Design And Implementation Of Dynamic Compaction Quality Control System

As computers become indispensable in the work of construction enterprises, to the huge progress in today’s information management, application of information technology has become the every construction enterprise essential part, can say any construction enterprise are inseparable from the information technology to manage the construction project. The lifeblood of the enterprise in addition to capital flow, fight creativity, sales channels to the obvious attributes, the most important is actually quality this stealth properties, the properties of this is long time from low quality, practical and efficient security and reputation, dynamic compaction enterprises pursuit of quality has not stopped dead, however, limited to technical means backward, has been unable to fundamentally formation quality management of long-term mechanism. Is the lifeline for the survival of each enterprise, from backward foundation construction quality supervision method evolution to finally be able to use networking technology for foundation construction quality supervision, people from the development of information technology won the bonus. To the management mode for further upgrading. How to make the dynamic compaction quality supervision technology applied to the actual project, is also the foundation of dynamic compaction construction technology problems. The future development of construction enterprises must not be separated from information technology support, a simple and accurate information, low cost cloud networking strong tamping construction quality supervision platform is a basis per construction enterprises must. By using the mature theory and advanced technology to implement the high quality project construction, the real time of strong ramming quality information collection, with the exception of miscellaneous, fitting, processing, matching, storage, retrieval and to achieve the final summary by networking. To help the enterprise to realize the strong compaction projects each ramming hammer for information and monitoring value, environment variables, manual operation can be traced back to control in real time and high quality, of strong tamping tamping in the implementation of the design to construction quality factors method for digital control of strict, strive to each pile effectively, with minimal cost to create the greatest benefits. By means of information technology, dynamic compaction construction process should be changed into information, in order to "information flow" in the form of quality information system to run in order to achieve information dissemination, storage, review and use.Nowadays, the quality information management system in the construction field of dynamic compaction is less, so the construction enterprises need to develop their own. However, the development of the software itself is a single function, there is no unified management, technical defects are inevitable, but also one of the reasons for the low utilization rate. It is this mode is single, not strong, and there are defects in the development process, so that the quality of information management system application scope is limited.In this paper, the author developed a platform system for dynamic compaction construction quality management through the extraction of the common characteristics of the construction enterprises, the use of sophisticated quality control algorithm. First of all, the author makes a deep discussion on the specific requirements and the general characteristics of the dynamic compaction construction project, and the requirement, the function and the usability are refined, and the dynamic compaction quality information management platform is established by using the software engineering technology and principle. In the process, the main work of the author focused on the compaction quality control model and algorithm research, and according to the research results, the seismic wave based strong compaction quality control methods, and combined with the dynamic characteristics of the construction model of quality inspection. On this basis, the author of this paper has carried on the design of the software platform and the implementation of the code, at the same time to the site of the site of the Internet of things terminal application model proposed system integration. The result of the author’s work is of great significance and practical value to the quality supervision of dynamic compaction construction, and to make full use of the existing dynamic compaction construction technology resources.The author realizes the dynamic compaction construction quality supervision platform, the purpose is to help the dynamic consolidation construction quality supervision in real time and scientific. Makes the construction enterprises can control the process, process and results of dynamic compaction, especially the quality of the third party of the acceptance, to avoid potential quality problems caused by construction safety accidents. System from the most basic unit of dynamic compaction machinery, through the construction site of the front end of networking information acquisition equipment for earthquake affected probe measurements were collected, and according to the front of the strong tamping sample on site dynamic quality standards for calibration, through adjusted the construction quality of the sample data to the rest of the strong tamping construction were quality management. The most important point of this system is to be able to put the dynamic compaction construction process digital, all with the actual number of words, persuasive, able to clear the analysis of dynamic compaction construction quality, scientific and efficient management of construction. This system provides a scientific method and means for the construction enterprise which is mainly based on dynamic consolidation, so as to create a suitable quality information management system for the enterprise. This system is the product of IT technology, data analysis technology and dynamic compaction quality detection method. It has great practical significance to the quality supervision of dynamic compaction construction.