Bent cap full life cycle production data processing method

Abstract

The invention provides a capping beam full life cycle production data processing method. The capping beam full life cycle production data processing method comprises the steps that the procedure operation process of each production station of a capping beam is divided to obtain a plurality of subdivided operation processes; personnel information and station attribute information on each station are collected in real time, and personnel information and equipment operation information corresponding to each subdivided operation process are collected at the same time. Recording and storing personnel information and station attribute information on each station and personnel information and equipment operation information corresponding to each subdivided operation process into a database at the cloud service platform; and the cloud service platform performs data display on the personnel information and the station attribute information on the stations and the personnel information and the equipment operation information corresponding to each subdivided operation process in real time, and backs up the storage information in the database to a disaster recovery server. According to the capping beam full life cycle production data processing method, information collection, information analysis processing, identification and evaluation of the whole capping beam production full life cycle can be completed, and finally full informatization processing is achieved.

Description

A method for processing production data in the full life cycle of a cover beam technical field The invention belongs to the field of intelligent processing of cover beam production data, in particular to a kind of cover beam full life cycle production data Approach. Background technique [0002] The cover beam refers to the beam set on the top of the bent pier in order to support, distribute and transmit the load of the superstructure. cover The main function of the beam is to support the bridge superstructure and transfer the full load to the substructure. Currently, in present technology, the cover The production process of beams is relatively complicated, and the production quality is difficult to control. One of the key factors is that the current process of covering beams is complicated. There are many operation steps between each station link node (the operation steps may affect the subsequent product quality), and then However, in the current production proc...

AI Technical Summary

Problems solved by technology

At present, in the current technology, the production process of the cover beam is relatively complicated, and the production quality is difficult to control. One of the key factors is that there are many processes for the cover beam at present, and the sub-operation steps (sub-operation steps) between the nodes of each station link may affect the subsequent product quality), however, in the current production process, each station and operation node does not adopt full life cycle data monitoring for the production of cover beams.

[0003] Due to the long-term existence of the above-mentioned deficiencies in the traditional cover beam production technology, it will inevitably lead to the difficulty of controlling the production quality of the cover beam, which is difficult to trace and seriously restricts the intelligent transformation of modern cover beam production.

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