Pipeline material cloud elastic cutting, labeling and processing automatic guidance system and method

Abstract

The present invention discloses a pipeline material cloud elastic cutting, labeling and processing automatic guidance system and method, belonging to the technical field of project material preparation and especially the pipeline project material preparation optimization system and method. Based on the operation requirements of flexible, customized, recognized and guided project application material use, the cloud operation processing novel mode of project material preparation is established, especially for the elastic pipeline, elastic cutting label and processing operation requirements, a new automatic guide system is established, the material preparation processing operation is facilitated, and the pipeline material preparation requirement is satisfied. According to the system, a material preparation information guide can be provided for material preparation staff to be clear about operation information, a control process is checked through a system operation, the material preparation task certainty is ensured, the production is in accordance with the automatic guide application function material use of a work application requirement, the project application requirement is satisfied, the projection material use management and application material control blind point is solved, and the application efficiency is improved.

Description

technical field [0001] The invention relates to a cloud-based flexible cutting, labeling and processing automatic guidance system and method for pipeline materials, which belongs to the technical field of engineering material preparation, especially the technical field of pipeline engineering material preparation optimization systems and methods; Processing technology and processing equipment system structure are related, especially for the cloud elastic material preparation mode of engineering pipeline materials, how to effectively address the single special processing operation of application materials; how to quickly cut pipelines, mark them correctly, and guide further processing requirements It is the technical field of the material preparation optimization system and method that actually produces the automatic guided application materials required by the engineering and assists the engineering construction tasks. Background technique [0002] At present, when the mater...

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Problems solved by technology

[0002] At present, when materials for engineering pipeline construction need to be supplied according to customization and non-standard products, it is impossible to identify the use and combination position of materials, and it is impossible to provide engineering operation requirements

Therefore, at this stage, it is still operating in the product specification preparation mode. The engineering staff calculates the demand for construction materials through the design drawings, and receives the product specification materials to the construction site for cutting operations. To make the construction go smoothly, it is often necessary to use too much Materials are used for preparation, and there are residual materials and uncut products after the application

The remaining materials are often further formed into dead materials, and further formed into waste after construction, while uncut products are easily polluted by the environment, resulting in loss, and the management of useful materials is troublesome and wasteful.

[0003] If you want to order customized special construction materials according to engineering needs, in addition to facing the problem of identification, because the existing material processing equipment is designed with quantitative production targets, it is difficult to meet the flexible processing mode. If you use existing equipment , every time a component is processed, the data size must be updated, which will not meet the production efficiency and the principle of equipment production, the processing data will increase significantly, and the original equipment data memory capacity is small, which cannot meet the needs of flexible processing operations

After processing, there are more troubles in management, and there are big blind spots in operation, so it is still not possible to carry out the mode operation of pre-prepared materials

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