A three-dimensional design method for the filling system of high-level water-receiving cooling tower

Abstract

The invention relates to the technical field of cooling towers, and discloses a three-dimensional design method of a high-level water collecting cooling tower filler system. The method specifically includes the following steps that S1, design parameters of the filler system are input; S2, a quadrant is selected to arrange axis nets; S3, inside and outside partition boundaries are determined on the axis nets; S4, structural elements are arranged on the axis nets to form a simplified model with element placeholders; S5, the filler system is arranged on the basis of the simplified model; S6, a filler system model is built according to the symmetric relation of quadrants; S7, a drawing and a material statistical form are generated; S8, a video animation is generated. By means of the design method, the three-dimensional video animation of the filler system arrangement scheme can be automatically generated just by inputting the necessary basic parameters, time needed for cooling tower design is greatly shortened in the whole design process, the error probability of manual input is reduced, and the work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of cooling towers, in particular to a three-dimensional design method for a packing system of a cooling tower with high water collection. Background technique [0002] The high-level water collection natural ventilation cooling tower (hereinafter referred to as the high-level tower) is a large-scale cooling building (structure) used for thermal power plants, nuclear power plant wet-cooling units and cooling systems in the chemical industry. According to the requirements of national energy conservation, emission reduction and low-carbon economy, high-level towers with obvious advantages of energy saving and noise reduction have broad application prospects, especially for areas with high electricity prices and power shortages, the advantages of high-level towers are more obvious. [0003] The filling system area of ​​the high-level water collection cooling tower is the most complicated in the whole high-level ...

AI Technical Summary

Problems solved by technology

Traditional 2D design technology has high requirements for engineers, and is prone to errors, and collisions occur from time to time

In the traditional two-dimensional technology, the plan and elevation are two relatively separated parts, and it is impossible to make joint modifications. During the design process, if the design is partially adjusted, the plan and elevation need to be modified at the same time, and the workload is huge. error prone

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