-
E-mail
980349543@qq.com
-
Phone
13568829945
-
Address
Room 402, 4th Floor, No. 6 Tianba East Street, Deyuan Town (Jingrong Town), Pidu District, Chengdu City
Chengdu Keda Shengying Technology Co., Ltd
980349543@qq.com
13568829945
Room 402, 4th Floor, No. 6 Tianba East Street, Deyuan Town (Jingrong Town), Pidu District, Chengdu City
Intelligent node system equipment for monitoring river sand mining vesselsIntroduction
The system equipment regards each sand mining vessel as a collection node, and regularly collects and stores the depth of the impact pump and the draft depth of the sand mining vessel. The data is transmitted to the data center at a preset time point every day, thus defining each vessel as an intelligent collection node.

Intelligent node system equipment for monitoring river sand mining vesselsfeature
1.Serve the entire process of sand mining monitoring and management.
2. Integrate monitoring methods such as video, vibration frequency, location, and communication to form a multi integrated sand mining monitoring and management platform.
3. Use vibration frequency data for deep learning to optimize the warning model, and combine video image intelligent recognition to analyze the sand mining status of the sand mining ship.
4. Provide multiple parameter monitoring alarms to quickly, comprehensively, and accurately monitor the navigation and sand mining status of sand mining ships.
5. Built in power supply, even if the external power supply of the monitoring device is cut off, the sand mining monitoring device can work for a long time and provide various alarm signals.
6. Plan the scope of the sand mining vessel's work, and provide an alarm signal if it exceeds the preset range.
7. System openness and business scalability.

Following the trend of global sensor technology development and in response to the opportunities brought by the rapid development of the Internet of Things, the company combines embedded SOC on-chip systems with network communication and analog/digital signal processing to develop a high-performance IoT node (front-end) platform based on SOC technology. A transient signal testing system based on TCP/IP gigabit MCU, used for time and speed measurement in multiple national defense key scientific research projects.
The series of intelligent pressure/composite sensors have broken through technical bottlenecks such as compensation and correction of high-performance pressure sensors. Their stability and reliability have reached and some indicators are better than foreign products, breaking the monopoly of foreign countries in high-precision pressure sensors (scientific research). Member of the Chengdu Intelligent Sensor Special Committee and one of the drafters of the General Protocol for Data Interaction of Water and Sand Measurement Instruments in Model Experiments.