4 results about "Design planning" patented technology

The present invention relates to a fiber thermal transfer method using reactive ink transfer paper, and relates to digital printing, by means of a digital transfer printing device such as an inkjet printer, utilizing a computer from the design planning stage. The present invention, being a dry digital textile printing method with no steam and thickener used, is a waterless textile printing method which is ecofriendly.

The invention relates to the technical field of building curtain wall construction, and discloses a digital construction method and system for adjusting and controlling the installation flatness of an aluminum-based metal curtain wall, and the system comprises a design planning module, a processing control module, a measurement setting-out module, an installation execution module and a monitoring feedback module. By formulating curtain wall design planning data and determining plate grid division and reinforcing rib layout based on wind pressure load and finite element analysis, the clearness of flatness regulation and control of different curtain wall plates is guaranteed, meanwhile, the folding edge size, the diagonal length and the hanging point position of the plates are controlled through plate machining data, the accuracy of the machining link can be guaranteed in real time, and the machining efficiency is improved. The flatness deviation caused by machining errors is reduced, so that the accuracy and reliability of curtain wall installation flatness regulation and control are guaranteed, main body structure errors are digested in real time by generating construction surveying setting-out data and keel leveling data, keel installation deviation is controlled, and the deformation risk caused by accumulative errors and external factors is reduced.

The invention relates to the technical field of building engineering construction, and discloses a metal roof bridge frame lamp installation method which comprises the following steps: S1, a design planning stage: drawing a bridge frame lamp installation big sample drawing according to a metal roof structure, establishing a BIM three-dimensional model of a full assembly standard section, and optimizing an installation path and nodes after animation simulation; s2, a prefabrication processing stage: prefabricating a fluorocarbon spraying stainless steel bridge frame in a factory, and prefabricating an integrated bracket and a lamp in the factory based on the large sample drawing; and S3, a pre-assembling stage: in a warehouse, combining and assembling the prefabricated bridge frame, the bracket and the lamp according to the large sample drawing to form a pre-assembled standard section, and inspecting the assembling quality of the pre-assembled standard section. Through the mode of factory prefabrication, warehouse preassembly and on-site overall assembly, a large amount of high-altitude, high-risk and low-efficiency bulk operation is converted into ground, safe and efficient modular installation, the construction efficiency is remarkably improved, and the key project construction period is powerfully guaranteed.