Shipping platform for electric power distribution transformer

Abstract

Disclosed is a shipping platform for electric power distribution transformer. Four elongated plates are vertical two by two to form a #-shaped carrier. First long grooves communicated with the lower portions are formed in the two side section surfaces of at least two parallel first elongated plates of the elongated plates. First screws capable of moving in the first long grooves are arranged in the first long grooves, first rotation handles are arranged at the upper ends, and compression plates arranged on the surface of the elongated plates to be used for compressing the transformer are arranged in the first screws. Second long grooves communicated with the lower portions are formed in the two side section surfaces of the other two parallel second elongated plates, two retaining plates are arranged on the two side section surfaces of the second elongated plates, second screws penetrate the retaining plates and stretch into the second long grooves corresponding to the second long grooves, second rotation handles are connected with the upper ends of the second screws, and the retaining plates are fixed on the second elongated plates through the second rotation handles.

Description

Technical field [0001] The invention relates to a shipping platform for distribution transformers in a power system distribution network, in particular to a shipping platform for power distribution transformers installed on electric rescue vehicles, belonging to distribution transformers The technical field of shipping tools. Background technique [0002] The distribution network of the power system is comprehensive, and the distribution layout of distribution transformers has the characteristics of "multiple points and wide areas". Although the voltage level of power distribution transformers is low (10kV, 20kV distribution network) and small in size, Because of its manufacturing factors, only the four corners under the large cover of the distribution transformer are reserved for lifting load-bearing barbs. After it is installed and in place, the fixed point for operation is set at its bottom to support the channel steel. Nowadays, most of the fixing methods of distribution tra...

AI Technical Summary

Problems solved by technology

[0002] The distribution network of the power system covers a comprehensive range, and the distribution arrangement of distribution transformers has the characteristics of "many points and wide area". Due to manufacturing factors, only the four corners under the large cover plate of the distribution transformer are reserved for hoisting load-bearing barbs, and the fixed point for its operation after it is installed and in place is set at its bottom to support the channel steel. Nowadays, most of the fixing methods for distribution transformers during transportation are by means of the four hoisting load-bearing barbs, and the fixing method is that the ropes are reversely pulled from these four corners. Since this fixing method must be fixed from the distribution transformer The gap of the insulating porcelain bottle directly above the large cover passes through the rope, and the bumps during transportation will inevitably lead to damage to the insulating porcelain bottle.

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