10 results about "Community center" patented technology

The invention relates to the field of community public service facility planning, in particular to a community public service facility refined configuration method, and provides an urban community public service facility refined planning method based on demand density. Integrating a facility demand density database; determining demand density threshold parameters of various types of community facilities, and debugging to obtain a refined facility content system; acquiring basic data such as a community road network and a community boundary to form a community basic information database; a community center point site selection algorithm is developed from three dimensions of road network reachability geometrical shape-demand density by using an ArcGis platform, boundaries are calibrated in combination with a multivariate method, and living circle boundaries of communities are re-divided for 5-10-15 minutes; carrying out ideal space layout and merging optimization on the facilities in combination with a refined facility content system; and comparing and correcting the new community facility layout with the original facility layout.

1. Name of the product in this design: Self-service check-in terminal. 2. Purpose of this design: for residents to inquire about personal information, register and clock in; printing function; facial recognition and identity authentication, etc. It is an intelligent terminal device that integrates multiple government service functions and is usually placed in public places such as government service halls, community centers, and neighborhood committees. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

The invention relates to a community detection method and device and a storage medium, and the method comprises the steps: determining the harmonic centrality of each user in a communication user network, constructing community division according to the harmonic centrality and a preset community number estimation range, and obtaining a plurality of candidate communities; calculating the affiliation probability and the community modularity of nodes in each candidate community so as to determine the optimal community number; selecting a target community center node according to the optimal community number and the harmonic centrality of each user; constructing a node similarity matrix according to the target community center node, and constructing an optimization target function according to the node similarity matrix; and performing iterative solution on the target function by adopting a non-negative matrix factorization iterative optimization algorithm, and determining a community division result according to a solution result. The problem that the number of communities needs to be preset in a traditional method is effectively solved, and the method has good adaptivity and stability.

1. Name of the product in this design: Self-service check-in terminal (portable). 2. Purpose of this design: for residents to inquire about personal information, register and clock in; printing function; facial recognition and identity authentication, etc. It is an intelligent terminal device that integrates multiple government service functions and is usually placed in public places such as government service halls, community centers, and neighborhood committees. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

The invention discloses a community safety supervision system and method based on the Internet of Things, and relates to the technical field of community safety supervision, and the method comprises the steps: carrying out the recognition and classification of people entering a community, recording the time points of the people entering the community, and obtaining the number of people entering the community based on the time points of the people entering the community; the method comprises the following steps: calling dispute historical records of a monitoring area, analyzing the degree of influence of people entering a community on disputes, marking the monitoring area, analyzing the area risk of the monitoring area, and analyzing the predicted area risk of the maintenance date of power equipment based on the area risk of the monitoring area, so as to analyze the optimal time point when power failure starts; the key security area of the security personnel is adjusted along with time, information is transmitted between the security personnel and the community center based on the Internet of Things, organic combination of technical means and manual prevention and control is achieved through historical data modeling and a risk prediction mechanism, and community risks caused by power failure are reduced.

1. Name of the designed product: architectural model (community center). 2. Use of the designed product: the designed product is used for the model of the design and planning of the housing construction. 3. Design points of the designed product: the combination of shape and pattern. 4. Picture or photo that best indicates the design points: perspective view. 5. The bottom view of the designed product is not a common face and has no design points, so the bottom view is omitted.

The application relates to a community division DTN routing algorithm based on a clustering algorithm, relates to the field of delay-tolerant network satellite communication, and utilizes a Circle-k-means clustering algorithm to cluster satellite nodes according to trajectory similarity, transforms a community center satellite node according to the trajectory similarity sum of the community satellite trajectory where the satellite node is located, continuously iterates a clustering process until all communities in the satellite network are in a stable state, and starts routing and forwarding messages.The center satellite node queries an index table currently maintained by the center satellite node according to the destination address of the message, and decides whether the message is executed for intra-community forwarding or inter-community forwarding.The application can greatly reduce repeated forwarding of the same message in the network, so that the purposes of improving data packet forwarding efficiency, reducing end-to-end transmission delay and reducing network overhead are achieved.

The present invention is a system and a method enabled by the system. The novel system discloses at least one computer terminal. Ideally the system would have many such computer terminals, or kiosks, with at least one placed in a community center, a house of worship or some other location where a community gathers for social or religious events. Each such computer terminal is loaded periodically with a database managed by a first software application. The first software application, or a first instance of such software application, is deployed centrally and actively manages the database, performing such tasks as assembling the database with a plurality of objects received from publishers running a second software application or second instances of the software application. The manager then evaluates the quality and compliance of each object receives and forwards those approved to computer terminals located at various hosts. These computer terminals are utilized to gamer attention of individual attendees of communal centers that are hosting the disclosed terminals. The attendees utilize the terminals, also known as kiosks, to access the collections promulgated by publishers to make financial contributions to these publishers. The manager is then able to apply commissions against the publisher to cover its fees and expenses and to pay commissions on each attendee-initiated transaction to the host where a transaction was initiated.

This item is the interior of a commercial building that can be used as a library, rental conference room, community center, cafe, etc. As shown in the "reference perspective drawing showing the names of each part," etc., this item relates to the interior of the atrium space on the first and second floors, and includes components such as ceiling beams, membrane ceiling covering and lattice louvers that are placed between the ceiling beams, and supports that support the first and second floors. As shown in the "reference perspective drawing showing the names of each part," etc., the ceiling beams, membrane ceiling covering and louvers are arranged in a balanced manner via the supports.