Digital community management system based on Dccu

Abstract

A digital community management system based on a Dccu comprises a Dccu server, and the Dccu server comprises a community Dccu server deployed in a community and a cell Dccu server deployed in each cell. The cell Dccu server is used for connecting various existing Internet of Things devices in the corresponding cell, acquiring corresponding data from the Internet of Things devices, preprocessing the data, generating a trusted event according to a standard data processing protocol, and transmitting the trusted event to the cell Dccu server through a private network; and the community Dccu server is used for connecting the Dccu server of each cell in the jurisdiction area, receiving credible event data reported by the Dccu server of each cell, carrying out statistics on the data, generating a report form according to a statistical result, and uploading the report form to the comprehensive management informatization platform corresponding to the superior administrative district level corresponding to the community through a private network. According to the invention, under the three-level architecture from community to community to street, problems can be timely found and preliminarily processed at a base layer, and accumulation and expansion of the problems are avoided.

Description

Technical Field

[0001] The present invention relates to the field of management technology, and in particular to a digital community management system based on DCCU. Background Art

[0002] In order to realize the digital community ecology and large-scale construction and operation, combined with the actual situation of smart community implementation in various places, it is necessary to jointly organize the standardized design of "Digital community core units (DCCU)". Summary of the invention

[0003] In view of the technical defects and technical drawbacks in the prior art, the embodiment of the present invention provides a digital community management system based on DCCU to overcome the above problems or at least partially solve the above problems. The specific solution is as follows:

[0004] A digital community management system based on DCCU, the system comprising a DCCU server, the DCCU server comprising a community DCCU server deployed in the community and a cell DCCU server deployed in each cell;

[0005] The community DCCU server is used to connect to various existing IoT devices in the corresponding community, obtain corresponding data from each IoT device, perform preprocessing, generate trusted events according to the standard data processing protocol, and transmit the trusted events to the community DCCU server through a private network;

[0006] The community DCcu server is used to connect to the DCcu servers of each community within the jurisdiction, receive the trusted event data reported by the DCcu servers of each community, perform statistics on the data, generate reports with the statistical results and upload them to the comprehensive management information platform corresponding to the superior administrative district level of the community through a dedicated network, wherein the superior administrative district level can be the street administrative district level.

[0007] Furthermore, the cell DCcu server is also used to connect to each cell data management system deployed in the corresponding cell, obtain corresponding cell management data from each cell data management system, and transmit the cell management data to the community DCcu server through a dedicated network; the community DCcu server is also used to connect to each community data management system deployed in the corresponding community, and obtain corresponding community management data from each community data management system;

[0008] The community DCcu server is also used to upload the community management data transmitted by each community DCcu server and the corresponding community management data obtained from each community data management system to the corresponding integrated management information platform at the superior administrative district level of the community through a dedicated network; wherein, the community DCcu server and the data management systems of each community deployed in the corresponding community, as well as the community DCcu server and the data management systems of each community deployed in the corresponding community are all linked through a trusted data link or a system gateway.

[0009] Furthermore, the cell Dccu server and the cell data management system, as well as the community Dccu server and the community data management system are configured for one-way data transmission.

[0010] Furthermore, the community data management system includes a property management system, a security system, a parking management system, a fire protection system and an elevator management system; the community data management system includes a community fund system, an education system, a community sunshine platform system, a community economic system, a health care system and a zero-carbon community.

[0011] Furthermore, the Dccu server is a non-cloud server, and an AI model is integrated in the Dccu server for intelligently analyzing and processing the data obtained from the IoT devices to obtain corresponding trusted events.

[0012] Furthermore, the IoT devices include firefighting equipment, security equipment and feature equipment. The firefighting equipment includes water system detection equipment, smoke sensors, temperature sensors, fire host and regional machines, etc. The security equipment includes cameras, access control, vehicle gates and pedestrian gates, etc. The feature equipment includes underground garages, elevators, photovoltaic energy storage and charging pile equipment, etc.

[0013] Furthermore, the community DCCU server is specifically used to: identify events based on the monitoring data of the Internet of Things device, and generate alarm information after the event triggers the corresponding alarm condition, and transmit the alarm information to the community DCCU server through a private network, wherein the alarm information includes the alarm event, the time and location corresponding to the alarm event.

[0014] Furthermore, the community DCCU server is also used to: identify the corresponding event actor or object from the monitoring data, and associate it with the corresponding event-related personnel through the event actor or object, and generate an event work order at the same time, push warning information to the event-related personnel, and distribute the event work order to the corresponding community or community staff, notify the event-related personnel and the corresponding community or community staff to go to the event location to handle the corresponding event, and obtain the event handling results, and transmit the event handling results to the community DCCU server through a private network.

[0015] Furthermore, the event handling result is:

[0016] The cell DCCU server continues to identify events based on the monitoring data of the IoT device until the alarm condition triggered by the corresponding event is eliminated, and generates the result and elimination time of the alarm condition triggered by the corresponding event;

[0017] Alternatively, after the cell or community staff handles the incident, they upload the handling results to the cell DCCU server.

[0018] Furthermore, the community DCCU server pre-stores personnel information and public and private property information of the corresponding community, wherein the public and private property information includes registration information of vehicles, houses, water, electricity and gas facilities, green plants, fitness equipment and roads; the registration information includes the persons, locations and registration time associated with the public and private properties; the persons associated with the common properties are the corresponding managers; the houses are divided into self-occupied houses, rental houses and business types; the personnel are divided into owners, family members and tenants.

[0019] The present invention has the following beneficial effects:

[0020] 1. Resource integration and information sharing: In the present invention, from residential areas to communities and then to streets, related facilities and equipment are linked into a whole through a trusted data chain. Systems and facilities and equipment at all levels are linked in real time through a dedicated network (or virtual private network). The problems and needs of subordinates can be uploaded to superiors in real time, and the resources and support of superiors can also be delivered to the grassroots in a timely manner, forming resource integration and information sharing that is linked up and down.

[0021] 2. Improve governance efficiency and collaborative problem solving: Under the three-level structure, problems can be discovered and initially dealt with in a timely manner at the grassroots level, avoiding the accumulation and expansion of problems. As grassroots governance units, communities and neighborhoods are more sensitive to residents' needs and problems, and can respond to problems quickly and take prompt action. Collaboration between streets, communities and neighborhoods makes problem solving more efficient, fully mobilizes the forces of all parties, and concentrates resources to solve complex problems.

[0022] 3. Conflict resolution and safety hazard investigation: Communities and residential areas are prone to conflicts and disputes. The three-level structure can timely discover and resolve conflicts and disputes to avoid the intensification and escalation of conflicts. Through the mediation and coordination of community workers, grid members, etc., as well as mutual communication and understanding among residents, many conflicts and disputes can be properly resolved at the grassroots level, and an upgraded version of the Fengqiao experience (handling problems at the grassroots level) can be achieved under the conditions of community intelligence. Including the investigation of safety hazards, through the grid management under the three-level structure, the safety of communities and residential areas can be monitored in real time and comprehensively investigated, and safety hazards can be discovered in time and measures can be taken to deal with them. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 A schematic diagram of the system framework of a DCCU-based digital community management system provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0024] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the present invention, not all embodiments. Based on the embodiments 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.

[0025] like Figure 1 As shown, an embodiment of the present invention provides a digital community management system based on DCCU, the system includes a DCCU server, and the DCCU server includes a community DCCU server deployed in the community and a cell DCCU server deployed in each cell;

[0026] The community DCCU server is used to connect to various existing IoT devices in the corresponding community, obtain corresponding data from each IoT device, perform preprocessing, generate trusted events according to the standard data processing protocol, and transmit the trusted events to the community DCCU server through a private network;

[0027] The community DCCU server is used to connect to the DCCU servers of each community within the jurisdiction, receive the trusted event data reported by the DCCU servers of each community, perform statistics on the data, generate a report based on the statistical results and upload it to the comprehensive management information platform corresponding to the superior administrative district level of the community through a dedicated network;

[0028] The DCCU server can upload the data collected on-site, as well as business data such as intelligently identified warnings / incident handling, to the street comprehensive information platform and the information platforms of various government commissions and bureaus, and can also connect to various government commissions and bureaus at the same time.

[0029] The cell DCcu server is also used to connect to each cell data management system deployed in the corresponding cell, obtain corresponding cell management data from each cell data management system, and transmit the cell management data to the community DCcu server through a dedicated network; the community DCcu server is also used to connect to each community data management system deployed in the corresponding community, and obtain corresponding community management data from each community data management system;

[0030] The data collected on-site by the Dccu server of the present invention (including corresponding data obtained from various IoT devices and third-party data) is trusted data. The Dccu server needs to process the trusted data into trusted event data, that is, from trusted data to trusted event data, wherein the trusted event data is part of the trusted data.

[0031] Event data is data generated around events that may occur or have occurred and need to be paid attention to or handled. Event data is dynamic; event data needs to describe a process, including event identification, status, handling and results; event data appears in groups and can be stored and transmitted in groups to facilitate traceability. Event data described as trusted data (time and space labels need to be added) is trusted event data, and grouped trusted event data is a trusted event (data) chain.

[0032] Preferably, the DCCU architecture can also serve as the basic architecture of the digital governance platform of township governments. For example, the township DCCU server is deployed in each township government. It can accept data uploaded by the DCCU server of each village (trusted event chain) and data uploaded by other information platforms (third-party platforms). It can also connect to the comprehensive management information platform of provincial, municipal and county committees and bureaus, and realize standardized services of one network for unified management and one network for unified administration in the coverage area through the township government information governance platform. It can also display global dynamic data through data visualization and perform on-site processing through handheld devices.

[0033] The community DCcu server is also used to upload the community management data transmitted by each community DCcu server and the corresponding community management data obtained from each community data management system to the corresponding integrated management information platform at the superior administrative district level of the community through a dedicated network; wherein, the community DCcu server and the data management systems of each community deployed in the corresponding community, as well as the community DCcu server and the data management systems of each community deployed in the corresponding community are all linked through a trusted data link or a system gateway.

[0034] Among them, the community data management system includes property management system, security system, parking management system, fire protection system and elevator management system, etc., and the community data management system includes community fund system, education system, community sunshine platform system, community economic system, health care system and zero-carbon community, etc.

[0035] The Dccu of the present invention is composed of a server and a system platform (backstage, mobile processing terminal, data screen, etc.), which are deployed in communities and residential areas respectively. The community Dccu and the residential area Dccu are networked through a proprietary network (or virtual private network). The district Dccu server is mainly used for access to facilities and equipment, on-site supervision and monitoring, and data collection. The community Dccu server is mainly used for data processing, event handling, and statistical analysis data upload. The system is simple and the functional definition is clear. This three-layer community intelligent technology support lays the foundation for the government to intervene in community grassroots governance, and also provides support conditions for the government to supervise and provide service support for third-party business systems connected to the community.

[0036] Preferably, the cell Dccu server and the cell data management system, as well as the community Dccu server and the community data management system are configured for one-way data transmission; the Dccu server is a non-cloud server, and an AI model is integrated in the Dccu server to perform intelligent analysis and processing on the data obtained from the IoT device to obtain the corresponding trusted events. As third-party platforms, the cell data management system and the community data management system can only send corresponding management information to the Dccu server using a preset protocol.

[0037] Preferably, the cell Dccu server is specifically used for:

[0038] Perform event recognition based on the monitoring data of the IoT device, and generate warning information after the event triggers the corresponding warning condition, and transmit the warning information to the community DCCU server through a private network, wherein the warning information includes the warning event, the time and location corresponding to the warning event;

[0039] The corresponding event actor or object identified from the monitoring data is associated with the corresponding event-related personnel through the event actor or object, and an event work order is generated at the same time, and the warning information is pushed to the event-related personnel, and the event work order is distributed to the corresponding community or community staff, notifying the event-related personnel and the corresponding community or community staff to go to the event location to handle the corresponding event, and obtain the event handling results, and transmit the event handling results to the community DCCU server through the private network;

[0040] The cell DCCU server continues to identify events based on the monitoring data of the IoT device until the alarm condition triggered by the corresponding event is eliminated, and generates the result and elimination time of the alarm condition triggered by the corresponding event;

[0041] Alternatively, after the cell or community staff handles the incident, they upload the handling results to the cell DCCU server.

[0042] Among them, the personnel information, public and private property information of the corresponding community are pre-stored in the DCCU server of the community, wherein the public and private property information includes the registration information of vehicles, houses, water, electricity and gas facilities, green objects, fitness equipment and roads, and the registration information includes the people, places and registration time associated with the public and private properties. The people associated with the common properties are the corresponding managers. The houses are divided into self-occupied houses, rental houses and business types, and the personnel are divided into owners, family members and tenants.

[0043] Among them, the Internet of Things devices include fire-fighting equipment, security equipment and feature equipment; the fire-fighting equipment includes water system detection equipment, smoke sensors, temperature sensors, fire host computers and regional machines, etc., the security equipment includes cameras, access control, vehicle gates and pedestrian gates, etc., the feature equipment includes underground garages, elevators, photovoltaic energy storage and charging pile equipment, etc.

[0044] Among them, the events may be objects thrown from high places, illegal parking of vehicles, firefighting occupying the road, abnormal gathering of people, abnormal temperature, abnormal smoke and the like. The events such as objects thrown from high places, illegal parking of vehicles, firefighting occupying the road and abnormal gathering of people can be obtained based on the AI ​​behavioral analysis of the image monitoring data taken by the camera by the community DCCU server. The events such as abnormal temperature, abnormal smoke and the like can be obtained based on the AI ​​intelligent analysis of the corresponding sensor monitoring data by the community DCCU server.

[0045] Among them, event data has at least three important characteristics. The first is the event subject and its uniqueness (needs to be authenticated and uniquely associated with authenticated identity data, such as people, houses, cars and their associations); the second is the location where the event occurs or is identified; the third is the time when the event occurs or is identified. Data with the above three characteristics and uniqueness are trusted event data; the entire process of event identification, event status, event handling and handling results will form a trusted event chain (or trusted data chain). During system processing, trusted event chains should be stored and transmitted in groups to facilitate future event tracing, such as mediation of residents' conflicts and disputes, insurance claims for community business, and analysis and evidence collection during judicial intervention.

[0046] Take the intelligent identification of illegal parking in fire lanes as an example: the video AI of a high-definition camera (location) associated with the community DCCU server monitors the presence of illegally parked vehicles in a fire lane (location) at the entrance and exit of the community. After multiple identifications (5 minutes apart, a total of 4 identifications), it is judged as illegal parking in the fire lane (time). Further AI identifies the license plate number and associates it with the owner and mobile phone number (identity) through the system. The system issues an alarm (generates an event) and uploads it to the community DCCU, and pushes information (through a public communication network such as a mobile phone) to notify the owner and community / community management personnel to go for disposal. The community DCCU high-definition camera continues to monitor illegally parked vehicles (event status) until the illegally parked vehicles are eliminated (time). The system generates a disposal result, which can also be manually entered by the community / community management personnel (disposal result). The system stores and reports the data in groups according to the trusted event chain to the community DCCU.

[0047] Take the example of monitoring the fire hydrant pressure in high-rise residential areas through sensors: by adding intelligent pressure sensors (location) to the fire water supply system of high-rise residential buildings (identity authentication), the pressure value is transmitted to the community DCCU in real time to monitor the system water pressure in real time. When the pressure value is too low (time), the system will issue an alarm (generate an event), and automatically open the valve and start the booster pump (event handling) through the intelligent control of the Internet of Things until the pressure returns to normal (handling result), or notify the community / community management personnel to go and perform manual handling until the pressure returns to normal (handling result). The system stores and reports the data in groups according to the trusted event chain to the community DCCU.

[0048] The present invention provides a digital community management system based on DCCU, which realizes:

[0049] Resource integration and information sharing: From residential areas to neighborhoods and then to streets, related facilities and equipment are linked together through a trusted data link to form a whole. Systems and facilities and equipment at all levels are linked in real time through a dedicated network (or virtual private network). The problems and needs of subordinates can be uploaded to superiors in real time, and the resources and support of superiors can also be delivered to the grassroots in a timely manner, forming resource integration and information sharing that links up and down.

[0050] Improve governance efficiency and collaborative problem solving: Under the three-level structure, problems can be discovered and initially dealt with in a timely manner at the grassroots level, avoiding the accumulation and expansion of problems. As grassroots governance units, communities and neighborhoods are more sensitive to residents' needs and problems, and can respond to problems quickly and take prompt action. Collaboration between streets, communities and neighborhoods makes problem solving more efficient, fully mobilizes the forces of all parties, and concentrates resources to solve complex problems.

[0051] Conflict resolution and safety hazard investigation: Communities and residential areas are prone to conflicts and disputes. The three-level structure can timely discover and resolve conflicts and disputes to avoid the intensification and escalation of conflicts. Through the mediation and coordination of community workers, grid members, etc., as well as mutual communication and understanding among residents, many conflicts and disputes can be properly resolved at the grassroots level, and an upgraded version of the Fengqiao experience (handling problems at the grassroots level) can be achieved under the conditions of community intelligence. Including the investigation of safety hazards, through the grid management under the three-level structure, the safety of communities and residential areas can be monitored in real time and comprehensively investigated, and safety hazards can be discovered in time and measures can be taken to deal with them.

[0052] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A digital community management system based on DCCU, characterized in that: The system includes a Dccu server, and the Dccu server includes a community Dccu server deployed in a community and a cell Dccu server deployed in each cell; The community DCCU server is used to connect to various existing IoT devices in the corresponding community, obtain corresponding data from each IoT device, perform preprocessing, generate trusted events according to the standard data processing protocol, and transmit the trusted events to the community DCCU server through a private network; The community DCcu server is used to connect to the DCcu servers of each community within the jurisdiction, receive the trusted event data reported by the DCcu servers of each community, perform statistics on the data, generate reports based on the statistical results, and upload them to the comprehensive management information platform corresponding to the superior administrative district level of the community through a dedicated network.

2. The digital community management system based on DCCU according to claim 1 is characterized in that: The cell DCcu server is also used to connect to each cell data management system deployed in the corresponding cell, obtain corresponding cell management data from each cell data management system, and transmit the cell management data to the community DCcu server through a dedicated network; the community DCcu server is also used to connect to each community data management system deployed in the corresponding community, and obtain corresponding community management data from each community data management system; The community DCcu server is also used to upload the community management data transmitted by each community DCcu server and the corresponding community management data obtained from each community data management system to the corresponding integrated management information platform at the superior administrative district level of the community through a dedicated network; wherein, the community DCcu server and the data management systems of each community deployed in the corresponding community, as well as the community DCcu server and the data management systems of each community deployed in the corresponding community are all linked through a trusted data link or a system gateway.

3. The digital community management system based on DCCU according to claim 2 is characterized in that: One-way data transmission is configured between the cell Dccu server and the cell data management system, and between the community Dccu server and the community data management system.

4. The digital community management system based on DCCU according to claim 2 is characterized in that: The community data management system includes a property management system, a security system, a parking management system, a fire protection system and an elevator management system; the community data management system includes a community fund system, an education system, a community sunshine platform system, a community economic system, a health care system and a zero-carbon community.

5. The digital community management system based on DCCU according to claim 1 is characterized in that: The Dccu server is a non-cloud server, and an AI model is integrated in the Dccu server to perform intelligent analysis and processing on the data obtained from the IoT devices to obtain corresponding trusted events.

6. The digital community management system based on DCCU according to claim 1 is characterized in that: The IoT devices include fire-fighting equipment, security equipment and feature equipment.

7. The digital community management system based on DCCU according to claim 1 is characterized in that: The cell DCCU server is specifically used to: identify events based on the monitoring data of the Internet of Things device, and generate alarm information after the event triggers the corresponding alarm condition, and transmit the alarm information to the community DCCU server through a private network, wherein the alarm information includes the alarm event, the time and location corresponding to the alarm event.

8. The digital community management system based on DCCU according to claim 7 is characterized in that: The community DCCU server is also used to: identify the corresponding event actor or object from the monitoring data, and associate it with the corresponding event-related personnel through the event actor or object, and generate an event work order, push warning information to the event-related personnel, and distribute the event work order to the corresponding community or community staff, notify the event-related personnel and the corresponding community or community staff to go to the event location to handle the corresponding event, and obtain the event handling results, and transmit the event handling results to the community DCCU server through a private network.

9. The DCCU-based digital community management system according to claim 8, characterized in that: The event handling results are: The cell DCCU server continues to identify events based on the monitoring data of the IoT device until the alarm condition triggered by the corresponding event is eliminated, and generates the result and elimination time of the alarm condition triggered by the corresponding event; Alternatively, after the cell or community staff handles the incident, they upload the handling results to the cell DCCU server.

10. The digital community management system based on DCCU according to claim 7 is characterized in that: The DCCU server of the community pre-stores the personnel information, public and private property information of the corresponding community, wherein the public and private property information includes the registration information of vehicles, houses, water, electricity and gas facilities, green areas, fitness equipment and roads; the registration information includes the persons, locations and registration time associated with the public and private properties; the persons associated with the common properties are the corresponding managers; the houses are divided into self-occupied houses, rental houses and business types; the personnel are divided into owners, family members and tenants.

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