operation in various road environments
The following is a detailed introduction to the use of
Solar Studs and the stability guarantee:
I. How to use
Solar Studs
Installation location:
1.
Solar Studs are mainly installed in the middle of the road markings, the middle of the double yellow line or in areas that require special markings, such as intersections, curves, zebra crossings, etc.
2. During installation, it is necessary to ensure that the studs are flush with the road surface or slightly higher than the road surface so that the wheels can roll over without damage, while ensuring good visual effects.
Working principle:
1.
Solar Studs uses sufficient light during the day to illuminate the solar panel, convert light energy into electrical energy and store it in the built-in power module.
2. When night falls or the ambient light is insufficient, the built-in LED lights of the studs will automatically light up, emitting bright light, clearly outlining the road contour and indicating markings.
Control method:
1.
Solar Studs can adopt a variety of control methods, including closed-loop control, interlocking control and short-cycle embedded control. These control methods can achieve synchronous operation between
Solar Studs, improving the overall visual effect and safety of the road.
2. In particular, the short-cycle embedded control technology can achieve high-precision synchronous operation, and there is no maximum installation distance requirement, which can achieve long-distance installation under the most convenient conditions.
2. Stability guarantee of
Solar Studs
Structural design:
1. The shell of
Solar Studs is usually made of high-strength, wear-resistant and corrosion-resistant materials to withstand repeated rolling of wheels and the impact of bad weather.
2. Design structures such as reinforcing ribs on the shell to share the pressure borne by the electronic part and improve the overall pressure resistance.
Sealing performance:
1. The sealing performance of
Solar Studs is the key to ensuring its long-term stable operation. Use strong neutral adhesive materials to ensure that the solar panel, LED lampshade and
road stud shell are tightly bonded without gaps in the middle.
2. The LED lampshade and the internal circuit board are isolated. Even if the LED lampshade is damaged, it will not affect the normal operation of the internal circuit.
Compression resistance:
1. The exposed solar panels can be made of high-strength materials such as PC bulletproof materials to enhance the compression resistance of the electronic part.
2. By optimizing the structural design, the volume and weight of the electronic circuit can be reduced, and the pressure on it can be further reduced.
Stability test:
During the production and use process,
Solar Studs must undergo strict stability tests, including compression tests, waterproof tests, weather resistance tests, etc., to ensure that it can work stably for a long time in actual applications.
Maintenance and management:
1. Regularly inspect and maintain
Solar Studs, including cleaning surface dirt, checking whether the circuit connection is good, replacing damaged parts, etc.
2. Establish a complete maintenance management system and emergency plan to deal with possible failures and problems.
In summary, the use of
Solar Studs is simple and clear, and the guarantee of its stability depends on scientific design, high-quality materials and strict testing and maintenance management. These measures together ensure that
Solar Studs can operate effectively in various road environments and contribute to road traffic safety.
