Rotor cotton thread winding machine with dust collection structure

Abstract

The invention discloses a rotor cotton thread winding machine with a dust collection structure. The invention relates to the technical field of rotor cotton thread winding machines. The machine specifically comprises a deck plate, a transposition support and a rack, a left main shaft box is installed above the deck plate, the shaft end of the main shaft is connected with a flying fork base, a mainshaft motor plate is perpendicularly welded to the bottom face of the left main shaft box, a new main shaft is arranged above the transposition support, the rack is welded to the outer portion of thedeck plate, and a rotor is installed at the shaft end of the wire clamping guide sleeve. According to the rotor cotton thread winding machine with a dust collection structure, actions are coherent and smooth, the automation level is high, the whole machine adopts a cylinder as an execution part and reliable and stable in action, in the thread winding process, compared with an existing winding machine, all parts of the rotor cotton thread winding machine are high in maneuverability, faults such as pause or poor connection do not occur easily at the control parts such as thread winding, threadcutting and rotor rotation, and the rotor cotton thread winding machine is high in working efficiency, good in product quality and stable.

Description

technical field [0001] The invention relates to the technical field of rotor cotton thread winding machines, in particular to a rotor cotton thread winding machine with a dust collection structure. Background technique [0002] During the processing of the rotor, in order to ensure the firmness of the rotor installation and prevent the rotor from slipping, it is necessary to wind the rotor with cotton thread. The purpose is to improve the roughness of the rotor by winding the cotton thread, and after winding the cotton thread, the wear problem of the rotor will also be solved. As the rotor is one of the most important parts in the rotating mechanism, the problem of wear and deformation is relatively common and difficult to avoid. However, the method of winding cotton thread has low cost and good effect. [0003] Because most of the modern production is automated, the cotton thread winding of the rotor is no longer done manually, but by special machinery and equipment, such a...

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Problems solved by technology

[0004] However, when the existing rotor cotton thread winding machine processes the cotton thread on the rotor, the movement of the equipment is not coherent and smooth, and the maneuverability of each part is poor. In the control parts such as thread winding, thread cutting, and rotor rotation, it is easy to cause pauses or poor connections. Waiting for mistakes requires personnel to watch and monitor, and deal with and solve the problems in a timely manner, which delays production

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