Automatic conveying device of metal round pipes

Abstract

The invention discloses an automatic conveying device of metal round pipes and belongs to the field of pipe fitting conveying mechanical equipment. A round pipe falling mechanism and a round pipe transferring mechanism are sequentially arranged on a round pipe conveying support from top to bottom. A round pipe overturning mechanism is arranged at the position, on one side of the round pipe transferring mechanism, of the round pipe conveying support. A pipe bearing falling mechanism and a falling rotating disc are arranged on the two sides of a round pipe falling guide pipe correspondingly. A round pipe transferring bearing plate is arranged on a horizontal moving limiting support in a sliding manner. A reciprocating rotating round plate is arranged on a guide plate rotating support. A round pipe overturning containing chamber of a square structure is arranged on the outer side of the reciprocating rotating round plate. A round pipe conveying belt is arranged at the position, on one side of the lower end of the reciprocating rotating round plate, of the round pipe conveying support. The automatic conveying device is reasonable in structural design, the metal round pipes can be stably and efficiently guided and conveyed one by one smoothly and continuously, the metal round pipes can be automatically and accurately overturned to adjust the stations, the automatic degree of metal round pipe conveying is increased, and the machining use requirement is met.

Description

technical field [0001] The invention belongs to the field of mechanical equipment for conveying pipe fittings, and in particular relates to an automatic conveying device for metal round pipes, which is mainly used for continuous conveying and processing of metal round pipes. Background technique [0002] Metal round pipe refers to a cylindrical structural pipe made of metal materials with openings at both ends and a hollow concentric section. It can be used in the fields of pipelines, thermal equipment, machinery industry and chemical industry. Different types can be divided into seamless round tubes and welded round tubes. In addition to classifying metal round tubes according to processing technology, metal round tubes can also be classified according to usage, connection methods and materials. There are many types of metal round pipes. Metal round pipes used in different fields need to use metal materials of different materials. The quality of metal materials directly det...

AI Technical Summary

Problems solved by technology

During the production and processing of metal round tubes, the metal round tubes produced and processed by the previous process need to be conveyed and guided one by one to enable the processing of the subsequent process. The existing metal round tube transfer device has a complex structure and troublesome operation. It is difficult to realize the smooth and sequential delivery of the metal round tubes one by one. In the process of material guide transfer of the existing metal round tubes, it is difficult to use the gravity of the metal round tubes to automatically drop the metal round tubes one by one. Material transmission, metal tube material guide transmission mainly adopts mechanical retrieving device to pick up and place the metal tube, mechanical reclaiming device is mainly driven by drive motor and hydraulic cylinder, resulting in relatively high energy consumption for metal tube material transfer High, and the equipment is prone to failure, and the maintenance cost is high, so that the continuous high-frequency feeding and transfer of the metal round tube cannot be carried out. According to the needs, the metal round tube needs to be turned over to adjust the transfer station. Since the metal round tube has a cylindrical structure as a whole, it is difficult to efficiently and smoothly clamp the metal round tube when using a mechanical device to turn the metal round tube over and adjust the position. The tight limit position is fixed, which makes the metal round tube easy to produce offset rotation when turning over and adjusting the position, which affects the smooth and accurate turning and adjusting position of the metal round tube. The turning and adjusting position of the existing metal round tube is mainly realized by manual operation. The low degree of automation of the metal round tube guide material transmission leads to high labor intensity for the operators and low efficiency of the metal round tube turning adjustment station, which makes it difficult to meet the continuous large-scale production and processing of the metal round tube, reducing the efficiency and quality of the metal round tube transmission and processing. Can not meet the needs of processing and use

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