Material receiving mechanism for conveying pipe fitting

Abstract

The invention discloses a material receiving mechanism used for conveying pipes, comprising a conveyor belt which is arranged on a bracket and a motor which drives the conveyor belt to rotate; one side of the conveyor belt is provided with a material receiving frame which can move upwards and downwards and convey the pipes onto the conveyor belt; the upper end of the material receiving frame is provided with a plurality of clamps which are used for arranging pipes; a cylinder used for pushing the material receiving frame is arranged below the material receiving frame. The material receiving mechanism has the beneficial effects that the upper end of the material receiving frame is provided with a plurality of clamps used for arranging pipes, thus ensuring that the pipes can be conveyed stably and enter material receiving troughs corresponding to each pipe without impact during the material receiving process and the blanking is arranged orderly; the cylinder pushes the material receiving frame to move downwards; the pipes can drip on the conveyor belt in running stably and orderly and can move forwards together with the conveyor belt; finally, the pipes can be stably and orderly sent to the material storage trough which is arranged at one side of the conveyor belt; the transmission of the pipes is stable and orderly.

Description

[technical field] [0001] The invention relates to a conveying device, in particular to a material receiving mechanism for conveying pipe fittings. [Background technique] [0002] The traditional elbow or pipe fitting material receiving mechanism is composed of a rotating shaft and a swing arm. The cylinder drives multiple swing arms to rotate around the rotating shaft at the same time to complete material receiving and transfer. The material receiving process is as follows: processed elbow or other pipe fittings After being transported from the machine tool, the bent pipe or pipe fittings are placed on the receiving rack formed by multiple swing arms, and after the swing arm is driven by the cylinder to rotate a certain angle around the rotating shaft, the bent pipe or pipe fittings on the swing arm slide down to the storage on one side. In the trough. [0003] During actual use, the existing material receiving mechanism has the following disadvantages: (1), the elbow or pi...

AI Technical Summary

Problems solved by technology

[0003] During actual use, the existing material receiving mechanism has the following disadvantages: (1), the elbow or pipe fitting is elongated, and its front end will bend downward after the elbow or pipe fitting is moved out to a certain length. When placed on the rack formed by multiple swing arms, the front end of the elbow or pipe fitting is easily inserted under the rear swing arm, causing the processed elbow or pipe fitting to be twisted and damaged; (2). Multiple bends or pipe fittings on the pipe machine are placed on the swing arm together. Since the upper surface of the swing arm must be smooth, multiple bends or pipe fittings are placed on the swing arm in disorder. When the cylinder drives the swing arm to rotate around the shaft After a certain angle, the elbows or pipe fittings on the swing arm are poured into the storage tank is also very messy, thus affecting the storage capacity of the storage tank

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