The principle of solar grounding screw installation mainly includes the following aspects:
Working principle: Solar grounding screws are usually installed above the ground where underground cables are laid. It has built-in high-precision multifunctional sensors, such as gyroscope sensors, which can sense the vibration pressure of the road surface in real time. When abnormal vibration is detected within a range of more than ten meters on both sides of the cable channel, the ground nail will immediately determine whether there is a risk of external damage and send out early warning signals in various ways.
Early warning method:
Sound and light alarm: The ground nail will start its own sound and light alarm, emitting a dazzling red light and warning sound to warn the construction workers on site or other people who may cause cable damage, so that they stop dangerous behaviors.
Information transmission: Through the wireless communication module, the alarm signal is sent to the monitoring center system of the smart ground nail. The relevant management personnel can see the interface alarm information on the monitoring screen and understand the specific abnormal location and situation in time.
SMS and mini-program push: push warning SMS to the mobile phone of the manager, and the system can also link the WeChat mini-program. After receiving the SMS, the operation and maintenance personnel can log in to the background mini-program with their mobile phones, and the location of the smart ground nail will change from green to red on the map, which is convenient for the staff to quickly locate and rush to the site for inspection and processing.
Power supply method: the internal surface of the device is covered with solar panels, combined with built-in lithium batteries for power supply, without the need for external power supply. This design ensures that the ground nail can continue to work stably in various environments such as outdoors, achieve ultra-long battery life, and is green and low-carbon, meeting the requirements of energy conservation and environmental protection.
Installation method: the overall volume is small, usually round or similar, with a diameter of about ten centimeters, and can be embedded in the ground above the underground cable. The shell is hard, pressure-resistant and waterproof, the installation process is relatively simple, and does not affect the normal use and passage of the ground.
Intelligent Algorithm Analysis: Intelligent algorithms, such as the apriori algorithm and k-means clustering algorithm based on artificial intelligence deep learning for mining frequent item sets and association rules, are used to analyze the collected vibration data, effectively filter non-destructive vibrations, accurately determine whether there is an external damage risk, and avoid false alarms.
