Profile conveyor multi-sided wire drawing machine

Abstract

The present invention relates to a multi-sided wire drawing machine for profile conveying, which includes a machine cover, a profile conveying mechanism, two inclined wire drawing head modules, two side wire drawing head modules, and two bottom wire drawing head modules. The profile conveying mechanism includes a conveying machine frame, several groups of conveying wheel assemblies, several groups of pressing wheel assemblies, and several conveying wheel driving devices. The inclined wire drawing head module includes an inclined wire drawing machine base assembly, an angle and height adjustment assembly, an inclined wire drawing wheel swing assembly, an inclined wire drawing wheel feeding assembly, and an inclined wire drawing wheel assembly. The side wire drawing head module includes a side wire drawing wheel feeding assembly, a side wire drawing wheel swing assembly, and a side wire drawing wheel assembly. The bottom wire drawing head module includes a bottom wire drawing wheel swing assembly, a bottom wire drawing wheel feeding assembly, and a bottom wire drawing wheel assembly. This multi-sided wire drawing machine for profile conveying is convenient for clamping and conveying, has high processing efficiency, high automation degree, and can complete multi-sided wire drawing at one time.

Description

Technical Field

[0001] The present invention relates to the technical field of profile processing equipment, and in particular to a multi-sided wire drawing machine for profile conveying. Background Art

[0002] Wire drawing processing is a common surface processing technology for profiles. It can not only eliminate physical defects such as scratches, abrasions, and machining tool marks on aluminum alloy profiles, but also enhance the texture of metal materials to increase the aesthetic appearance of products. Common wire drawing processing equipment includes flat pressing belt sanding wire drawing machines, graining machines, etc., which are mainly used for small flat workpieces. Coarse-grained belts or fine-grained belts are selected according to the thickness of the required wire pattern.

[0003] Existing wire drawing equipment generally can only perform wire drawing processing on a single surface of a profile separately. For profiles that require wire drawing processing on multiple surfaces, multiple clamping operations are needed, and each surface is processed separately in sequence, resulting in cumbersome operations and low processing efficiency. Summary of the Invention

[0004] In view of the above problems, the present invention proposes a multi-sided wire drawing machine for profile conveying with convenient clamping and conveying, high processing efficiency, high automation degree, and capable of completing multi-sided wire drawing processing at one time.

[0005] The present invention is realized through the following technical solutions: A multi-sided wire drawing machine for profile conveying, comprising a machine cover, a profile conveying mechanism arranged inside the machine cover, two inclined plane wire drawing head modules, two side wire drawing head modules, and two bottom wire drawing head modules. The machine cover is in a closed state during equipment operation.

[0006] The profile conveying mechanism is used for clamping and conveying profiles to be processed, and in cooperation with the following inclined plane wire drawing head modules, side wire drawing head modules, and bottom wire drawing head modules to realize multi-sided automatic wire drawing processing of profiles. It includes a conveying rack, several groups of conveying wheel assemblies evenly arranged on the conveying rack, several groups of pressing wheel assemblies, and several conveying wheel driving devices. The conveying wheel assembly includes a main conveying wheel and two guide wheels symmetrically arranged on both sides of the main conveying wheel.

[0007] Furthermore, the conveying rack is provided with several pairs of symmetrically and evenly arranged conveying wheel supports. The main conveying wheel has a conveying wheel shaft along its axial direction. Both ends of the conveying wheel shaft are respectively arranged inside two symmetric conveying wheel supports through bearings. The conveying wheel driving device is connected to one end of the conveying wheel shaft and can drive the main conveying wheel to rotate. The guide wheel is arranged on the conveying rack through a guide wheel bracket and can rotate around its own axis. The guide wheel is perpendicular to the axis of the main conveying wheel.

[0008] Further, the conveying wheel driving device includes a conveying speed reducer, a conveying driving wheel, a conveying driven wheel and a conveying belt. The conveying driving wheel is connected to the output end of the conveying speed reducer, the conveying driven wheel is connected to one end of the conveying wheel shaft, the conveying belt is sleeved outside the conveying driving wheel and the conveying driven wheel, and the conveying speed reducer can drive the conveying driving wheel to rotate, thereby driving the conveying belt to operate, and further driving the conveying driven wheel to drive the conveying wheel shaft to rotate.

[0009] To improve the transmission stability and efficiency, preferably, each set of the conveying wheel driving devices includes two conveying driven wheels, and the two conveying driven wheels are respectively connected to one ends of two adjacent conveying wheel shafts.

[0010] The pressing wheel assembly is used to press the products during conveying, so as to clamp and position the products. The pressing wheel assembly is arranged above or below the corresponding conveying wheel assembly with the following chamfer wire drawing wheel, side wire drawing wheel and bottom wire drawing wheel staggered in position, and can generate pressure on the products during conveying, so as to form a product conveying channel among several groups of the main conveying wheels, guide wheels and pressing wheel assemblies. The chamfer wire drawing head module, side wire drawing head module and bottom wire drawing head module are arranged in sequence along the tangent direction of the main conveying wheel.

[0011] Further, the pressing wheel assembly includes a pressing wheel, a pressing wheel bracket, a pressing wheel guide rail, a pressing wheel slider, a pressing wheel connecting block, a pressing wheel spring and a screw. The pressing wheel guide rail is vertically connected to the pressing wheel bracket. The pressing wheel connecting block is arranged on the pressing wheel guide rail through the pressing wheel slider and can move up and down along the pressing wheel guide rail. The upper end of the pressing wheel connecting block has a connecting block baffle, and the middle part has a pressing wheel shaft. The pressing wheel is sleeved on the pressing wheel shaft through a bearing. The upper end of the pressing wheel bracket has a bracket baffle. The upper end of the screw is connected to the bracket baffle, and the other end passes through the connecting block baffle and is screwed into the pressing wheel shaft. The pressing wheel spring is sleeved on the screw and is arranged between the bracket baffle and the connecting block baffle.

[0012] The chamfer wire drawing head module is used to perform wire drawing processing on the chamfer of the profile, and includes a chamfer wire drawing machine base assembly, an angle and height adjustment assembly, a chamfer wire drawing wheel swing assembly, a chamfer wire drawing wheel feeding assembly and a chamfer wire drawing wheel assembly. The angle and height adjustment assembly is used to adjust the height and angle of the following chamfer wire drawing wheel, and includes a height adjustment guide rail and an angle adjustment seat. The height adjustment guide rail is vertically connected to the chamfer wire drawing machine base assembly. The angle adjustment seat is arranged on the height adjustment guide rail through a height adjustment slider to adjust the height of the following chamfer wire drawing wheel. The angle adjustment seat is in an I shape and is provided with an angle adjustment slotted hole. The chamfer wire drawing wheel swing assembly is connected to the angle adjustment seat through the angle adjustment slotted hole in an angle-adjustable manner to adjust the angle of the following chamfer wire drawing wheel.

[0013] The inclined surface wire drawing wheel swinging assembly and the inclined surface wire drawing wheel feeding assembly are used to cooperate with the inclined surface wire drawing wheel assembly to realize wire drawing processing. The inclined surface wire drawing wheel assembly includes an inclined surface wire drawing wheel and an inclined surface wire drawing wheel driving motor. The inclined surface wire drawing wheel is connected to the output end of the inclined surface wire drawing wheel driving motor and can rotate around its axis under the action of the inclined surface wire drawing wheel driving motor. The working surface of the inclined surface wire drawing wheel is correspondingly arranged obliquely above the product conveying channel. The inclined surface wire drawing wheel assembly is arranged on the inclined surface wire drawing wheel feeding assembly and can move in a direction perpendicular to the inclined surface of the profile under the action of the inclined surface wire drawing wheel feeding assembly, so as to realize the feeding of the inclined surface wire drawing wheel relative to the inclined surface to be processed of the profile. The inclined surface wire drawing wheel feeding assembly is arranged on the inclined surface wire drawing wheel swinging assembly and can drive the inclined surface wire drawing wheel assembly to make a reciprocating motion in a direction parallel to the inclined surface of the profile under the action of the inclined surface wire drawing wheel swinging assembly, so as to realize the wire drawing processing of the inclined surface to be processed of the profile.

[0014] Further, the inclined surface wire drawing wheel swinging assembly includes an inclined surface swinging bracket, an inclined surface swinging guide rail arranged on the inclined surface swinging bracket, and an inclined surface swinging reduction gear. The inclined surface wire drawing wheel feeding assembly is arranged on the inclined surface swinging guide rail through an inclined surface swinging slider and can move along the inclined surface swinging guide rail under the action of the inclined surface swinging reduction gear. The inclined surface wire drawing wheel feeding assembly includes an inclined surface feeding reduction gear, a first inclined surface feeding slider, and a second inclined surface feeding slider. The first inclined surface feeding slider is connected to the inclined surface swinging slider. The second inclined surface feeding slider and the first inclined surface feeding slider cooperate with each other through a chute and a boss and can slide relative to each other under the action of the inclined surface feeding reduction gear. The moving direction of the second inclined surface feeding slider is perpendicular to that of the inclined surface swinging slider. The inclined surface wire drawing wheel assembly is arranged on the second inclined surface feeding slider through an inclined surface wire drawing wheel assembly connecting plate and can move along the first inclined surface feeding slider together with the second inclined surface feeding slider.

[0015] In order to adjust the distance between the inclined surface wire drawing wheel and the profile to be processed, further, the inclined surface wire drawing machine base assembly includes an inclined surface wire drawing machine base, an inclined surface wire drawing machine frame, and a distance adjusting cylinder. A distance adjusting guide rail is arranged on the inclined surface wire drawing machine base along a direction perpendicular to the running direction of the profile conveying mechanism. The inclined surface wire drawing machine frame is arranged on the distance adjusting guide rail through a distance adjusting slider and can move along the distance adjusting guide rail under the action of the distance adjusting cylinder.

[0016] The side wire drawing head module is used for wire drawing the side surface of the profile, and includes a side wire drawing wheel feeding component, a side wire drawing wheel swinging component, and a side wire drawing wheel component. The side wire drawing wheel component includes a side wire drawing wheel component connecting plate, a side wire drawing wheel, and a side wire drawing wheel driving motor. The side wire drawing wheel driving motor is arranged on the side wire drawing wheel component connecting plate. The side wire drawing wheel is connected to the output end of the side wire drawing wheel driving motor and can rotate around its axis under the action of the side wire drawing wheel driving motor. The working surface of the side wire drawing wheel is correspondingly arranged on the side of the product conveying channel. The side wire drawing wheel component is arranged on the side wire drawing wheel feeding component and can move in a direction perpendicular to the side surface of the profile under the action of the side wire drawing wheel feeding component, so as to realize the feeding of the side wire drawing wheel relative to the side surface of the profile to be processed. The side wire drawing wheel feeding component is arranged on the side wire drawing wheel swinging component and can drive the side wire drawing wheel component to make a reciprocating motion in a direction parallel to the side surface of the profile under the action of the side wire drawing wheel swinging component, so as to realize the wire drawing processing of the side surface of the profile to be processed.

[0017] Further, the side wire drawing wheel feeding component includes a side wire drawing seat, a side wire drawing bracket, and a side feeding reduction gear. A first side feeding slider is arranged on the side wire drawing seat. The bottom of the side wire drawing bracket is connected with a second side feeding slider and is arranged on the first side feeding slider through the second side feeding slider. The first side feeding slider and the second side feeding slider are mutually matched through a boss and a chute and can relatively slide under the action of the side feeding reduction gear. The side wire drawing wheel swinging component is connected to the side wire drawing bracket. The side wire drawing wheel swinging component includes a side swinging bracket, a side swinging guide rail arranged on the side swinging bracket, and a side swinging reduction gear. The side wire drawing wheel component is arranged on the side swinging guide rail through a side swinging slider and can move along the side swinging guide rail under the action of the side swinging reduction gear. The moving direction of the second side feeding slider is perpendicular to that of the side swinging slider. The side wire drawing wheel component connecting plate is connected to the side swinging slider.

[0018] In order to improve the versatility of the equipment and finely adjust the angle of the side wire drawing wheel, the side wire drawing bracket includes a side wire drawing bracket seat, a side wire drawing bracket body, and a side wire drawing wheel swinging component connecting plate. Arc-shaped waist holes are opened on both sides of the side wire drawing bracket seat. The side wire drawing bracket body is connected to the side wire drawing bracket seat in an angle-adjustable manner through the arc-shaped waist holes. The side wire drawing wheel swinging component connecting plate is connected to the upper part of the side wire drawing bracket body. Waist holes are opened on both sides of the side wire drawing wheel swinging component connecting plate in the vertical direction. The side wire drawing wheel swinging component is connected to the side wire drawing wheel swinging component connecting plate in a height-adjustable manner through the waist holes.

[0019] The bottom surface wire drawing head module is used for wire drawing the bottom surface of the profile, and includes a bottom surface wire drawing wheel swing assembly, a bottom surface wire drawing wheel feeding assembly, and a bottom surface wire drawing wheel assembly. The bottom surface wire drawing wheel assembly includes a bottom surface wire drawing wheel and a bottom surface wire drawing wheel driving motor. The bottom surface wire drawing wheel is connected to the output end of the bottom surface wire drawing wheel driving motor and can rotate around its axis under the action of the bottom surface wire drawing wheel driving motor. The working surface of the bottom surface wire drawing wheel is correspondingly arranged below the product conveying channel. The bottom surface wire drawing wheel assembly is arranged on the bottom surface wire drawing wheel feeding assembly and can move in a direction perpendicular to the bottom surface of the profile under the action of the bottom surface wire drawing wheel feeding assembly, so as to realize the feeding of the bottom surface wire drawing wheel relative to the bottom surface to be processed of the profile. The bottom surface wire drawing wheel feeding assembly is arranged on the bottom surface wire drawing wheel swing assembly and can drive the bottom surface wire drawing wheel assembly to make a reciprocating motion in a direction parallel to the bottom surface of the profile under the action of the bottom surface wire drawing wheel swing assembly, so as to realize the wire drawing processing of the bottom surface to be processed of the profile.

[0020] Further, the bottom surface wire drawing wheel swing assembly includes a bottom swing bracket, a bottom swing guide rail arranged on the bottom swing bracket, and a bottom swing reducer. The bottom surface wire drawing wheel feeding assembly is arranged on the bottom swing guide rail through a bottom swing slider and can move along the bottom swing guide rail under the action of the bottom swing reducer. The bottom surface wire drawing wheel feeding assembly includes a bottom surface wire drawing wheel feeding assembly connecting plate, a bottom feeding reducer, a bottom feeding first slider, and a bottom feeding second slider. The bottom surface wire drawing wheel feeding assembly connecting plate is L-shaped and is connected to the bottom swing slider. The bottom feeding first slider is connected to the vertical surface of the bottom surface wire drawing wheel feeding assembly connecting plate. The bottom feeding second slider and the bottom feeding first slider cooperate with each other through a chute and a boss and can relatively slide under the action of the bottom feeding reducer. The moving direction of the bottom feeding second slider is perpendicular to that of the bottom swing slider. The bottom surface wire drawing wheel driving motor is arranged on the bottom feeding second slider.

[0021] In order to correct the wire drawing wheel for wire drawing processing, a wire drawing wheel correction device is provided on one side of the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel. The wire drawing wheel correction device includes a wire drawing wheel correction plate, a correction guide rail, and a correction plate driving device. The wire drawing wheel correction plate is arranged on the correction guide rail through a correction slider and can move along the correction guide rail under the action of the correction plate driving device. Correction grooves matching the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel are formed on the wire drawing wheel correction plate.

[0022] In order to improve the safety of the equipment, protective covers are provided outside the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel. A correction plate avoidance groove is formed on the protective cover, and the wire drawing wheel correction plate can pass through the correction plate avoidance groove.

[0023] Preferably, the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel are all made of nylon. According to actual situations, inclined surface wire drawing wheels, side surface wire drawing wheels, and bottom surface wire drawing wheels made of other materials can also be selected.

[0024] The beneficial effects of the present invention are as follows: The multi-sided wire drawing machine for profile conveying realizes automatic wire drawing processing of multiple surfaces of the profile after one-time clamping by designing a profile conveying mechanism in cooperation with two inclined surface wire drawing head modules, two side surface wire drawing head modules, and two bottom surface wire drawing head modules, greatly improving the processing efficiency and processing accuracy; by designing a pressure wheel assembly, the convenience and clamping accuracy of profile clamping are improved; by designing a closed operation space, the operation safety is improved; in addition, the multi-sided wire drawing machine for profile conveying has a compact structure, convenient operation, and high automation degree. Description of the Drawings

[0025] Figure 1 is a schematic structural diagram of the multi-sided wire drawing machine for profile conveying of the present invention with the upper panel of the machine cover hidden;

[0026] Figure 2 is a schematic structural diagram of the multi-sided wire drawing machine for profile conveying of the present invention with the machine cover hidden;

[0027] Figure 3 is Figure 2 a partial enlarged schematic diagram of part A of

[0028] Figure 4 is a schematic structural diagram of the conveying wheel driving device of the profile conveying mechanism of the multi-sided wire drawing machine for profile conveying of the present invention with the housing hidden;

[0029] Figures 5-7 is a schematic structural diagram of the inclined surface wire drawing head module of the multi-sided wire drawing machine for profile conveying of the present invention;

[0030] Figure 8 is a schematic structural diagram of the angle adjustment seat of the inclined surface wire drawing head module of the multi-sided wire drawing machine for profile conveying of the present invention;

[0031] Figure 9 is a schematic structural diagram of the side surface wire drawing head module of the multi-sided wire drawing machine for profile conveying of the present invention;

[0032] Figure 10 is a schematic structural diagram of the bottom surface wire drawing head module of the multi-sided wire drawing machine for profile conveying of the present invention;

[0033] Figure 11 is a schematic structural diagram of the wire drawing wheel correction plate of the wire drawing wheel correction device of the multi-sided wire drawing machine for profile conveying of the present invention;

[0034] In the figure: 1. Hood; 2. Profile conveying mechanism; 21. Conveying frame; 211. Conveyor wheel support; 22. Conveyor wheel assembly; 221. Main conveyor wheel; 2211. Conveyor wheel shaft; 222. Guide wheel; 223. Guide wheel bracket; 23. Pressure wheel assembly; 231. Pressure wheel; 232. Pressure wheel bracket; 2321. Bracket baffle; 233. Pressure wheel guide rail; 234. Pressure wheel slider; 235. Pressure wheel connecting block; 2351. Connecting block baffle; 2352. Pressure wheel shaft; 236. Pressure wheel spring; 237. Screw; 24. Conveyor wheel drive device; 241. Conveyor reducer; 242. Conveyor driving wheel; 243. Conveyor driven wheel; 244. Conveyor belt; 25. Product conveying channel; 3. Inclined surface wire drawing head module; 31. Inclined surface wire drawing machine base assembly; 311. Inclined surface wire drawing machine base; 312. Inclined surface wire drawing machine frame; 313. Distance adjustment cylinder; 314. Distance adjustment guide rail; 315. Distance adjustment slider; 32. Angle and height adjustment component; 321. Height adjustment guide rail; 322. Angle adjustment seat; 3221. Angle adjustment slotted hole; 323. Height adjustment slider; 33. Inclined surface wire drawing wheel swing component; 331. Inclined surface swing bracket; 332. Inclined surface swing guide rail; 333. Inclined surface swing reducer; 334. Inclined surface swing slider; 34. Inclined surface wire drawing wheel feeding component; 341. Inclined surface feeding reducer; 342. Inclined surface feeding first slider; 343. Inclined surface feeding second slider; 35. Inclined surface wire drawing wheel assembly; 351. Inclined surface wire drawing wheel assembly connecting plate; 352. Inclined surface wire drawing wheel; 353. Inclined surface wire drawing wheel drive motor; 4. Side wire drawing head module; 41. Side wire drawing wheel feeding component; 411. Side wire drawing seat; 412. Side wire drawing bracket; 4121. Side wire drawing bracket seat; 4122. Side wire drawing bracket body; 4123. Side wire drawing wheel swing component connecting plate; 4124. Arc-shaped slotted hole; 4125. Slotted hole; 413. Side feeding reducer; 414. Side feeding first slider; 415. Side feeding second slider; 42. Side wire drawing wheel swing component; 421. Side swing bracket; 422. Side swing guide rail; 423. Side swing reducer; 424. Side swing slider; 43. Side wire drawing wheel assembly; 431. Side wire drawing wheel assembly connecting plate; 432. Side wire drawing wheel; 433. Side wire drawing wheel drive motor; 5. Bottom wire drawing head module; 51. Bottom wire drawing wheel swing component; 511. Bottom swing bracket; 512. Bottom swing guide rail; 513. Bottom swing reducer; 514. Bottom swing slider; 52. Bottom wire drawing wheel feeding component; 521. Bottom wire drawing wheel feeding component connecting plate; 522. Bottom feeding reducer; 523. Bottom feeding first slider; 524. Bottom feeding second slider; 53. Bottom wire drawing wheel assembly; 531. Bottom wire drawing wheel; 532. Bottom wire drawing wheel drive motor; 6. Wire drawing wheel correction device; 61. Wire drawing wheel correction plate; 611. Correction groove; 62. Correction guide rail; 63.Correction plate driving device; 64. Correction slider; 7. Protective cover; 71. Correction plate avoidance groove. Detailed implementation mode

[0035] The following elaborates on the preferred embodiments of the present invention in conjunction with the accompanying drawings, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, thereby making the protection scope of the present invention more clearly defined.

[0036] As Figure 1 shown, a profile conveying multi-sided wire drawing machine includes a machine cover 1, a profile conveying mechanism 2 arranged in the machine cover 1, two inclined plane wire drawing head modules 3, two side wire drawing head modules 4, and two bottom wire drawing head modules 5.

[0037] During the operation of the profile conveying multi-sided wire drawing machine, the doors on the machine cover 1 are all in a closed state, and the profile conveying mechanism 2, inclined plane wire drawing head module 3, side wire drawing head module 4, and bottom wire drawing head module 5 in the machine cover 1 are in a relatively enclosed space.

[0038] As Figures 2-4 shown, the profile conveying mechanism 2 includes a conveying machine frame 21, a plurality of groups of conveying wheel assemblies 22 evenly arranged on the conveying machine frame 21, a plurality of groups of pressing wheel assemblies 23, and a plurality of conveying wheel driving devices 24. The conveying wheel assembly 22 includes a main conveying wheel 221 and two guide wheels 222 symmetrically arranged on both sides of the main conveying wheel 221, and the guide wheels 222 are perpendicular to the axis of the main conveying wheel 221.

[0039] The conveying machine frame 21 has a plurality of conveying wheel supports 211 that are symmetrically arranged in pairs and evenly. The main conveying wheel 221 has a conveying wheel shaft 2211 along its axis direction. Both ends of the conveying wheel shaft 2211 are respectively arranged in two symmetrically arranged conveying wheel supports 211 through bearings. The conveying wheel driving device 24 is connected to one end of the conveying wheel shaft 2211 and can drive the main conveying wheel 221 to rotate. The guide wheels 222 are arranged on the conveying machine frame 21 through a guide wheel bracket 223 and can rotate around their own axes.

[0040] The conveying wheel driving device 24 includes a conveying reduction gear 241, a conveying driving wheel 242, two conveying driven wheels 243, and a conveying belt 244. The conveying driving wheel 242 is connected to the output end of the conveying reduction gear 241. The two conveying driven wheels 243 are respectively connected to one end of two adjacent conveying wheel shafts 2211. The conveying belt 244 is sleeved outside the conveying driving wheel 242 and the conveying driven wheels 243. The conveying reduction gear 241 can drive the conveying driving wheel 242 to rotate, thereby driving the conveying belt 244 to operate, and further driving the conveying driven wheels 243 to drive the conveying wheel shaft 2211 to rotate.

[0041] The pressing wheel assembly 23 is correspondingly arranged above or below the conveying wheel assembly 22 and can generate pressure on the products during conveying. A product conveying channel 25 is formed among several groups of the main conveying wheels 221, guide wheels 222 and the pressing wheel assembly 23. The inclined surface wire drawing head module 3, the side surface wire drawing head module 4 and the bottom surface wire drawing head module 5 are sequentially arranged along the tangent direction of the main conveying wheel 221.

[0042] The pressing wheel assembly 23 includes a pressing wheel 231, a pressing wheel bracket 232, a pressing wheel guide rail 233, a pressing wheel slider 234, a pressing wheel connecting block 235, a pressing wheel spring 236 and a screw 237. The pressing wheel guide rail 233 is vertically connected to the pressing wheel bracket 232. The pressing wheel connecting block 235 is arranged on the pressing wheel guide rail 233 through the pressing wheel slider 234 and can move up and down along the pressing wheel guide rail 233. The upper end of the pressing wheel connecting block 235 has a connecting block baffle 2351, and the middle part has a pressing wheel shaft 2352. The pressing wheel 231 is sleeved on the pressing wheel shaft 2352 through a bearing. The upper end of the pressing wheel bracket 232 has a bracket baffle 2321. The upper end of the screw 237 is connected to the bracket baffle 2321, and the other end passes through the connecting block baffle 2351 and is screwed into the pressing wheel shaft 2352. The pressing wheel spring 236 is sleeved on the screw 237 and is arranged between the bracket baffle 2321 and the connecting block baffle 2351.

[0043] As Figures 5-7 shown, the inclined surface wire drawing head module 3 includes an inclined surface wire drawing machine base assembly 31, an angle and height adjustment assembly 32, an inclined surface wire drawing wheel swing assembly 33, an inclined surface wire drawing wheel feeding assembly 34 and an inclined surface wire drawing wheel assembly 35.

[0044] The inclined surface wire drawing machine base assembly 31 includes an inclined surface wire drawing machine base 311, an inclined surface wire drawing machine frame 312 and a distance adjustment cylinder 313. A distance adjustment guide rail 314 is arranged on the inclined surface wire drawing machine base 311 along the direction perpendicular to the running direction of the profile conveying mechanism 2. The inclined surface wire drawing machine frame 312 is arranged on the distance adjustment guide rail 314 through a distance adjustment slider 315 and can move along the distance adjustment guide rail 314 under the action of the distance adjustment cylinder 313.

[0045] The angle and height adjustment assembly 32 includes a height adjustment guide rail 321 and an angle adjustment seat 322. The height adjustment guide rail 321 is vertically connected to the inclined surface wire drawing machine frame 312. The angle adjustment seat 322 is arranged on the height adjustment guide rail 321 through a height adjustment slider 323. As Figure 8As shown, the angle adjustment seat 322 is I-shaped and is provided with an angle adjustment waist hole 3221. The bevel drawing wheel swing assembly 33 is connected to the angle adjustment seat 322 through the angle adjustment waist hole 3221 in an angle-adjustable manner. The bevel drawing wheel swing assembly 33 includes a bevel swing bracket 331, a bevel swing guide rail 332 arranged on the bevel swing bracket 331, and a bevel swing reducer 333. The bevel drawing wheel feed assembly 34 is arranged on the bevel swing guide rail 332 through a bevel swing slider 334 and can move along the bevel swing guide rail 332 under the action of the bevel swing reducer 333.

[0046] The bevel drawing wheel feed assembly 34 includes a bevel feed reducer 341, a bevel feed first slider 342 and a bevel feed second slider 343. The bevel feed first slider 342 is connected to the bevel swing slider 334. The bevel feed second slider 343 cooperates with the bevel feed first slider through a slide groove and a boss and can slide relative to each other under the action of the bevel feed reducer 341. The bevel feed second slider 343 is perpendicular to the moving direction of the bevel swing slider 334.

[0047] The bevel drawing wheel assembly 35 is arranged on the bevel feeding second slider 343 through the bevel drawing wheel assembly connecting plate 351 and can move with the bevel feeding second slider 343, including a bevel drawing wheel 352 and a bevel drawing wheel driving motor 353. The bevel drawing wheel 352 is connected to the output end of the bevel drawing wheel driving motor 353 and can rotate around its axis under the action of the bevel drawing wheel driving motor 353. The working surface of the bevel drawing wheel 352 is correspondingly arranged obliquely above the product conveying channel 25.

[0048] like Figure 2 He Ru Figure 9 As shown, the side wire drawing machine head module 4 includes a side wire drawing wheel feeding assembly 41, a side wire drawing wheel swinging assembly 42, and a side wire drawing wheel assembly 43. The side wire drawing wheel feeding assembly 41 includes a side wire drawing seat 411, a side wire drawing bracket 412, and a side feeding reducer 413. The side wire drawing bracket 412 includes a side wire drawing bracket seat 4121, a side wire drawing bracket body 4122, and a side wire drawing wheel swinging assembly connecting plate 4123. Arc-shaped waist holes 4124 are opened on both sides of the side wire drawing bracket seat 4121. The side wire drawing bracket body 4122 is connected to the side wire drawing bracket seat 4121 through the arc-shaped waist holes 4124 in an angle-adjustable manner. The side wire drawing wheel swinging assembly connecting plate 4123 is connected to the upper part of the side wire drawing bracket body 4122. Waist holes 4125 are opened on both sides of the side wire drawing wheel swinging assembly connecting plate 4123 along the vertical direction.

[0049] A first side-feed slider 414 is provided on the side wire-drawing base 411. A second side-feed slider 415 is connected to the bottom of the side wire-drawing bracket 412 and is arranged on the first side-feed slider 414 through the second side-feed slider 415. The first side-feed slider 414 and the second side-feed slider 415 cooperate with each other through a boss and a chute and can slide relative to each other under the action of the side-feed speed reducer 413. The side wire-drawing wheel swing assembly 42 is connected to the side wire-drawing wheel swing assembly connecting plate 4123 in a height-adjustable manner through the waist-shaped hole 4125. The side wire-drawing wheel swing assembly 42 includes a side swing bracket 421, a side swing guide rail 422 provided on the side swing bracket 421, and a side swing speed reducer 423. The side wire-drawing wheel assembly 43 is arranged on the side swing guide rail 422 through a side swing slider 424 and can move along the side swing guide rail 422 under the action of the side swing speed reducer 423. The moving direction of the second side-feed slider 415 is perpendicular to that of the side swing slider 424.

[0050] The side wire-drawing wheel assembly 43 includes a side wire-drawing wheel assembly connecting plate 431, a side wire-drawing wheel 432, and a side wire-drawing wheel driving motor 433. The side wire-drawing wheel assembly connecting plate 431 is connected to the side swing slider 424. The side wire-drawing wheel driving motor 433 is arranged on the side wire-drawing wheel assembly connecting plate 431. The side wire-drawing wheel 432 is connected to the output end of the side wire-drawing wheel driving motor 433 and can rotate around its axis under the action of the side wire-drawing wheel driving motor 433. The working surface of the side wire-drawing wheel 432 is correspondingly arranged on the side of the product conveying channel 25.

[0051] Such as Figure 2 And such as Figure 10As shown in the figure, the bottom surface wire drawing head module 5 includes a bottom surface wire drawing wheel swing assembly 51, a bottom surface wire drawing wheel feeding assembly 52, and a bottom surface wire drawing wheel assembly 53. The bottom surface wire drawing wheel swing assembly 51 includes a bottom swing bracket 511, a bottom swing guide rail 512 provided on the bottom swing bracket 511, and a bottom swing reduction gear 513. The bottom surface wire drawing wheel feeding assembly 52 is arranged on the bottom swing guide rail 512 through a bottom swing slider 514 and can move along the bottom swing guide rail 512 under the action of the bottom swing reduction gear 513. The bottom surface wire drawing wheel feeding assembly 52 includes a bottom surface wire drawing wheel feeding assembly connecting plate 521, a bottom feeding reduction gear 522, a bottom feeding first slider 523, and a bottom feeding second slider 524. The bottom surface wire drawing wheel feeding assembly connecting plate 521 is L-shaped and connected to the bottom swing slider 514. The bottom feeding first slider 523 is connected to the vertical surface of the bottom surface wire drawing wheel feeding assembly connecting plate 521. The bottom feeding second slider 524 and the bottom feeding first slider 523 cooperate with each other through a chute and a boss and can relatively slide under the action of the bottom feeding reduction gear 522. The moving direction of the bottom feeding second slider 524 is perpendicular to that of the bottom swing slider 514.

[0052] The bottom surface wire drawing wheel assembly 53 includes a bottom surface wire drawing wheel 531 and a bottom surface wire drawing wheel driving motor 532. The bottom surface wire drawing wheel driving motor 532 is arranged on the bottom feeding second slider 524. The bottom surface wire drawing wheel 531 is connected to the output end of the bottom surface wire drawing wheel driving motor 532 and can rotate around its axis under the action of the bottom surface wire drawing wheel driving motor 532. The working surface of the bottom surface wire drawing wheel 531 is correspondingly arranged below the product conveying channel 25.

[0053] The inclined surface wire drawing wheel 352, the side surface wire drawing wheel 432, and the bottom surface wire drawing wheel 531 are all made of nylon. A wire drawing wheel correction device 6 is provided on one side of the inclined surface wire drawing wheel 352, the side surface wire drawing wheel 432, and the bottom surface wire drawing wheel 531. The wire drawing wheel correction device 6 includes a wire drawing wheel correction plate 61, a correction guide rail 62, and a correction plate driving device 63. The wire drawing wheel correction plate 61 is arranged on the correction guide rail 62 through a correction slider 64 and can move along the correction guide rail 62 under the action of the correction plate driving device 63. As Figure 11 shown, correction grooves 611 matching the inclined surface wire drawing wheel 352, the side surface wire drawing wheel 432, and the bottom surface wire drawing wheel 531 are formed on the wire drawing wheel correction plate 61.

[0054] A protective cover 7 is provided outside the inclined surface wire drawing wheel 352, the side surface wire drawing wheel 432, and the bottom surface wire drawing wheel 531. A correction plate avoidance groove 71 is formed on the protective cover 7. The wire drawing wheel correction plate 61 can pass through the correction plate avoidance groove 71.

[0055] Before using this profile conveyor multi - surface wire drawing machine to perform wire drawing processing on profiles, according to the profile specifications, finely adjust the screw 237 to adjust the pressing force of the pressure wheel 231 on the profile to the optimal state; adjust the angle of the inclined surface wire drawing wheel swing assembly 33 through the angle adjustment seat 322 so that the working surface of the inclined surface wire drawing wheel 352 corresponds to the inclined surface of the profile to be processed.

[0056] According to the processing accuracy requirements, select inclined surface wire drawing wheels 352, side wire drawing wheels 432, and bottom wire drawing wheels 531 with different thicknesses and particle sizes, and install them in place.

[0057] The specific operation process is as follows. First, put the profile that needs to be wire - drawn into the i - end as shown in Figure 1 The profile is located between the main conveyor wheel 221, the guide wheel 222, and the pressure wheel 231. The pressure wheel 231 has a relative pressing force on the profile under the action of the pressure wheel spring 236, so as to ensure the stable movement of the profile under the action of the main conveyor wheel 221.

[0058] When the profile moves into the area of the inclined surface wire drawing head module 3, the inclined surface wire drawing wheel 352, under the action of the inclined surface swing reduction gear 333 and the inclined surface feed reduction gear 341, swings along the axis of the inclined surface wire drawing wheel 352 while feeding towards the inclined surface of the profile, thus completing the wire drawing processing of the inclined surface of the profile; then, the profile continues to move into the area of the side wire drawing head module 4 under the action of the profile conveying mechanism 2. The side wire drawing wheel 432, under the action of the side swing reduction gear 423 and the side feed reduction gear 413, swings along the axis of the side wire drawing wheel 432 while feeding towards the side of the profile, thus completing the wire drawing processing of the side of the profile; then, the profile continues to move into the area of the bottom wire drawing head module 5 under the action of the profile conveying mechanism 2. The bottom wire drawing wheel 531, under the action of the bottom swing reduction gear 513 and the bottom feed reduction gear 522, swings along the axis of the bottom wire drawing wheel 531 while feeding towards the bottom of the profile, thus completing the wire drawing processing of the bottom of the profile.

[0059] During the wire drawing process, the wire drawing wheel correction device 6 can ensure the stable operation of the inclined surface wire drawing wheel 352, the side wire drawing wheel 432, and the bottom wire drawing wheel 531, avoiding the jumping of the inclined surface wire drawing wheel 352, the side wire drawing wheel 432, and the bottom wire drawing wheel 531 due to unevenness.

[0060] Finally, the profile that has completed the three - surface wire drawing is continuously conveyed under the action of the profile conveying mechanism 2 and sent out from the e - end as shown in Figure 1 shown.

[0061] In the description of the present invention, it should be noted that the orientation or positional relationship indicated by the terms "upper", "lower", "left", "right", "top", "bottom", "side", "end", etc. is based on the orientation or positional relationship shown in the drawings. It is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, it should not be construed as a limitation to the present invention.

[0062] In addition, in the description of the embodiments of the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", "connected to", "set up", "provided with", etc. should be understood in a broad sense. For example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be the communication inside two elements. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0063] Finally, it should be noted that the above embodiments are only specific embodiments of the present invention, used to illustrate the technical solutions of the present invention, rather than limiting it. The protection scope of the present invention is not limited thereto. Although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that any person skilled in the technical field of the present invention can still modify the technical solutions described in the foregoing embodiments or easily conceive of changes, or perform equivalent replacements for some of the technical features; and these modifications, changes or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of the embodiments of the present invention, and should all be covered by the protection scope of the present invention. Therefore, the protection scope of the present invention should be subject to the protection scope of the claims.

Claims

1. A multi-sided wire drawing machine for profile conveying, characterized in that: It includes a hood, a profile conveying mechanism arranged inside the hood, two inclined surface wire drawing head modules, two side surface wire drawing head modules, and two bottom surface wire drawing head modules. The profile conveying mechanism is used for conveying profiles. The profile conveying mechanism includes a conveying machine frame, several groups of conveying wheel assemblies evenly arranged on the conveying machine frame, several groups of pressing wheel assemblies, and several conveying wheel driving devices. The pressing wheel assemblies are correspondingly arranged above or below the conveying wheel assemblies and can generate pressure on the products during conveying. The conveying wheel assemblies include main conveying wheels and two guide wheels symmetrically arranged on both sides of the main conveying wheels. The guide wheels are perpendicular to the axis of the main conveying wheels. Product conveying channels are formed among several groups of the main conveying wheels, guide wheels, and pressing wheel assemblies. The inclined surface wire drawing head modules, side surface wire drawing head modules, and bottom surface wire drawing head modules are sequentially arranged along the tangential direction of the main conveying wheels. The inclined surface wire drawing head module includes an inclined surface wire drawing machine base assembly, an angle and height adjustment assembly, an inclined surface wire drawing wheel swing assembly, an inclined surface wire drawing wheel feeding assembly, and an inclined surface wire drawing wheel assembly. The inclined surface wire drawing wheel assembly can move in a direction perpendicular to the inclined surface of the profile under the action of the inclined surface wire drawing wheel feeding assembly. The inclined surface wire drawing wheel feeding assembly can drive the inclined surface wire drawing wheel assembly to make a reciprocating motion in a direction parallel to the inclined surface of the profile under the action of the inclined surface wire drawing wheel swing assembly. The inclined surface wire drawing wheel swing assembly is arranged on the inclined surface wire drawing machine base assembly with adjustable angle and height through the angle and height adjustment assembly. The angle and height adjustment assembly includes a height adjustment guide rail and an angle adjustment seat. The height adjustment guide rail is vertically connected to the inclined surface wire drawing machine base assembly. The angle adjustment seat is arranged on the height adjustment guide rail through a height adjustment slider. The angle adjustment seat is in an I shape and is provided with an angle adjustment slotted hole. The inclined surface wire drawing wheel swing assembly is connected to the angle adjustment seat with adjustable angle through the angle adjustment slotted hole. The inclined surface wire drawing wheel assembly includes an inclined surface wire drawing wheel made of nylon and an inclined surface wire drawing wheel drive motor. The inclined surface wire drawing wheel is connected to the output end of the inclined surface wire drawing wheel drive motor and can rotate around its axis under the action of the inclined surface wire drawing wheel drive motor. The working surface of the inclined surface wire drawing wheel is correspondingly arranged obliquely above the product conveying channel. The inclined surface wire drawing wheel swinging assembly includes an inclined surface swinging bracket, an inclined surface swinging guide rail arranged on the inclined surface swinging bracket, and an inclined surface swinging reduction gear. The inclined surface wire drawing wheel feeding assembly is arranged on the inclined surface swinging guide rail through an inclined surface swinging slider and can move along the inclined surface swinging guide rail under the action of the inclined surface swinging reduction gear. The inclined surface wire drawing wheel feeding assembly includes an inclined surface feeding reduction gear, a first inclined surface feeding slider, and a second inclined surface feeding slider. The first inclined surface feeding slider is connected to the inclined surface swinging slider. The second inclined surface feeding slider and the first inclined surface feeding slider cooperate with each other through a chute and a boss and can relatively slide under the action of the inclined surface feeding reduction gear. The moving direction of the second inclined surface feeding slider is perpendicular to that of the inclined surface swinging slider. The inclined surface wire drawing wheel assembly is arranged on the second inclined surface feeding slider through an inclined surface wire drawing wheel assembly connecting plate and can move along with the second inclined surface feeding slider. The side wire drawing head module includes a side wire drawing wheel feeding assembly, a side wire drawing wheel swinging assembly, and a side wire drawing wheel assembly. The side wire drawing wheel assembly can move along the direction perpendicular to the side surface of the profile under the action of the side wire drawing wheel feeding assembly. The side wire drawing wheel feeding assembly can drive the side wire drawing wheel assembly to make a reciprocating motion along the direction parallel to the side surface of the profile under the action of the side wire drawing wheel swinging assembly. The bottom wire drawing head module includes a bottom wire drawing wheel swinging assembly, a bottom wire drawing wheel feeding assembly, and a bottom wire drawing wheel assembly. The bottom wire drawing wheel assembly can move along the direction perpendicular to the bottom surface of the profile under the action of the bottom wire drawing wheel feeding assembly. The bottom wire drawing wheel feeding assembly can drive the bottom wire drawing wheel assembly to make a reciprocating motion along the direction parallel to the bottom surface of the profile under the action of the bottom wire drawing wheel swinging assembly.

2. The profile conveying multi-faceted wire drawing machine according to claim 1, characterized in that: The conveying wheel drive device is connected to the main conveying wheel and can drive the main conveying wheel to rotate. The pressure wheel assembly includes a pressure wheel, a pressure wheel bracket, a pressure wheel guide rail, a pressure wheel slider, a pressure wheel connecting block, a pressure wheel spring, and a screw. The pressure wheel guide rail is vertically connected to the pressure wheel bracket. The pressure wheel connecting block is arranged on the pressure wheel guide rail through the pressure wheel slider and can move up and down along the pressure wheel guide rail. The upper end of the pressure wheel connecting block has a connecting block baffle, and the middle part has a pressure wheel shaft. The pressure wheel is sleeved on the pressure wheel shaft through a bearing. The upper end of the pressure wheel bracket has a bracket baffle. The upper end of the screw is connected to the bracket baffle, and the other end passes through the connecting block baffle and is screwed into the pressure wheel shaft. The pressure wheel spring is sleeved on the screw and is arranged between the bracket baffle and the connecting block baffle.

3. The multi-sided wire drawing machine for profile conveying according to claim 2, wherein: The side wire drawing wheel assembly includes a side wire drawing wheel assembly connecting plate, a side wire drawing wheel made of nylon, and a side wire drawing wheel driving motor. The side wire drawing wheel driving motor is arranged on the side wire drawing wheel assembly connecting plate. The side wire drawing wheel is connected to the output end of the side wire drawing wheel driving motor and can rotate around its axis under the action of the side wire drawing wheel driving motor. The working surface of the side wire drawing wheel is correspondingly arranged on the side of the product conveying channel. The side wire drawing wheel feeding assembly includes a side wire drawing seat, a side wire drawing bracket, and a side feeding reduction gear. A first side feeding slider is arranged on the side wire drawing seat. The bottom of the side wire drawing bracket is connected with a second side feeding slider and is arranged on the first side feeding slider through the second side feeding slider. The first side feeding slider and the second side feeding slider cooperate with each other through a boss and a chute and can relatively slide under the action of the side feeding reduction gear. The side wire drawing wheel swinging assembly is connected to the side wire drawing bracket. The side wire drawing wheel swinging assembly includes a side swinging bracket, a side swinging guide rail arranged on the side swinging bracket, and a side swinging reduction gear. The side wire drawing wheel assembly is arranged on the side swinging guide rail through a side swinging slider and can move along the side swinging guide rail under the action of the side swinging reduction gear. The moving direction of the second side feeding slider is perpendicular to that of the side swinging slider. The side wire drawing wheel assembly connecting plate is connected to the side swinging slider. The bottom wire drawing wheel assembly includes a bottom wire drawing wheel made of nylon and a bottom wire drawing wheel driving motor. The bottom wire drawing wheel is connected to the output end of the bottom wire drawing wheel driving motor and can rotate around its axis under the action of the bottom wire drawing wheel driving motor. The working surface of the bottom wire drawing wheel is correspondingly arranged below the product conveying channel. The bottom wire drawing wheel swinging assembly includes a bottom swinging bracket, a bottom swinging guide rail arranged on the bottom swinging bracket, and a bottom swinging reduction gear. The bottom wire drawing wheel feeding assembly is arranged on the bottom swinging guide rail through a bottom swinging slider and can move along the bottom swinging guide rail under the action of the bottom swinging reduction gear. The bottom wire drawing wheel feeding assembly includes a bottom wire drawing wheel feeding assembly connecting plate, a bottom feeding reduction gear, a first bottom feeding slider, and a second bottom feeding slider. The bottom wire drawing wheel feeding assembly connecting plate is L-shaped and is connected to the bottom swinging slider. The first bottom feeding slider is connected to the vertical surface of the bottom wire drawing wheel feeding assembly connecting plate. The second bottom feeding slider and the first bottom feeding slider cooperate with each other through a chute and a boss and can relatively slide under the action of the bottom feeding reduction gear. The moving direction of the second bottom feeding slider is perpendicular to that of the bottom swinging slider. The bottom wire drawing wheel driving motor is arranged on the second bottom feeding slider.

4. The multi-sided wire drawing machine for profile conveying according to claim 3, characterized in that: A wire drawing wheel correction device is provided on one side of each of the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel. The wire drawing wheel correction device includes a wire drawing wheel correction plate, a correction guide rail, and a correction plate driving device. The wire drawing wheel correction plate is arranged on the correction guide rail through a correction slider and can move along the correction guide rail under the action of the correction plate driving device. A correction groove matching the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel is formed on the wire drawing wheel correction plate. A protective cover is provided outside each of the inclined surface wire drawing wheel, the side surface wire drawing wheel, and the bottom surface wire drawing wheel. A correction plate avoidance groove is formed on the protective cover, and the wire drawing wheel correction plate can pass through the correction plate avoidance groove.

5. The multi-sided wire drawing machine for profile conveying according to claim 3, characterized in that: A number of symmetrically arranged and evenly spaced conveyor wheel supports are provided on the conveyor frame. The main conveyor wheel has a conveyor wheel shaft along its axis direction. Both ends of the conveyor wheel shaft are respectively arranged in two symmetrically arranged conveyor wheel supports through bearings. The conveyor wheel driving device is connected to one end of the conveyor wheel shaft and can drive the main conveyor wheel to rotate. The guide wheel is arranged on the conveyor frame through a guide wheel support and can rotate around its own axis.

6. The multi-sided wire drawing machine for profile conveying according to claim 5, characterized in that: The conveyor wheel driving device includes a conveyor speed reducer, a conveyor driving wheel, two conveyor driven wheels, and a conveyor belt. The conveyor driving wheel is connected to the output end of the conveyor speed reducer. The two conveyor driven wheels are respectively connected to one end of two adjacent conveyor wheel shafts. The conveyor belt is sleeved outside the conveyor driving wheel and the conveyor driven wheels. The conveyor speed reducer can drive the conveyor driving wheel to rotate, thereby driving the conveyor belt to operate, and further driving the conveyor driven wheels to drive the conveyor wheel shaft to rotate.

7. The multi-sided wire drawing machine for profile conveying according to claim 3, characterized in that: The inclined surface wire drawing machine base assembly includes an inclined surface wire drawing machine base, an inclined surface wire drawing machine frame, and a distance adjustment cylinder. A distance adjustment guide rail is provided on the inclined surface wire drawing machine base along a direction perpendicular to the running direction of the profile conveying mechanism. The inclined surface wire drawing machine frame is arranged on the distance adjustment guide rail through a distance adjustment slider and can move along the distance adjustment guide rail under the action of the distance adjustment cylinder.

8. The multi-sided wire drawing machine for profile conveying according to claim 3, wherein: The side surface wire drawing support includes a side surface wire drawing support base, a side surface wire drawing support body, and a side surface wire drawing wheel swing assembly connecting plate. Arc-shaped waist holes are formed on both sides of the side surface wire drawing support base. The side surface wire drawing support body is angle-adjustably connected to the side surface wire drawing support base through the arc-shaped waist holes. The side surface wire drawing wheel swing assembly connecting plate is connected to the upper part of the side surface wire drawing support body. Waist holes are formed on both sides of the side surface wire drawing wheel swing assembly connecting plate along the vertical direction. The side surface wire drawing wheel swing assembly is height-adjustably connected to the side surface wire drawing wheel swing assembly connecting plate through the waist holes.

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