EM-I62H robuuste handheld beschermt de ecologische mariene omgeving

Solution

The EM-I62H rugged handheld combines high portability and ruggedness, making it suitable for outdoor marine operations during sea monitoring tasks. Equipped with the Windows 10 operating system, it seamlessly integrates with monitoring systems. It is compatible with other monitoring devices, facilitating communication between monitoring points, so that monitors can issue or receive instructions, and transmits and archives data in real-time through multi-network fusion, providing reliable data support for monitoring and crisis decision-making in marine ecosystems.

Benefits

The EM-I62H rugged handheld significantly enhances the flexibility and adaptability of marine monitoring. With its 6-inch body, it is easy to carry out to sea, and its high-definition screen ensures clear and intuitive display of data even in outdoor sunlight. The built-in high-capacity removable battery allows for easy replacement, maintaining stable battery life during prolonged monitoring at sea. With the introduction of the EM-I62H, monitoring personnel can more effectively monitor changes in the marine environment, promptly identify issues, and take necessary measures to protect the marine ecosystem.

Challenge

In today's world, where there is an increasing tension between global food, resource, and energy supply and the rapid growth of the population, the development and utilization of the abundant resources in the ocean have become an inevitable trend in historical development. However, marine resource development comes with certain risks, such as oil pollution and overfishing. Therefore, monitoring the marine environment is necessary to ensure the sustainable use of resources, avoid ecological damage, and prevent resource depletion caused by excessive development. It also involves detecting pollutants in the ocean. Marine environmental monitoring involves extensive data collection, storage, and processing, requiring the establishment of efficient data management systems and the introduction of mobile smart terminals for technical support to extract useful information and conduct analysis and decision-making.

The client is a company focused on the development of marine survey equipment and technology services, including marine optics, marine hydrology, environmental monitoring, and marine mapping. They primarily monitor and collect various parameters of seawater in areas near land-based sewage outlets, seawater aquaculture areas, and dumping areas, as well as the particle content and concentration of pollutants. Since marine detection operations are conducted outdoors, often on ships at sea, ordinary equipment is susceptible to outdoor high temperatures, water ingress, and corrosion from marine salt spray, leading to equipment failures and operational interruptions. Additionally, consumer-grade laptops are not convenient to carry around. Therefore, the client urgently needs to find portable and rugged mobile smart devices to replace consumer-grade laptops as data collection tools for marine environmental monitoring.

Solution of EM-I62H

The client's marine monitoring system is developed based on X86 architecture, requiring portable Windows devices to run in conjunction. The EM-I62H is the smallest handheld device on the market that supports the Windows system. It integrates seamlessly with the client's software system and its 6-inch lightweight body perfectly meets the client's need for portability during sea monitoring operations. Additionally, Its high-performance processor efficiently handles multitasking.

After finalizing the monitoring plan and target area, monitoring personnel embark with a complete set of equipment, including the EM-I62H, sensors, detectors, hydrological measuring instruments, etc., which are deployed at designated monitoring locations and powered on. The EM-I62H is connected to the detection equipment via an OTG cable for wireless communication between monitoring points. Monitoring personnel utilize the EM-I62H to issue and receive task instructions. The EM-I62H features a 2MP+5MP dual camera system allowing personnel to capture images and videos for documentation purposes during monitoring. Once data collection on the monitoring equipment is completed, data is transmitted back to the EM-I62H in real-time via an external USB adapter, enabling personnel to read relevant testing data on its high-definition screen without being affected by direct sunlight.

Additionally, leveraging the multiple wireless communication modules of the EM-I62H, data from the device can be rapidly uploaded to the backend monitoring system for archiving and data analysis. This helps monitoring personnel to grasp the current marine environment and water quality, identify issues in time, make decisions regarding targeted environmental protection measures, and subsequently move the equipment to the next monitoring point to continue operations.

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