| dc.description.abstract | Abstract
In order to accelerate the improvement of citizen living environment hygiene, metropolitan area has been building dirty water sewer tubes successively in phases, which forms gigantic urban vein convey system. For example, the dirty water sewer of Taipei City has been established for more than 20 years, following the accumulation of increased connection tubes popularity, the number of tube network system layout has increased fast, thus the collection, storage and feedback of tubes data is more and more important. How to computerize these traditional data through science and technology, can help to save arrangement time and improve information usage rate. For such gigantic dirty water sewer system, how to maintain and manage properly and effectively, depend on establishing data (planning, designing, and construction) and transferring into database data and implementing road facility inspection tour, inner inspection of tubes etc. active means, and then receive information about status quo from passive tubes block clearance service, tube cooperating with movement and maintenance works etc., and in the annual budget planning, generalize database and information about active and passive status quo, to gradually include into regular clearance, inspection etc. maintenance works to handle. Furthermore, it is an important tasks and work in the maintenance management of dirty water sewer tube system from the evaluation on the tubes network system, to planning renewal work.
In order to strengthen tube system, so that when there is any disaster on the spot, the disastrous status can be mastered accurately and effectively, the emergency response measures can be taken appropriately, and resume normal operation immediately. Thus, it can guarantee public safety and maintain traffic security by drafting disaster emergency response plan, mainly aiming at reducing the influence to its minimum. | en_US |