Automatic processing system used for glass fiber reinforced plastic pipeline

Abstract

The invention discloses an automatic processing system used for a glass fiber reinforced plastic pipeline. The automatic processing system comprises a winding mechanism, a heating mechanism and a feeding frame for conveying materials to the heating mechanism from the winding mechanism, wherein the winding mechanism comprises a mould mandrel; a non-rotation structure which is in non-rotation fit tomaterials on the mould mandrel sleeves the mould mandrel; the non-rotation structure comprises a first non-rotation part which is fixedly connected to one end of the mould mandrel and a second non-rotation part which is detachably connected to the other end of the mould mandrel; the heating mechanism comprises a heating room, a feeding chain arranged in the heating room, a hot air blowing-feedingpart arranged in the heating room and a hot air generating part which is matched with the hot air blowing-feeding part. The first and second non-rotation parts are matched, so that rotation stop of the mould mandrel and a pipeline is good, and quality of processed product is higher; the hot air blowing-feeding part is arranged, so that drying effect is good, speed is high and work efficiency is greatly improved; and waste of heat energy is reduced, so that energy conservation and consumption reduction are achieved.

Description

technical field [0001] The invention belongs to the technical field of FRP pipeline manufacturing devices, in particular to a system for automatic processing of FRP pipelines. Background technique [0002] Existing FRP pipe processing systems generally include a winding mechanism and a heating mechanism, and the mandrel is transported to the heating mechanism after the winding process for heat treatment. The processing principle of the winding mechanism is that the pipe is sleeved on the rotatable mandrel first, and then the mandrel is driven to drive the pipe to rotate so that the glass fiber reinforced plastic is wound onto the pipe. However, in the existing processing system, the degree of anti-rotation cooperation between the mold mandrel and the pipe is poor, and the two are prone to slipping, so that the mandrel cannot drive the pipe to rotate well, and the FRP winding is not uniform enough, which affects the product quality. [0003] Secondly, drying is usually only ...

AI Technical Summary

Problems solved by technology

However, in the existing processing system, the anti-rotation fit between the mold mandrel and the pipe is poor, and the two are prone to slipping, so that the mandrel cannot drive the pipe to rotate well, and the FRP winding is not uniform enough, which affects the product quality

[0003] Secondly, drying is usually only carried out in the form of heating with heating tubes. Due to the large distance between the heating tubes and the material, the speed of heating and drying is slow and the loss of heat energy is serious.

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