Visual production management and control method for discrete workshop

Abstract

The invention discloses a visual production management and control method for a discrete workshop. The method comprises the following steps of: establishing an association relationship between an RFID tag which is taken as a carrier for data acquisition of a workshop and a process flow card; acquiring information of the tag when the RFID tag passes through a working position; displaying the information of the process flow card associated to the tag on an electronic billboard; reading the RFID tag and filling quality information by using a handset at a quality testing working position; processing acquired information to form production schedule information and the quality information of the workshop; and displaying the production schedule information and the quality information on a working position billboard and a workshop billboard by using a billboard display management system. The method adopts a device which comprises an RFID initializing module, an RFID-based data acquisition module, an RFID data analyzing and processing module and a billboard display management module. By using the method, logistics and quality data in a production process can be acquired and transmitted in real time, paperless and visual production management of a discrete manufacturing workshop is realized, the information of logistics, quality and the like is effectively monitored, and the workshop management level of an enterprise is improved.

Description

technical field [0001] The invention relates to visualized production management and control technology, in particular to a discrete workshop visualized production management and control method. Background technique [0002] Discrete manufacturing has the characteristics of many types of products, small batches, and frequent changes in plans, which puts forward high requirements on the real-time and coordination of production scheduling. With the acceleration of market changes and the rapid development of personalized customization, many discrete manufacturing enterprises adopt a mixed production mode of order-oriented and stock-oriented production. This production mode requires enterprises to monitor the execution progress and production quality of production orders in real time, and adjust production quickly to ensure on-time delivery of orders. [0003] At present, many enterprises in our country have introduced the ERP (Enterprise Resource Planning) system, adopt top-do...

AI Technical Summary

Problems solved by technology

However, the data collection in the workshop still mainly adopts the method of manual recording. This method has disadvantages such as data error-prone, poor real-time performance, low information utilization rate, and heavy workload. In particular, it cannot realize real-time delivery and sharing of data.

There is an information gap between the enterprise planning layer and the workshop layer, resulting in the lack of real-time data support for the upper-level decision-making system, and the upper-level managers cannot understand the production progress and product quality in real time

Therefore, many companies in my country's discrete manufacturing industry have not realized the informatization of workshop management, and managers cannot understand the actual production progress and quality of the workshop in real time.

Images