Split logistics management method and system for parts and storage medium

Abstract

The invention discloses a split logistics management method and system for parts and a storage medium. The method comprises the following steps of: importing material data used for ship block manufacturing, splitting materials to split trays according to a splitting rule in an improved manner and correspondingly forming a tray list, wherein the splitting rule is defined according to different application objects of different material types; and issuing the tray list to a production scene to serve as at least one construction base. According to the method and system and the storage medium, production is managed as required, original whole opening and whole delivery of blocks are converted into split production and delivery, the management process is clear in rule, base, process and state, the anterior logistical process is unobstructed to a great extent, the material overstock is decreased, the place utilization rate is improved, the starved feeding is decreased and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of material management, in particular to a method, a system and a storage medium for the logistics management of component lanes. Background technique [0002] The segmental manufacturing of a ship is a process of combining and welding together panels, section steel, processed panels, and small groups in sequence. The traditional construction mode is to cut and process these four types of materials in segments as a unit. The imposition, section steel, processed plate, and group of the entire segment are sent to the segmented manufacturing site after they are completed (it can be called the four types of wire feeding), but this wire feeding method does not match the actual production demand in the assembly stage. As a result, many problems have been brought about, resulting in poor connection between the upper and lower road plans, serious backlog in the site, increased invalid inspection and hoisting, seriou...

AI Technical Summary

Problems solved by technology

[0002] The segmental manufacturing of a ship is a process of combining and welding together panels, section steel, processed panels, and small groups in sequence. The traditional construction mode is to cut and process these four types of materials in segments as a unit. The imposition, section steel, processed plate, and group of the entire segment are sent to the segmented manufacturing site after they are completed (it can be called the four types of wire feeding), but this wire feeding method does not match the actual production demand in the assembly stage. As a result, many problems have been brought about, resulting in poor connection between the upper and lower road plans, serious backlog in the site, increased invalid inspection and hoisting, serious shortage of parts and missing materials, refill cycle affecting the back road plan, and disordered parts stacking. , to a certain extent, caused the segmental manufacturing plan to go out of control, resulting in problems of timeliness and low overall assembly matching rate

Secondly, the material management and logistics management in the processing and assembly stages are all manually operated, there is no standardized material sorting, delivery and handover list, what is given and what is received between the upper and lower lanes during the handover, lack of list basis for handover and inventory, and the management process is not standardized , the management status is not clear, and the management process cannot be traced

Images