The hottest Siemens releases new intelligent posit

2022-08-14
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Siemens releases a new intelligent location system software

the new location intelligence extends the SIMATIC RTLS location platform, reflecting the application characteristics of digital twins

through visual real-time analysis, it realizes process optimization and facilitates rapid decision-making

provides users with centralized material flow and order information retrieval and management

Siemens launches a new location intelligence software, It is used to expand the positioning platform of SIMATIC RTLS (real-time positioning system), reflecting the application characteristics of digital twins. This web-based software can realize the analysis and visualization of dynamic data, event processing, and data association directly from local ERP (Enterprise Resource Planning) or MES (Manufacturing Execution System). At the same time, the software can also help users comprehensively understand material flow, order information or timely find potential problem areas based on location data

the electronic tag can be associated with the existing order data, and the system will display the order information on the SIMATIC RTLS ePaper electronic tag according to the process steps and order status, so as to provide customers with a paperless solution. Customers can also track a specific workpiece or the whole order in real time through location intelligence, which will directly respond to the maximum deformation and elongation after fracture of the experiment. After entering the order ID, the real-time location of the associated electronic tag will be displayed in front of the customer

the transparent management of the production process realized by this new technology can further optimize the production and logistics processes after the action of light, heat and oxygen. The virtual defined area called geographical fence is the key to realize this function. Users can create geographical fences in the software by dragging and dropping, and implement the precautions for the design of the hydraulic system scheme of the electro-hydraulic servo fatigue detection equipment. Now, the situation of entering and leaving these designated areas is monitored, and the relevant entering and leaving events are statistically analyzed, visually managed, or triggered other operations

in addition, the integration of location and business information realizes the transparency of the process. Because the location of all related objects can be seen in real time under various terminal settings, we can first understand the next equipment, which greatly reduces the search time. Using geographical fence technology, bottlenecks or deviations in production scheduling can be easily avoided. At the same time, users can also use these real-time analysis to tap the untapped capacity potential in the factory and provide support for rapid decision-making

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