Device warehousing method and system

Abstract

The invention discloses a device warehousing method and system; wherein the method comprises following steps of step 1, receiving a device maintenance request of a user; step 2, searching or creating a device digital model and a maintenance warehouse digital model according to the device maintenance request; step 3, according to the device digital model, searching a matched position capable of placing a device from the maintenance warehouse digital model; judging whether there is the matched position or not; if there is the matched position, executing a step 4; otherwise, feeding back a request failure information; finishing; step 4, according to the position capable of placing the device and the warehousing position of a maintenance warehouse, setting a warehousing route; step 5, warehousing the device according to the warehousing route; and finishing. According to the method and the system, the resources can be utilized maximumly; the productivity of an enterprise can be improved; the efficiency can be improved; devices in the warehouse can be placed, moved and processed dynamically and optimally in real time; the quantity of the devices stored in the warehouse can be maximized; the highest device processing efficiency can be realized; and therefore, the productivity and the efficiency of the device maintenance enterprise can be improved, and the cost can be reduced.

Description

technical field [0001] The invention relates to a method and system for storing equipment into storage. Background technique [0002] MRO maintenance companies need to manage and plan the aircraft in the hangar to make full use of the hangar resources, maximize the storage of aircraft, and meet the aircraft maintenance needs of customers. [0003] The hangar resources are limited. According to the type and size of the aircraft, the number of aircraft that can be stored in the hangar is different. It is necessary to plan the placement and movement of the aircraft according to the maintenance needs of the aircraft, so as to meet the customer's aircraft maintenance needs to the greatest extent and improve Productivity and efficiency for MRO businesses. [0004] A visual information system and related calculation logic are needed to help enterprises achieve this goal. [0005] There are two ways to manage and plan aircraft in the hangar. One is that the planner manually draws ...

AI Technical Summary

Problems solved by technology

[0007] 1. When there are a large number of aircraft maintenance needs, manual simulation cannot quickly draw conclusions, and cannot provide timely feedback to customers

[0008] 2. Manual management and planning have inaccurate and non-optimized results, and cannot accurately feedback customer maintenance needs

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