21 results about "Community living" patented technology

This utility model discloses a community household waste sorting and recycling room, including: a room body and a garbage bin; several through channels, which are set on the front face of the room body, and a flap is rotatably set on the inner wall of the through channel; an insect-proof component, which is set on the inner side wall of the room body directly opposite the flap and through channel, to isolate the odor generated by the garbage in the garbage bin and prevent mosquitoes and flies from flying around when throwing away garbage. Since the garbage bin is located at the lower end of the fixed cover, the fixed cover and sealing wheel are set inside the room body. The sealing wheel can block the outlet of the fixed cover and push the flap into the through channel, causing the connecting frame to rise, causing the toothed block frame to mesh and drive the first gear, driving the second gear and the sealing wheel to rotate, which can play an isolation role.

The invention belongs to the field of smart communities and artificial intelligence, and particularly relates to a community life service agent system, which comprises a data acquisition module used for acquiring multi-modal original data in a community, and an edge decision module comprising a data fusion unit, a workflow engine unit, an RAG enhancement unit and a code generation unit, the intelligent workflow generating module is used for performing fusion analysis and matching on the sensing data or dynamically generating an intelligent workflow and generating a decision instruction; and the terminal execution module is used for receiving and executing the decision instruction and feeding back a result. According to the method, the existing sensing equipment of the community is reused, and a'sensing-decision-execution 'closed loop is constructed on the edge side, so that active and intelligent services of community management are realized, and the deployment cost and the data security risk are remarkably reduced at the same time.

The present invention provides an evaluation method for the leisure and recreation function of the green open space in the community living circle, including: Step 1, collecting multi-source data, where the multi-source data includes behavioral activity data and ecological and built environment data; Step 2, identifying the leisure and recreation function; Step 3, conducting a classification assessment of the supply and demand of the leisure and recreation function, evaluating from three functional levels of the recreation space, recreation travel, and recreation facilities respectively to obtain the evaluation results; Step 4, conducting an overall evaluation of the supply and demand relationship of the leisure and recreation function to obtain the spatial distribution characteristics, thereby forming an evaluation method for the leisure and recreation function. This evaluation method for the leisure and recreation function of the green open space in the community living circle is based on the supply and demand theory framework, and conducts a supply-demand ratio and supply-demand coupling evaluation of the leisure and recreation function of the community green open space from three levels of recreation travel, recreation space, and recreation facilities around 6 indicators, providing a reference for improving the validity of the spatial layout and the way of quality optimization.

The application relates to a community life circle demarcation method and device based on multi-source big data. The method automatically extracts residential communities, public service facilities and urban road network feature information around a target community from multi-source big data such as Baidu, Gaode and other Internet maps, population heat maps and national "three surveys" data to make a planning base map, determines the optimal predicted path between the residential area and the public service facility area, obtains the predicted heat map image of the path in the planning base map in combination with the visited frequency of the public service facility area obtained by means of mobile phone signaling data, inputs the difference area, the residential area and the public service facility area into a boundary demarcation model to output the planning base map after boundary demarcation, and embeds the high-latitude information of the difference area into the boundary demarcation model for training, so that the life circle boundary can be more accurately demarcated, and different types of life circle boundaries such as five minutes, ten minutes, fifteen minutes and half an hour can be selected according to the use demand of users.

The application discloses a kind of resident community life garbage low-value recyclable waste classification carbon emission reduction calculation method, belong to carbon emission reduction technical field, this method includes the following steps: low-value recyclable waste is handled to obtain the carbon emission of baseline scenario under baseline scenario;Low-value recyclable waste is handled to obtain the carbon emission of project scenario under project scenario;Based on the carbon emission under baseline scenario and the carbon emission under project scenario, obtain the carbon emission reduction of resident community low-value recyclable waste classification project.The method can evaluate the carbon emission reduction of resident life garbage community low-value recyclable waste classification, and provide guidance for promoting life garbage fine classification.

The invention discloses a commodity personalized recommendation method based on an intelligent property platform, and relates to the technical field of intelligent property management, and the method comprises the following steps: obtaining a relation recommendation score in advance, obtaining a depth recommendation score, obtaining a scene adaptation score, obtaining a comprehensive recommendation score, and generating a personalized recommendation list according to the comprehensive recommendation score, and the recommendation result is displayed at the applet end. According to the invention, property specific data such as enterprise welfare charge rules, community activity types, user repair records and the like are incorporated into a recommendation model, a welfare scene adaptation score calculation module, a community activity scene adaptation score calculation module and a life service scene adaptation score calculation module are constructed, and deep coupling of recommendation strategies and community life scenes is realized.

The invention discloses a community life circle identification method based on a public service map. The method comprises the following steps: step 1, integrating a community public service database; 2, building a community basic information map; 3, building a public service facility map; step 4, community public service atlas integration; 5, dividing a community life circle; and step 6, carrying out visual integrated display. Attribute information about distribution, facility function types and service levels of public service facilities in an urban community is intelligently recognized through space calculation and a map technology and is translated into a division rule of a community life circle, and accurate recognition of the community life circle and service functions of the community life circle is achieved.

The application discloses a life circle planning rationality evaluation method and system based on people flow prediction, and belongs to the field of city planning. The life circle planning rationality evaluation method based on people flow prediction comprises the following steps: collecting multi-source data, and constructing a community space-time database; constructing a community people flow trajectory prediction model based on the community space-time database, and predicting a community inflow trajectory vector set and an outflow trajectory vector set; simulating a community life circle based on the community inflow trajectory vector set and the outflow trajectory vector set; performing planning rationality evaluation on the simulated life circle; and outputting an evaluation result. The method uses OD flow prediction data to simulate a life circle, obtains community outflow and inflow trajectories, and further predicts a life circle service range, thereby breaking through the technical method that can only identify a community life circle based on present data, providing a simulation and rationality evaluation method for a planning community life circle after a community planning scheme is implemented, and improving evaluation accuracy.

The invention relates to the field of evaluation and site selection decision, discloses a public service facility configuration evaluation and site selection decision method and system based on a community life circle, and aims to solve the problems of single-target optimization limitation, weight stiffness and space coupling constraint deficiency in public service facility site selection in the prior art. The method comprises the following steps: fusing multi-source urban spatial data and carrying out social economic partitioning to generate regional feature vectors; dynamically determining optimization weights of the service coverage rate, the construction cost and the service fairness through the self-adaptive weight generation network; constructing a multi-objective optimization model containing spatial coupling constraints, and solving a Pareto optimal site selection scheme set by adopting a genetic algorithm embedded with a spatial constraint verification mechanism; and carrying out feedback optimization on the weight network by utilizing reinforcement learning in combination with the implemented operation data. The system correspondingly comprises five modules corresponding to the method. According to the invention, multi-target cooperation of facility configuration, improvement of regional adaptability and sustainable evolution of the decision model are realized.

The application discloses a method and system for evaluating the accessibility of service facilities in urban and rural community life circles. First, high-precision road networks, residential plots, four types of public service facilities, and population statistics data are obtained. A walking travel impedance map containing traffic obstacles is constructed based on the road network. The single accessibility index is calculated using an improved two-step mobile search method. The facility weight is determined by the analytic hierarchy process, and the comprehensive accessibility index is obtained. The accessibility is spatially superimposed with population density and aging degree to identify the short-board area of facility configuration. The comprehensive accessibility, population size, and aging degree are used to calculate the rectification priority, and a hierarchical rectification priority map is generated. The application fully considers the walking traffic obstacles, facility service capacity, and distance attenuation, and quantitatively evaluates the actual situation. The short board can be accurately identified, and the rectification priority is given. The application provides efficient and reliable data support and intelligent decision-making basis for the layout optimization of public service facilities in urban and rural community life circles.

The utility model discloses a one-stop community household garbage classification recycling room which comprises a recycling room body, a U-shaped frame is arranged in the recycling room body, and a partition plate is arranged on the side portion of the frame. The inner side of the frame is used for containing a garbage recycling assembly, and a collecting assembly is arranged on the outer side of the frame. The collecting assembly comprises a lifting piece, a platform, a collecting box and a dumping mechanism. The lifting part is located below the outer side of the partition plate and connected with the platform, the collecting box is arranged on the platform, and a pouring opening is formed in the side, close to the partition plate, of the collecting box. The dumping mechanism is located above the outer side of the partition plate, the dumping mechanism is provided with a blocking structure which is arranged in a protruding mode in the horizontal direction, the blocking structure extends to the position above the collecting box, and when the collecting box moves upwards to make contact with the blocking structure, the collecting box inclines towards the blocking structure. According to the garbage collection box, people can directly place garbage in the collection box, and the garbage does not need to be lifted to be very high to directly place the garbage in the garbage collection assembly.

The invention provides an urban and rural community life circle public service facility data processing and configuration optimization method, and belongs to the technical field of urban and rural planning and urban and rural simulation. The method comprises the following steps: dividing a city into standard grids, and screening a core area and a buffer area; building a graph retrieval enhancement generation knowledge base on the basis of an unstructured text, and realizing filtering and tracing of planning knowledge according to streets; instantiating a plan agent cluster, generating a resident demand, available resource and facility coverage list, and fusing to form a current situation baseline; mutually overlapped negotiation units are generated through a convolution moving window, and global continuous coverage is realized; constructing multi-dimensional stratified sampling based on mobile phone signaling and population census data, and generating a heterogeneous resident agent cluster; and driving multi-stage co-simulation and consensus evaluation of the planning agent and the resident agent, and outputting an optimization demand list and an action blueprint. According to the method, space continuous coverage, professional knowledge traceability and public participation process quantifiable convergence are realized, and the scientificity and the performability of community facility configuration are improved.

The invention discloses an Internet of Things elevator intelligent control system based on dynamic authorization and ecological interconnection, a user side is used for sending an elevator authorization request to a dynamic authorization engine, and the dynamic authorization engine generates a dynamic voucher to the user side; the third-party ecological platform sends a service request to the cloud platform through a standardized API gateway interface, and the cloud platform calls a dynamic authorization engine to generate a dynamic voucher according to authorization of a user side and sends the dynamic voucher to the third-party ecological platform; and the elevator intelligent terminal is in butt joint with the elevator control system through a non-intrusive execution Wiegand protocol or a relay mode, receives the dynamic voucher shown by the user side or the third-party ecological platform, uploads the dynamic voucher to the dynamic authorization engine for verification, and sends a floor access instruction to the elevator control system in a non-intrusive mode after verification is passed. The elevator is changed into an entrance of community life service through a standard interface, butt joint of a third-party platform and the elevator control system is achieved through a dynamic voucher, and the problem of potential safety hazards is solved.

The present invention specifically relates to a method for configuring public service facilities in mountainous village and town community life circles based on supply and demand balance, comprising: calculating a resident travel OD cost matrix using a dataset of residents' travel spatiotemporal behavior; determining the community life circle category to which a target village and town community belongs; calculating a public service facility supply allocation index and a usage demand index using a dataset of residents' travel spatiotemporal behavior and a dataset of the current configuration of public service facilities; fitting the spatial matching relationship between public service facility supply and demand using a spatial matching degree assessment model combined with the public service facility supply allocation index and the usage demand index, thereby determining the type of public service supply and demand relationship; and determining an implementation configuration plan for public service facilities in the target village and town community based on a basic configuration plan for public service facilities and a configuration adjustment plan for public service facilities. The present invention can specifically plan and identify the category of the public service community life circle for mountainous village and town communities, without applying the identification and demarcation methods of the public service community life circle of urban communities.

The utility model relates to a one-stop community household garbage classification and recovery room. The structure comprises a garbage recycling room, a throwing opening, garbage can bodies, an automatic conveying mechanism and an automatic replacing mechanism, by installing the automatic conveying mechanism and the automatic replacing mechanism, the automatic conveying mechanism is started, the automatic conveying mechanism conveys the four garbage can bodies to the position below the throwing opening, and the leftmost garbage can body is full; the automatic conveying mechanism conveys the full garbage can bodies to the position below the automatic replacing mechanism, the automatic replacing mechanism separates the garbage can bodies from the automatic conveying mechanism and places the garbage can bodies on the vacant space in the garbage recycling room, and then the automatic replacing mechanism places the empty garbage can bodies on the automatic conveying mechanism. The automatic conveying mechanism conveys the empty garbage can body to the position below the throwing opening again, the garbage is received again, the position of the garbage can body can be automatically distributed, and the garbage can body filled with the garbage is replaced with the empty garbage can body.

The application discloses a community life circle delimitation method and device, equipment and medium, relates to the life circle planning field, and includes the following steps: generating a corresponding road network eye through a linear ground object in a target area, and merging residential land in the road network eye range to generate a residential area; a hexagonal grid corresponding to the target area is constructed, and the hexagonal grid is extracted to obtain a walkable grid; a target growth origin is calculated based on the residential area and the walkable grid, and the target growth origin is taken as a starting point to construct a target growth range to generate a corresponding hexagonal grid area, and an initial range of the life circle is obtained; the initial range of the life circle is integrated to obtain an integrated life circle, and the integrated life circle is structurally divided according to the activity intensity of the crowd to obtain a community life circle containing different density areas. As can be seen from the above, in the application, multi-source data is utilized to realize accurate delimitation and multi-dimensional evaluation of community life circles in large areas such as provinces and cities.

The invention discloses a smart community life service system and platform, and relates to the technical field of smart communities, and the system comprises a community user division module, a user behavior optimization module, a smart community analysis module, an early warning terminal and a database. Analyzing the users in different levels based on the payment attitudes to obtain enthusiasm keeping measures corresponding to the high-quality users and dynamic characteristic values and basic characteristic values corresponding to the target users, and analyzing to obtain dressing modes and dressing measures corresponding to the target users based on the obtained characteristic values; and then the effectiveness of the trimming measures corresponding to the target users is judged, so that the efficient management of the smart community is realized, the service efficiency and system of the smart community are further improved, the frequency and viscosity of the user application life service platform are enhanced, the targeted management aiming at the feature level of each user is realized, and the user satisfaction is improved.

The invention relates to the technical field of environment monitoring, in particular to a modular sensing hardware and algorithm integration system for sensing and adjusting community human living microclimate, which comprises an environment parameter sensing module, a data coding module, a comfort degree voting module, a data analysis module, a demand analysis module and an environment regulation and control module. According to the invention, through the use of the modular sensor with a unified interface, microclimate data of different dimensions can be collected more accurately and flexibly according to actual demands, a more suitable environment adjustment scheme is made based on actual environment data, and through the wireless communication technology, data transmission is more rapid and reliable, and the data transmission efficiency is improved. According to the method and the system, delay and errors in the data transmission process are reduced, high efficiency of data processing is ensured, equipment parameters can be adjusted more accurately through comprehensive analysis of user feedback and environment data, so that the optimal environment adjusting effect is achieved, the overall energy use efficiency is optimized, and the method and the system have positive influences on improvement of comfort and maintenance of environment sustainability.

According to the property information sharing platform and the use method, the platform deeply integrates advanced technologies such as cloud computing, big data and the Internet of Things, and aims at solving property management contradictions, improving community life quality and promoting transparent sharing of information. The platform constructs a comprehensive service system which integrates community management, property payment, property management, parking management, advertisement management, community group construction and mental civilization construction, home care for the aged and life service. The stability and availability of the platform are ensured through a distributed system, containerized deployment and a multi-cloud strategy, and user privacy and data security are protected by using security measures such as data encryption and access control. The platform realizes interaction and information sharing among owners, property management and business committee, optimizes the processes of maintenance fund application, voting, approval, bid invitation, settlement and the like, and improves the management efficiency and service quality. And service quality. Meanwhile, the platform automatically collects and analyzes data, provides decision support for community management and service optimization, promotes community governance modernization, and constructs a harmonious livable community environment. The protection range covers the aspects of platform architecture and technology implementation, functional modules and business processes, information sharing and data mining, user interaction and interface design and the like.

The utility model discloses an unmanned riding tool based on shared travel, which comprises a riding tool main body with wheels at the bottom, a standing area for a user to stand is arranged on the riding tool main body, and a remote interaction control device for controlling all the wheels to work and an energy storage unit are arranged in the riding tool main body; a protective wall is arranged on the standing area; a touch control display screen for man-machine interaction is arranged on the upper end face of the protective wall; the remote interaction control device comprises a processor, a memory, a mobile communication module, a positioning module, a radar and a camera; the processor is used for controlling the positioning module, the radar, the camera and the mobile communication module to work and controlling all the wheels to work according to instructions sent back by the cloud server. According to the utility model, the problem of passing in the last kilometer and 15-minute community life circles in important business districts / hub areas can be better solved.

1. The name of the design product: street 15-minute community life circle graphical user interface for electronic devices. 2. The use of the design product: the design product is used to run programs on electronic devices and display located information. 3. The design points of the design product: the graphical user interface content displayed on the screen of the electronic device. 4. The picture or photo that best indicates the design points: design 1 front view. 5. The usual design of the display screen panel, omit other views. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: the graphical user interface is used to display the community street "5-10-15 minutes" three walking distance schematic accessible circle layers on the electronic device. After the system starts, the user clicks the "5-10-15 minutes" button in the upper left corner of design 1 front view, and the system will display the walking distance schematic accessible locations according to the user's current positioning information, as shown in design 1 interface change state diagram 1. After the user clicks any one of the "livable, learnable, nurturing, industry, and tourism" 5 categories in the upper part of design 2 front view, the system will filter and display the point information under the category, as shown in design 2 interface change state diagram 1; the user inputs the point name, keyword or address information, etc. in the search box in the upper part of design 3 front view, clicks search, and the page will display the detailed information of the point, as shown in design 3 interface change state diagram 1; the user clicks the layer icon in the lower right corner of design 4 front view, as shown in design 4 interface change state diagram 1; the user clicks the layer icon in the lower right corner of the design 5 front view, and then clicks the simple style, as shown in design 5 interface change state diagram 1. 8. Other circumstances that need to be explained: "X" in the interface represents the text or numerical content.