Winding and wiping device for metal wires

Abstract

The utility model discloses a winding and wiping device for metal wires, which comprises winding and wiping cloth. A winding wiping unwinding device, a winding wiping winding device, at least two winding wiping guide sleeves and at least three winding wiping guide wheels are arranged on the winding wiping bracket; the at least two winding wiping guide sleeves are arranged on an advancing line of a metal wire; the at least two winding wiping unwinding guide wheels are matched with the winding unwinding device; the at least two winding wiping winding guide wheels are matched with the winding wiping winding device; the winding wiping unwinding device comprises a winding wiping unwinding shaft, a winding wiping unwinding disc arranged on the winding wiping unwinding shaft and a winding wiping unwinding damping mechanism matched with the winding wiping unwinding shaft, and the winding wiping winding device comprises a winding wiping winding motor, a winding wiping winding disc, a winding wiping winding disc and a winding wiping winding disc, a winding wiping winding disc is arranged on an output shaft of the winding wiping winding motor. The metal wire wiping device can be wound on a metal wire to wipe the metal wire in all directions in a spiral mode.

Description

Technical Field

[0001] The utility model relates to a wire polishing and cleaning device, in particular to a winding and wiping device for metal wires. Background Art

[0002] At present, metal wires, including metal composite wires, are usually only polished and cleaned after drawing, and then allowed to air dry in a natural environment. It is well known that the surface of metal wires is easily corroded during the natural air drying process, and foreign matter such as dust in the air is easily adsorbed on its surface, affecting the quality of the metal wires. Utility Model Content

[0003] The technical problem to be solved by the utility model is to provide a winding and wiping device for metal wires which can wipe the surface of the cleaned wires clean in all directions.

[0004] In order to solve the above technical problems, the technical solution adopted by the utility model is: a winding and wiping device for metal wires, comprising: a frame and a winding and wiping cloth, a winding and wiping bracket is arranged on the frame, a winding and wiping unwinding device, a winding and wiping winding device, at least two winding and wiping guide sleeves arranged on the travel path of the metal wires, at least three winding and wiping guide wheels, at least two winding and wiping unwinding guide wheels matched with the winding and wiping unwinding device and at least two winding and wiping winding guide wheels matched with the winding and wiping winding device, among the at least three winding and wiping guide wheels, at least two winding and wiping guide wheels are provided. The wiping guide wheels are located on both sides of the metal wire, and the winding and wiping unwinding device includes: a winding and wiping unwinding shaft, a winding and wiping unwinding disk arranged on the winding and wiping unwinding shaft, and a winding and wiping unwinding damping mechanism matched with the winding and wiping unwinding shaft, and the winding and wiping winding device includes: a winding and wiping winding motor, and a winding and wiping winding disk is arranged on the output shaft of the winding and wiping winding motor, and the winding wiping cloth is wound on the winding and wiping unwinding disk, and the winding wiping cloth passes through the winding and wiping unwinding guide wheel, the winding and wiping guide wheel and the winding and wiping winding guide wheel in the opposite direction of the travel direction of the metal wire, and is then wound on the winding and wiping winding disk.

[0005] As a preferred solution, in the winding and wiping device for metal wire, a cleaning antioxidant dripping device is also provided on the frame above the starting point where the winding wiping cloth is wound around the metal wire.

[0006] As a preferred embodiment, in the winding and wiping device for a metal wire, the winding and wiping reel is an I-shaped wheel.

[0007] As a preferred embodiment, in the winding and wiping device for a metal wire, the winding and wiping cloth is cotton cloth.

[0008] The beneficial effects of the utility model are:

[0009] 1. The winding and wiping device described in the utility model can be wound around the metal wire to wipe it in an all-round manner in a spiral manner, so that the metal wire can be wiped clean, thereby effectively preventing the surface of the metal wire from being corroded. Moreover, foreign matter such as dust in the air is not easily adsorbed on the surface of the metal wire, thereby ensuring the quality of the metal wire.

[0010] 2. The utility model further provides a cleaning antioxidant dripping device above the starting point where the winding wiping cloth is wound around the metal wire, so that the slightly wet winding wiping cloth with the cleaning antioxidant can wipe the metal wire more cleanly.

[0011] 3. The utility model adopts cotton cloth as the winding wiping cloth, which can further improve the wiping effect of the winding wiping cloth. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic diagram of the main structure of a polishing and cleaning device equipped with the winding and wiping device for metal wires of the utility model.

[0013] Figure 2 The utility model is a schematic diagram of the top view of the structure of a smooth cleaning device equipped with the winding and wiping device for metal wires.

[0014] Figure 3 yes Figure 1 Schematic diagram of the K-axis structure.

[0015] Figure 4 yes Figure 3 Schematic diagram of the enlarged structure of part B.

[0016] Figures 1 to 421, smooth mold before cleaning, 22, guide sleeve before cleaning, 23, cleaning tank, 24, guide sleeve after the first cleaning, 25, guide sleeve after the second cleaning, 26, smooth mold after cleaning, 27, guide sleeve after the third cleaning, 28, guide sleeve after the fourth cleaning, 29, guide sleeve after the fifth cleaning, 31, horizontal wiping movable unwinding disk, 311, wiping movable guide roller, 32, horizontal wiping fixed winding disk, 321, wiping fixed guide roller, 33, horizontal wiping movable winding disk, 330, horizontal wiping winding drive motor, 331, wiping movable guide roller, 34, horizontal wiping fixed unwinding disk, 341, wiping fixed guide roller, 35, wiping movable splint, 350, wiping movable mounting plate, 351, clamping adjustment stud, 352, clamping adjustment plate, 3511. Limiting nut, 3512. Limiting nut, 3513. Tightening nut, 357. Wiping movable guide roller, 358. Wiping movable guide roller, 36. Wiping fixed splint, 360. Wiping fixed mounting plate, 367. Wiping fixed guide roller, 368. Wiping fixed guide roller, 37. Guide column, 39. Pressing cylinder, 390. Pressing mounting plate, 4. Vertical wiping device, 51. Winding and wiping guide sleeve, 53. Winding and wiping unwinding guide wheel, 54. Winding and wiping guide wheel, 55. Winding and wiping winding guide wheel, 56. Winding and wiping unwinding shaft, 57. Winding and wiping winding drive motor, 58. Winding and wiping cotton cloth, 59. Winding and wiping winding disk, 8. Metal wire, 9. Frame, 93. Horizontal wiping bracket, 94. Vertical wiping bracket, 95. Winding and wiping bracket. DETAILED DESCRIPTION

[0017] The specific implementation scheme of the metal wire winding and wiping device described in the utility model is described in detail below in conjunction with the accompanying drawings.

[0018] like Figure 1 and Figure 2 As shown, a metal wire polishing and cleaning device described in the utility model comprises: a frame 9, on which a pre-cleaning polishing mold 21, a pre-cleaning guide sleeve 22, a cleaning tank 23, a first post-cleaning guide sleeve 24, a second post-cleaning guide sleeve 25, a post-cleaning polishing mold 26, a third post-cleaning guide sleeve 27, a fourth post-cleaning guide sleeve 28 and a fifth post-cleaning guide sleeve 29, as well as a bidirectional wiping device and a winding wiping device are sequentially arranged along the traveling direction of the metal wire 8; the bidirectional wiping device comprises: a transverse wiping bracket 93 arranged on the frame 9 and a transverse wiping device arranged on the transverse wiping bracket 93, and a vertical wiping bracket 94 arranged on the frame 9 and a vertical wiping device arranged on the vertical wiping bracket 94 (the order of the transverse wiping device and the vertical wiping device is not in particular order, that is, the order of the transverse wiping device and the vertical wiping device can be exchanged), as shown in FIG. Figure 3As shown, the horizontal wiping device includes: a wiping fixed mounting plate 360 ​​horizontally arranged on the horizontal wiping bracket 93, the wiping fixed mounting plate 360 ​​is provided with at least two guide pillars 37 located on both sides thereof, the guide pillars 37 are provided with a clamping mounting plate 390, the guide pillars 37 are movably provided with a wiping movable mounting plate 350 parallel to the wiping fixed mounting plate 360, the wiping fixed mounting plate 360 ​​is provided with a wiping fixed clamping plate 36 on the side facing the wiping movable mounting plate 350, the wiping movable mounting plate 350 is provided with a wiping movable clamping plate 35 on the side facing the wiping fixed mounting plate 360, and the clamping mounting plate 390 is provided with a clamping device connected to the wiping movable mounting plate 350, as shown in FIG. Figure 4As shown, the clamping device includes: a clamping cylinder 39 arranged on a clamping mounting plate 390 facing the wiping movable mounting plate 350, at least two clamping adjustment studs 351 arranged on the wiping movable mounting plate 350, and a clamping adjustment plate 352 arranged on the clamping adjustment studs 351, and the clamping adjustment studs 351 are respectively provided with limiting nuts 3511 and 3512 on both sides of the clamping adjustment plate 352, and the piston rod of the clamping cylinder 39 is connected to the clamping adjustment plate 352; the specific installation method of the clamping adjustment studs 351 and the wiping movable mounting plate 350 is: the wiping movable mounting plate 350 is provided with a clamping adjustment stud 351 on both sides of the clamping adjustment plate 352. The adjusting stud 351 has a corresponding stud threaded hole, and the pressing adjusting stud 351 is arranged in the stud threaded hole on the wiping movable mounting plate 350. The pressing adjusting stud 351 is also provided with a tightening nut 3513, and the tightening nut 3513 is pressed against the wiping movable mounting plate 350; the wiping fixed splint 36 is provided with corresponding arc grooves for wiping on the side facing the wiping movable splint 35 and the wiping movable splint 35 is provided with corresponding arc grooves for wiping on the side facing the wiping fixed splint 36 (the arc grooves for wiping penetrate the corresponding wiping movable splint 35 or the wiping fixed splint 36); the wiping fixed mounting plate 360 ​​is provided on the wiping fixed splint 36 On both sides of the arc-shaped wiping groove, fixed wiping guide rollers 367 and 368 are respectively arranged in the same direction as the arc-shaped wiping groove on the fixed wiping splint 36. On both sides of the arc-shaped wiping groove on the wiping movable splint 35 of the wiping movable mounting plate 350, movable wiping guide rollers 357 and 358 are respectively arranged in the same direction as the arc-shaped wiping groove on the wiping movable splint 35. The movable wiping guide rollers 357 and 358 are parallel to each other. On the transverse wiping bracket 93, a transverse wiping movable winding device and a transverse wiping movable unwinding device are respectively arranged on both sides of the movable wiping guide rollers 357 and 358. A transverse wiping fixed unwinding device and a transverse wiping fixed winding device are respectively arranged on both sides of the fixed guide rollers 367 and 368. The wiping fixed guide rollers 367 and 368 are parallel to each other, and the transverse wiping movable winding device and the transverse wiping fixed unwinding device are located on the same side of the transverse wiping bracket 93, and the transverse wiping movable unwinding device and the transverse wiping fixed winding device are located on the other side of the transverse wiping bracket 93. The transverse wiping movable unwinding device includes: a transverse wiping movable unwinding disk 31, and a transverse wiping movable unwinding damping mechanism matched with the transverse wiping movable unwinding disk 31 (which belongs to the conventional technology in this field and will not be described in detail here);The transverse wiping movable winding device includes: a transverse wiping movable winding disk 33, and a transverse wiping movable winding drive device including a transverse wiping winding drive motor 330 (which belongs to the conventional technology in this field and will not be described in detail here); the transverse wiping fixed unwinding device includes: a transverse wiping fixed unwinding disk 34, and a transverse wiping fixed unwinding damping mechanism matched with the transverse wiping fixed unwinding disk 34 (which belongs to the conventional technology in this field and will not be described in detail here); the transverse wiping fixed winding device includes: a transverse wiping fixed winding disk 32 and a transverse wiping fixed winding including a transverse wiping winding drive motor The driving device (which belongs to the conventional technology in this field and will not be described in detail here) is provided with a wiping movable guide roller 311 which is parallel to the wiping movable guide roller 357 on the travel path from the horizontal wiping movable unwinding disk 31 to the wiping movable guide roller 357, and a wiping movable guide roller 331 which is parallel to the wiping movable guide roller 358 is provided on the travel path from the wiping movable guide roller 358 to the horizontal wiping movable winding disk 33; a wiping fixed guide roller 341 which is parallel to the wiping fixed guide roller 368 is provided on the travel path from the horizontal wiping fixed unwinding disk 34 to the wiping fixed guide roller 368, and the wiping fixed guide roller 3 A wiping fixed guide roller 321 parallel to the wiping fixed guide roller 367 is arranged on the travel path from 67 to the horizontal wiping fixed winding disk 32; the vertical wiping device 4 is equivalent to the horizontal wiping device being transposed 90 degrees and arranged on the vertical wiping bracket 94, which will not be repeated here; the winding wiping device includes: a winding wiping bracket 95 and a winding wiping cotton cloth 58, and the winding wiping bracket 95 is provided with a winding wiping unwinding device including a winding wiping unwinding shaft 56, a winding wiping unwinding disk arranged on the winding wiping unwinding shaft 56, and a winding wiping unwinding damping mechanism matched with the winding wiping unwinding shaft 56 (belonging to the art of the art) Conventional technology, no further description is given here), and a winding and wiping winding device including a winding and wiping winding drive motor 57, a winding and wiping winding disk 59 arranged on the output shaft of the winding and wiping winding motor 57 (which belongs to the conventional technology in this field and is no longer described here), four winding and wiping guide sleeves 51 arranged on the travel path of the metal wire 8, three winding and wiping guide wheels 54, two winding and wiping unwinding guide wheels 53 matched with the winding and unwinding device, and two winding and wiping winding guide wheels 55 matched with the winding and wiping winding device, wherein two of the three winding and wiping guide wheels 54 are located on one side of the metal wire 8 (; Figure 2 ), one on the other side of the metal wire 8 ( Figure 2 The winding and wiping cotton cloth 58 passes through the winding and wiping unwinding guide wheel 53, the winding and wiping guide wheel 54 and the winding and wiping winding guide wheel 55 in the opposite direction of the travel direction of the metal wire 8, and is then wound onto the winding and wiping winding drum 59.

[0019] In actual application, felt is provided on the transverse wiping movable unwinding disc 31 and the transverse wiping movable winding disc 33, felt is provided on the transverse wiping fixed unwinding disc 34 and the transverse wiping fixed winding disc 32, felt is provided on the vertical wiping movable unwinding disc and the vertical wiping movable winding disc, and felt is provided on the vertical wiping fixed unwinding disc and the vertical wiping fixed winding disc. A cleaning antioxidant dripping device is also provided on the frame 9 above the starting point where the winding wiping cotton cloth 58 is wound around the metal wire 8 (it belongs to the conventional technology in this field and will not be described in detail here); the winding wiping winding disc 59 is an I-shaped wheel.

[0020] In actual use, a cleaning antioxidant is continuously dripped onto the wrapped wiping cotton cloth 58 through a cleaning antioxidant dripping device (the cleaning antioxidant usually contains 5 to 10% antioxidant, and the rest is alcohol). The metal wire 8 passes through the pre-cleaning polishing mold 21, the pre-cleaning guide sleeve 22, the cleaning tank 23, the first post-cleaning guide sleeve 24, the second post-cleaning guide sleeve 25, the post-cleaning polishing mold 26, the third post-cleaning guide sleeve 27, the fourth post-cleaning guide sleeve 28 and the fifth post-cleaning guide sleeve 29 in turn. Then, the metal wire 8 passes through a pair of felts in the horizontal wiping device and a pair of felts in the vertical wiping device in turn. Since the two pairs of felts are perpendicular to each other, the metal wire 8 is wiped in two mutually perpendicular directions, and then passes through the wrapped wiping cotton cloth 58 wrapped around the metal wire 8, and the metal wire 8 is wiped again to obtain a finished metal wire 8 with a smooth surface.

[0021] In summary, the above are only preferred embodiments of the present invention and are not intended to limit the scope of implementation of the present invention. All equivalent changes and modifications made to the shapes, structures, features and spirits described in the claims of the present invention should be included in the claims of the present invention.

Claims

1. A winding and wiping device for metal wires, comprising: A frame and a winding wiping cloth, characterized in that: the frame is provided with a winding wiping bracket, the winding wiping bracket is provided with a winding wiping unwinding device, a winding wiping winding device, at least two winding wiping guide sleeves arranged on the travel path of the metal wire, at least three winding wiping guide wheels, at least two winding wiping unwinding guide wheels matched with the winding unwinding device, and at least two winding wiping winding guide wheels matched with the winding wiping winding device, among the at least three winding wiping guide wheels, at least two winding wiping guide wheels are located on both sides of the metal wire, The winding and wiping unwinding device comprises: a winding and wiping unwinding shaft, a winding and wiping unwinding disk arranged on the winding and wiping unwinding shaft, and a winding and wiping unwinding damping mechanism matched with the winding and wiping unwinding shaft, and the winding and wiping winding device comprises: a winding and wiping winding motor, a winding and wiping winding disk is arranged on the output shaft of the winding and wiping winding motor, and the winding and wiping cloth is wound on the winding and wiping unwinding disk, and the winding and wiping cloth passes through the winding and wiping unwinding guide wheel, the winding and wiping guide wheel and the winding and wiping winding guide wheel in the opposite direction of the travel direction of the metal wire, and is then wound on the winding and wiping winding disk.

2. The metal wire winding and wiping device according to claim 1, characterized in that: A cleaning antioxidant dripping device is also arranged on the frame above the starting point where the winding wiping cloth is wound around the metal wire.

3. The winding and wiping device for metal wire according to claim 1, characterized in that: The winding, wiping and reeling disc is an I-shaped wheel.

4. A winding and wiping device for metal wire according to claim 1, 2 or 3, characterized in that: The winding wiping cloth is a cotton cloth.

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