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Reliability makes it easier to complete the task Durability and Portability of Equipment: Mobile intelligent equipment needs to have sufficient durability to adapt to the working environment of the petrochemical industry and comply with ATEX standards to ensure equipment explosion-proof performance and safety. At the same time, mobile intelligent equipment also needs to be lightweight and easy to carry, allowing workers to perform inspection tasks between different equipment.
We focus on safety and productivity Rugged mobile computers can withstand the most challenging environments miners encounter, such as constantly vibrating vehicles, dust and mineral particles in the air, changeable weather conditions, hard surfaces and humidity, thereby reducing worker and equipment downtime and improving safety and productivity.
The explosion-proof and reinforced mobile intelligent equipment will play an important role in safety supervision in the petrochemical and mining industries. These devices combine explosion-proof and reinforced designs, allowing them to work in hazardous environments, and have digital and intelligent features that can improve the efficiency and accuracy of safety supervision by transmitting data and monitoring device operation in real-time.
Scientific and efficient to ensure safety Real-time inspection management system combines the application of mobile terminal, system management platform and ATEX series of internal safety and explosion-proof products and other technical means, which can make oilfield inspection more scientific and efficient, improve production efficiency and ensure the safety of equipment and oil production. Through real-time monitoring and scheduling, we can reduce missed inspection, timely adjust inspection sequence or increase inspection points; Meanwhile, human error and data loss are avoided to improve the reliability and authenticity of data.
Scientifically and efficiently ensuring safety The application of intelligent vehicle terminals based on radio frequency technology (RFID), satellite positioning (GPS) and other technologies can provide strong technical support for the tracking, monitoring and management of dangerous goods logistics process, and provide technical guarantee for emergency management after accidents.
Due to the harsh environment of mining operations, electronic products may be affected by various adverse factors such as particles, moisture, high temperature, and low temperature, leading to a decrease in their durability and even inability to operate normally.
In mining operations, rapid data collection is required, but due to the harsh environment on site, electronic products may experience data loss or damage, resulting in reduced data collection efficiency or inability to perform data analysis and decision-making.
In mining sites, various assets and vehicles frequently move and need to be managed, but due to the complex site environment, communication signals may be unstable or interrupted, resulting in the inability to conduct real-time management.
Wireless device monitoring technology used in mining can adopt proactive maintenance methods, saving time and improving worker safety. Rugged handheld devices running predictive maintenance software can collect and analyze equipment data to determine maintenance needs and recurring trends, and provide usage information to mining operators. Wireless sensors installed on equipment report maintenance data directly to workers' tablets or PDAs, such as temperature, load weight, speed, air quality, fuel consumption, and running time, allowing them to schedule maintenance tasks and repair components before equipment failure occurs.
Mobile computers running asset tracking and production control software are an important component of mining asset management. Safe vehicle installation, fast processing, built-in data capture tools, simple input options, and connectivity enable miners to reliably track assets and manage resources and materials while saving a lot of time. On-site mining workers use rugged handheld devices to track equipment status by entering detailed information into digital spreadsheets using barcodes or RFID. They can also easily schedule predictive maintenance and retain detailed inspection and maintenance histories.
In mining sites, various assets and vehicles frequently move and need to be managed, but due to the complex site environment, communication signals may be unstable or interrupted, resulting in the inability to conduct real-time management.
Mining operators conduct multiple on-site inspections of surface and underground mines each year to identify health, safety, and environmental (HSE) risks based on their own company regulatory standards and comply with regulations from the Mine Safety and Health Administration (MSHA). Inspectors require reliable and fully portable mobile devices to perform compliance checks safely and accurately.
Mining companies operate over a wide range of projects, and by using GPS tracking and landmark tagging to identify and navigate to important locations, mining operators can save a lot of time and resources. Rugged handheld devices equipped with GPS and GIS tools help measure property, evaluate mining conditions, analyze mineral potential, manage buildings and resource allocation, plan mining infrastructure, and determine environmental impact. Today's mining handheld devices come with built-in GPS and multiple ports that can connect to external antennas and devices. They can run powerful map software for large image files and display high-resolution visual effects on wide, sunlight-readable displays for optimal outdoor productivity.
Large mining fleets require reliable communication options to maintain productivity, efficiency, and safety. Rugged and durable handheld devices enable vehicle operators to communicate via WiFi and cellular networks and use the soten system for vehicle-to-vehicle communication to receive instructions from dispatch and control centers. Durable parking spaces can safely place tablets and PDAs on vibrating equipment, providing integrated communication and task management tools for real-time transmission of status updates, location, captured data, and images on-site.
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