Automatic ratio monitoring-based spare part stock early warning system

Abstract

The invention discloses an automatic ratio monitoring-based spare part stock early warning system. The system comprises a storage end, a triggering end, a data end and a cloud monitoring end; the triggering end sets a corresponding counter for a warehouse of each level, the counter is triggered when a spare part state of each warehouse is changed, and a data change value is sent to the data end; and the cloud monitoring end receives spare part quantity and state of each spare part in the warehouse from the data end, and sends an early warning signal to the storage end when a spare part ratio of any warehouse exceeds an upper limit or a lower limit. Early warning parameters are generated directly according to spare part stock ratios of each warehouse of each level and lower-level warehouses of each warehouse of each level. The use replacement speeds of different warehouses are more accurate and adapted, so that corresponding more standby spare parts can be provided for the warehouse with higher spare part usage rate. The cloud monitoring end not only can monitor the spare part ratios according to the levels but also can monitor the ratio condition of the specific warehouse, and fully considers the conditions of the spare parts of the lower-level warehouses.

Description

technical field [0001] The invention relates to a spare parts inventory early warning system, in particular to a spare parts inventory early warning system based on automatic ratio monitoring. Background technique [0002] In the daily maintenance management of automatic teller machines (ATM), it is often necessary to manually monitor the quantity of each spare part in each warehouse. And ATM spare parts involve a large number of types, so the workload of manual monitoring of spare parts is very huge, especially the monitoring of the national general warehouse is even more difficult. Due to manual monitoring, there will also be data lag problems, resulting in insufficient stock of certain spare parts, and excessive stock of other spare parts will increase the maintenance cost of the ATM, and even fail to operate due to the lack of spare parts. Some spare parts with different numbers can be used in different types of ATMs. Some warehouses have several secondary warehouses un...

AI Technical Summary

Problems solved by technology

ATM spare parts involve a large number of types, so the workload of manual monitoring of spare parts is very huge, especially the monitoring of the national general warehouse is even more difficult

Due to manual monitoring, there will also be data lag problems, resulting in insufficient stock of certain spare parts, and excessive stock of other spare parts will increase the maintenance cost of the ATM, and even fail to operate due to the lack of spare parts.

Some spare parts with different numbers can be used in different types of ATMs. Some warehouses have several secondary warehouses under their jurisdiction, and the secondary warehouses may have several third-level warehouses under their jurisdiction. This makes it difficult to estimate the reserve volume of the main warehouse.

Some warehouses correspond to a large number of ATMs, while others have fewer. If a unified threshold is used for early warning for warehouses at all levels, there will be problems such as excessive consumption of spare parts in some warehouses and insufficient replenishment.

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