What is the operating principle of the roadblock machine?

Today, the editor of Xiamen Jietian Company will introduce the working principle of the flap roadblock machine. I hope it can help you in use. The roadblock car blocker is composed of thick PVC plastic as a movable support and stainless steel hard needles. The stainless steel needle has a central vent. After the needle pierces the tire, the air in the tire will be quickly released directly from the central vent. When the wheel contacts the stainless steel nail roadblock, due to the pressure during driving, the wheel presses against the stainless steel nail on the roadblock. The stainless steel nail will pierce the tire in the direction of the vehicle's movement, and the gas in the tire will leak out from the inner hole of the needle. Achieve the purpose of effectively intercepting the vehicle.

Of course, the core part inside the roadblock machine is also very unique. The core part mainly has a hydraulic and mechanical power mechanism design. This design ensures that the mechanical kinetic energy can be transferred to the hydraulic drive unit as quickly as possible, which can greatly save working time and is also very efficient. This hydraulic structure adopts a unique pressure vertical rise design, which can make the performance more stable and safer to use.

Introduction:
Roadblock (also known as car blocker). According to the protection performance, it can be divided into double-sided anti-collision roadblock and single-sided anti-collision roadblock. Both use hydraulic energy as the power to realize the lifting function of the flip body. Its main function is to provide security for key prevention departments such as troops, prisons, road checkpoints, warehouses, docks, etc. It prevents unauthorized vehicles from forcibly breaking in, and has high practicality, reliability and safety.
The editor of Xiamen Jietian Company introduces the working principle of the flip-plate roadblock to you, that is, do you know the place of use? If you want to know more, please continue to follow us.