How to interpret complex trade patterns

IV. ConcentrateThe application of beneficial production in enterprises. Lean production is not only applicable to the manufacturing industry, but also to other fields. In enterprises, lean production can help enterprises improve efficiency, reduce costs and improve product quality, thus improving their competitiveness. Then the production execution management system (MES) will play an important role in this process.

6. Reducing waste and loss needs to be achieved by scientific management. When enterprises produce, the full use of scraps and corner materials and the full use of equipment can reduce production costs.

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List of the contents of this article:

• 1,How to interpret complex trade patterns SystemTips: Track and monitor subtle changes in the system or file
• 2, Equipment monitoring system (real-time monitoring of equipment operation status)
• 3, Compare the PLC system, how can the ALSI equipment status monitoring system help enterprises achieve lean production at a lower cost...

System Tips: Track and monitor the system or files Slight changes

Use Microsoft tools to monitor system changes. We can first use the application Windows System State Monitor released by Microsoft to monitor system changes. The system areas that the program can monitor include file systems, registry, services and drivers, etc.

Therefore, we can select %Disk Time here, add an object to select the C disk, click Add, add it to the counter list, and monitor the performance of our system disk through this counter.

Microsoft Process Monitor is an advanced Windows monitoring tool that can not only monitor processes/threads, but also pay attention to changes in the file system and registry.

Equipment monitoring system (real-time monitoring of equipment operation status)

1. After the connection of the equipment is completed, we need to set the monitoring parameters. The monitoring parameters include the temperature, humidity, voltage, current and other parameters of the equipment. We need to set them according to actual needs.Real-time monitoring of the operating status of the equipment. After the monitoring parameter setting is completed, we can monitor the operating status of the equipment in real time.

2. The first step is to obtain the operating status data of the equipment - that is, let the original "dumb" equipment "speak" tool: equipment status monitoring and diagnostic instrument, carry out equipment status monitoring, and obtain the vibration, temperature and other data of the equipment.

3. Acting on both sides of the controller membrane, the membrane supported by the spring is used to move and start the switch, which is used to monitor the operating status of the fan and the resistance state of the transitionor, to check the air quality in the HVAC or ventilation pipe, variable air volume system * large air flow control, etc.

Compared with the PLC system, how can the ALSI equipment status monitoring system help enterprises achieve lean production at a lower cost...

1. It is not only expensive, but also cannot guarantee that there will be no mistakes. Therefore, quality should be built into design, process and manufacturing, and a quality assurance system that will not make mistakes should be established, and it should be done correctly at once. Lean production requires low inventory and uninterrupted process.

2. Transform to digital upgrading to achieve lean production. At present, small and medium-sized enterprises are facing the problems of high energy consumption and low production capacity. One of the main reasons is the low degree of digitalization.

3. Strengthen supply chain management. Secondly, enterprises should strengthen supply chain management to ensure the smooth supply of raw materials and logistics and transportation. By optimizing the supply chain, enterprises can reduce costs, improve efficiency and improve product quality, so as to achieve lean production. Implementing standardized production is an important means to achieve lean production.

4. Virtual simulation and model: use virtual simulation technology and mathematical modeling to carry out product design, process optimization and production planning. This can reduce trial and error and duplicate manufacturing, improve efficiency and reduce development costs.

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