A construction management application platform based on the application of BIM technology

Abstract

The invention relates to a construction management system, especially a construction management application platform based on the application of BIM technology. The construction management applicationplatform mainly comprises a workstation, a server and a construction equipment which are connected with each other through a wireless router to form a wireless communication transmission control. Theconstruction equipment mainly comprises a mobile terminal equipment, a support and hanger, a folding ladder, a detachable protective fence, a transport trailer, a marking machine, a pipe installationdevice and a positioning member. The positioning member is a steel frame member whose quantity matches the building information; The supporting and hanging bracket is fixedly installed between two adjacent spaced-apart walls; The folding ladder and the detachable protective fence are arranged on the outer periphery of the building information; Transportation trailers, marking machines, and pipe installations are movably arranged in the galleries of the building information spaced apart from each other; Through the management system, the modeling software and the construction equipment, the invention timely provides accurate guidance on the geometrical positions of the components, the engineering quantities and the like for the key processes such as the progress management and the on-sitecoordination in the construction process, thereby helping to control the project cost and improve the quality.

Description

technical field [0001] The invention relates to a construction management system, in particular to a construction management application platform based on BIM technology application. Background technique [0002] With the scale and specialization of industrial production, it can be seen that the development level of science and technology is making continuous and leaping progress. In today's construction projects, the management of construction progress, quality, safety, environment, etc. The management of the original personnel is gradually transformed into the management of the oriented building; when it is in the environment of the super-large covered depot, the environment is a large-scale infrastructure. In the construction management, there is a large amount of civil engineering, complicated electromechanical installation engineering, and multiple processes. There are many problems that need to be solved urgently, such as environmental protection, quality, safety, cost...

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Problems solved by technology

[0002] With the scale and specialization of industrial production, it can be seen that the development level of science and technology is continuously advancing by leaps and bounds. In today's construction projects, the management of construction progress, quality, safety, environment, etc. The management of the original personnel is gradually transformed into the management of the oriented buildings; when it is in the environment of a super-large covered vehicle depot, the environment is a large-scale infrastructure. In the construction management, there are large-scale civil works, complex electromechanical installation projects, and multiple processes. , multiple intersections, and tight schedules, there are many problems that need to be solved, such as environmental protection, quality, safety, cost, and progress control; however, the technical personnel on the project are generally young and have insufficient construction experience, which leads to the level of on-site construction site management. It is relatively low, and it is impossible to scientifically and rationally allocate human and machine resources; the current common measure is to use BIM technology to participate in the construction. BIM technology can make up for the lack of experience to a certain extent, and the use of BIM technology can optimize the construction plan in advance. Optimize the construction process and present the construction progress in real time with 3D visualization; however, when it comes to super-large covered depots, there is still a lack of a systematic and reasonable management operation

[0003] In the environment of super-large covered depots, mechanized operations have been gradually realized, but mechanized operations cannot completely avoid unforeseen safety accidents. Most of the accidents are caused by the unintentional violation of regulations by operators. When accidents occur, not only the quality of the project is delayed and progress, and cause construction personnel to be injured, more seriously, it will affect the life safety of construction personnel or cause huge property losses of the project, and the main reason for illegal operations is that operators have no effective understanding of the safety operation of construction machinery. Monitoring means or regulatory measures, and auxiliary equipment without diversity

When BIM technology is applied to engineering construction, there is no systematic and reasonable operation method for operation transformation combined with BIM technology in the construction system of super-large covered vehicle depot. Therefore, in future construction, it is necessary to rationalize the two , high-efficiency integration into one working system, to avoid construction difficulty becoming increasingly difficult with the development of technology, resulting in the quality of construction projects, the construction progress of construction projects, the construction safety of construction projects, and the investment control of construction projects cannot be monitored and perfected

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