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Talking about those grooves again, well, these grooves didn’t just cause problems later on; there were difficulties even earlier on as well. They got stuck on one side of an overpass near the workplace, and it was impossible to pass through. So everyone went there to take a look and come up with solutions. Upon going to the site, I saw it – oh, now I understand one thing: when designing and constructing channels, transportation must be taken into account! The trough just can’t get through – it’s a trough with a diameter of 3.6 meters, and it’s completely blocked by the bridge arch. Some people suggested removing the sleepers, others said to deflate the tires, still others proposed digging a hole in the road surface, while some recommended using a different trailer. Others suggested cutting the trough in half, transporting it across, and then welding it back together. All these suggestions failed to solve the problem. But what no one else thought of was something that came to mind to me, this naive young guy: it’s such a simple solution – just demolish the bridge above, and then it will be possible to get through. When I said that, everyone burst into laughter. Youthful ignorance isn’t really a fault. But in the end, the problem was resolved – there was no damage caused, nor was a trailer needed; we simply paid the required fee to get past the obstacles. Since it was impossible to proceed otherwise, we had to pay to hire a crane, which was used to remove the obstacles so that the equipment could be loaded onto the vehicle, and eventually it arrived at the destination successfully. However, there’s still one thing I don’t understand: although the distance to be traveled was only a few dozen kilometers, there were so many height restrictions along the way (from power lines to telephone lines, etc.). How did they manage to get through all those obstacles? It seems that the manufacturers also learned a lot from this experience; as it turned out, they realized that the manufacturing process has an impact on transportation, and this factor needs to be taken into account. Indeed, in subsequent shipments, the equipment was transported in halves and then assembled on-site.
This thing has height and width restrictions; it’s not allowed on the highway during the day, but it’s fine at night.
Come and join in to share your \"so that’s how it is\".
Thank you for your advice; I’ve learned a lot more. . Haha
Mechanical manufacturing designers need to consider two things: one is manufacturing; The second is transportation. This transportation is divided into two parts: one is capacity. The second is the feasibility of implementation (most urban bridges and culverts have a height limit of 5.5 meters). Why add Wenchang on top of the already excellent Jiuquan?
You need to ask the shipping company about this; there are restrictions on deliveries at night on highways, but as long as you pay the fee, the necessary warnings will be provided. There are so many wires and telephone lines running along the way; they certainly can’t be straight, as gravity causes them to form a downward curve. As long as you have a bamboo pole, insulating gloves, and insulating shoes, in places where vehicles cannot pass, you can use the bamboo pole to prop things up and get through.
The company originally had a tank to be installed in Sichuan, and they sent people to conduct inspections along the way, which took many days.
I’ve been in contact with something special with a diameter of 4 meters; it’s about 2,000 kilometers away. I’ve prepared hundreds of thousands as payment to get there
Once, on a business trip, I saw tower transport; the tower was divided into several sections, with one trailer carrying each section. The head and control system were left on a trailer........ :lol
Our company has also encountered such situations, with someone specifically responsible for absconding (planning transportation routes)