Plastic flat (round) filament winding device

Abstract

The invention discloses a plastic flat (round) filament winding device which comprises a base frame 1, a main driving shaft 2, a motor 3, a magnetic main driving disc seat 4, a magnetic main driving disc 5, a magnetic driven disc 6, a linear guide rail 7, a bobbin shaft seat 8, a bobbin shaft 9, a bobbin 10, a grooved drum 11, a grooved drum shaft 12, a grooved drum shaft seat 13 and a spring 14, wherein the magnetic main driving disc 5 is in transmission with the main driving shaft 2 and the magnetic driven disc 6; the bobbin shaft seat 8 is in fastening connection with a linear bearing mounted on the linear guide rail 7; one end of the bobbin shaft seat 8 is connected with one end of the linear guide rail 7 through a tension spring; and the bobbin 10 is in rolling friction contact with the grooved drum 11. The invention has the benefits as follows: different from a plastic flat filament winding machine in the prior art, which needs a main motor and small winding motors for hundreds of bobbins, the plastic flat (round) filament winding device provided by the invention can be driven by one motor, so as to save a great quantity of small motors, greatly save manufacturing and maintenance costs and reduce power consumption.

Description

technical field [0001] The invention relates to the field of plastic machinery, in particular to a plastic flat (round) wire winding device technical background [0002] At present, there are two types of plastic flat wire winding devices or plastic round wire winding devices manufactured, sold and used at home and abroad, one is single-spindle winding devices, and the other is cam-type winding devices. The winding device has the advantage of smooth bobbin wire, but has the disadvantages of high power consumption and high manufacturing and maintenance costs. Therefore, the cam type winding device is commonly used at present. The advantage of this device is that the power consumption is relatively low and the manufacturing and maintenance costs are relatively low. The cost is low, but its disadvantage is that the winding bobbin wire is hump-shaped, the weaving process is difficult, the waste is large, and the quality of the finished woven bag is relatively poor. The above two...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two types of plastic flat wire winding devices or plastic round wire winding devices manufactured, sold and used at home and abroad, one is single-spindle winding devices, and the other is cam-type winding devices. The winding device has the advantage of smooth winding bobbins, but has the disadvantages of high power consumption and high manufacturing and maintenance costs. Therefore, the cam type winding device is commonly used at present. The advantage of this device is that the power consumption is relatively low and the manufacturing and maintenance costs are relatively low. The cost is low, but its disadvantage is that the winding bobbin wire is hump-shaped, the weaving process is difficult, the waste is large, and the quality of the finished woven bag is relatively poor. The above two types of winding devices need a small motor to drive each spindle bobbin , generally a plastic flat wire winding unit needs a main motor and hundreds of small bobbin winding motors, the manufacturing and maintenance costs are high and the power consumption is also high

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