Building hoisting equipment one-machine one-gear management platform, construction method and use method

Abstract

The invention relates to the technical field of building hoisting equipment management, and discloses a one-machine one-file management platform for building hoisting equipment, a construction method and a use method, and the one-machine one-file management platform comprises a mobile terminal which is used by field management personnel and is used for uploading or obtaining equipment data information, and a management terminal which is used by data management personnel and is used for recording equipment data, the method further comprises the following steps: inputting data information of each file type of the equipment to the management end, presetting classification folders adaptive to each file type of the equipment in the management end, training the management end based on machine vision identification of a tensorflow neural network, and storing the trained management end in the management end. The method further comprises the following steps that a field manager uploads data information of each file type of the equipment to the management end through the mobile end, and the management end judges, identifies, classifies and archives the uploaded data information of each file type of the equipment; the method has the advantages that unnecessary loss of manpower, material resources and financial resources of a company is avoided, and equipment data management is facilitated.

Description

technical field [0001] The invention relates to the technical field of construction hoisting equipment management, in particular to a management platform for one machine and one file of construction hoisting equipment, a construction method and a use method. Background technique [0002] At this stage, the domestic construction hoisting equipment, such as tower cranes, construction hoists and other hoisting equipment leasing industry is developing rapidly, construction hoisting equipment has also seen a large increase, and construction projects are spread all over the country. Because construction lifting equipment is special equipment, it has a strict management record system and a complete set of data requirements involved in a series of processes from installation notification to disassembly notification. In the prior art, the equipment involves various During inspections, such as "double random inspection", "third-party large-scale equipment inspection", "company safety ...

AI Technical Summary

Problems solved by technology

Because construction lifting equipment is special equipment, it has a strict management record system and a complete set of data requirements involved in a series of processes from installation notification to disassembly notification. In the prior art, the equipment involves various During inspections, such as "double random inspection", "third-party large-scale equipment inspection", "company safety inspection", "equipment transfer" and other inspections, since most of these materials are paper-based materials, it is very easy to lose them if they are not kept properly This will easily lead to the company’s scoring being deducted or fined during the inspection due to omissions and lack of information, which will cause unnecessary losses to the company’s human, material, and financial resources. At the same time, paper materials need to be sent back For a long time, it is easy to bring a lot of trouble to equipment data management

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