Remote control visitor system of smart community

Abstract

The invention discloses a remote visitor control system for a smart community, which relates to the technical field of visitor management and comprises a visitor partition unit, a visitor demand unit, an analysis acquisition unit, a visitor management unit and an intelligent control unit. According to the method, the community visitors are calculated and analyzed to obtain the visit category requirements of the visitors, the corresponding visit process is set according to the visit category requirements, and the corresponding authority is set through different persons, so that the method is suitable for controlling different categories of persons, and different visit application processes are adopted; the purpose of remote control application is achieved, the user experience is improved, the resident can check the information and the access purpose of the visitor on the resident terminal, whether the visitor is allowed to enter or not is determined, and the safety of the community is effectively enhanced.

Description

Technical Field

[0001] The present invention relates to the technical field of access management, and in particular to a remote control visitor system for a smart community. Background Art

[0002] With the continuous development of science and technology, the construction of smart communities has received more and more attention. Visitor management is an important part of smart communities. Visitor management mainly includes the visitor arrival stage, information transmission stage, owner confirmation stage, release stage and visit record stage. Visitor information is collected through front-end equipment and transmitted to the back-end server for management and control via the communication network.

[0003] Existing visitor systems usually use a single identification method, such as password input, card recognition or face recognition, which cannot accurately distinguish different categories of personnel and accurately allocate corresponding access rights according to different categories of personnel, which easily causes security risks and management confusion. The same identification method is used for different categories of visitors, and different treatments cannot be performed for different personnel, resulting in low management efficiency; In view of the above technical defects, a solution is now proposed. Summary of the invention

[0004] The purpose of the present invention is to classify visitors according to their visiting needs to obtain the classified visitor categories, set different visit processes for different visitors under the visitor categories, and achieve the purpose of convenient management of visitors when they visit.

[0005] In order to achieve the above-mentioned purpose, the present invention adopts the following technical solutions: a remote control visitor system for a smart community, comprising a visitor zoning unit, a visitor demand unit, an analysis and acquisition unit, a visitor management unit, and an intelligent control unit; The visitor zoning unit is used to classify the visitor who obtains the community management end, and classify the general visit area, life service area, and personnel management area according to the visit area of ​​the visitor, and set corresponding identification and monitoring nodes in the general visit area, life service area, and personnel management area respectively; The visitor demand unit includes a life analysis module and a personnel analysis module. The life analysis module is used to obtain the personnel activities in the common visit area and the life service area by identifying the monitoring nodes, and specifically classify the visitors in the common visit area and the life service area according to the personnel activities in the life service area, and obtain a visitor category analysis table, and further generate a visitor frequency table in combination with the visit frequency of the personnel, and perform a specific visit category analysis on the visitors according to the visit frequency and visit category, and generate an estimated visit category demand result and send it to the analysis acquisition unit; The personnel analysis module is used to obtain the owner personnel information and tenant personnel information of the house from the community database. The owner personnel and tenant personnel are managed by the user receiving end and the tenant receiving end. Personnel category analysis is performed based on the tenant personnel information and the owner personnel information to obtain a personnel management table. A personnel management mechanism is set based on the personnel management table. The visiting personnel category of the visiting personnel is obtained through the personnel management mechanism, and the personnel control authority is set through the personnel management mechanism. The analysis and acquisition unit acquires the estimated visit category demand result and the visitor category, sets a corresponding personnel transfer mechanism according to the visitor category, generates a visitor flow table through the personnel transfer mechanism, and transfers visit information to the visitor under the guidance of the visitor flow table, generates a visitor instruction, and transfers the visitor instruction to the visitor management unit, performs restriction feedback on the visitor according to the visitor category, and generates a visitor feedback instruction; The visitor management unit is used to obtain access permission instructions and visitor feedback instructions, and generate visitor allocation instructions through the user control terminal, and send the visitor allocation instructions to the user receiving terminal and the tenant receiving terminal for identification and judgment to obtain the visit permission instruction; The intelligent control unit obtains the visit permission instruction, determines whether to grant visit permission to the person according to the visit permission instruction, and removes restrictions on access control permissions.

[0006] Furthermore, the specific process of obtaining the visitor category analysis table is as follows: S100, obtaining data on visitors to the community over a period of time, formulating a visual visitor statistics table based on the visitor data, and obtaining specific visit time and visitor needs and purposes through the statistics table; S101. Analyze and classify visitors according to their visit time and purpose, including maintenance personnel, living personnel, and family members; S102, statistically analyzing the visitors of each category after the classification, calculating the visit frequency of each category of visitors and the proportion of each category of visitors in the visitors, and generating the visit rate of each category of visitors and category statistics table.

[0007] Furthermore, the specific process of generating the estimated visit category demand results is as follows: S200, obtaining real-time visitor application information, and identifying and classifying the visitor according to the visitor application information and the preset visitor category; S201, preliminarily analyzing the application information of the visitor to obtain the visit purpose of the visitor, and generating the most suitable visitor category result according to the visitor's purpose of the visit; S202, obtaining visitor classification results, generating estimated visitor classification demand results according to the visitor classification results, and sending them to the analysis and acquisition unit, and identifying visitor classifications in detail as follows: For the feature vector x of personnel demand as input, calculate the values ​​of y logistic regression functions , which corresponds to different categories, where i=1, 2, ..., y, and the final classification result is such that The largest category i, Classification results: = , where y represents the number of categories, is the weight vector of the i-th logistic regression function, Transpose the input feature vector x to obtain , i represents the i-th category, is the bias term of the i-th logistic regression model, Represents the value of the i-th logistic regression function.

[0008] Furthermore, the specific process of setting the personnel management mechanism according to the personnel management table is as follows: S300, obtaining the owner information and tenant information of the house from the community database, and performing personnel category analysis based on the tenant information and owner information; S301. When analyzing the categories of people, the tenants can conduct specific management and control of the visitors, including the visiting applications of the living staff and relatives. The community manages the people according to the application information of the residents. S302. When analyzing the categories of personnel, if the occupants of the house are the owners, autonomous personnel management is performed.

[0009] Furthermore, personnel control permissions are set through the personnel management mechanism: S400, obtaining information of the occupant of the house, determining whether the occupant of the house is the owner according to the occupant information, and setting corresponding usage rights through the owner and the tenant; S401. When the occupants of a house are tenants, the occupants cannot set non-residents to have access rights to the community; S402. When residing in a residential property, the property owner has the right to directly authorize long-term residents to have access to the community.

[0010] Furthermore, the specific process of setting the corresponding personnel transfer mechanism according to the visiting personnel category is as follows: S500, obtaining a preset visitor category of the visitor, setting a corresponding personnel transfer mechanism according to the visitor category, and selecting and transferring the visitor through the personnel transfer mechanism; S501. If the visitor is a maintenance worker, the message is delivered to the occupant of the house. If the occupant of the house is a tenant, the message is delivered to the owner as soon as possible. When the owner confirms the message, the message is sent to the tenant. S502. When the visitor is a relative or living person, there is no need to pass it to the owner, but it can be directly passed to the tenant to set access rights.

[0011] Furthermore, the specific process of providing restricted feedback to visitors according to their categories is as follows: S600: When the acquired visitor is a maintenance worker or a living person, the community management network will record the visitor in real time and monitor the visitor's time; S601, generating a monitoring node based on the time of entering the community, and feeding back real-time information to the community management network. When the visitor leaves, the monitoring node feedback ends; S602, annotate and store the process information generated by the visitor information, and send it to the community management network for storage and management.

[0012] Furthermore, the specific process of sending the visitor allocation instruction to the user receiving end and the tenant receiving end for identification and judgment is as follows: S700, obtaining application information of the access classification instruction, and determining whether to accept or reject the access application by judging the application information; S701, obtaining the access application decision result, generating a visit permission instruction, when the access application is rejected, generating a visit permission not allowed instruction, when the access application is received, generating a visit permission not allowed instruction.

[0013] In summary, due to the adoption of the above technical solution, the beneficial effects of the present invention are: The remote control visitor system of this smart community calculates and analyzes the visitors to the community to obtain the visit category requirements of the visitors, sets the corresponding access process according to the visit category requirements, and sets corresponding permissions for different personnel. It is suitable for controlling different categories of personnel and adopts different access application processes to achieve the purpose of remote control application and improve user experience. Residents can view the visitor's information and visit purpose on the resident terminal and decide whether to allow the visitor to enter, which effectively enhances the security of the community. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 A schematic diagram of the system flow structure of the present invention is shown. DETAILED DESCRIPTION

[0015] 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 embodiments of the present invention, not all of the 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.

[0016] Embodiment 1:

[0017] like Figure 1 As shown, a remote control visitor system for a smart community includes a visitor zoning unit, a visitor demand unit, an analysis and acquisition unit, a visitor management unit, and an intelligent control unit; The visitor zoning unit is used to classify the visitor who obtains the community management end, and classify the general visit area, life service area, and personnel management area according to the visit area of ​​the visitor, and set corresponding identification and monitoring nodes in the general visit area, life service area, and personnel management area respectively; The visitor demand unit includes a life analysis module and a personnel analysis module. The life analysis module is used to obtain the personnel activities in the common visit area and the life service area by identifying the monitoring nodes, and specifically classify the visitors in the common visit area and the life service area according to the personnel activities in the life service area, and obtain a visitor category analysis table, and further generate a visitor frequency table in combination with the visit frequency of the personnel, and perform a specific visit category analysis on the visitors according to the visit frequency and visit category, and generate an estimated visit category demand result and send it to the analysis acquisition unit; The personnel analysis module is used to obtain the owner personnel information and tenant personnel information of the house from the community database. The owner personnel and tenant personnel are managed by the user receiving end and the tenant receiving end. Personnel category analysis is performed based on the tenant personnel information and the owner personnel information to obtain a personnel management table. A personnel management mechanism is set based on the personnel management table. The visiting personnel category of the visiting personnel is obtained through the personnel management mechanism, and the personnel control authority is set through the personnel management mechanism. The analysis and acquisition unit acquires the estimated visit category demand result and the visitor category, sets a corresponding personnel transfer mechanism according to the visitor category, generates a visitor flow table through the personnel transfer mechanism, and transfers visit information to the visitor under the guidance of the visitor flow table, generates a visitor instruction, and transfers the visitor instruction to the visitor management unit, performs restriction feedback on the visitor according to the visitor category, and generates a visitor feedback instruction; The visitor management unit is used to obtain access permission instructions and visitor feedback instructions, and generate visitor allocation instructions through the user control terminal, and send the visitor allocation instructions to the user receiving terminal and the tenant receiving terminal for identification and judgment to obtain the visit permission instruction; The intelligent control unit obtains the visit permission instruction, determines whether to grant visit permission to the person according to the visit permission instruction, and removes restrictions on access control permissions.

[0018] The specific process of obtaining the visitor category analysis table is as follows: S100, obtaining data on visitors to the community over a period of time, formulating a visual visitor statistics table based on the visitor data, and obtaining specific visit time and visitor needs and purposes through the statistics table; S101. Analyze and classify visitors according to their visit time and purpose, including maintenance personnel, living personnel, and family members; S102, statistically analyzing the visitors of each category after the classification, calculating the visit frequency of each category of visitors and the proportion of each category of visitors in the visitors, and generating the visit rate of each category of visitors and category statistics table.

[0019] The specific process of generating the estimated visit category demand results is as follows: S200, obtaining real-time visitor application information, and identifying and classifying the visitor according to the visitor application information and the preset visitor category; S201, preliminarily analyzing the application information of the visitor to obtain the visit purpose of the visitor, and generating the most suitable visitor category result according to the visitor's purpose of the visit; S202, obtaining visitor classification results, generating estimated visitor classification demand results according to the visitor classification results, and sending them to the analysis and acquisition unit, and identifying visitor classifications in detail as follows: For the feature vector x of personnel demand as input, calculate the values ​​of y logistic regression functions , which corresponds to different categories, where i=1, 2, ..., y, and the final classification result is such that The largest category i, Classification results: = , where y represents the number of categories, is the weight vector of the i-th logistic regression function, Transpose the input feature vector x to obtain , i represents the i-th category, is the bias term of the i-th logistic regression model, Represents the value of the i-th logistic regression function.

[0020] The specific process of setting up the personnel management mechanism according to the personnel management table is as follows: S300, obtaining the owner information and tenant information of the house from the community database, and performing personnel category analysis based on the tenant information and owner information; S301. When analyzing the categories of people, the tenants can conduct specific management and control of the visitors, including the visiting applications of the living staff and relatives. The community manages the people according to the application information of the residents. S302. When analyzing the categories of personnel, if the occupants of the house are the owners, autonomous personnel management is performed.

[0021] Set personnel control permissions through the personnel management mechanism: S400, obtaining information of the occupant of the house, determining whether the occupant of the house is the owner according to the occupant information, and setting corresponding usage rights through the owner and the tenant; S401. When the occupants of a house are tenants, the occupants cannot set non-residents to have access rights to the community; S402. When residing in a residential property, the property owner has the right to directly authorize long-term residents to have access to the community.

[0022] The specific process of setting the corresponding personnel transfer mechanism according to the visiting personnel category is as follows: S500, obtaining a preset visitor category of the visitor, setting a corresponding personnel transfer mechanism according to the visitor category, and selecting and transferring the visitor through the personnel transfer mechanism; S501. If the visitor is a maintenance worker, the message is delivered to the occupant of the house. If the occupant of the house is a tenant, the message is delivered to the owner as soon as possible. When the owner confirms the message, the message is sent to the tenant. S502. When the visitor is a relative or living person, there is no need to pass it to the owner, but it can be directly passed to the tenant to set access rights.

[0023] The specific process of providing restricted feedback to visitors based on their categories is as follows: S600: When the acquired visitor is a maintenance worker or a living person, the community management network will record the visitor in real time and monitor the visitor's time; S601, generating a monitoring node based on the time of entering the community, and feeding back real-time information to the community management network. When the visitor leaves, the monitoring node feedback ends; S602, annotate and store the process information generated by the visitor information, and send it to the community management network for storage and management.

[0024] The specific process of sending the visitor allocation instruction to the user receiving end and the tenant receiving end for identification and judgment is as follows: S700, obtaining application information of the access classification instruction, and determining whether to accept or reject the access application by judging the application information; S701, obtaining the access application decision result, generating a visit permission instruction, when the access application is rejected, generating a visit permission not allowed instruction, when the access application is received, generating a visit permission not allowed instruction.

[0025] The size of the interval and threshold is set to facilitate comparison. The size of the threshold depends on the amount of sample data and the number of bases set by technical personnel in this field for each group of sample data; as long as it does not affect the proportional relationship between the parameter and the quantized value.

[0026] The above formulas are all dimensionless and numerical calculations. The formula is a formula obtained by collecting a large amount of data and performing software simulation to obtain the most recent real situation. The preset parameters in the formula are set by technicians in this field according to actual conditions. In the two embodiments provided in the present application, it should be understood that the disclosed system can be implemented in other ways; for example, the system embodiments described above are only schematic, for example, the division of the modules is only a logical function division, and there may be other division methods in actual implementation, such as multiple modules or components can be combined or integrated into another system, or some features can be ignored or not executed; another point, the mutual coupling or direct coupling or communication connection shown or discussed can be an indirect coupling or communication connection through some interfaces, devices or modules, which can be electrical, mechanical or other forms; The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A remote control visitor system for a smart community, characterized in that: It includes visitor zoning unit, visitor demand unit, analysis and acquisition unit, visitor management unit and intelligent control unit; The visitor partition unit is used to classify the visit areas of the visitors obtained from the community management end, and classify the general visit areas, life service areas, and personnel management areas according to the visit areas of the visitors, and set corresponding identification and monitoring nodes in the general visit areas, life service areas, and personnel management areas respectively; The visitor demand unit includes a life analysis module and a personnel analysis module. The life analysis module is used to obtain the personnel activities in the common visit area and the life service area by identifying the monitoring nodes, and specifically classify the visitors in the common visit area and the life service area according to the personnel activities to obtain a visitor category analysis table, and further generate a visitor frequency table in combination with the visit frequency of the personnel, and perform a specific visit category analysis on the visitors according to the visit frequency and visit category, and generate an estimated visit category demand result and send it to the analysis acquisition unit; The personnel analysis module is used to obtain the owner personnel information and tenant personnel information of the house from the community database. The owner personnel and tenant personnel are managed by the user receiving end and the tenant receiving end. Personnel category analysis is performed based on the tenant personnel information and the owner personnel information to obtain a personnel management table. A personnel management mechanism is set based on the personnel management table. The visiting personnel category of the visiting personnel is obtained through the personnel management mechanism, and the personnel control authority is set through the personnel management mechanism. The analysis and acquisition unit acquires the estimated visit category demand result and the visitor category, sets a corresponding personnel transfer mechanism according to the visitor category, generates a visitor flow table through the personnel transfer mechanism, and transfers visit information to the visitor under the guidance of the visitor flow table, generates a visitor instruction, and transfers the visitor instruction to the visitor management unit, performs restriction feedback on the visitor according to the visitor category, and generates a visitor feedback instruction; The visitor management unit is used to obtain access permission instructions and visitor feedback instructions, and generate visitor allocation instructions through the user control terminal, and send the visitor allocation instructions to the user receiving terminal and the tenant receiving terminal for identification and judgment to obtain the visit permission instruction; The intelligent control unit obtains the visit permission instruction, determines whether to grant visit permission to the person according to the visit permission instruction, and removes restrictions on access control permissions.

2. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of obtaining the visitor category analysis table is as follows: S100, obtaining data on visitors to the community over a period of time, formulating a visual visitor statistics table based on the visitor data, and obtaining specific visit time and visitor needs and purposes through the statistics table; S101. Analyze and classify visitors according to their visit time and purpose, including maintenance personnel, living personnel, and family members; S102, statistically analyzing the visitors of each category after the classification, calculating the visit frequency of each category of visitors and the proportion of each category of visitors in the visitors, and generating the visit rate of each category of visitors and category statistics table.

3. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of generating the estimated visit category demand results is as follows: S200, obtaining real-time visitor application information, and identifying and classifying the visitor according to the visitor application information and the preset visitor category; S201, preliminarily analyzing the application information of the visitor to obtain the visit purpose of the visitor, and generating the most suitable visitor category result according to the visitor's purpose of the visit; S202, obtaining visitor classification results, generating estimated visitor classification demand results according to the visitor classification results, and sending them to the analysis and acquisition unit, and identifying visitor classifications in detail as follows: For the feature vector x of personnel demand as input, calculate the values ​​of y logistic regression functions , which corresponds to different categories, where i=1, 2, ..., y, and the final classification result is such that The largest category i, Classification results: = , where y represents the number of categories, is the weight vector of the i-th logistic regression function, Transpose the input feature vector x to obtain , i represents the i-th category, is the bias term of the i-th logistic regression model, Represents the value of the i-th logistic regression function.

4. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of setting up the personnel management mechanism according to the personnel management table is as follows: S300, obtaining the owner information and tenant information of the house from the community database, and performing personnel category analysis based on the tenant information and owner information; S301. When analyzing the categories of people, the tenants can conduct specific management and control of the visitors, including the visiting applications of the living staff and relatives. The community manages the people according to the application information of the residents. S302. When analyzing the categories of personnel, if the occupants of the house are the owners, autonomous personnel management is performed.

5. The remote control visitor system for a smart community according to claim 1, characterized in that: Set personnel control permissions through the personnel management mechanism: S400, obtaining information of the occupant of the house, determining whether the occupant of the house is the owner according to the occupant information, and setting corresponding usage rights through the owner and the tenant; S401. When the occupants of a house are tenants, the occupants cannot set non-residents to have access rights to the community; S402. When residing in a residential property, the property owner has the right to directly authorize long-term residents to have access to the community.

6. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of setting the corresponding personnel transfer mechanism according to the visiting personnel category is as follows: S500, obtaining a preset visitor category of the visitor, setting a corresponding personnel transfer mechanism according to the visitor category, and selecting and transferring the visitor through the personnel transfer mechanism; S501. If the visitor is a maintenance worker, the message is delivered to the occupant of the house. If the occupant of the house is a tenant, the message is delivered to the owner as soon as possible. When the owner confirms the message, the message is sent to the tenant. S502. When the visitor is a relative or living person, there is no need to pass it to the owner, but it can be directly passed to the tenant to set access rights.

7. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of providing restricted feedback to visitors based on their categories is as follows: S600: When the acquired visitor is a maintenance worker or a living person, the community management network will record the visitor in real time and monitor the visitor's time; S601, generating a monitoring node based on the time of entering the community, and feeding back real-time information to the community management network. When the visitor leaves, the monitoring node feedback ends; S602, annotate and store the process information generated by the visitor information, and send it to the community management network for storage and management.

8. The remote control visitor system for a smart community according to claim 1, characterized in that: The specific process of sending the visitor allocation instruction to the user receiving end and the tenant receiving end for identification and judgment is as follows: S700, obtaining application information of the access classification instruction, and determining whether to accept or reject the access application by judging the application information; S701, obtaining the access application decision result, generating a visit permission instruction, when the access application is rejected, generating a visit permission not allowed instruction, when the access application is received, generating a visit permission not allowed instruction.

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