Warning method, warning device and warning system for visual safety stock

Abstract

The invention relates to a warning method, a warning device and a warning system for visual safety stock. The method comprises the following steps: determining the number of empty billboard states, the number of release billboard states and / or the number of full billboard states of various billboards; when the number of the empty billboard states reaches a preset early warning threshold value of a stock, triggering a terminal display screen to carry out corresponding warning display; and / or when the number of the release billboard states reaches a preset early warning threshold value of a product stock, triggering the terminal display screen to carry out the corresponding warning display; and / or when the number of the full billboard states reaches a preset early warning threshold value of a finished product stock, triggering the terminal display screen to carry out the corresponding warning display. Through the preset warning threshold value, the stock data are visualized, and the warning display is automatically triggered so as to avoid production interruption and customer delivery period delay caused by stock shortage, and reduce the stock cost.

Description

Technical field [0001] The present invention relates to the field of information processing technology, and in particular to a method, device and system for visualized safety stock alarm. Background technique [0002] For the modern manufacturing industry, with the deepening of global competition and the homogenization of products, the profit margin of enterprises is reduced. From the original seller’s market to the buyer’s market, customers demand lower prices, higher quality, and faster delivery. This requires companies to continuously reduce costs. In the supply chain and manufacturing process, the largest cost comes from inventory, including raw material inventory, work-in-process inventory, and finished product inventory. If inventory information can be obtained accurately, effectively and in time, safety stocks can be reduced, and work-in-process inventory levels can be reduced, thereby obtaining great benefits in terms of capital occupation, inventory holding, space utiliz...

AI Technical Summary

Problems solved by technology

[0003] In the existing technical scheme, the inventory balance is calculated periodically through the records of in and out of the warehouse. However, due to problems such as damage, loss, expiration, waste, and defective products in the inventory, the inventory may be inaccurate. Inventory data errors may be caused by problems such as manual entry errors

In order to correct the inventory data, it is often necessary to correct the inventory data through worker cycle counting or cycle counting. However, the cost of stocktaking is very high, and it is not timely. At the same time, the data after stocktaking is often still inaccurate due to problems such as stocktaking technology.

[0004] However, the method of correcting inventory data through cycle counting or cycle counting, especially for the calculation and calibration of WIP inventory, is not timely and accurate, the procedures are cumbersome, and labor costs and office costs are very expensive.

[0005] During the research and practice of the prior art, the inventors of the present invention found that in the existing implementation, due to the inaccurate and untimely calculation of the inventory balance, the inventory balance cannot be visualized, that is, it cannot accurately reflect In the actual inventory situation, there is often a shortage of materials, which leads to production interruption, which requires a higher safety stock, and the increase in inventory leads to increased costs, tight capital chains, and low capital utilization.

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