28 results about "Landscape design" patented technology

A method for preparing oily sludge-based inorganic eco-stone includes the following steps: S1: Mixing oily sludge and water until homogeneous, allowing natural sedimentation to separate the oil phase from the liquid and solid phases, and collecting the mixed slurry of liquid and solid oily sludge; S2: Adding a demulsifier to the mixed slurry, mixing and stirring, allowing natural sedimentation, and collecting the solid slurry; S3: Mixing the solid slurry, silicate cement, curing compound, and aggregate until homogeneous to obtain the raw material slurry of oily sludge-based inorganic eco-stone; S4: Pressing the raw material slurry into shape, curing, and preparing the oily sludge-based inorganic eco-stone. The advantages are: the oily sludge-based inorganic eco-stone has excellent mechanical properties and low water absorption, making it suitable for road construction, landscaping projects, and outdoor landscape design, with a wide range of applications.

1. Name of the product in this design: Chandelier Accessories (2508 Landscape Painting). 2. Purpose of this design: As an accessory for assembling chandeliers. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

This utility model relates to the field of site surveying technology, specifically a landscape design site surveying and surveying device. It includes a tank with a rotatably connected sealing plate on its top surface, the sealing plate being movably engaged inside the feed inlet. The tank has an open bottom structure, and a feeding mechanism is fixedly connected to the tank, including a feed cylinder. In this utility model, powder is added to the tank, which is then carried on a shoulder strap. A square tube is held in hand with its opening tilted towards the ground. A servo motor is then activated to rotate the auger plate, causing the powder to be evenly fed out of the feed cylinder. The powder naturally flows along the connecting hopper and guide tube into the square tube. A drive motor is then activated, causing the plate to slide back and forth via a turntable and guide rod. The plate carries the powder and, due to its own reciprocating movement and the tilted square tube, naturally falls to the ground, facilitating surveying operations.

This invention discloses a water resource spraying system for landscape design, relating to the field of landscape irrigation technology. It includes a mounting bracket with a water tower installed on top. A gravity mixing mechanism is installed on the top edge of the mounting bracket, and a water storage and conversion mechanism is installed at the bottom of the water tower. The gravity mixing mechanism includes flow divider seats, and several flow divider seats are installed on the top edge of the mounting bracket. This invention does not require an additional power source for driving. By eliminating energy constraints, it increases water pressure by reducing the unit flow rate. The mixing of airflow not only effectively increases water pressure, but the high-speed airflow also causes the water flow to break up into water mist. This water mist is then sprayed onto the covered area, achieving a fine, continuous flow of water for irrigation. This allows plants to absorb water more efficiently and stably, simultaneously improving the effective utilization rate of water resources and enhancing the green and environmentally friendly nature of the spraying process.

The utility model discloses an adjustable plant climbing frame of garden landscape design relates to climbing frame technical field, including roof board, vertical fixed in the bottom of roof board, and its upper fixed sleeve joint has screw drum, climbing pole is at least provided with three, all climbing pole is annular distribution around stand, one end of climbing pole is rotatably connected on roof board, the other end of climbing pole touches ground, the distance between one end of climbing pole ground and stand is greater than the distance between the most top of climbing pole and stand. Through the design of double folding piece, adjust the screw cap screwing, the arc -shaped rod synchronous realization horizontal extrusion and vertical extrusion, exert folding force to climbing pole from two directions, compared with single direction adjustment, effectively avoid the rebound of climbing pole, ensure that the interval is stable after folding, promote the support reliability of climbing frame to plant growth.

1. Name of the designed product: flower stand (landscape design). 2. Use of the designed product: a flower stand. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

This invention discloses an auxiliary observation device for water landscape design, relating to the field of environmental observation devices. It includes a bottom frame with an upper frame at its upper end. A contact rod is located within the upper frame. A flow velocity observation structure is located inside the bottom frame. The flow velocity observation structure includes a wing-shaped plate. A sliding connecting component includes a guide rod and a lifting rod. The upper end of the lifting rod is connected to a drive disc structure, which includes a drive disc. The drive disc is connected to a flow velocity adjustment structure via a connecting rod. The flow velocity adjustment structure includes a door panel and an isolation cover. An observation light is located at the top of the upper frame. Management personnel can visually monitor flow anomalies by observing the on / off status of the water surface warning light. Simultaneously, sensors in the steady flow zone provide more accurate water quality data. This reduces the reliance on frequent on-site inspections and manual sampling in high-risk environments.

This invention relates to the field of sponge city landscape design technology, and discloses a method for designing urban garden rainwater gardens based on landscape aesthetics. The method includes: acquiring basic hydrological data of the site and setting rigid engineering constraints; introducing a landscape curvature index as an optimization target to generate runoff topology spatial parameters; establishing a pore equivalent model to calculate the total flow capacity of overflow facilities and generating a spatial matrix that meets safety standards; constructing a multi-dimensional plant feature database, performing plant spatial coordinate allocation, and outputting an allocation matrix; combining runoff topology spatial parameters to perform dynamic feedback calculation of vegetation morphology and hydraulic roughness, verifying against rigid engineering constraints, and triggering a constraint degradation mechanism to reverse-correct parameters when convergence stalls; and outputting parameterized model data after full convergence. This invention incorporates the water-blocking effect of plants into the flow field calculation, balancing aesthetics and drainage safety, accurately quantifying the flow capacity of irregular facilities, and improving the scientific nature of spatial configuration.

The application discloses a landscape design system based on artificial intelligence human-computer interaction, which comprises a multi-modal analysis module for extracting keywords and semantic description and generating user intention data; a structure segmentation module for processing site images, generating semantic segmentation mask images, and combining user intention data to construct structure control data; a text prompt module for converting user intention data into text generation prompt information; a diffusion generation module for receiving text generation prompt information and structure control data to generate a landscape design graph; an interactive feedback module for displaying the landscape design graph, updating semantic segmentation mask images and text generation prompt information, and generating control condition data; a three-dimensional modeling module for three-dimensional reconstruction to generate a three-dimensional landscape representation; and a space feedback module for extracting space parameters, outputting ecological analysis results, and feeding back to an interactive interface. The application realizes intelligent optimization of multi-modal intention-driven landscape graph generation and three-dimensional structure modeling.

This application provides a system and method for generating design parameters for architectural landscape schemes. The method includes: determining the initial value range of each design variable; constructing a relationship graph between the design variables; transferring constraints along explicit edges to determine an explicit feasible region jointly defined by all explicit edges; identifying all paths containing implicit edges within the explicit feasible region and calculating the cumulative coupling effect value on each path; selecting an adjustment path based on the cumulative coupling effect value, adjusting the values ​​of each design variable along the adjustment path, and verifying whether the adjusted values ​​satisfy the explicit feasible region; iteratively executing path selection, value adjustment, and explicit feasible region verification until the coupling effect evaluation values ​​of all implicit edges meet preset requirements, and outputting design parameters that conform to all explicit constraints and implicit coupling constraints. This application's scheme can achieve joint decoupling optimization of explicit constraints and implicit conflicts, thereby improving the quality of generated architectural landscape design parameters.

The application discloses a kind of green circulating water scene design structure based on photovoltaic solar panel, comprising: water scene pool, its inside is provided with water spraying main pipe, water spraying main pipe is provided with several water spraying branch pipes along the length direction of itself, water spraying branch pipe is provided with at least one first booster component, and the end of water spraying branch pipe is provided with spray head;Water supply main pipe, one end is connected to river water source, and the opposite end is connected to water spraying main pipe;Water collecting tank;Water return main pipe, it is connected to water spraying main pipe, and second water pump is connected to water collecting well by second water return pipe;First battery;Solar energy component.Compared with prior art, the water quality of circulating water scene is effectively guaranteed, water scene can normally work without being caused by cleaning maintenance, and energy saving and environmental protection are achieved.

This invention relates to the field of AI data processing technology and discloses an iterative optimization method for landscape design schemes based on the linkage of two AI models. The method first obtains the pixel matrix, mask, and text feature vector of the current landscape scheme and retrieves historical datasets. Then, a regularization constant is introduced to map the three primary colors of pixels to a light-independent logarithmic chromaticity value matrix. Subsequently, the cosine distance of the unmodified area is extracted based on the mask to obtain the style coherence decay rate. Combining the local area proportion with the Euclidean distance of the text vectors, a weighted local modification semantic divergence is obtained. Using a time decay coefficient, the decay rate and divergence are fused and summed with historical decay to obtain an iterative fluctuation total score. A baseline stability constant is introduced, and its ratio to the mean of historical coupling interference terms is calculated to obtain a global redraw trigger index. Finally, the trigger index and the total score are substituted into a nonlinear variant function to output the computational power allocation ratio of the two models.

This utility model discloses a wildlife burrowing structure for landscape gardens, relating to the field of landscape design technology. It includes a biomimetic tree trunk with first and second biomimetic branches. A first tree hole is formed at the bottom of the trunk, and a second tree hole is formed in the middle. A third and fourth tree hole are formed on the first and second biomimetic branches, respectively. Hanging holes are also formed on both branches. This utility model, by creating tree holes and bird nests of different heights on the biomimetic trunk and branches, simulates traditional tree holes and bird burrows. It can serve as nests for both reptiles and wild birds, facilitating better coexistence of different species of wildlife in the landscape garden. Compared to existing common animal burrowing structures, this utility model has a wider range of applications and, due to its three-dimensional design, can improve the space utilization rate of the landscape garden.

The present application relates to the technical field of hydraulic engineering landscape design, and particularly relates to a canyon short tower cable-stayed flume design method based on landscape optimization and a program product, the method comprising: constructing a parameterized three-dimensional geometric model of the cable-stayed flume; obtaining a qualified model meeting a structural safety standard; fusing the qualified model into a canyon three-dimensional digital scene and obtaining a flume scene rendering image under a preset viewing point; constructing a landscape evaluation index system and quantitatively calculating a landscape comprehensive evaluation index according to the landscape evaluation index system; the present application realizes organic integration of the flume and the canyon landscape, and provides a theoretical basis and a practical design path for landscape-oriented structure design of similar complex topography hydraulic engineering.

This invention relates to the field of memorial landscape design technology, and in particular to a memorial landscape design method and system based on third-order translation. The method includes acquiring ecological symbol data, spatial sequence data, and dynamic memory field data; generating a temporal ecological symbol stack, a spatial sequence matrix, and a dynamic memory field matrix; and statistically analyzing metaphor intensity indices and emotional resonance values. It calculates coupling strength indices through narrative coherence matrices and place spirit matrices, extracts memory activation demand density, assesses the risk of emotional overload to divide design zones, and optimizes strategies. This application enables efficient coupling of life metaphors and memory fields in memorial landscape design, enhancing the emotional expression and spatial experience of the design.

This invention relates to the field of digital landscape design technology, and discloses a method and system for simulating landscape plant configuration images and visualizing seasonal changes. The method includes: acquiring site image data and performing environmental element identification and light condition analysis; retrieving plant model data and seasonal morphological parameters from a plant model library; fusing plant rendering images with site images using a light-adaptive image fusion algorithm; performing seasonal gradient rendering of plants based on HSV color space mapping to generate seasonal landscape effect images; and calculating long-term plant sizes based on a growth prediction model to generate long-term landscape effect images and visualization reports.

This application relates to the field of landscape design and digital modeling technology, and discloses a method and apparatus for establishing a landscape model based on data fusion technology. The method includes the following steps: collecting original point cloud data and images of the site; extracting key growth morphology parameters through data registration, semantic segmentation, and individual vegetation segmentation; constructing a multi-dimensional quantitative evaluation model of the landscape's ecology and aesthetics based on these parameters; transforming the design problem into a multi-objective optimization mathematical model and solving it to generate a Pareto optimal solution set; finally, converting the specific design scheme selected from the solution set into a parametric building information model and integrating it with a digital terrain model to generate an interactive three-dimensional integrated landscape model. This invention can objectively and efficiently generate optimized design schemes that take into account both ecological and aesthetic values, automating the design evaluation and optimization adjustment process, and improving the efficiency and optimization level of design scheme generation.

The present application relates to the technical field of landscape design, and provides a landscape design data processing method based on artificial intelligence, multi-source heterogeneous data acquisition and fusion, knowledge graph driven design constraint extraction, dynamic demand perception and weight distribution, coupled physical model generated adversarial design, multi-objective optimization and scheme decision, and virtual-real fusion scheme verification can also be carried out. A multi-modal data set is constructed by acquiring geographic information, real-time environmental monitoring and other data, a knowledge graph is used to identify constraints to generate boundary conditions, natural language processing and reinforcement learning models are used to analyze requirements and adjust weights, constraint conditions and weight parameters are input into a generative adversarial network to generate a candidate scheme set, a Pareto frontier algorithm is used to optimize and output an optimal solution set, and finally an augmented reality terminal is imported for verification and adjustment. The method can efficiently process landscape design data, generate schemes that meet various requirements, and improve design quality and efficiency.

The present application relates to the technical field of smart tourism and ecological protection, and discloses an ecological tourism landscape design system and method for minority areas, comprising data units, analysis units, strategy units and feedback units connected in turn, the data units acquire real-time ecological parameter sets and cultural activity feature sets of target areas; the analysis units perform spatio-temporal superposition calculation on the two types of data, identify their coupling relationship and conflict intensity, and generate a cultural-ecological composite sensitivity index; the strategy units match corresponding landscape regulation strategies according to the index threshold, and generate design schemes containing time sequence adjustment instructions; and the feedback units calibrate the calculation rules of the analysis units according to the feedback data after the implementation of the schemes, solve the problem that traditional static design methods cannot dynamically respond to real-time contradictions between cultural active practice and ecological environment, and realize closed-loop design of quantitative perception, adaptive response and continuous optimization.

This invention relates to the field of landscape evaluation and design technology, and particularly to a brownfield landscape evaluation and design method based on multi-source data. The method includes: collecting multi-source data of the brownfield site; dividing the site into several spatial units; constructing a spatial correlation analysis model to identify the influence domain of brownfield problems and calculate a comprehensive problem index; evaluating the brownfield landscape and delineating problem areas; establishing a historical case database; retrieving historical cases similar to the current site; extracting design strategies to form a candidate strategy set; performing compatibility checks based on the strategy synergy coefficient matrix and determining the strategy combination; establishing a three-dimensional parametric model based on the strategy combination; establishing a constraint hierarchy system; optimizing the model parameters; generating a three-dimensional scene and visually annotating the constraint satisfaction status; and outputting a brownfield landscape design scheme. This invention constructs a complete technical chain from problem evaluation to three-dimensional parametric design, realizing data-driven decision-making in brownfield landscape design.

This utility model discloses a flower box for landscape greening design, relating to the field of landscape greening technology. The utility model includes a lifting plate, with several support rods fixedly connected to the top outer wall of the lifting plate. A replacement mechanism is provided on the top outer wall of each support rod. This utility model incorporates clamps; to replace the flower box, the handle can be turned counterclockwise. The handle drives a worm gear, which in turn drives a gear, which in turn drives several racks to move. Each rack then moves the clamps, disengaging them from their slots to free the flower box from movement. The flower box can then be lifted upwards from its mounting slot, and another flower box can be installed. This allows for quick and convenient disassembly and replacement of the flower box, facilitating its transfer and timely fulfillment of display needs while also enabling easy maintenance of the flowers.

For predicting a non-communicable disease score for a given landscape design map, a method extracts design characteristics from at least one landscape design map. The method further extracts non-communicable disease data for adjacent populations to the at least one landscape design map. The method trains a predictive model based on the design characteristics and the non-communicable disease data. The method predicts a non-communicable disease for a given landscape design map from the predictive model.

The present application relates to the field of landscape design, and particularly relates to a landscape image design optimization system, which maps the multi-dimensional characteristics of plants to a Riemann manifold space, and establishes a scientific feature representation system, and the system comprises a differential geometry feature representation module, an intelligent plant configuration recommendation module, a dynamic evolution prediction module, an aesthetic score module, an ecological benefit evaluation module, a database module, a spatial analysis module and a maintenance strategy module, the core innovation point is to find the optimal plant configuration path by using the geodesic line search algorithm, and predict the dynamic changes of the plant community over time based on the curvature flow evolution theory, the system realizes the comprehensive optimization of the aesthetic effect and ecological function of the landscape design, expands the static design into a space-time dynamic process, significantly improves the design efficiency, enhances the quality and ecological value of the design scheme, and reduces the later maintenance cost.

The utility model relates to the technical field of landscaping and landscape design, concretely relates to an integrated design structure of rockery and vertical greening, and the planting box is installed through the cooperation of limiting sliding block and sliding slot, supports quick dismounting and position adjustment, users can freely combine different plant species and arrangement modes according to landscape demand, form diversified three -dimensional greening landscape, and the number of second greening planting boxes can also be increased or decreased according to demand, and flexible adaptation to different height spaces, the water inlet bucket collects rainwater or external water supply, water is transported to the top planting box through the drainage channel and the drainage groove, and relies on gravity and infiltrates layer by layer through the water filter hole, realizes automatic irrigation, the bottom water receiving box collects seepage, and is sent back to the water inlet bucket through the circulating water pump, the L type vertical plate can imitate rockery modeling design, combines vertical greening and forms the effect of'mountain vegetation', improves landscape level, the plant root system can extend outward through the hole, forms natural hanging or climbing effect, and enhances visual impact.

The application belongs to the technical field of intelligent design, and specifically discloses a landscape garden intelligent planning and design method, system and program product, which realizes scientific park site regional division, accurate matching and rendering of landscape elements and rapid generation of a high-quality and implementable pocket park landscape design scheme by analyzing user design requirements and deeply fusing the design requirements with site condition information. The application can realize intelligent design of landscape gardens from original requirement input to complete scheme output, greatly improves design efficiency, and ensures that the design scheme can accurately respond to user requirements by deeply matching quantified requirement characteristics with site conditions. Meanwhile, the design result is adapted to local conditions and is scientific and reasonable in combination with intelligent regional division, which effectively supports fine landscape design of urban pocket parks.

The application discloses a kind of urban green landscape visual effect presentation methods based on green feeling rate, including main steps are using active panoramic camera equipment, capture the complete panoramic image of urban green space from the perspective of pedestrian, then build interactive virtual reality environment of different types of urban green space, record the visual attention distribution data of pedestrian by eye tracking device, then calculate the correlation between y and x in visual attention distribution data using linear regression module, obtain the urban green landscape design scheme data to be presented and establish three-dimensional model, subsequently the model is imported into virtual reality engine and builds virtual reality scene, then select panoramic angle picture in the scene, then the picture is imported into picture processing software, the percentage of fixation point number in each Euclidean distance interval is calculated, and each Euclidean distance interval is labeled with different colors according to the percentage value, to realize the visualization of green feeling rate in the module.