A system and method for intelligent management of building formwork based on cloud intelligence technology

Abstract

The invention discloses a building template intelligent managing system and method based on the cloud intelligence technology. The system is characterized by comprising a building template system, a cloud intelligence label, a template sorting system, a template delivery system, a cloud intelligence channel identification system and a data processing center. By means of the integrated management mode of the cloud intelligence technology application of the systems, information management of production, packaging, delivery, out-put and in-put of warehouse, construction site entering, construction installation, detachment, sending back and tracking of various building templates can be achieved. By the adoption of the system and method, construction labor intensity is relieved, labor is saved, labor efficiency is improved, construction period is shortened, and a firm foundation is provided for future unmanned construction, building intelligentization, work standardization and information-based management.

Description

technical field [0001] The invention relates to a building formwork intelligent management system and method based on cloud intelligence technology, belonging to the technical field of building construction. Background technique [0002] At present, although there are many types of formwork used in building construction, there are many problems in use, such as the materials and specifications of building formwork, formwork connecting fasteners and formwork supports. There is no system in terms of matching and formwork management, which brings a lot of inconvenience to construction; in the prior art, because there is no uniform standard size and specification for various building formwork, the construction process of formwork installation and disassembly is extremely complicated and time-consuming ; and in the warehousing and logistics of building formwork, since building formwork and related accessories are single unit parts, and there are many types of specifications, it is...

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Problems solved by technology

[0002] At present, although there are many types of formwork used in building construction, there are many problems in use, such as the materials and specifications of building formwork, formwork connecting fasteners and formwork supports. There is no system in terms of matching and formwork management, which brings a lot of inconvenience to construction; in the prior art, because there is no uniform standard size and specification for various building formwork, the construction process of formwork installation and disassembly is extremely complicated and time-consuming ; and in the warehousing and logistics of building formwork, since building formwork and related accessories are single unit parts, and there are many types of specifications, it is difficult to meet the management requirements of each building formwork, which is prone to construction Loss of formwork, cross-selling, different production in different places, replacement of goods, etc.; as far as all current building formwork is concerned, whether it is from the initial design and selection of the formwork, or the installation of the formwork, the disassembly and construction of the formwork, until the final formwork Recycling, warehousing and logistics management all require a lot of manpower and material resources, which seriously restricts the progress of the construction, thus prolonging the overall project cycle

At present, there is no one in the market that provides the construction industry with a complete set of management systems for the selection, matching, installation, disassembly, transportation, recycling of building formwork and building materials, as well as building formwork storage, logistics and quality of building products, construction standardization, and construction safety. platform

[0003] Based on the current aging of construction personnel and traditional technicians and the reduction of employees, the labor cost of the construction industry has risen sharply, labor efficiency is low, and the construction cycle is prolonged; in the future, it is urgent to provide a method that reduces labor intensity, saves labor, improves labor efficiency, and reduces construction. The intelligent management system of periodic building templates and assembly molds will lay a solid foundation for the realization of unmanned construction, intelligent buildings, standardized operations, and informatized management in the future

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