Full-automatic winding machine for winding plastic pipe

Abstract

The invention relates to a full-automatic winding machine used for winding plastic tubes, aiming at simplifying the complicated structure of the winding machine and comprising a main-machine base, a rotary big arm arranged on the main-machine base, a tube-distributing mechanism and a tension control mechanism, wherein, two winding disks are symmetrically arranged on the rotary big arm, and after improvement, two winding-disk driving motors are symmetrically arranged on the rotary big arm and respectively connected with the two winding disks in a transmission way. The invention adopts the design of configuring driving sources respectively for the two winding disks to overcome the defects of complicated winding disk supporting and jointing devices, etc. existing by sharing one driving source, and the improvement reduces parts and reduces the manufacturing accuracy of the parts so as to simplify action program and distinctly enhance the reliability of equipment. The full-automatic winding machine of the invention improves the automation capability of plastic hose winding, enhances winding efficiency and is suitable for the automatic manufacturing line of various plastic hoses.

Description

technical field [0001] The invention relates to a winding device, in particular to a full-automatic winding machine used for pipe winding in a plastic hose production line, belonging to the technical field of plastic processing equipment. Background technique [0002] In the plastic hose production line, it is an important process to wind the processed hose according to the length required by the design. Chinese patent No. 002348578 discloses a "automatic hose reel" technology. The main structure of this machine is that two reels are placed on a rotary arm, one is located at the coiling station, and the other is located at the unloading station. There is a driving source at the coiling station, and the two reels share a set of driving power. When the machine is working, the reel that is transferred to the coiling station with the rotary arm is docked with the driving source, rotates under its driving, and winds the processed hose on the reel. After the reel is full, it is t...

AI Technical Summary

Problems solved by technology

The disadvantage of this machine is: because the two reels share a set of rotary driving device, there is a problem of rotary docking between the reel and the driving source, so one end of the reel is a fixed top, and the other end is a telescopic top, and the telescopic top needs to be fixed. Set up accurate docking with the driving source and automatic telescopic mechanism to complete the docking

This kind of coiler has complex structure, many parts, high precision requirements for docking positioning, and it is prone to problems such as inaccurate docking during use; in addition, there are defects such as cumbersome action procedures during the docking process and a huge auxiliary unloading mechanism. Problems and defects affect the performance of the whole machine to varying degrees, and cannot meet the needs of continuous automated production

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