Frame for transferring and storing composite insulators

Abstract

The invention relates to the technical field of composite insulator transportation, in particular to a frame used for transferring and storing composite insulators. The frame for transferring and storing the composite insulators is structured and comprises a bottom plate. Multiple stand columns are vertically arranged on the bottom plate. Every two adjacent stand columns are connected through a cross beam. A movable door is arranged on one side of the frame and is hinged to the corresponding stand columns through hinge pieces. A bottom limiting device for one ends of the composite insulators to be inserted is arranged on the bottom plate. The bottom limiting device limits the position of the end portions of the composite insulators in the horizontal direction so that the composite insulators can be vertically arranged. Compared with the prior art, due to the fact that the movable door is arranged, the composite insulators are convenient to store and take; and in addition, the limiting device is further arranged on the bottom plate, after the composite insulators are vertically placed, sliding of hardware fittings of the composite insulators is effectively limited, the composite insulators can be kept stably positioned, and the problems that previously, composite insulators need to be horizontally placed, and occupied space is large are solved.

Description

technical field [0001] The invention relates to the technical field of composite insulators, in particular to a shelf for transporting and storing composite insulators. Background technique [0002] Composite insulator is a kind of composite insulator products. Its structure is to set a metal fitting at one end of the mandrel of a general composite insulator. The shape of the metal fitting is cylindrical; at present, the length of a general composite insulator is between 1 and 2 meters. [0003] With the continuous increase of power grid projects, the demand for composite insulators is also increasing. At present, when storing and transporting composite insulators, the composite insulators after the inspection process are generally placed horizontally on one side of the shelf. After one side is full, the shelf is turned so that the other side faces the operating equipment, and the other One side is full of products, and finally pulled away. This method needs to provide more...

AI Technical Summary

Problems solved by technology

At present, when storing and transporting composite insulators, the composite insulators after the inspection process are generally placed horizontally on one side of the shelf. After one side is full, the shelf is turned so that the other side faces the operating equipment, and the other One side is full of products, and finally pulled away. This method needs to provide more room for movement because the car needs to turn, especially for long products, which require more space and will encounter a lot of trouble during the transfer process.

Moreover, multiple composite insulators are stacked horizontally on the shelf. Since the length of composite insulators is generally between 1 and 2 meters, it takes up a lot of space for storage. In addition, the horizontal stacking method is very inconvenient for counting the number of composite insulators. Moreover, the product will be deformed due to the pressure generated by stacking, which will affect the working performance of the composite insulator

Images