Lean pulling production data processing system

Abstract

The invention relates to a lean pulling production data processing system which comprises a database, a missing-part data processing module, a document data processing module, an abnormal data processing module and a display screen. The missing-part data processing module, the document data processing module and the abnormal data processing module are respectively connected with the database so as to store updated data into the database. The display screen is connected with the abnormal data processing module so as to display abnormal data. The production data processing system is connected with an external enterprise resource planning system, a manufacturing execution system, a supply chain management system and a material requirement planning system and performs data exchange processing. In comparison with the prior art, the production data processing system has the following advantages: workload of business personnel is reduced; work efficiency is raised; and as original manual operations are replaced with automatic operation by a computer, information transfer is fast and efficient, and cost is saved.

Description

technical field [0001] The invention relates to a lean pulling production data processing system based on computer network. Background technique [0002] In the field of manufacturing and manufacturing, the processing of production data informatization is a very important link. At present, most production enterprises adopt a manual data processing method. In order to improve production efficiency and accurately control production data, many management systems have been developed, such as: Enterprise Resource Planning System (ERP, Eenterprise Resource Planning), Manufacturing Execution System (MES, Manufacturing Execution System), supply chain management system (SCM, Supply Chain Management) and material requirements planning system (MRP, Material Requirement Planning), etc. However, these production management systems are independent of each other, and there is no interactive sharing of information between them. For example: when the business department calculates the mis...

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Problems solved by technology

[0003] The above production status will still bring the following problems: 1. Each count of missing parts needs to be done manually, the workload is heavy, cumbersome and inefficient, and the missing parts information changes in real time, and the missing parts information is not updated in time, resulting in missing parts The data is too big and inaccurate; 2. Sending materials and picking materials through paper documents for information transfer, slow information transmission, low efficiency, not conducive to process tracking and control, and paper documents also increase the company's operating costs; 3. Using traditional Manually update the whiteboard to remind the task, which cannot reflect the progress and status of the task in real time; 4. In the daily production process, business personnel need to switch back and forth between different information systems, which is cumbersome and inefficient

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