Self-adaptation system for copper extrusion forming winding speed
A self-adaptive system, extrusion molding technology, applied in the direction of winding strip, thin material handling, transportation and packaging, etc., can solve the problems of low work efficiency and high labor intensity, improve work efficiency and reduce production and processing costs. Effect
Inactive Publication Date: 2016-07-20
ANHUI XINXU NEW MATERIALS LTD BY SHARE LTD
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Problems solved by technology
The oxygen-free copper flat profile winding device in the prior art requires manual work to wind the end of the oxygen-free copper flat profile on the coiling device before each coil of oxygen-free copper flat profile is wound and packaged. on the winding wheel, and then complete the winding and packaging operation of the oxygen-free copper flat section through the rotation of the winding wheel; in the above operation process, it is also necessary to arrange operators to manually control the tension of the oxygen-free copper flat section on the winding device In order to prevent the packaging quality defect of loose winding of oxygen-free copper flat profiles packed into rolls; the above-mentioned operations are labor-intensive and low-efficiency, so it is necessary to provide an adaptive winding speed for copper extrusion molding system to overcome the above problems
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[0015] refer to Figure 1 to Figure 3 , Figure 1 to Figure 3 It is a structural schematic diagram of a specific embodiment of the present invention.
[0016] Such as figure 1 As shown, an adaptive winding speed system for copper extrusion molding, including a flat profile winding wheel 1 whose axes are arranged horizontally and parallel to each other, a flat profile upper push wheel 2, a flat profile lower push wheel 3 and a flat profile The pressure regulating wheel 4, the upper push wheel 2 of the flat profile and the lower push wheel 3 of the flat profile are respectively arranged above and below the flat profile 9 for winding, and the rolling surface of the upper push wheel 2 of the flat profile The minimum spacing between the rolling surfaces of the lower push wheel 3 of the flat profile is the same as the thickness of the flat profile 9 for winding, and the flat profile winding wheel 1 is arranged on the upper push wheel 2 and the flat profile. Downstream of the lowe...
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The invention discloses a self-adaptation system for the copper extrusion forming winding speed. The self-adaptation system comprises a flat bar winding wheel, an upper flat bar pushing wheel, a lower flat bar pushing wheel and a flat bar pressure adjusting wheel, and the axes of the flat bar winding wheel, the upper flat bar pushing wheel, the lower flat bar pushing wheel and the flat bar pressure adjusting wheel are horizontally arranged and are parallel to one another. The flat bar winding wheel is arranged at the downstream parts of the upper flat bar pushing wheel and the lower flat bar pushing wheel. The flat bar pressure adjusting wheel is arranged between the upper flat bar pushing wheel and the flat bar winding wheel and located above a flat bar used for being wound. The self-adaptation system further comprises a winding acceleration contact inductor arranged between the flat bar pressure adjusting wheel and the flat bar winding wheel, and a pushing acceleration contact inductor arranged at the upstream part of the upper flat bar pushing wheel. By means of the self-adaptation system, the oxygen-free copper flat bar can be automatically tensioned during winding, accordingly, the work efficiency can be improved, and the producing and machining cost can be reduced.
Description
technical field [0001] The invention relates to the technical field of continuous extrusion molding of copper materials, in particular to an adaptive winding speed system for extrusion molding of copper materials. Background technique [0002] Copper continuous extrusion molding technology is one of the extrusion molding technologies. It is a continuous extrusion compounding and continuous casting extrusion technology developed mainly on the basis of continuous extrusion technology. The oxygen-free copper flat profile winding device in the prior art requires manual work to wind the end of the oxygen-free copper flat profile on the coiling device before each coil of oxygen-free copper flat profile is wound and packaged. on the winding wheel, and then complete the winding and packaging operation of the oxygen-free copper flat section through the rotation of the winding wheel; in the above operation process, it is also necessary to arrange operators to manually control the tens...
Claims
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IPC IPC(8): B65H23/195B65H26/02
CPCB65H23/1955B65H26/02B65H2701/173
Inventor 马国红程金春龚义枝
Owner ANHUI XINXU NEW MATERIALS LTD BY SHARE LTD