CN114820241A - Scene information management method and system for smart community - Google Patents
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Abstract
The invention provides a scene information management method and a scene information management system for a smart community, which are applied to the technical field of information management of the smart community, and the method comprises the following steps: and judging whether the real-time information is matched with the first interactive scene or not through the real-time information of the electronic equipment of the user. And performing identity authentication on the associated user according to the first interaction scene, sending a temporary passing authority to the associated user after the authentication is passed, and verifying the identity of the associated user through the image acquisition equipment. And after the verification is passed, allowing the associated user to access the community intranet, and generating a real-time route sharing result. And performing guidance management on the associated users according to the real-time route sharing result. And managing the users entering the community according to different interaction scenes. The technical problem that in the prior art, people entering a community cannot be intelligently managed in the community access management mode according to different scenes, and therefore safety management is insufficient is solved. The technical effect of improving the safety of community personnel management is achieved.
Description
Technical Field
The invention relates to the technical field of intelligent community information management, in particular to a scene information management method and system for an intelligent community.
Background
The intelligent community utilizes intelligent technology and mode, integrates various service resources of the community, and provides more convenient and rapid service for community users. Safety is a common pursuit of community users in the existing intelligent community, and although an access control system of the community can effectively prevent strangers from entering the community, an effective management method is lacked for staff and visitors who come in and go out of the community in different scenes.
Therefore, the technical problem that the safety management is insufficient due to the fact that the community access management is not intelligent and people entering the community cannot be effectively managed according to different scenes exists in the prior art.
Disclosure of Invention
The application provides a scene information management method and system for an intelligent community, which are used for solving the technical problem that in the prior art, the community access management is not intelligent, and people entering the community cannot be effectively managed according to different scenes, so that the safety management is insufficient.
In view of the foregoing problems, the present application provides a method and a system for intelligent community scenized information management.
In a first aspect of the present application, a scenarized information management method for a smart community is provided, where the method is applied to a management system, the management system is in communication connection with an interaction identification device, an image acquisition device, and an electronic device, and the method includes: reading equipment real-time information of electronic equipment of a user, and judging whether the equipment real-time information is matched with a first interactive scene; when the real-time information of the equipment is matched with the first interactive scene, reading the information of the associated user, and performing identity authentication according to the information of the associated user; after the identity authentication is passed, generating temporary passing interactive information according to the information of the associated user, and sending position sharing permission information to the electronic equipment of the associated user; after the permission information of the electronic equipment of the associated user is received, generating a temporary passing right of the electronic equipment of the associated user, and sending the temporary passing right to the electronic equipment of the associated user; when the electronic equipment of the associated user interacts with interactive identification equipment of a community, the temporary passing permission is called through the interactive identification equipment, and the identity authentication of the associated user is carried out through the image acquisition equipment; when the identity authentication passes, allowing the electronic equipment of the associated user to access an intranet of the community according to the identity authentication passing result and the temporary passing permission authentication passing result, and generating a real-time route sharing result; and performing guidance management of the associated user according to the real-time route sharing result.
The second aspect of this application provides a scene-based information management system of wisdom community, the system with mutual identification equipment, image acquisition equipment, electronic equipment communication connection, the system includes: the interactive scene matching module is used for reading the equipment real-time information of the electronic equipment of the user and judging whether the equipment real-time information is matched with the first interactive scene; the associated user identity authentication module is used for reading the information of the associated user when the real-time information of the equipment is matched with the first interactive scene, and performing identity authentication according to the information of the associated user; the position sharing permission generating module is used for generating temporary passing interactive information according to the information of the associated user after the identity authentication is passed, and sending position sharing permission information to the electronic equipment of the associated user; the temporary passing permission generating module is used for generating temporary passing permission of the electronic equipment of the associated user after receiving permission information of the electronic equipment of the associated user and sending the temporary passing permission to the electronic equipment of the associated user; the associated user identity authentication module is used for calling the temporary passing permission through the interactive identification equipment when the electronic equipment of the associated user interacts with the interactive identification equipment of the community, and authenticating the identity of the associated user through the image acquisition equipment; the real-time route sharing module is used for allowing the electronic equipment of the associated user to access an intranet of the community according to the authentication passing result and the temporary passing permission authentication passing result when the authentication passes, and generating a real-time route sharing result; and the guiding module of the associated user is used for carrying out guiding management of the associated user according to the real-time route sharing result.
One or more technical solutions provided in the present application have at least the following technical effects or advantages:
the method provided by the embodiment of the application judges the interaction scene matched with the real-time information of the user through the real-time information of the electronic equipment of the user. And managing the users entering the community according to different interaction scenes. The technical problem that in the prior art, people entering a community cannot be intelligently managed in the community access management mode according to different scenes, and therefore safety management is insufficient is solved. The technical effect of improving the safety of community personnel management is achieved.
The foregoing description is only an overview of the technical solutions of the present application, and the present application can be implemented according to the content of the description in order to make the technical means of the present application more clearly understood, and the following detailed description of the present application is given in order to make the above and other objects, features, and advantages of the present application more clearly understandable.
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Fig. 1 is a schematic flow chart illustrating a scene information management method for an intelligent community according to the present application;
fig. 2 is a schematic flowchart illustrating a process of acquiring a real-time guidance path in a scenarized information management method for an intelligent community provided by the present application;
FIG. 3 is a schematic flow chart illustrating a real-time route sharing result generated by the intelligent community scenarized information management method according to the present application;
fig. 4 is a schematic structural diagram of a scenarized information management system for a smart community.
Description of reference numerals: the system comprises an interactive scene matching module 11, an associated user identity authentication module 12, a position sharing permission generation module 13, a temporary passing authority generation module 14, an associated user identity verification module 15, a real-time route sharing module 16 and an associated user guiding module 17.
Detailed Description
The application provides a scene information management method and system for an intelligent community, which are used for solving the technical problem that in the prior art, the community access management is not intelligent, and people entering the community cannot be effectively managed according to different scenes, so that the safety management is insufficient.
The technical solution in the present application will be described clearly and completely with reference to the accompanying drawings. The embodiments described are only a part of the disclosure that can be realized by the present application, and not the entire disclosure of the present application.
Example one
As shown in fig. 1, the present application provides a scenized information management method for a smart community, where the method is applied to a management system, the management system is in communication connection with an interaction identification device, an image acquisition device, and an electronic device, and the method includes:
step 100: reading equipment real-time information of electronic equipment of a user, and judging whether the equipment real-time information is matched with a first interactive scene;
specifically, the intelligent community utilizes intelligent technology and mode, integrates each item service resource of community, provides more convenient, quick service for the user of community. The method comprises the steps of obtaining real-time equipment information of electronic equipment of community users, wherein the electronic equipment is mobile or fixed communication equipment frequently used by users, for example, electronic equipment which can send information to the outside such as mobile phones and computers used by the community users. The real-time equipment information of the electronic equipment comprises information sent to the outside in real time by a user, whether the real-time information of community user equipment is matched with a first interactive scene or not is judged, whether the real-time information of the community user equipment is the first interactive scene or not can be judged by acquiring specific content of the real-time information or real-time information sent by certain software when the real-time information of the community user equipment is judged to be matched with the first interactive scene or not, wherein the first interactive scene is a scene where other strange users unknown to the community user come to the position of the community user. For example, the community user purchases goods and foods in the electronic device and the community user is in a scene of being delivered by stranger staff.
The method provided by the embodiment of the present application further includes the following steps:
step 110: when the real-time information of the equipment does not match the first interactive scene, judging whether the real-time information of the equipment matches a second interactive scene;
step 120: when the real-time information of the equipment is matched with the second interactive scene, reading the electronic equipment information of the newly added user;
step 130: generating a newly-added temporary passing authority, and sending the newly-added temporary passing authority to the electronic equipment of the newly-added user;
step 140: and performing traffic management of the newly added user through the newly added temporary traffic authority.
Specifically, when the real-time device information of the community user does not match the first interactive scene, whether the real-time device information matches the second interactive scene is judged, and whether the second interactive scene is the second interactive scene can be judged by acquiring specific content of the real-time information or real-time information sent by certain software, wherein the second interactive scene is a scene where users having close relationship or mutual knowledge with the community user come to the position of the community user. For example, community users invite their friends to play within the community. And when the real-time information of the equipment is matched with the second interactive scene, reading the electronic equipment information of the newly added user, wherein the newly added user is a visitor. And generating a newly-added temporary passing right, wherein the newly-added passing right is used for allowing the newly-added user to enter the community for activity, and sending the newly-added temporary passing right to the electronic equipment of the newly-added user. And managing the passage of the newly added user through the passage authority of the newly added user, wherein the user cannot enter the community for passage when the newly added user does not have the passage authority. The potential safety hazard of community users caused by the fact that irrelevant people enter the community is avoided.
As shown in fig. 2, the method steps 100 provided in the embodiment of the present application further include:
step 150: acquiring driving equipment information of the newly added user;
step 160: reading parking space information in the community according to the driving equipment information of the newly added user to obtain a parking space distribution result;
step 170: generating a preset parking space result according to the destination position of the newly added user and the parking space distribution result;
step 180: generating a real-time guide path according to the result of the preset parking space;
step 190: and managing the newly added user according to the real-time guide path.
Specifically, when the user arrives at the doorway of the community, the driving equipment information of the newly added user is acquired through the image acquisition device, wherein the driving equipment of the newly added user is used for moving the user, such as a bicycle, walking, driving and the like. When the driving equipment exists in the newly added user, the obtained information of the driving equipment of the newly added user is read according to the information of the driving equipment of the newly added user, and a free parking space in the community, namely a parking space distribution result, is obtained. The idle parking spaces in the community are not limited to automobile parking spaces, and also comprise parking spaces of other vehicles. And the free parking space in the community can also be the private parking space of the user in the community. And generating a result of the reserved parking space according to the destination position and the parking space distribution result of the newly added user. The destination position of the new user can be filled by the new user or the community user. And the result of the reserved parking space is the idle parking space closest to the destination position. When the result of the reserved parking space is the private parking space of the user in the community, the parking permission of the user in the private parking space needs to be acquired, and the user in the private parking space can be compensated according to the actual situation. And then generating a real-time guide path according to the result of the preset parking space, wherein the real-time guide path is used for managing the newly added user, namely route guidance. By acquiring the driving equipment of the user and distributing the parking spot parking space closest to the destination, the experience of the user visiting the community and the outside is improved.
The method steps 160 provided by the embodiment of the present application further include:
step 161: obtaining a preset stay time of the newly added user, wherein the preset stay time comprises a fluctuation time interval;
step 162: reading a time length constraint parameter of the parking space distribution result;
step 163: and generating the result of the reserved parking space according to the reserved stay time, the time constraint parameter, the destination position of the newly added user and the result of the parking space distribution.
Specifically, the preset stay time of the newly added user is obtained, wherein the preset stay time of the newly added user is filled by the newly added user or filled by a corresponding community user. And the preset stay time comprises a fluctuation time interval, and the filling time is often a time interval, for example, 5 hours +/-30 minutes of parking, because the specific parking time cannot be accurately acquired during actual filling, and at this time +/-30 minutes is the fluctuation time interval of the fixed stay time. The long time constraint parameter of parking stall distribution result in reading the community, because include individual user's parking stall in the community distribution result that acquires, because individual user only allows other personnel to berth when the parking stall is idle, therefore individual user's parking stall can set up long time constraint parameter, and it can change along with time to long time constraint parameter wherein. For example, a user may leave a space free for 12 hours each day, from 10 am to 22 pm, the duration constraint parameter is 12 at 10 am, and the duration constraint parameter becomes 10 by 12 pm, which may be changed according to the time change. Meanwhile, the duration constraint parameter can also be fixedly set according to personal preference. And finally, generating a final result of the preset parking space according to the preset stay time, the time constraint parameter, the destination position of the newly-added user and the parking space distribution result. By acquiring the time constraint parameter and the preset stay time, the most suitable parking space is matched for the newly-added user, compensation is provided for the idle personal parking space, and the happiness of the user and the visiting user in the community is further improved.
Step 200: when the real-time information of the equipment is matched with the first interactive scene, reading the information of the associated user, and performing identity authentication according to the information of the associated user;
specifically, when the real-time device information of the community user matches the first interactive scenario, the information of the associated user is read, and the associated user of the first interactive scenario needs to be authenticated because the associated user and the community user do not know each other at this time. The associated user is a user who needs to reach the community user position in the first interaction scenario in the embodiment, and reading the information of the associated user includes reading the identity information of the associated user and the working state information of the associated user. And simultaneously, performing identity authentication on the information of the associated user according to the acquired identity information of the associated user, wherein the identity authentication is used for judging whether the information of the associated user is a worker in the first interaction scene, so that potential safety hazards to community users caused by the fact that irrelevant workers of workers in other non-first interaction scenes pretend to be the workers are avoided.
Step 300: after the identity authentication is passed, generating temporary passing interactive information according to the information of the associated user, and sending position sharing permission information to the electronic equipment of the associated user;
specifically, after the associated user passes the identity authentication, it is indicated that the associated user is really a worker in the first interaction scenario, and at this time, temporary passing interaction information is generated according to information of the associated user, where the temporary passing interaction information is used to send temporary interaction information of location sharing permission information to the associated user electronic device, and the location sharing permission information is used for the associated user to obtain permission information of location sharing of the community user. The temporary passing interactive information is temporary, so that the associated user can acquire the community user position sharing permission within a certain time period, namely the associated user can acquire the community user position within the certain time period, the passing interactive information is invalidated when the certain time period is exceeded, the associated user cannot acquire the community user position sharing permission again, the associated user cannot acquire the user position, and the privacy information of the community user is prevented from being leaked by generating the temporary passing interactive information.
Step 400: after the permission information of the electronic equipment of the associated user is received, generating a temporary passing right of the electronic equipment of the associated user, and sending the temporary passing right to the electronic equipment of the associated user;
specifically, after the management system receives the permission information of the electronic device of the associated user, it indicates that the associated user is qualified to obtain the location of the community user. And generating a temporary passing right of the electronic equipment of the associated user, wherein the temporary passing right of the electronic equipment of the associated user is equivalent to a temporary passing permission sent by the system for the associated user after confirming the information of the associated user, and allowing the associated user to pass in the community. And sending the generated temporary passing authority to the electronic equipment of the associated user, wherein the temporary passing authority also has certain timeliness, the associated user can pass in the community within a certain time interval, and the associated user is forbidden to pass in the community when the temporary passing authority is invalid.
Step 500: when the electronic equipment of the associated user interacts with interactive identification equipment of a community, the temporary passing permission is called through the interactive identification equipment, and the identity authentication of the associated user is carried out through the image acquisition equipment;
specifically, a plurality of interactive identification devices are arranged in the community in the embodiment, where the interactive identification devices are used to verify the passing permission of each user, for example, access control devices and other devices used to verify the passing permission of the user, and the interactive identification devices need to perform certain interactive operation to complete the identification of the passing permission of the user, where the interactive operation is the interaction between the user and the interactive identification devices, and if the user needs to present certain authentication information, the interactive identification devices perform information acquisition. And calling the temporary passing authority of the associated user through the interactive identification equipment to determine that the associated user has the passing authority. And the image acquisition equipment is used for carrying out identity authentication on the associated user, verifying whether the identity information of the associated user and the actual staff are the same person or not, and avoiding other staff who do not acquire the passing authority from replacing the staff to enter the community.
Step 600: when the identity authentication passes, allowing the electronic equipment of the associated user to access an intranet of the community according to the identity authentication passing result and the temporary passing permission authentication passing result, and generating a real-time route sharing result;
step 700: and performing guidance management of the associated user according to the real-time route sharing result.
Specifically, when the identity verification passes, the staff has obtained the right of passing in the community, then pass the result and pass the electronic equipment access community intranet that the result permits the associated user according to the identity verification with interim current authority verification, wherein the community intranet is the special overlay network of community user, this community intranet is used for carrying out the accurate positioning to the position of user in the community, avoid external network because can't accomplish all-round overlay community and lead to partial position unable acquisition network signal, cause the network signal to lose and lead to the inaccurate problem of location. And the associated users access the community intranet and generate real-time route sharing results, and the real-time route sharing results are used for sharing real-time positions with the associated users and the community users. And guiding the moving route of the associated user to the community user according to the real-time route sharing result.
As shown in fig. 3, the method steps 700 provided by the embodiment of the present application further include:
step 710: according to the first interaction scene, identifying the associated user and the interaction place information of the user and the driving equipment information of the associated user;
step 720: acquiring information in the community through the management system to obtain a real-time information acquisition result in the community;
step 730: and generating the real-time route sharing result according to the interactive place information, the driving equipment information and the real-time community information acquisition result.
Specifically, according to the first interactive scene, the interactive place information of the associated user and the community user and the driving equipment information of the associated user are identified. The interaction place is a position where the two interact, such as a position of express delivery or a position of food delivery, and the driving device information is a device used for transporting the goods by the associated user. And acquiring information in the community through the management system to acquire a real-time information acquisition result in the community. The collected information in the community comprises real-time personnel information in the community, information collected by each image collecting device, real-time road condition information in the community and the like. The community is mostly a crowd dense area, so that the crowd dense area needs to be avoided when route planning is carried out, potential safety hazards caused by transportation equipment of related personnel to the personnel in the community are avoided, information in the community needs to be acquired, and then a real-time route sharing result is generated by combining the interactive site information and the driving equipment information to guide the moving route of the related personnel. The method and the device have the advantages that information in the community is combined, the moving route of the associated personnel is generated, and potential safety hazards of the transportation equipment of the associated personnel to the personnel in the community are avoided.
The method steps 720 provided by the embodiment of the present application include:
step 721: evaluating the personnel distribution concentration ratio of the information acquisition result in the real-time community to generate a concentration ratio constraint parameter;
step 722: performing personnel activity evaluation on the information acquisition result in the real-time community to generate personnel activity influence parameters;
step 723: generating n feasible paths according to the interaction place information and the driving equipment information, wherein n is a positive integer larger than 0;
step 724: and screening the n feasible paths according to the concentration degree constraint parameter and the personnel activity influence parameter, and generating the real-time route sharing result based on the screening result.
Specifically, the evaluation of personnel distribution concentration is carried out to the information acquisition result in the community that obtains in real time, and the evaluation personnel distribution condition, for example, the concentration that a certain regional personnel distributed is comparatively intensive, then generates concentration restraint parameter this moment, and personnel distribute concentration and then the concentration restraint parameter that generates is higher more high. The concentration degree constraint parameter is used for guiding the moving route to avoid the region with higher concentration degree of distribution of personnel. And performing personnel activity evaluation on the information acquisition result in the real-time community, wherein the personnel activity evaluation is the number of persons with small ages in the evaluated resident persons, and generating personnel activity influence parameters through the personnel activity evaluation. For example, when the number of persons with a small age among the resident persons is large in a certain area, the higher the human activity influence parameter is generated. And generating n feasible paths according to the interactive place information and the driving equipment information, wherein n is a positive integer greater than 0. The method comprises the steps of generating a plurality of paths capable of going to according to interactive place information and driving equipment information of a related user, screening a plurality of feasible paths according to concentration degree constraint parameters and personnel activity influence parameters, namely screening out routes with low personnel concentration degree and small quantity of personnel with small age in the personnel, and finally generating a real-time route sharing result based on a screening result. The risk of accidents to each user in the community when the associated user drives the device to move in the community is reduced.
The method steps 720 provided by the embodiment of the present application further include:
step 725: acquiring information in the community through the image acquisition device in the community, and acquiring the real-time information acquisition result in the community according to the acquisition result;
step 726: obtaining real-time position information of the associated user through the real-time route sharing result;
step 727: performing danger characteristic correlation identification on the information acquisition result in the real-time community according to the real-time position information to generate danger early warning information;
step 728: and carrying out real-time early warning reminding on the associated user according to the danger early warning information.
Specifically, image acquisition of information in the community is carried out through an image acquisition device in the community, and a real-time information acquisition result in the community is obtained according to an acquired real-time image acquisition result. And the real-time route sharing result contains real-time position information of community users and associated users. Therefore, the real-time position information of the associated user is obtained through the real-time route sharing result, the danger characteristic association identification is carried out on the information acquisition result in the real-time community according to the real-time position information, whether the associated user has danger characteristics or not is identified, and the danger characteristics are abnormal characteristics which are not in line with the scene of the associated user. For example, the community user orders food delivery through the electronic device, generally, after entering the community, the associated user should approach the community user according to the real-time route sharing result and not stay on the way, however, after entering the community, the associated user stays on the way for a long time when approaching the community user according to the real-time route sharing result, and at this time, the associated user can be determined to have a dangerous feature. In practical application, the dangerous feature association identification can be carried out in a manual mode or by constructing a dangerous feature association database, and the relation between an actual scene and corresponding dangerous features can be constructed to obtain when the dangerous feature association identification database is constructed. And generating danger early warning information after the danger characteristic association identification is completed, wherein the higher the danger early warning information grade is, the higher the danger existing in the associated user is, and carrying out real-time early warning reminding on the community user according to the behavior of the danger early warning information early warning associated user. By acquiring the danger early warning information, real-time early warning of the associated user behaviors is realized, and the safety of users in the community is further ensured.
In summary, the method provided by the embodiment of the present application determines the interaction scene matched with the real-time information of the user through the real-time information of the electronic device of the user. And managing the users entering the community according to different interaction scenes. When the guide path is generated, the path can be screened according to the respective concentration of community personnel and the activity of the community personnel. The parking space can be conveniently parked for the user according to the free parking space in the community, the living happiness of the user in the community is further improved, and potential safety hazards of the transportation equipment to the people in the community are avoided. The technical problem that in the prior art, people entering a community cannot be intelligently managed in the community access management mode according to different scenes, and therefore safety management is insufficient is solved. The technical effect of improving the safety of community personnel management is achieved.
Example two
Based on the same inventive concept as the intelligent community scenized information management method in the foregoing embodiment, as shown in fig. 4, the present application provides a system for managing intelligent community scenized information, where the system is in communication connection with an interactive recognition device, an image acquisition device, and an electronic device, and the system includes:
the interactive scene matching module 11 is configured to read device real-time information of the electronic device of the user, and determine whether the device real-time information matches a first interactive scene;
the associated user identity authentication module 12 is configured to, when the real-time information of the device matches the first interaction scenario, read information of an associated user, and perform identity authentication according to the information of the associated user;
a location sharing permission generating module 13, configured to generate temporary traffic interaction information according to the information of the associated user after the identity authentication is passed, and send location sharing permission information to the electronic device of the associated user;
a temporary passing right generation module 14, configured to generate a temporary passing right of the electronic device of the associated user after receiving the permission information of the electronic device of the associated user, and send the temporary passing right to the electronic device of the associated user;
the associated user authentication module 15 is configured to, when the electronic device of the associated user interacts with an interactive identification device of a community, invoke the temporary passage right through the interactive identification device, and authenticate the identity of the associated user through the image acquisition device;
the real-time route sharing module 16 is configured to, when the identity authentication passes, permit the electronic device of the associated user to access the community intranet according to an identity authentication passing result and a temporary passage permission authentication passing result, and generate a real-time route sharing result;
a guiding module 17 for associated users, configured to perform guiding management of the associated users according to the real-time route sharing result
Further, the real-time route sharing module 16 is further configured to:
according to the first interaction scene, identifying the associated user and the interaction place information of the user and the driving equipment information of the associated user;
acquiring information in the community through the management system to obtain a real-time information acquisition result in the community;
and generating the real-time route sharing result according to the interactive place information, the driving equipment information and the real-time community information acquisition result.
Further, the real-time route sharing module 16 is further configured to:
evaluating the personnel distribution concentration ratio of the information acquisition result in the real-time community to generate a concentration ratio constraint parameter;
performing personnel activity evaluation on the information acquisition result in the real-time community to generate personnel activity influence parameters;
generating n feasible paths according to the interaction place information and the driving equipment information, wherein n is a positive integer larger than 0;
and screening the n feasible paths according to the concentration degree constraint parameter and the personnel activity influence parameter, and generating the real-time route sharing result based on the screening result.
Further, the real-time route sharing module 16 is further configured to:
acquiring information in the community through the image acquisition device in the community, and acquiring the real-time information acquisition result in the community according to the acquisition result;
obtaining real-time position information of the associated user through the real-time route sharing result;
performing danger characteristic correlation identification on the information acquisition result in the real-time community according to the real-time position information to generate danger early warning information;
and carrying out real-time early warning reminding on the associated user according to the danger early warning information.
Further, the interaction scene matching module 11 is further configured to:
when the real-time information of the equipment does not match the first interactive scene, judging whether the real-time information of the equipment matches a second interactive scene;
when the real-time information of the equipment is matched with the second interactive scene, reading the electronic equipment information of the newly added user;
generating a newly-added temporary passing authority, and sending the newly-added temporary passing authority to the electronic equipment of the newly-added user;
and performing traffic management of the newly added user through the newly added temporary traffic authority.
Further, the interaction scene matching module 11 is further configured to:
acquiring driving equipment information of the newly added user;
reading parking space information in the community according to the driving equipment information of the newly added user to obtain a parking space distribution result;
generating a preset parking space result according to the destination position of the newly added user and the parking space distribution result;
generating a real-time guide path according to the result of the preset parking space;
and managing the newly added user according to the real-time guide path.
Further, the interaction scene matching module 11 is further configured to:
obtaining the preset stay time of the newly added user, wherein the preset stay time comprises a fluctuation time interval;
reading a time length constraint parameter of the parking space distribution result;
and generating the result of the reserved parking space according to the reserved stay time, the time constraint parameter, the destination position of the newly added user and the result of the parking space distribution.
The second embodiment is used for executing the method as in the first embodiment, and both the execution principle and the execution basis can be obtained through the content recorded in the first embodiment, which is not described herein again. Although the present application has been described in connection with particular features and embodiments thereof, the present application is not limited to the example embodiments described herein. Based on the embodiments of the present application, those skilled in the art can make various changes and modifications to the present application without departing from the scope of the present application, and the content thus obtained also falls within the scope of protection of the present application.
Claims (8)
1. A scene information management method of a smart community is applied to a management system, the management system is in communication connection with an interactive recognition device, an image acquisition device and an electronic device, and the method comprises the following steps:
reading equipment real-time information of electronic equipment of a user, and judging whether the equipment real-time information is matched with a first interactive scene;
when the real-time information of the equipment is matched with the first interactive scene, reading the information of the associated user, and performing identity authentication according to the information of the associated user;
after the identity authentication is passed, generating temporary passing interactive information according to the information of the associated user, and sending position sharing permission information to the electronic equipment of the associated user;
after the permission information of the electronic equipment of the associated user is received, generating a temporary passing right of the electronic equipment of the associated user, and sending the temporary passing right to the electronic equipment of the associated user;
when the electronic equipment of the associated user interacts with interactive identification equipment of a community, the temporary passing permission is called through the interactive identification equipment, and the identity authentication of the associated user is carried out through the image acquisition equipment;
when the identity authentication passes, allowing the electronic equipment of the associated user to access an intranet of the community according to the identity authentication passing result and the temporary passing permission authentication passing result, and generating a real-time route sharing result;
and performing guidance management of the associated user according to the real-time route sharing result.
2. The method of claim 1, wherein the method further comprises:
according to the first interaction scene, identifying the associated user and the interaction place information of the user and the driving equipment information of the associated user;
acquiring information in the community through the management system to obtain a real-time information acquisition result in the community;
and generating the real-time route sharing result according to the interactive place information, the driving equipment information and the real-time community information acquisition result.
3. The method of claim 2, wherein the method further comprises:
evaluating the personnel distribution concentration ratio of the information acquisition result in the real-time community to generate a concentration ratio constraint parameter;
performing personnel activity evaluation on the information acquisition result in the real-time community to generate personnel activity influence parameters;
generating n feasible paths according to the interaction place information and the driving equipment information, wherein n is a positive integer larger than 0;
and screening the n feasible paths according to the concentration degree constraint parameter and the personnel activity influence parameter, and generating the real-time route sharing result based on the screening result.
4. The method of claim 2, wherein the management system is communicatively coupled to an intra-community image capture device, the method further comprising:
acquiring information in the community through the image acquisition device in the community, and acquiring the real-time information acquisition result in the community according to the acquisition result;
obtaining real-time position information of the associated user through the real-time route sharing result;
performing danger characteristic correlation identification on the information acquisition result in the real-time community according to the real-time position information to generate danger early warning information;
and carrying out real-time early warning reminding on the associated user according to the danger early warning information.
5. The method of claim 1, wherein the method further comprises:
when the real-time information of the equipment does not match the first interactive scene, judging whether the real-time information of the equipment matches a second interactive scene;
when the real-time equipment information is matched with the second interactive scene, reading electronic equipment information of a newly added user;
generating a newly-added temporary passing authority, and sending the newly-added temporary passing authority to the electronic equipment of the newly-added user;
and performing traffic management of the newly added user through the newly added temporary traffic authority.
6. The method of claim 5, wherein the method further comprises:
acquiring driving equipment information of the newly added user;
reading parking space information in the community according to the driving equipment information of the newly added user to obtain a parking space distribution result;
generating a preset parking space result according to the destination position of the newly added user and the parking space distribution result;
generating a real-time guide path according to the result of the preset parking space;
and managing the newly added user according to the real-time guide path.
7. The method of claim 6, wherein the method further comprises:
obtaining the preset stay time of the newly added user, wherein the preset stay time comprises a fluctuation time interval;
reading a time length constraint parameter of the parking space distribution result;
and generating the result of the reserved parking space according to the reserved stay time, the time constraint parameter, the destination position of the newly added user and the result of the parking space distribution.
8. The utility model provides a scene information management system of wisdom community which characterized in that, the system with mutual identification equipment, image acquisition equipment, electronic equipment communication connection, the system includes:
the interactive scene matching module is used for reading the equipment real-time information of the electronic equipment of the user and judging whether the equipment real-time information is matched with the first interactive scene;
the associated user identity authentication module is used for reading the information of the associated user when the real-time information of the equipment is matched with the first interactive scene, and performing identity authentication according to the information of the associated user;
the position sharing permission generating module is used for generating temporary passing interactive information according to the information of the associated user after the identity authentication is passed, and sending position sharing permission information to the electronic equipment of the associated user;
the temporary passing permission generating module is used for generating temporary passing permission of the electronic equipment of the associated user after receiving permission information of the electronic equipment of the associated user and sending the temporary passing permission to the electronic equipment of the associated user;
the associated user identity authentication module is used for calling the temporary passing permission through the interactive identification equipment when the electronic equipment of the associated user interacts with the interactive identification equipment of the community, and authenticating the identity of the associated user through the image acquisition equipment;
the real-time route sharing module is used for allowing the electronic equipment of the associated user to access an intranet of the community according to the authentication passing result and the temporary passing permission authentication passing result when the authentication passes, and generating a real-time route sharing result;
and the guiding module of the associated user is used for carrying out guiding management of the associated user according to the real-time route sharing result.
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