基于虚拟现实技术的排水管道损伤粘合修复方法

Method of repairing the damage of sewer pipelines based on virtual reality technology

摘要:

传统的地下排水管道损伤粘合修复方法修复后外渗较多，为了解决这一问题，基于虚拟现实技术提出了一种新的排水管道损伤粘合修复方法，通过负压波形图法定位排水管道的损伤位置和损伤程度，然后通过通信模拟器进行排水管道损伤信号的输送，计算机输出排水管道的损伤鉴定，采用虚拟仿真技术，应对不同损伤程度的排水管道，合理地进行粘合修复处理。结果表明，与传统修复方法相比，基于虚拟现实技术的排水管道损伤粘合修复材料更加合理，在修复后会通过特殊试剂进行清洗，提高了排水管道损伤处的粘合效果，降低排水管道损伤粘合修复后的外渗量。

Abstract:

With the traditional method of repairing the damage of underground sewer pipelines, extravasation is sometimes high. In order to solve this problem, a new method of repairing the damage of sewer pipelines is proposed based on virtual reality technology where the map method is used to position the damage location and damage degree of sewer pipelines, and then the communication simulator transmits the damage signal of sewer pipelines to the computer to output the damage identification of sewer pipelines. Virtual simulation technology is adopted to provide proper adhesive repair in regard to the different damage levels of sewer pipelines. The results show that compared with the traditional repair methods, the sewer pipeline damage adhesive repair material based on virtual reality technologyis more reasonable. After repair, special reagents are used for cleaning to improve the adhesive repair effect of the damage sewer pipeline and reduce extravasation of the adhesive repair of damaged sewer pipelines.