With the rapid development of urbanization, large Bridges have become the critical infrastructure to connect cities and regions. However, the urgent need for bridge health monitoring technology follows. In this context, the application of large bridge monitoring system (LBMS) is particularly important. Combined with advanced industrial control machine technology, we can more efficiently and accurately, ensure the safety and stability of the bridge.
The importance of large bridge monitoring systems:
Bridge is the key node of urban traffic, and its safety is directly related to public safety and traffic efficiency. Therefore, it is vital to monitor the health status of the bridge in real time and to identify and prevent potential structural problems. This can not only extend the service life of the bridge, but also ensure the stability and safety of the bridge in the event of natural disasters or heavy traffic.
Customer needs and pain points:
The large bridge monitoring system mainly consists of sensors, data acquisition units, data transmission system, data processing and analysis software, user interface and reporting tools, early warning and emergency response systems. Together, these components work together to achieve real-time monitoring and health assessment of the bridge structure.
Our customers have a clear need for bridge monitoring systems: real-time data collection and analysis, and can remote control and data transmission through the Internet of Things card. The main pain point they face is the high after-sales maintenance costs, especially in the foreign field, maintenance and inspection often require the help of climbing vehicles or bridge inspection vehicles, which greatly increases the operating costs.
To meet these needs, we have launched the industrial Box PC:
TBOX-2E15.
TBOX-2E15 is built to thrive at the edge, and makes a perfect addition to our modular Industrial Box PC Series. Powered by the Quad-Core Intel Elkhart Lake J6412 processor, which owns super high cost performance for industrial applications.
With the rapid development of urbanization, large Bridges have become the critical infrastructure to connect cities and regions. However, the urgent need for bridge health monitoring technology follows.
● Rugged & compact, fanless designed box structure;
● On-board Intel Elkhart Lake J6412 Quad-core processor;
● 1* DDR4 memory, single slot, max. up to 32GB,
● 1* M.2 2280(NGFF) Key-M slot (PCIe x2 NVME) SSD;
● DC 12V input, optional wide voltage DC 9~36V input;
● 2 GLAN, dual wireless expansion 4G/5G, WIFI/BT support;
● 8 USB (3 USB3.0), 6 COM, GPIO (Optional), 2 HDMI, Audio;
● Optional with Industrial -20 ~ + 70℃ operating range.
Industry trends:
The development of intelligence and automation: With the development of artificial intelligence and machine learning technology, the bridge monitoring systems in the future will be more intelligent and automated. This means more efficient data analysis, more accurate predictions, and faster response.
The convergence of the Internet of Things (IoT): The convergence of the Internet of Things technologies will make bridge monitoring systems more interconnected and intelligent. With IoT, more extensive data collection and more efficient remote control can be achieved.
Continuous innovation and upgrading: With the continuous progress of technology, industrial control machines and monitoring equipment will continue to innovate and upgrade to adapt to more complex monitoring needs and more demanding environmental conditions.
To sum up:
The application of TAICENN industrial control PCs in large bridge monitoring systems not only demonstrates our leading position in the field of high-end industrial control PCs, but also highlights our deep understanding of innovative technologies and customer needs. With the continuous development of intelligence and automation, we will continue to push the boundaries of industrial control machine technology, to provide more efficient and reliable solutions for all walks of life.