Henan LED street lights, Zhengzhou sign poles, Zhengzhou solar street lights, octagonal poles
Method for making an octagonal rod
Category: Industry News
Feb 13,2022
The octagonal pole refers to the pole generally used for installing traffic cameras and signal lights, usually made of metal, with high quality requirements. It can not only enhance urban safety but also provide effective protection for residents' lives, while also facilitating some work. It is mainly applied in supervised areas.Octagonal poleThe stability of the existing technology cannot meet actual usage needs. Strong winds and prolonged use can cause the octagonal column to topple and deform, affecting the use of the octagonal pole, while also posing certain safety hazards. In addition, due to harsh usage environments, over time, bird droppings and dust will adhere to the surface of the octagonal pole, and existing technologies cannot effectively clean the bird droppings and dust from the surface of the octagonal pole, greatly reducing urban aesthetics. Improvements to existing technologies are needed to solve these problems. Now, let's learn about the manufacturing method of the octagonal pole!
Key elements for implementing octagonal pole technology:
(1) Technical problems to be solved
The purpose of this utility model is to address the existing technology proposed in the background technology.Octagonal poleDue to strong winds or prolonged use leading to the toppling or deformation of the octagonal column, affecting its use and posing certain safety hazards, and existing technologies cannot effectively clean bird droppings and dust from the surface of the octagonal column, impacting urban aesthetics.
(2) Technical solution
To achieve the above objectives, this utility model features a fixed structure that includes vertical rods and horizontal rods, with a horizontal rod fixed on one side of the top of the vertical rod using bolts. Concrete is placed below the vertical rod, and concrete is embedded inside the ground. The vertical rod is embedded into corresponding concrete via flanges. The fixed structure is symmetrically arranged on both sides of the octagonal pole body, including fixed ears, a rotating rod, and nuts. The fixed ears are symmetrically fixed on the outer wall of the lower side of the octagonal pole body. Concrete is similarly embedded on both sides of the octagonal pole body corresponding to the ground.
Preferably, the fixed ears are also fixed at the top of the embedded material, with fixed ears located above ground level.
Preferably, a stop layer is provided at the outer end of the rotating rod, with a stop cover corresponding to the outer cover of the rotating rod on its inner side.
Preferably, fixed shafts are secured on both sides of the stop sleeve. The stop sleeve is rotatably connected to corresponding fixed ears via fixed shafts.
Preferably, a rotating cover is fixed on the outer wall of the rotating rod, with a screw fixed at one end near the screw cover.
Preferably, the rotating rod is secured by screw threads; these threads are fixed on both side walls near the front and rear sides of the octagonal pole body with fixed shafts.
Preferably, nuts are rotatably connected to corresponding fixed ears via fixed shafts installed on them. A non-adhesive coating is applied to both the fixed structure and outer surface of the octagonal pole body.
Compared with existing technologies, this utility model has beneficial effects as follows:
This utility model provides non-adhesive coatings, fixed structures, and concrete. The new non-adhesive coating can quickly clean foreign objects attached to both the octagonal pole body and fixed structures. Additionally, by setting up fixed structures on both sides of the octagonal pole body and corresponding concrete embedded within the ground, it stabilizes the octagonal pole body during strong winds. The rotational connection between limit covers and corresponding fixed ears as well as between nuts and corresponding fixed ears allows for installation adjustments based on existing octagonal pole bodies while avoiding significant errors in distance from corresponding embedded components' upper ends.
The above introduction is aboutOctagonal pole's manufacturing method. If you need more information, feel free to contact us!
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