Pipe conveying equipment not prone to falling

Abstract

The invention discloses pipe conveying equipment not prone to falling. The pipe conveying equipment not prone to falling can well achieve conveying of pipes, and facilitates putting down of the pipesafter spot check of a detection mechanical arm. When the mechanical arm puts down the pipes, the adverse effect of the pipes on the conveying equipment is effectively reduced, the oscillation phenomenon is reduced, the pipe conveying reliability is effectively guaranteed, the risk of falling of the pipes is reduced, the pipe conveying stability and reliability are effectively guaranteed, and the pipe conveying safety is improved. Meanwhile, the pipes can be conveniently taken and put through a pumping check taking and putting mechanical arm, the pipe taking and putting space is guaranteed, seamless joint of the pumping check taking and putting mechanical arm and the pipe conveying equipment is achieved, and the pipe conveying safety is improved.

Description

technical field [0001] The invention specifically relates to a pipe conveying equipment that is not easy to drop, and belongs to the field of pipe conveying equipment. Background technique [0002] For the batch processing and production of pipes, the flow-through method is generally used to realize processing, production and testing. After the pipe is produced, it needs to be transported to the processing and testing station by conveying equipment for subsequent processing and testing. For the production of most pipe fittings, the inspection is generally carried out by random inspection, and the equipment for random inspection is generally located on the side of the conveying equipment. The final pipe fittings are placed on the conveying equipment to continue conveying. However, since the conveying equipment generally adopts chain plate or belt conveying equipment, however, for the current chain plate or belt conveying equipment, the conveying surface is generally smooth t...

AI Technical Summary

Problems solved by technology

For the production of most pipe fittings, the inspection is generally carried out by random inspection, and the equipment for random inspection is generally located on the side of the conveying equipment. The final pipe fittings are placed on the conveying equipment to continue conveying. However, since the conveying equipment generally adopts chain plate or belt conveying equipment, however, for the current chain plate or belt conveying equipment, the conveying surface is generally smooth transition, generally It is a horizontal or inclined setting. In this way, when the sampling inspection manipulator grabs and places the pipe fittings, because the pipe fittings are generally heavy, and because of the rigidity, when picking and placing, especially when placing the pipe fittings, The chain plate is easily subject to great vibration, which not only easily damages the chain plate motor, but also easily causes the pipe to be misaligned or shifted, resulting in the pipe being scattered

[0003] Moreover, for equipment that is conveyed obliquely, due to the random inspection during transportation, when the pipes that have passed the inspection are placed on the conveying equipment, pipe fittings are often placed at various positions on the conveying equipment, causing the pipes to be very damaged. It is difficult to accurately place on the chain plate, even if it is placed, there will be a risk of the pipe fittings being scattered during the transportation process, which will affect the safety and reliability of the transportation

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