Building information model, method and device for construction project and settlement system

Abstract

The invention discloses a building information model, method and device for a construction project and a settlement system. The building information model comprises a component metering module, a progress metering module, a project monitoring module, a project cost module and a settlement information module, and is used for acquiring the real object quantity, the demand quantity, the constructionprogress, the contract change information and the cost information of the components in the construction project so as to generate settlement information. The building information model is easy to track in the process of generating settlement information, intermediate data can be easily called out to be processed by a construction project delegating party, a supervisor and the like, and the effectof leaving marks step by step is achieved. Wherein the data processed by the building information model is BIM calculation amount, so that the problems of long calculation period, easiness in makingmistakes and easiness in causing inconsistency in multi-party verification in the prior art are avoided; and the building information model is easy to execute through a computer program, and has the effects of high automation degree and high efficiency. The building information model is widely applied to the technical field of constructional engineering informatization.

Description

technical field [0001] The invention relates to the technical field of construction engineering informatization, in particular to a construction information model, method, device and settlement system for construction projects. Background technique [0002] Construction projects such as urban rail transit and municipal engineering need to carry out cost management and cost control, so as to form settlement information such as settlement books, so that the owner can check and accept the construction project and pay the construction party according to the settlement information, and the supervision unit can be based on the settlement information Information to supervise construction projects, etc. [0003] In the prior art, it is necessary to obtain information such as cost information and engineering quantity to calculate settlement information. However, the acquisition of cost information often has information isolation and untimely transmission. For example, various types ...

AI Technical Summary

Problems solved by technology

However, the acquisition of cost information often has information isolation and untimely transmission. For example, various types of emergencies often occur during construction, such as design collisions between different disciplines, new decisions, etc. When such emergencies occur, The cost price information cannot be transmitted in time, and the engineering quantity cannot be quickly compared, etc., resulting in the inability to obtain accurate cost calculations, and the cost information is often not timely changed and applied to the project, resulting in disputes and claims disputes during the project management process. It leads to excessive consumption of capital; and the acquisition of engineering quantities is mainly based on the measurement and calculation of two-dimensional AutoCAD drawings, which has the disadvantages of weak real-time performance, low accuracy and poor comprehensiveness

The above-mentioned factors have made it difficult for the existing technology to be informatized. Due to the need for a large amount of manual participation, it has disadvantages such as strong subjectivity and low reliability.

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