time image monitoring screen) will pop up a window on the operation result corresponding to any system page in use, and notify you with a message. One external handheld device is required to allow the logged-in user and relevant personnel to be notified in a timely manner, and enter the main control page linkage function for direct processing.

In addition, in one embodiment of the present invention, the property management visual integration system 1 is directly or indirectly connected to the mechanical parking space of at least one resident in the community, and the data receiving unit 21 further receives the resident's car usage data (including car usage time and information). The location of the mechanical parking space), the processing unit 23 generates a car-calling instruction based on the household car data and the building information model, and the output unit 24 is used to transmit the car-calling instruction to the mechanical parking space, so that the mechanical parking space can be opened within a specific time and under certain safety conditions. Move down to Allowed space. To further illustrate, when a resident expects to go out in 10 minutes, he can reserve a car for 10 minutes through the property management visual integration system 1 and input the number corresponding to the location of the mechanical parking space. The processing unit 23 will make a reservation based on the above resident According to the reserved car time and the number corresponding to the mechanical parking space, the above-mentioned mechanical parking space will be moved to the designated location within the time for residents to pick up their cars. If the resident picks up the car after the time limit, the processing unit 23 automatically generates a return instruction and returns the mechanical parking space.

Based on the above, embodiments of the present invention provide a property management visual integration system that integrates building information models and can present the three-dimensional building models, floor plans and related building information of community buildings on the main control page. The property management visual integration system The system allows property management personnel to know the location of community equipment and facilities as well as building space information. This allows property management personnel to quickly respond to all possible situations without being unaware of the location of the community's buildings when an incident occurs. Where to handle events. In addition, in other embodiments, the aforementioned property management visual integration system is further designed and integrated across systems, so that the aforementioned property management visual integration system can be an all-round intelligent property management visual integration system.

Furthermore, a property management visual integration system 1 according to the embodiment of the present invention can bring different community buildings into the system for group building management, and select individual ones to display the status of the devices. Therefore, all property management functions can be integrated into a single system, which is suitable for all community management and can be infinitely expanded. Moreover, the present invention can integrate the property management system module 11, the building information model 12, and the equipment management system. Management module 13 and building automation module 14, thus achieving linkage and interaction functions between residents, property managers and property management companies, making the implementation of community management more efficient. In addition, the system security mechanism, storage server and backup mechanism ensure data security and never be lost. Historical data on space, equipment and property management can be queried at any time, allowing a property management company to use the new property system to The minimum manpower allocation achieves the purpose of improving unified management and reducing costs and unnecessary community disputes. And this property management visual integration system 1 develops a new management model with innovative and future-oriented concepts.

It is to be understood that the examples and embodiments described herein are for illustrative purposes only and that various modifications or alterations thereof will be suggested to those skilled in the art and will be included within the spirit and scope of the application and the appended claims. within the range.

1: Property management visual integration system

11: Property management system module

12:Building Information Modeling (BIM)

13:Device management module

14:Building automation module

Claims (6)

A property management visual integration system, which integrates a property management system module, a building information model, an equipment management module and a building automation module into the aforementioned system, including: a data receiving unit for receiving a A building information model of the community, the property management system module provides a property management information of the community, the building automation module provides a building automation information of the community, and the equipment management module provides an equipment management information of the community; 1. An input unit is used to receive an operation command generated by one or more logged-in users operating on a main control page; a processing unit is used to integrate the building information model, the property management data, the building automation data and the equipment management data , to generate the main control page for the logged-in user, wherein the main control page displays a two-dimensional floor plan and a three-dimensional architectural model of a building in the community for the logged-in user to browse and select at least a part of the building ; and an output unit for providing the main control page and an operation result to the logged-in user; wherein the processing unit provides the corresponding operation result on the main control page according to the operation instruction, wherein the operation instruction is a linkage When querying the command, the processing unit generates the main control page for allowing the logged-in user to simultaneously view a floor plan of the building, the three-dimensional building model and corresponding building information, where the building information includes equipment history, equipment location, Equipment usage status, event occurrence and repair reporting function; The equipment management data further includes equipment monitoring data, and the building automation data further includes environmental monitoring data, energy data query data and security alarm data. The processing unit determines an event based on the equipment management data and the building automation data. When the event occurs, the event generates an alert on a device monitoring page and pushes it to at least one external electronic device through a linked program to determine whether the logged-in user cancels the event; when the event occurs, the processing unit further controls the event based on the event. The building information model provides the spatial information of the building and the positioning information of each person in the community to the logged-in user on the main control page, and the output unit sends an alarm information to at least one external electronic device; the building automation data further includes a Charging pile management data, when the operation command is a charging management command, the processing unit further causes the main control page to present a usage status and power consumption data of all charging piles in the community based on the charging pile management data; wherein the At least one of the equipment management data and the building automation data further includes entry and exit data used to represent a resident in the community, and the resident entry and exit data indicates that the resident has not gone out at a specific time, and the processing unit generates a Equipment monitoring information and an event center information are displayed on the main control page and pushed to at least one external electronic device at the same time. The property management visual integration system as described in request item 1, wherein when the event does not occur, processes and resolves the event, the processing unit is allowed to perform the operation instruction on the main control page according to the logged-in user, And provide the corresponding operation results on the main control page. The property management visual integration system as described in claim 1, wherein the operation command is a maintenance task command, a building history command, a space history command, an equipment history command, an equipment monitoring command, and a maintenance work schedule command. , one event center command, one repair entry command, one An exception tracking command, an audit management command, an alarm image command, a batch review command, a charging management command, a mail package management command, a public facility management command or an energy data query command, and the processing unit executes the linked program to provide The corresponding result of this operation. The property management visual integration system as described in claim 3, wherein when the operation command is an equipment monitoring command, the processing unit abnormally executes the linkage program and causes the main control page to provide the login user input command, so that the The output unit simultaneously pushes a device monitoring of the main control page to at least one external electronic device. The property management visual integration system as described in claim 1, wherein the property management visual integration system further integrates a property management module, and the data receiving unit receives an information announcement data and a household repair report data input by the property management module. , one visitor reservation data, one public facility reservation data, one car-calling instruction data, one charging pile data, one gas meter reading data and one community voting data. The property management visual integration system as described in request item 1, wherein the property management visual integration system is further directly or indirectly connected to a mechanical parking space of at least one household in the community, and the data receiving unit further receives a household's car data , the processing unit generates a car-calling instruction based on the household's car data and the building automation module, and the output unit is used to transmit the car-calling instruction to the mechanical parking space, so that the mechanical parking space moves to the parking space at a specific time. A space is allowed to be used, and when the car is not picked up within the time limit, a return command is executed to return the mechanical parking space to its original position.