19 results about "Visitor management" patented technology

The application discloses a kind of campus security control systems of fusing security monitoring and visitor management, it is related to campus security control technical field, when visitor enters school, the identity information, school time and expected stay area of it are collected, visitor label is constructed;Visitor behavior reference model is matched based on historical behavior data, path trajectory set and behavior characteristic vector are generated;Real-time call monitoring image extracts current behavior characteristics, and reference characteristics are carried out similarity matching, and behavior deviation is calculated;Visitor current position and reference trajectory offset section are combined to carry out spatial analysis, and trigger abnormal behavior alarm instruction;And execute regional early warning, abnormal trajectory upload and high-risk label marking;Feedback data is used for the dynamic update and incremental learning of behavior model simultaneously;The method realizes the whole process dynamic monitoring and intelligent discrimination of visitor behavior, and improves the real-time performance and scalability of campus security system.

Systems, methods and software products directed to allowing a user to access a facility or other controlled space using credentials. The user is queried as to whether the user has impaired mobility. In response to an affirmative response to the query, the user's status is confirmed such as by reference to security camera data to confirm the user's impaired mobility. If the user is confirmed as having mobility, a special access card and assistance are provided to the user by the security or access control system and, otherwise, a normal access card is provided.

An entry terminal device, an entry management system, and an entry management method are provided. The entry terminal device includes an e-paper panel configured to display entry information of the visitor and a Bluetooth low energy (BLE) communication unit configured to transmit and receive beacon signals to and from a plurality of BLE access points (APs). The entry terminal device also includes at least one processor and at least one memory that stores at least one program executable by the at least one processor. The processor is configured to process the entry information received from a visitor management server through a first BLE AP among the plurality of BLE APs to be displayed on the e-paper panel.

1. Name of the product in this design: Dynamic Face Recognition Access Control Machine (Starway 8). 2. Application of this design: To identify individuals using facial features for purposes such as attendance management, access control, payment processing, and visitor management. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention provides an access terminal device, an access management system and an access management method. The entry terminal device includes an electronic paper panel that displays entry information of a visitor, a BLE communication unit that transmits and receives beacon signals to and from a plurality of Bluetooth Low Energy Access Points (BLE APs), at least one processor, and at least one memory that stores at least one program executed by the at least one processor, the processor processes entry information received from the guest management server through a first BLE AP of the plurality of BLE APs and to be displayed on the electronic paper panel.

This application discloses a visitor management method and system based on 5G communication, relating to the field of access control technology; aiming to solve the technical problem that existing technologies cannot effectively manage visitor security. The visitor management method is applied to a visitor management system based on 5G communication; it includes the following steps: obtaining visitor reservation registration information from an information entry module; requesting access authorization from the target resident's client based on the reservation registration information; after obtaining access authorization from the target resident, sending the visitor's preset trajectory information to the visitor client based on the visitor's reservation registration information; obtaining the visitor's actual trajectory information from an information collection module, and matching and analyzing the actual trajectory information with the preset trajectory information to obtain a matching result; and managing the visitor's trajectory according to the matching result.

The invention relates to the technical field of logistics park management, in particular to a smart park safety and efficiency optimization system and method based on Internet of Things and AI, and the system comprises a vehicle access park module, a platform scheduling optimization module, a visitor management module, a perimeter safety module, an AI recognition analysis module, and a park energy consumption management module. According to the invention, the parking efficiency is improved and the waiting time is shortened by analyzing the information of vehicles and cargoes entering the park and dispatching platform allocation, and the cargo loading and unloading position is calculated by using the real-time vehicle position information, so that the residence time of the cargoes in the transfer process is shortened; according to the system, the behaviors of workers are monitored in real time, dangerous behaviors and incorrect equipment wearing personnel are recognized, the accident response speed and the safety management level are improved, the energy utilization rate is increased through facilities such as water and electricity energy consumption collection, and intelligent and green park construction is further promoted.

The invention relates to the technical field of intelligent campus management, and particularly discloses an intelligent campus safety comprehensive management system platform which integrates ten subsystems, realizes data intercommunication based on artificial intelligence, biological recognition and Internet of Things technologies, has multiple core functions of equipment management, attendance management and the like, and is high in safety and high in reliability. And a data cockpit is arranged to realize multi-dimensional data integration display. Each subsystem covers scenes such as campus safety early warning, attendance passing, visitor management, new welcome sign-in, classroom roll call, leave passing, campus repair, student care, video call, canteen warehouse-in and warehouse-out management and the like, data is acquired and intelligently analyzed and processed through intelligent equipment, intelligence, refinement and security of campus management are realized, information islands are broken, and the management efficiency is improved. The management efficiency is improved, convenient services are provided for teachers, students and parents, and data support is provided for school decision making.

To accurately determine whether or not a ticket of a type corresponding to person attributes of an entrant has been properly presented by the entrant so that an attendant can accurately confirm whether or not there are no irregularities in the admission.SOLUTION: An admission control system includes: a reader 13 that reads ticket information recorded on a ticket medium 6 in the possession of an entrant; cameras 2 and 3 that take photographs of the entrant; a control unit 4 that determines the consistency between the ticket information acquired by the reader and the person attributes of the entrant acquired by the image taken by the camera after confirming the presence of the entrant entering a gate within a predetermined time after the ticket information is read, and generates a management screen that includes information on the determination result; and a display 16 that displays the management screen generated by the control unit. In particular, the control unit generates the number of persons per ticket type and the number of persons per person attribute included in the ticket information as information on the determination result, and also generates inconsistency information to that effect if the ticket information and the person attributes are inconsistent as information on the determination result.SELECTED DRAWING: Figure 3

The invention discloses a campus safety control system integrating security monitoring and visitor management, and relates to the technical field of campus safety control, identity information, school entering time and a predicted staying area of visitors are collected when the visitors enter the school, and visitor labels are constructed; matching a visitor behavior reference model based on the historical behavior data, and generating a path track set and a behavior feature vector; calling a monitoring image in real time to extract a current behavior feature, performing similarity matching on the current behavior feature and a reference feature, and calculating a behavior deviation degree; carrying out spatial analysis in combination with the current position of the visitor and the reference trajectory offset section, and triggering an abnormal behavior alarm instruction; carrying out area early warning, abnormal track uploading and high-risk label marking; meanwhile, the feedback data is used for dynamic updating and incremental learning of the behavior model; according to the method, the whole-process dynamic monitoring and intelligent judgment of visitor behaviors are realized, and the real-time performance and expandability of a campus security and protection system are improved.

The invention is suitable for the technical field of visitor management, and provides a visitor management method based on an alliance chain and a position, and the method comprises the steps: receiving an identity verification request sent by terminal equipment when a visitor is detected to be located in a visitor detection region of a target alliance member; verifying the identity of the visitor through the smart contract; when the visitor passes the identity verification and the smart contract receives a Bluetooth beacon signal sent by the terminal equipment, the face feature of the visitor is sent to the access control system through the smart contract so as to open the gate of the target alliance member; controlling the terminal equipment to send a Bluetooth broadcast in a time period when the visitor is located in the target alliance member; when it is detected that the visitor leaves the target alliance member, a respondent corresponding to the visitor is determined based on a response message received after the terminal device sends the Bluetooth broadcast; and based on the visited person corresponding to the visitor, generating access data of the visitor, and uploading the access data to the alliance chain. The visitor management efficiency of an enterprise can be improved.

The application provides a scenic spot passenger flow prediction method based on multi-source information fusion, and belongs to the field of deep learning. The method first collects multi-source heterogeneous data including weather, holidays and passenger flow of adjacent scenic spots, and carries out pretreatment, feature extraction and dimension reduction on the multi-source heterogeneous data, so that more compact and effective feature representation is obtained; then, a feature-level attention mechanism and a time attention mechanism are introduced to highlight the importance of key features and key time slices; finally, a long short-term memory network (LSTM) is combined to model the time sequence features, so that dynamic and accurate prediction of the passenger flow of the scenic spot is realized, thereby providing strong support for the visitor management and resource scheduling of the scenic spot.

The application provides a visitor management method and device, computer equipment and a storage medium. The method comprises: when receiving a visitor registration request initiated by a terminal device, providing a visitor registration page to the terminal device, the visitor registration page being provided with a communication number acquisition control; in response to a triggering operation of the visitor on the communication number acquisition control of the terminal device, calling a preset authentication interface to perform information authentication on the terminal device to obtain a communication number corresponding to the visitor; and completing visitor registration of the visitor based on the communication number. By setting the communication number acquisition control in the visitor registration page and calling the authentication interface to perform information authentication on the terminal device in response to the triggering operation of the visitor, the communication number corresponding to the visitor can be accurately and truly obtained, and then the visitor registration is completed based on the communication number, so that the manual input operation of the visitor can be reduced, and the visitor registration efficiency is improved.

The invention relates to the technical field of management software, in particular to a visitor management method and system. According to the technical scheme, the method comprises the following steps: acquiring identity information of visitors and authority coefficients of the visitors; visiting records are searched through the identity information of the visitors to obtain visiting parameters of the visitors. Judging whether the current visitor access parameter is greater than or equal to a preset standard access parameter or not; and obtaining visiting item authority according to the visiting item. Judging whether the authority coefficient is greater than or equal to the visiting item authority; and obtaining a visiting route according to the visiting item analysis. And obtaining the position of the visitor, generating a walking route, and performing route guidance on the current visitor through the visiting route. And judging whether the current walking route is matched with the visiting route or not. According to the management method, the management area of the visitor can be guided and corrected, troubles caused by the fact that the visitor walks a wrong route to visit management can be avoided, unnecessary time and manpower waste is avoided, and the visitor management efficiency is improved.

This application relates to a multi-scenario self-adaptive intelligent visitor management system and method, involving the field of visitor management. The system includes: constructing a dynamic edge-cloud collaborative architecture, dynamically scheduling and allocating computational tasks based on real-time data and priorities; establishing a multi-scenario rule set scenario gene library, achieving business logic self-adaptation through custom plugins; utilizing BIM and equipment data to construct a full-link digital twin model, generating virtual mappings for visitors, predicting concurrency and path conflicts, and optimizing appointment times and routes; constructing dynamic behavioral profiles, adjusting permissions and routes in real time; integrating multi-hazard early warning systems, generating personalized optimal evacuation routes and linking equipment to push emergency guidance; employing federated learning for hierarchical data processing, and combining blockchain to record full-process operation logs to ensure data privacy and traceability. The solution provided in this application improves the scenario adaptability, passage efficiency, proactive risk prediction capabilities, and data compliance level of visitor management.

The invention relates to a visitor management method, visitor management equipment and access control equipment, and the visitor management method comprises the following steps: an information confirmation step: collecting visitor information based on an access demand, and confirming the visitor information according to historical visitor information in a historical access demand matched with the access demand; a permission setting step of setting an access permission based on a result of the information confirmation step, the visitor information including visitor identity information, and the historical visitor information including historical visitor identity information; the historical access demand and the associated historical visitor information comprise information shared by other users. The matching of the historical access demand and the historical visitor identity information with the current access demand and the current visitor identity information can be used as a reference for confirming the visitor identity information and the access demand, so that the visitor information can be confirmed more quickly, whether the authority is issued or not is judged more quickly, and the user experience is improved on the premise of ensuring the information accuracy. Visitor registration and authority issuing are realized more conveniently and efficiently.

A visitor management system and method for automated host allocation and room assignment using machine learning (ML) are disclosed. The system receives registration inputs from visitors and queries an access database to retrieve host information. If the designated host is unavailable, the system identifies alternative hosts based on predefined criteria such as department, hierarchy, and interaction frequency, and notifies the alternative hosts of the visitors. The system employs an ML model trained with historical data to optimize future host selections. Additionally, the system integrates with a Building Management System (BMS) to automatically allocate conference rooms based on visitor numbers and real-time room availability, ensuring efficient visitor management without manual intervention. The ML model continuously updates its preferences, refining the host, and room allocation processes over time.

The invention discloses a self-adaptive visitor reservation management system and method based on multi-agent collaborative decision-making. The method comprises the following steps: obtaining visitor management related data and carrying out structured processing; analyzing a visitor reservation demand, generating a reservation demand vector, and constructing an extended heterogeneous graph structure; inputting the extended heterogeneous graph structure into an input layer of an improved heterogeneous Transform model, and performing corresponding modulation processing one by one; executing message conversion and aggregation updating, and obtaining a global agent state representation set through stacking processing of a coding layer; carrying out screening and aggregation decoding through a process strategy decoding path; performing feature extraction and decoding of the security view angle through a strategy decoding path; and inputting the flow strategy vector and the authority strategy vector into a strategy linkage gating fusion module to obtain a joint strategy output result and executing the joint strategy output result. According to the invention, an improved heterogeneous Transform model is adopted, and visitor reservation management is realized.

The application provides a visitor management system for an Internet of Things community, comprising: a visitor terminal for visitor identity registration and access application; a proprietor terminal for the proprietor to receive access requests and perform remote authorization; and an access control execution unit arranged at a community entrance for collecting biological feature information of the visitor and verifying access rights; the application introduces a dynamic calculation formula of time deviation and credit score, realizes fine control of the access rights of the visitor, avoids security risks caused by static authorization, establishes a dynamic generation mechanism of a visitor 'black list' and 'white list', encourages the visitor to behave in a standard manner, uses homomorphic encryption technology to ensure the safety of biological feature data in the transmission and processing process, and uses an RSSI weighted centroid algorithm to realize effective monitoring of the trajectory of the visitor without increasing expensive positioning hardware.