Arrangement method, apparatus, and system for environment adjustment device
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Solution Overview
Problem
Existing environment adjustment device design processes, such as for air conditioners, are inefficient due to repetitive calculations and subjective design reliance on engineer experience, leading to inaccuracies and limited visualization accuracy, especially when building designs change.
Innovation Solution
An arrangement method, apparatus, and system that calculate the optimal position of environment adjustment devices based on simulation results within a preset region, using tools like machine learning models and BIM software for accurate placement, enabling automated and precise installation beyond software visualization.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If automated design is implemented only in software, then design efficiency is improved, but arrangement accuracy is limited to software visualization accuracy
Solution Approach 1:
The patent introduces a coordinate conversion system as an intermediary between software visualization and actual installation. The system converts virtual coordinates from software design into real-world installation coordinates, enabling accurate physical placement. This intermediary layer bridges the gap between digital design and physical implementation, maintaining both automation efficiency and high arrangement accuracy.
2Reliability
If engineers rely on experience for design tasks, then design quality is improved, but design process becomes subjective and time-consuming
Solution Approach 1:
The system enables self-service design by automatically performing arrangement calculations and generating installation plans without requiring engineer intervention for routine decisions. The automated algorithm independently determines optimal device positions based on input parameters, eliminating subjective variations and reducing design time while maintaining consistent quality through standardized computational methods.
3Device complexity
If simple calculation and arrangement methods are used for model selection, then device complexity is reduced, but design accuracy deviates from actual construction
Solution Approach 1:
The patent transforms the design process from simple qualitative calculations to precise quantitative parameter-based calculations. By incorporating specific parameters such as device dimensions, installation space coordinates, and spatial relationships, the system maintains relatively simple procedural complexity while achieving high design accuracy that closely matches actual construction requirements.
Data Source
AI summary
An arrangement method for an environment adjustment device includes acquiring a simulation result of a target parameter in a preset region, calculating an optimal position of an environment adjustment device based on the simulation result, and arranging the environment adjustment device in the preset region based on the optimal position of the environment adjustment device. An arrangement apparatus for an environment adjustment device includes an acquisition unit, a calculation unit, and an arrangement unit. The acquisition unit acquires a simulation result of a target parameter in a preset region. The calculation unit calculates an optimal position of the environment adjustment device based on the simulation result. The arrangement unit arranges the environment adjustment device in the preset region based on the optimal position of the environment adjustment device. An arrangement system includes the arrangement apparatus and a collection device that collects an environmental parameter.