A distributed BIM collaboration platform

Abstract

The invention discloses a distributed BIM collaborative platform, which comprises a platform host, and an architectural design team node, a structural design team node, an electromechanical pipeline design team node, a construction team node, a construction team node and a survey team node connected with the platform host, wherein each team node is connected with a plurality of work nodes. The platform host is used for integrating, processing and storing all models, data and information of the project. Upon completion of integration, the latest data, information and model are updated to all team nodes, and an interface is provided for external users. The team node includes a model integration module, a collision detection module and a bandwidth monitoring module, and each work node includes a design module. The platform realizes the high sharing of project model and information, simplifies the collaborative process, ensures the integrity and security of data, improves the efficiency and reduces the cost.

Description

technical field [0001] The present invention relates to a BIM platform, in particular to a distributed BIM collaborative platform. Background technique [0002] Building Information Modeling (Building Information Modeling, hereinafter referred to as BIM), simply means that based on the same standard, it can integrate the information model related to the construction project in the whole life cycle from the architectural design stage to the operation and maintenance stage. The BIM model is based on the relevant information data of the construction project as the basis for the establishment of the construction model, and then realizes a new model of effective management. It refers to simulating the real information of buildings through digital information simulation. Here, the connotation of information is not only the visual information described by geometric shapes, but also a large amount of non-geometric information, such as the fire resistance level of materials and the h...

AI Technical Summary

Problems solved by technology

[0005] 2) The way of information exchange among project members is backward. When a design or construction problem occurs, project members often communicate and deal with the problem through text messages, emails or phone calls. This method often takes extra time to obtain the required information. Project information, so it takes days or even weeks to solve the problem, which seriously affects the smooth progress of the construction project

[0006] 3) The BIM model update method is backward. Since the BIM model contains a lot of information and data, the BIM model of a building may reach GB level

However, the current update method of the BIM model will cause users to repeatedly upload and download these huge data and information models, resulting in serious waste in bandwidth utilization and reducing the efficiency of project design

[0007] 4) Security and privacy issues of BIM data

The current mainstream cooperation method is that each team shares all its data with other teams, which often leads to disputes over intellectual property rights and reduces the efficiency of teamwork

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