7 results about "Spatial design" patented technology

This invention discloses an automatic design method, apparatus, device, and storage medium for two-dimensional floor plans, comprising: acquiring a vectorized structural description file of the original house; converting the vectorized structural description file of the original house into an image format according to a preset mapping rule to obtain a two-dimensional original floor plan; acquiring design prompts identifying user design requirements and text-encoding the design prompts using a text encoder to obtain a high-dimensional text vector; generating a high-dimensional random noise vector using a random noise generator; fusing the high-dimensional random noise vector, the high-dimensional text vector, and the two-dimensional original floor plan to obtain a noisy fused vector; inputting the noisy fused vector into a trained floor plan generator to obtain a two-dimensional designed floor plan; and converting the two-dimensional designed floor plan according to the preset mapping rule to obtain a vectorized structural description file of the two-dimensional designed floor plan. This invention can realize the design of various types of apartment spaces with high design efficiency.

We provide the system. [Solution] A means for receiving and analyzing spatial design information input by the user, A means for generating a three-dimensional virtual environment design based on analyzed information, A means of visualizing the generated virtual environment design in a virtual domain and providing it to the user, A means of receiving feedback from users and using it to improve the accuracy of the generation method, A method for extracting important keywords and themes from spatial design information using natural language processing technology, A system that includes this.

The application discloses an office building design method and system based on big data collection, relates to the technical field of building informatization and intelligent design, and comprises the following steps: S100, a test pulse is emitted point by point in a building corridor area, positioning signals and reflected echo data are collected, a reflected response sequence corresponding to a point is formed, and a reflected suspicious fragment list is constructed according to a response amplitude and a time delay difference; S200, static marker points are arranged in the area corresponding to the reflected suspicious fragment list, a picture sequence without personnel movement is continuously recorded, and a stable and unchanged static anchor point list is extracted and used as a baseline for subsequent personnel positioning track authenticity comparison. The application realizes whole-process suppression of pseudo displacement signals, accurately strips non-real personnel tracks, avoids space design and energy consumption decision deviation caused by misjudgment, improves the scientificity and efficiency of building design, and is suitable for positioning data cleaning and optimization in various complex indoor environments.

A method for assisting in the design of a supply system for a supply resource of a production facility is provided. The method comprises: receiving design information for each of a plurality of element equipment constituting a target production facility to be designed; receiving two-dimensional layout information for the target production facility; generating three-dimensional spatial design information for the target production facility including a three-dimensional model for each of the plurality of element equipment based on information regarding the arrangement of the plurality of element equipment of the target production facility according to the two-dimensional layout information and size information of the plurality of element equipment according to the design information; and displaying the three-dimensional spatial design information through a display device and displaying a three-dimensional model of the supply system in response to receiving input from a user regarding the design of a supply system for the plurality of element equipment included in the three-dimensional spatial design.

The application provides a system and method for palletizing, conveying and loading, which comprises: a feeding and palletizing module for buffering, weighing, scanning and layer-by-layer palletizing of whole pallet goods, and separating the palletized single goods from empty pallets; an overhead conveying module connected to the feeding and palletizing module at the input end, for conveying the single goods in the air at a preset height; an extensible conveying module comprising a descending conveying section, a scanning section and an extensible belt conveyor; a loading module connected to the end of the extensible belt conveyor, for reversing, grouping and stacking the goods in the compartment according to a preset stacking strategy; and an integrated control unit electrically connected to each module, for realizing the coordinated scheduling of the whole process. Through the spatial design of the upper and lower layer three-dimensional layout and the overhead conveying, the application solves the problem of large space occupation of traditional equipment and the problem of inability to adapt to limited platform space, and has high equipment integration and high efficiency.

The application relates to an indoor space design method, system, device and medium based on a line-of-sight attention mechanism. The method and scheme generate a multi-modal dynamic line sequence through multi-agent congestion feedback iteration by constructing an indoor space information model and dividing a space topological connected graph; after rendering a panorama along the dynamic line and encoding static and dynamic features, the space convolution double-state interruption recovery memory network is input, local freezing update is performed on a task-oriented state graph, decay update is performed on an interruption response state graph, and weighted fusion is performed, and a visual saliency prediction graph is output; then, the task-oriented weight is reset to zero to separate an interference saliency graph, spatial weighted integration and task key semantic region saliency integration are respectively performed, and a quantitative evaluation value is comprehensively obtained; when the evaluation value does not reach the standard, a mixed mechanism is used to iteratively optimize the model until the standard is reached. Therefore, attention interruption and recovery are explicitly modeled as two independent regulation states, and quantitative evaluation and automatic optimization of space orientation and visual experience under the disturbance of a human flow are realized.

The utility model provides a kind of top surface preset space ceiling mounting system, belong to ceiling technical field, solve the problem that ceiling equipment installation area because of insufficient installation space, leading to after ceiling installation cannot satisfy design requirement, when seamless link with conventional ceiling, affect the stability and firmness of entire system.The system includes: longitudinal fixed structure;Transverse fixed structure;With the butt joint structure connected with ordinary ceiling board keel fixed structure;With the first surface of the longitudinal fixed structure and the first surface buckle connection of the transverse fixed structure reinforcing structure.The utility model technical scheme can be connected with conventional keel ceiling system, connection firm, convenient to disassemble, can guarantee the high quality, high stability of overall ceiling system, avoid the adjustment of overall space design height caused by insufficient local space, satisfy the net height requirement of owner design in space.