9 results about "Common space" patented technology

This design application relates to the interior of common spaces in condominiums, accommodations, offices, shops, etc. Louvers are arranged continuously on the wall surface, and similar louvers are used as the finishing material for the opening and closing doors, creating an appearance that is integrated and continuous with the surrounding louvers.

This design application relates to the interior design of common spaces in condominiums, accommodations, offices, shops, etc. Louvers are arranged on the wall surface, with lighting embedded at their base and gravel laid around the lighting. The louvers are composed of radiant panels and provide heating and cooling functions for the common space. As shown in the reference diagrams illustrating the usage, this design can cover the entire wall surface by being installed continuously from left to right.

Split applications and virtual objects in a multi-user communication session may include presenting, for a first device, a first environmental representation of the multi-user communication session, wherein the first device and the second device are active in the multi-user communication session, and wherein the first environmental representation and a second environmental representation of the multi-user communication session for the second device comprise one or more shared virtual objects presented in a common spatial configuration; duplicating a particular shared virtual object that is located at an initial location in the common spatial configuration; determining a modified location for the duplicated virtual object in the first environmental representation; and presenting a modified first environmental representation comprising the duplicated virtual object at the modified location.

The building to which this design pertains is a complex building that includes an entrance hall, stores, offices, residential areas, accommodation areas, common spaces, etc.

To enhance the aesthetic appeal when creating rooms in shared spaces. [Solution] The spatial partitioning system (1) is installed on the floor surface (F1) and raised surface (F2) of the common space and includes partitioning material (31) that forms partitioned rooms (R). The partitioned room (R) includes a first floor surface (f1) that is flush with the floor surface (F1) and a second floor surface (f2) that is flush with the raised surface (F2), and a step portion (6) is formed at the boundary between the first floor surface (f1) and the second floor surface (f2).

To provide a low-cost ventilation system and a working environment maintenance method suitable for lowering the temperature of a working environment of repair work or the like while staying.SOLUTION: In a building 10 including a service space 12 inside a repair work range, a work space 14 provided close to the service space 12, and a partition wall 16 partitioning the service space 12 and the work space 14, a system 100 ventilates the work space 14. A ventilation fan 22 is provided at a high place of the working space 14 to discharge air in the working space 14 to the outside and connected to ventilation equipment 26 laid in the building 10, and an air supply port 24 is provided at a low place of the partition wall 16 to supply air in the service space 12 to the working space 14 and communicates the service space 12 with the working space 14.SELECTED DRAWING: Figure 1

The invention provides a resident sharing oriented community public space intelligent optimization design method and system, and the method comprises the steps: obtaining real track sets and environment data of different groups, filling a data sparsity blind area through employing a conditional generative adversarial network, and generating space-time thermodynamic diagrams of different group behaviors. Then, based on a space-time diagram convolutional network, fusing a grid topology, a thermodynamic diagram and a social association matrix, and analyzing a demand priority map; and coupling cross-modal features by adopting a dual-channel deep learning architecture, and generating physical design parameters conforming to constraints through a bidirectional attention mechanism. According to the method, the confrontation generation network is used for enhancing data, the physical fidelity of the space-time thermodynamic diagram is improved, and different group behaviors and space-time data are fused to overcome the priority deviation of public space design caused by subjective weight distribution. And finally, fusing a spatial topology gradient and a group behavior evolution rule by cross-modal feature fusion, thereby improving demand response precision and dynamic adaptability of public space optimization.

The utility model discloses table and cabinet combined furniture, belongs to the technical field of furniture, and solves the problems that a table and a cabinet are usually designed to be fixed, when people do not need to use the table and the table and a table part in the table and the cabinet still occupy more space due to the fact that the table and the cabinet cannot be stored. Comprising a vertical cabinet body, a plurality of supporting plates detachably connected into the vertical cabinet body, a supporting cabinet body with the outer width smaller than the inner width of the vertical cabinet body, a short connecting plate and a long connecting plate hinged to the short connecting plate, the short connecting plate and the long connecting plate can slide on the top face of the supporting cabinet body, and the length of the long connecting plate is the same as the height of the supporting cabinet body. And the short connecting plate is longer than the supporting cabinet. The combined furniture disclosed by the utility model can be switched into three modes, namely a large table mode, a small table mode and a storage mode according to the space size and requirements. The large table mode is suitable for a spacious space, the small table mode is suitable for a common space, and the storage mode is used for saving space.

This invention proposes a resident-shared, oriented intelligent optimization design method and system for community public spaces. The intelligent optimization design method acquires real trajectory sets and environmental data from different groups, and uses a conditional generative adversarial network (GAN) to fill data sparsity gaps, generating spatiotemporal heatmaps of different group behaviors. Subsequently, a spatiotemporal graph convolutional network is used to fuse grid topology, heatmaps, and social association matrices to parse a demand priority map. A dual-channel deep learning architecture is then employed to couple cross-modal features, generating constrained physical design parameters through a bidirectional attention mechanism. This invention uses GAN to enhance data, improving the physical fidelity of the spatiotemporal heatmap, and integrates different group behaviors with spatiotemporal data to overcome priority biases in public space design caused by subjective weight allocation. Finally, cross-modal feature fusion integrates spatial topological gradients with the evolutionary patterns of group behavior, improving the demand response accuracy and dynamic adaptability of public space optimization.