Henan LED street lights, Zhengzhou sign poles, Zhengzhou solar street lights, octagonal poles
The production process of octagonal rods.
Category: Industry News
Feb 16,2022
The current traffic is well-connected. To effectively control and direct vehicles and pedestrians on the road, traffic lights, guiding signs, and road signs are often set up at intersections and necessary roads. However, these devices are installed on different poles.Octagonal poleGenerally, only a limited number of devices can be installed to ensure stability; those with larger spans are unstable and cannot support many devices, making them prone to damage in harsh weather. To address this situation, technical innovation is needed based on existing poles. Now, let's learn about the production process of octagonal poles!
Key elements for the implementation of octagonal pole technology:
The purpose of the octagonal pole is to solve the issues presented in the background technology regarding general pole components. To ensure greater stability, generally only a limited number of devices can be set up; those with larger spans are not stable enough and cannot support many devices, making them prone to damage in harsh weather. A large-span four-lane vehicle has been developed.
Octagonal poleTo achieve the above objectives, this utility model includes a concrete base plate, telescopic columns, a first tie rod, a sleeve, and a main beam arm. A main wedge component is installed at the central part below the concrete base plate, with auxiliary wedge components installed on both sides of the main wedge component. Auxiliary brackets are fixed on both sides of the octagonal column's bottom. On both sides of the sleeve, a supporting plate is fixed on the upper left side. The telescopic column is located above the octagonal column, with one end welded to the left side of the supporting plate. A first positioning wheel is set inside the first tie rod. A winding wheel is installed above the supporting plate. A main steel wire is set inside the sleeve, and a groove is provided inside the main beam arm. The main beam arm is located on the upper right side of the telescopic column. An auxiliary beam arm is installed inside the groove, with a mounting plate on it. A rib frame is fixed above the main beam arm, and it is fixedly connected to the rib frame through a second tie rod. A second positioning wheel is installed at the connection between the rib frame and the second tie rod, with an auxiliary line inside both.
Preferably, an installation groove is set at the central part of the concrete base plate, with tracks installed on the ground of the concrete base plate and sliders installed inside the tracks.
Preferably, the main wedge component passes through the installation groove in the central part of the concrete base plate, and auxiliary wedge components on both sides of the main wedge component have an "8" shape structure.
Preferably, the octagonal pole forms a movable structure with the main bracket through a sleeve; the main bracket has a telescopic structure and is symmetrically arranged relative to the central axis of the octagonal column.
Preferably, one end of the main rope winds around a winding wheel while its other end passes over a first positioning wheel and a third positioning wheel to connect with an auxiliary rope. Four second tie rods are preferably arranged parallel to each other above the main beam arm in a horizontal direction.
Octagonal poleCompared to existing technology, this utility model's effect is: this large-span four-lane octagonal column can span four lanes simultaneously while being able to carry many devices. The use of tie rods strengthens its overall structure, making it more stable and able to withstand harsh weather.
The above describes an embodiment of this utility model; however, those skilled in this field will understand that without departing from its principles and spirit, various changes, modifications, substitutions, and transformations can be made within its scope as defined by the appended claims and their equivalents.
The above introduces the production process of octagonal poles. If you need more information, feel free to contact us!
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