Tree-root-shaped telegraph pole inclined pull line fixator

Abstract

The invention discloses a tree-root-shaped telegraph pole inclined pull line fixator and relates to the technical field of outdoor electric power transmission equipment. The tree-root-shaped telegraph pole inclined pull line fixator comprises a pointed pile, and the upper end of the pointed pile is fixedly sleeved with a knocking ring; the upper end face of the knocking ring is higher than the upper end face of the pointed pile; a pull line ring is welded to the outer side face of the knocking ring; at least four channels are annularly and evenly distributed on the upper end face in the pointed pile; each channel is in the shape of L in the vertical direction; a non-return drill rod is arranged in each channel in a penetrating manner; each non-return drill rod is evenly provided with circular-truncated-cone-shaped protrusions in the length direction; the lower ends of the non-return drill rods penetrate the channels and extend out of the pointed pile; the knocking ring is connected with a top cap through internal threads; and the top cap is matched with the upper portion of the pointed pile in a sealing manner. The tree-root-shaped telegraph pole inclined pull line fixator has the beneficial effects that a traditional method that an inclined pull line is fixed through a cement pouring clod is changed, the traditional method can be effectively replaced, man hours and the labor amount are reduced, engineering equipment and raw materials are saved, changes of the terrain are avoided, and the shape is attractive.

Description

technical field [0001] The invention relates to the technical field of outdoor power transmission equipment. Background technique [0002] Electricity has become an indispensable part of people's life, work, and travel. The country has vigorously developed and improved infrastructure equipment in recent years, and the power transmission system has also been greatly developed and improved. In China, electric poles are often used to guide Electric wires are used to transmit electric energy. The utility poles are deeply buried in the ground and have a certain degree of stability. However, due to some special reasons, such as terrain and geological reasons; It is not very good to ensure that the wire transmission is foolproof, which requires fixing the cable-stayed wire on the utility pole to achieve the purpose of stability; in the traditional method, the other end of the cable-stayed wire is fixed on the cement block poured in the ground. Pouring cement blocks greatly changes...

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Problems solved by technology

[0002] Electricity has become an indispensable part of people's life, work, and travel. The country has vigorously developed and improved infrastructure equipment in recent years, and the power transmission system has also been greatly developed and improved. In China, electric poles are often used to guide Electric wires are used to transmit electric energy. The utility poles are deeply buried in the ground and have a certain degree of stability. However, due to some special reasons, such as terrain and geological reasons; It is not very good to ensure that the wire transmission is foolproof, which requires fixing the cable-stayed wire on the utility pole to achieve the purpose of stability; in the traditional method, the other end of the cable-stayed wire is fixed on the cement block poured in the ground. Pouring cement blocks greatly changes the topography and landform, which is likely to cause land subsidence and deformation, thereby changing the position of the cement blocks, thereby reducing the tension force, or even failing, and easily causing accidents; pouring cement blocks requires digging in advance and burying them afterwards. It is necessary to prepare cement, mixer, watering device, etc. The process is complicated, the operation is cumbersome, a lot of equipment is required, time-consuming, laborious, laborious, waste materials, prolonging the construction period, and increasing the difficulty of wire transmission; once the poured cement block is completed, it is difficult to change Its size, location, direction, etc. have poor flexibility, low fault tolerance rate, and cannot be reused. The recycling rate is low, and it is easy to generate industrial waste, causing difficulties for subsequent processing, and it is difficult to meet environmental protection requirements.

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