Code scanning technology based spare part full life circle tracking method

Abstract

The invention discloses a code scanning technology based spare part full life circle tracking method, and relates to a life circle tracking method. At present, a spare part management mode exposes thedefects that the efficiency is low, and the controllability is poor, and very big hidden danger is brought to safety production of a company. The method comprises the following steps of spare part filing application, spare part storage, spare part receiving, equipment replacement, spare part returning / breakage, spare part stock-taking, spare part early warning report, spare part quality evaluation, status tracking, spare part account maintenance and file information maintenance conducted on frequently-used spare parts according to production requirements. According to the technical scheme, normal maintenance of production equipment and smooth maintenance plan implementation are guaranteed, safe and stable production of an automatic production operation system is guaranteed, centralized and unified management of the spared parts is strengthened, spare parts are stocked, people pay adequate attention to four links of use, management, repairing and supplying, and spare part post-use tracking is well conducted.

Description

technical field [0001] The invention relates to a life cycle tracking method, in particular to a method for tracking the whole life cycle of spare parts based on code scanning technology. Background technique [0002] In order to implement the State Grid Corporation's "three sets and five major" decision-making arrangements, and realize the management requirements of the State Grid Corporation of "collective operation, intensive development, lean management, and standardized construction", Zhejiang Electric Power Company built a domestic The first comprehensive large-scale automated production operation system that integrates warehousing, verification, and distribution into one continuous operation. The system has 13 automated verification lines and two automated three-dimensional warehouses. In the face of such a large-scale and highly complex production operation system, the current operation and maintenance methods are still relatively backward. Operations such as reporti...

AI Technical Summary

Problems solved by technology

In the face of such a large-scale and highly complex production operation system, the current operation and maintenance methods are still relatively backward. Operations such as reporting, warehousing, and requisition of spare parts are limited to paper records, while the storage of spare parts also in a decentralized state of responsibility

At present, this spare parts management method has exposed shortcomings such as low efficiency and poor controllability, which has brought great hidden dangers to the company's safe production.

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