CN203753502U - Full-automatic winding machine - Google Patents
Full-automatic winding machine Download PDFInfo
- Publication number
- CN203753502U CN203753502U CN201420121416.4U CN201420121416U CN203753502U CN 203753502 U CN203753502 U CN 203753502U CN 201420121416 U CN201420121416 U CN 201420121416U CN 203753502 U CN203753502 U CN 203753502U
- Authority
- CN
- China
- Prior art keywords
- mark
- arm
- arguing
- send
- guide rail
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Basic Packing Technique (AREA)
Abstract
The utility model relates to the field of packaging machines and provides a full-automatic winding machine. The full-automatic winding machine comprises a feeding mechanism, a winding mechanism, a label pulling mechanism, a label feeding mechanism, a label cutting mechanism, a label pressing mechanism, an indexing mechanism, a discharging mechanism and a cam transmission device which are installed on a profile machine frame in sequence, wherein the cam transmission device drives the whole winding machine to operate; the indexing mechanism and the winding mechanism are connected with independent motors; the feeding mechanism, the label pulling mechanism, the label feeding mechanism, the label cutting mechanism, the label pressing mechanism and the discharging mechanism are connected with a plurality of cams on the cam transmission device respectively. The full-automatic winding machine can achieve feeding, winding, label binding and outputting of finished products automatically, thread bundles after package are attractive in appearance, the speed is high, and working efficiency is largely improved.
Description
Technical field
The utility model relates to package packing machine field, specifically a kind of fully automatic wire winding machine.
Background technology
After a minute packing for cross embroidery silk thread needs first tower line to be wound around repeatedly by suitable length, label on bundle.At present domestic silk thread packing is mainly by manually completing, and speed is slow, inefficiency, and also profile is attractive in appearance not.
Summary of the invention
The purpose of this utility model is exactly in order to overcome above-mentioned the deficiencies in the prior art part, and a kind of simple and reasonable, fully automatic wire winding machine that work efficiency is high is provided.This machine can complete line sending, coiling, bundle mark and finished product output automatically, packing wire harness good looking appearance out, and speed is fast, has greatly improved work efficiency.
Above-mentioned technical matters of the present utility model is mainly solved by following technical proposals: a kind of fully automatic wire winding machine, comprise the wire agency being arranged on successively on profile rack, winding mechanism, pull marking machine structure, send marking machine structure, mark-cutting mechanism, press marking machine structure, indexing mechanism, discharging mechanism and the cam driving gear that drives entire machine running, described indexing mechanism is connected with independent motor with winding mechanism, described wire agency, pull marking machine structure, send marking machine structure, mark-cutting mechanism, press marking machine structure, discharging mechanism is all connected with the some cams on described cam driving gear.
In such scheme, described wire agency comprises adapter plate, described adapter plate is fixed on the profile rack of wire coiling machine by the fixed block of fixed link and end thereof, on described adapter plate, be provided with gear line main shaft, on gear line main shaft, be arranged with successively wool felt packing ring, two blocks of gear line pressure plates and bore spring, the end of cone spring is provided with nylon adjusting knob, is also provided with cabling hook and the auxiliary axle of gear line with directional tagging on described adapter plate.
In such scheme, described winding mechanism comprises coiling arm, described coiling arm is fixed on roll by coiling arm fixed block, roll is connected with coiling electric motor by driven pulley, driving pulley, on described coiling arm fixed block, by shift fork, be connected with winding reciprocating arm, winding reciprocating arm is fixedly connected with coiling rocking arm by vertical rotation axis, and the other end of coiling rocking arm is connected with cam driving gear by connecting rod.
In such scheme, the described marking machine structure that pulls comprises and pulls mark swing arm, presses mark to refer to, the described mark swing arm one end of pulling is provided with and pulls mark post, pull the mark swing arm other end and be fixed in installation shaft, pull mark swing arm and be connected with cam driving gear, press mark fingerstall to be located in installation shaft, press mark to refer to and installation shaft between be provided with the first torsion spring, the end of pressing mark to refer to is provided with presses mark pad, described pressure mark to refer to that bottom is provided with to lift spindle, lift spindle and be connected with cam driving gear.
In such scheme, describedly send marking machine structure to comprise to send mark master pendulum arm, the described mark master pendulum arm that send is connected from swing arm with sending mark, send mark master pendulum arm to be connected with cam driving gear, send mark to be connected with slip cap by pipe link from swing arm, described slip cap is installed on adapter plate both sides, between two slip caps, be provided with to send and mark the installation shaft of arguing for the sake of arguing, send mark to argue for the sake of arguing to be sheathed on and send mark argue for the sake of arguing in installation shaft and be connected with sending the mark installation shaft of arguing for the sake of arguing by the second torsion spring, send the mark end of arguing for the sake of arguing to be provided with and to hang mark hook, the described mark bottom of arguing for the sake of arguing of sending is provided with the axle of arguing for the sake of arguing, and the axle of arguing for the sake of arguing is connected with cam driving gear.
In such scheme, described mark-cutting mechanism comprises trimscript swing arm, cutting knife, described trimscript swing arm is connected with cutter arm, between two cutter arm, be provided with cutting knife rotating shaft, the trimscript swing arm other end is connected with cam driving gear, described cutting knife is fixed in cutter arm by cutting knife adapter plate, cutting knife below is installed with lower cutter, lower cutter blade overlaps with cutting knife blade, on cutting knife adapter plate and cutter arm be provided with the spacing small extension spring that ensures that the blade of cutting knife overlaps with lower cutter blade, small extension spring one end is fixed by screws in cutter arm, the other end is fixed on cutting knife adapter plate by spring pendant.
In such scheme, described pressure marking machine structure comprises guide pillar, the first guide rail, described the first guide rail bracket is located on guide rail base, described guide rail base top is provided with guide rail base top board, the first guide rail top is provided with connecting rod connecting panel, connecting rod connecting panel is connected with cam driving gear by connecting rod, described guide pillar top is provided with stop nut, and guide pillar is thereunder arranged with angle bar seat successively through guide rail base top board, the first stage clip, axle clamp seat, middle angle bar seat, the second stage clip, eccentric shaft holder, lower angle bar seat, lower guide pin bushing, lower copper bush, described upper angle bar seat, middle angle bar seat, lower angle bar seat is fixed on guide rail, axle clamp seat is fixed on guide pillar, described guide pillar end is provided with N-shaped back vent plate, described lower guide pin bushing is connected with lower angle bar seat, described lower copper bush is connected with eccentric shaft holder, is relatively set with inner side shaping hook plate and outside shaping hook plate on described lower copper bush, and described inner side shaping hook plate and shaping hook plate top, outside are equipped with jackscrew, bottom is equipped with cheicers, and described eccentric shaft holder is provided with nylon head caging bolt.
In such scheme, described indexing mechanism comprises servomotor, center shaft, described servomotor and center shaft are coupling, on center shaft, be arranged with coil of wire tension cam, left stringing pole, right stringing pole, described left stringing pole is fixed on the second rail end arranging with central axes, the guide rail other end is connected with tension cam by dancer roll, described the second guide rail is provided with mobile shifting block, mobile shifting block is connected with heat-sealing top board, described center shaft below is provided with fork adapter plate, on adapter plate, be arranged with long fork and short fork, long fork is all connected with cam driving gear with short fork, described long fork with for stirring the rear push-rod of mobile shifting block reach, be connected, short fork with for stirring the front push rod moving after mobile shifting block, be connected.
Fully automatic wire winding machine of the present utility model adopts cam drive to realize different actions, rational in infrastructure, easy-to-operate, and work efficiency is high, applied widely.
Accompanying drawing explanation
Fig. 1 is integral structure schematic diagram of the present utility model.
Fig. 2 is the right elevation of Fig. 1.
Fig. 3 is wire agency schematic diagram of the present utility model.
Fig. 4 is winding mechanism schematic diagram of the present utility model.
Fig. 5 is the mark structural scheme of mechanism that pulls of the present utility model.
Fig. 6 is the left view of Fig. 5.
Fig. 7 is the mark structural scheme of mechanism that send of the present utility model.
Fig. 8 is the birds-eye view of Fig. 7.
Fig. 9 is mark-cutting mechanism schematic diagram of the present utility model.
Figure 10 is the birds-eye view of Fig. 9.
Figure 11 is the right elevation of Fig. 9.
Figure 12 is pressure mark structural scheme of mechanism of the present utility model.
Figure 13 is indexing mechanism schematic diagram of the present utility model.
Figure 14 is the left view of Figure 13.
Wherein: 1. indexing mechanism, 2. press marking machine structure, 3. pull marking machine structure, 4. send marking machine structure, 5. mark-cutting mechanism, 6. discharging mechanism, 7. winding mechanism, 8. wire agency, 9. cam driving gear, 10. fixed block, 11. fixed links, 12. first adapter plates, 13. approach switchs, 14. cabling hooks, 15. cone springs, 16. wool felt packing rings, 17. gear line pressure plates, 18. transparent line retaining disks, 19. nylon are adjusted knob, the auxiliary axle of 20. gear line, 21. coiling arms, 22. coiling arm fixed blocks, 23. winding reciprocating arms, 24. rolls, 25. first mount pads, 26. coiling rocking arms, 27. driven pulleys, 28. driving pulleys, 29. coiling electric motors, 30. vertical rotation axis, 31. shift forks, 32. second mount pads, 33. pull mark swing arm, 34. press mark to refer to, 35. pull mark post, 36. first torsion springs, 37. lift spindle, 38. installation shaft, 39. press mark pad, 40. stop screws, 41. second torsion springs, 42. send the mark installation shaft of arguing for the sake of arguing, 43. slip caps, 44. send mark master pendulum arm, 45.Song Biao road, 46. send mark from swing arm, 47. pipe links, 48. second adapter plates, 49. hang mark hook, 50. send mark to argue for the sake of arguing, 51. trimscript swing arms, 52. trimscript seats, 53. cutter arm, 54. cutting knife rotating shafts, 55. lower cutters, 56. spring pendants, 57. first small extension springs, 58. tracheae permanent seats, 59. tracheaes, 60. cutting knifes, 61. second small extension springs, 62. cutting knife adapter plates, 63. guide rail base top boards, 64. guide pillars, 65. connecting rod connecting panels, 66. first guide rails, 67. guide rail bases, angle bar seat on 68., 69. first stage clips, 70. axle clamp seats, angle bar seat in 71., 72. second stage clips, 73. eccentric shaft holders, 74. times angle bar seats, 75. times guide pin bushings, 76. inner side shaping hook plates, 77. times copper bushes, 78. outside shaping hook plates, 79. back vent plates, 80. jackscrews, 81. nylon head caging bolts, 82. permanent seats, 83. coil of wire tension cam, 84. second guide rails, 85. move shifting block, 86. heat-sealing top boards, 87. right outside stringing poles, 88. center shafts, 89. the 3rd adapter plates, 90. left stringing poles, 91. fork adapter plates, 92. servomotors, 93. front push rods, 94. rear push-rods, 95. long forks, 96. short forks.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model will be further described.Be below a kind of embodiment of the present utility model, but the utility model is not limited only to this embodiment.
As shown in Figure 1, 2, a kind of fully automatic wire winding machine, comprise the wire agency 8, the winding mechanism 7 that are arranged on successively on profile rack, pull marking machine structure 3, send marking machine structure 4, mark-cutting mechanism 5, the cam driving gear 9 of pressing marking machine structure 2, indexing mechanism 1, discharging mechanism 6 and driving entire machine running, described indexing mechanism 1 is connected with independent motor with winding mechanism 7, described wire agency 8, pulls marking machine structure 3, send marking machine structure 4, mark-cutting mechanism 5, presses marking machine structure 2, discharging mechanism 6 to be all connected with the some cams on described cam driving gear 9.
As shown in Figure 3, described wire agency 8 comprises adapter plate 12, described adapter plate 12 is fixed on the rear side of the profile rack of wire coiling machine by the fixed block 10 of fixed link 11 and end thereof, on described the first adapter plate 12, be provided with gear line main shaft, on gear line main shaft, be arranged with successively wool felt packing ring 16, two gear line pressure plates 17 and cone springs 15, the end of cone spring 15 is provided with nylon adjusting knob 19, is also provided with cabling hook 14 and the auxiliary axle 20 of gear line with directional tagging on described the first adapter plate 12.Described the first adapter plate 12 lower ends are provided with transparent line retaining disk 18, are provided with the through hole passing for tower line filament in the middle of line retaining disk 18.Line retaining disk 18 can prevent the impact rebounding on top wire agency that lower squarer line causes because of rotation.On described the first adapter plate 12, be provided with approach switch 13 with cabling hook 14 opposite positions, the mouth of approach switch 13 is connected with driving the cam driving gear 9 of wire coiling machine running, and described cabling hook 14 can freely rotate around its axle.
During use, tower line is placed on the below of wire coiling machine, the filament of tower line is through transparent line retaining disk 18, by the pressure confinement of cone spring 15, in two, keep off between line pressure plate 17 again, can carry out by nylon adjusting knob 19 tensioning degree of control line, then filament is sent into winding mechanism 7 after cabling hook 14 and the auxiliary axle 20 adjusting direction of routing of gear line.In line sending process, cabling hook 14 is positioned at approach switch 13 places under the traction of filament, if there is the situation that filament disconnects, cabling hook 14 leaves approach switch 13 places because self gravitation reason rotates, now approach switch 13, to driving the cam driving gear 9 of wire coiling machine running to send signal, stops wire coiling machine work.
As shown in Figure 4, described winding mechanism 7 is located at and is sent marking machine structure 4 lower ends, indexing mechanism 1 rear end.Described winding mechanism 7 comprises coiling arm 21, described coiling arm 21 is fixed on roll 24 by coiling arm fixed block 22, roll 24 is connected with coiling electric motor 29 by driven pulley 27, driving pulley 28, on described coiling arm fixed block 22, by shift fork 31, be connected with winding reciprocating arm 23, winding reciprocating arm 23 is fixedly connected with coiling rocking arm 26 by vertical rotation axis 30, and the other end of coiling rocking arm 26 is connected with cam driving gear 9 by connecting rod.Winding mechanism 7 is provided with the first mount pad 25, the first mount pads 25 and by screw, is fixed on the profile rack of wire coiling machine, and the roll 24 of described coiling arm 21 and the vertical rotation axis 30 of winding reciprocating arm 23 are all set up on the first mount pad 25.During use, under the driving of coiling electric motor 29, the 21 rotation coilings of coiling arm, under the drive of cam, wind the line rocking arm 26 with certain angle reciprocally swinging simultaneously, thereby drive winding reciprocating arm 23 with same angle reciprocally swinging by vertical rotation axis 30, shift fork 31 drives coiling arm fixed block 22 to move back and forth at a certain distance simultaneously, thereby drive coiling arm 21 to move back and forth at a certain distance along roll 24 straight lines, coiling can be distributed equably on the stringing pole of indexing mechanism 1, prevent from piling line.
Thereby the distance that the angle that can regulate by the fixed position of coiling rocking arm 26 and connecting rod coiling rocking arm 26 reciprocally swingings regulates winding reciprocating arm 23 to move back and forth, adapts to the line of different thicknesses with this.
As shown in Figure 5,6, the described marking machine structure 3 that pulls comprises and pulls mark swing arm 33, presses mark to refer to 34, described mark swing arm 33 one end of pulling are provided with and pull mark post 35, pull mark swing arm 33 other ends and be fixed in installation shaft 38, pull mark swing arm 33 and be connected with cam driving gear 9, press mark to refer to that 34 are set in installation shaft 38, press mark refer to 34 and 38 of installation shaft be provided with torsion spring I36, pressing mark to refer to that 34 end is provided with presses mark pad 39, described pressure mark to refer to that 34 bottoms are provided with to lift spindle 37, lift spindle 37 and be connected with cam driving gear 9.
Described installation shaft 38 is fixed on the profile rack of wire coiling machine by second mount pad 32 at two ends, is positioned at and send marking machine structure 4 upper ends.During use, cam rotation, driving is pulled mark swing arm 33 and is swung, drive is pulled mark post 35 and is pulled mark with certain angle swinging, and actuated by cams is lifted spindle 37 swings simultaneously, and band dynamic pressure mark refers to that 34 upwards rotate, after cam turns to certain angle in the stroke of its reply, lift spindle 37 and refer to that with pressing mark 34 is separated, press mark to refer to that 34 press down rapidly return under the effect of torsion spring I36, press mark to refer to that pressure mark pad 39 on 34 pushes down label band and make it fixedly be convenient to cutting knife cut-out.
As shown in Figure 7,8, described in, send marking machine structure 4 to be positioned at and pull marking machine structure 3 lower ends, mark-cutting mechanism 5 rear ends.Describedly send marking machine structure 4 to comprise to send mark master pendulum arm 44, the described mark master pendulum arm 44 that send is connected from swing arm 46 with sending mark, send mark master pendulum arm 44 to be connected with cam driving gear 9, send mark to be connected with slip cap 43 by pipe link 47 from swing arm 46, described slip cap 43 is installed on fixed plates II 48 both sides, between two slip caps 43, be provided with to send and mark the installation shaft 42 of arguing for the sake of arguing, sending mark to argue for the sake of arguing 50 is sheathed on and send mark argue for the sake of arguing in installation shaft 42 and be connected with sending the mark installation shaft 42 of arguing for the sake of arguing by torsion spring II41, send mark 50 ends of arguing for the sake of arguing to be provided with and to hang mark hook 49, described mark 50 bottoms of arguing for the sake of arguing of sending are provided with the axle of arguing for the sake of arguing, the axle of arguing for the sake of arguing is connected with cam driving gear 9.
The described marking machine structure 4 that send is also provided with the stop screw 40 that moves back and forth distance for limit slippage cover 43.Moving back and forth apart from being regulated by stop screw 40 of slip cap 43.
During use, slip cap 43 can reciprocatingly slide along the second adapter plate 48 under the driving of cam, thereby drive, send the mark 50Yan Songbiao road 45 of arguing for the sake of arguing to move back and forth.Simultaneously, the axle reciprocally swinging under the driving of cam of arguing for the sake of arguing that send mark to argue for the sake of arguing 50 bottoms, when cam driven is argued for the sake of arguing axially upper rotation, the axle of arguing for the sake of arguing drives and to send mark to argue for the sake of arguing 50 upwards to lift, in the stroke of cam in its reply, the axle of arguing for the sake of arguing is with to send mark to argue for the sake of arguing 50 separated, send mark argue for the sake of arguing 50 under the effect of torsion spring II41 rapidly return press down, when depressing, hang mark hook 49 and pierce in the preformed hole of label, thereby drive label band feed forward.
As shown in Fig. 9,10,11, described mark-cutting mechanism 5 is fixed on the profile rack of wire coiling machine by trimscript seat, be positioned at and send marking machine structure 4 front ends, press marking machine structure 2 rear ends, the position of mark-cutting mechanism is adjusted in the position that can be fixed on the trimscript seat on section bar by adjusting, to guarantee to cut off in place label.Described mark-cutting mechanism 5 comprises trimscript swing arm 51, cutting knife 60, described trimscript swing arm 51 is connected with cutter arm 53, between two cutter arm 53, be provided with cutting knife rotating shaft 54, trimscript swing arm 51 other ends are connected with cam driving gear 9, described cutting knife 60 is fixed in cutter arm 53 by cutting knife adapter plate 62, cutting knife 60 belows are installed with lower cutter 55, lower cutter 55 blades overlap with cutting knife 60 blades, on cutting knife adapter plate 62 and cutter arm 53 be provided with the spacing small extension spring that ensures that the blade of cutting knife 60 overlaps with lower cutter 55 blades, small extension spring one end is fixed by screws in cutter arm 53, the other end is fixed on cutting knife adapter plate 62 by spring pendant 56.
Described lower cutter 55 bottoms are provided with tracheae 59, and tracheae 59 is evenly equipped with gas hole towards cutting knife face, and when trimscript, by the tracheae air blowing that makes progress, assisted tag is towards cutting knife 60 blades.Described tracheae 59 is fixing by tracheae permanent seat 58.
During use, the rotation of trimscript cam, drives cutting knife swing arm 51 to swing, thereby drives the cutting knife 60 being connected with cutter arm 53 to move along its knife face place flatness and reciprocator, under the lower cutter 55 with fixing acts on simultaneously, cuts off label, completes trimscript.
As shown in figure 12, described pressure marking machine structure 2 comprises guide pillar 64, guide rail 66, described guide rail 66 is set up on guide rail base 67, described guide rail base 67 tops are provided with guide rail base top board 63, guide rail 66 tops are provided with connecting rod connecting panel 65, connecting rod connecting panel 65 is connected with cam driving gear 9 by connecting rod, described guide pillar 64 tops are provided with stop nut, guide pillar 64 is thereunder arranged with angle bar seat 68 successively through guide rail base top board 63, the first stage clip 69, axle clamp seat 70, middle angle bar seat 71, the second stage clip 72, eccentric shaft holder 73, lower angle bar seat 74, lower guide pin bushing 75, lower copper bush 77, described upper angle bar seat 68, middle angle bar seat 71, lower angle bar seat 74 is fixed on guide rail 66, axle clamp seat 70 is fixed on guide pillar 64, described guide pillar 64 ends are provided with N-shaped back vent plate 79, described lower guide pin bushing 75 is connected with lower angle bar seat 74, described lower copper bush 77 is connected with eccentric shaft holder 73, on described lower copper bush 77, be relatively set with inner side shaping hook plate 76 and outside shaping hook plate 78, described inner side shaping hook plate 76 and outside shaping hook plate 78 tops are equipped with jackscrew 80, bottom is equipped with cheicers, described eccentric shaft holder 73 is provided with nylon head caging bolt 81.
Described pressure marking machine structure 2 is fixed on the profile rack of wire coiling machine by guide rail base 67, is positioned at and send marking machine structure 4 front ends, indexing mechanism 1 rear end.
During use, actuated by cams connecting rod drives guide rail 66 to move down along guide rail base 67, presses marking machine structure 2 integral body to move down, and back vent plate 79 moves down label shaping, and while moving down into a certain degree, the nut at guide pillar 64 tops is spacing, and back vent plate 79 stops moving down; Simultaneously, guide rail continues to move down along guide rail base 67, eccentric shaft holder 73 drives inner side shaping hook plate 76 and outside shaping hook plate 78 to move down by lower copper bush 77, when inner side shaping hook plate 76 and outside shaping hook plate 78 move down into and its lower cheicers relative with label two ends and block label two ends, nylon head caging bolt 81 on eccentric shaft holder 73 is by the baffle limiting of installing on guide rail base 67, and lower copper bush 77 and interior outside shaping hook plate 78 stop moving down; Guide rail continues to move down, this at present guide pin bushing 75 under the drive of lower angle bar seat 74, continue to move down, in folding process, successively touch the jackscrew 80 on inner side shaping hook plate 76 and outside shaping hook plate 78 tops, by the successively top outward, hook plate 76 and outside shaping hook plate 78 tops that is shaped, inner side, the cheicers of inner side shaping hook plate 76 and outside shaping hook plate 78 bottoms successively moves inward and acts on single label end and reach the folding object of label two ends.
As Figure 13, shown in 14, described indexing mechanism 1 comprises servomotor 92, center shaft 88, described servomotor 92 is coupling with center shaft 88, on center shaft 88, be arranged with coil of wire tension cam 83, left stringing pole 90, right stringing pole 87, described left stringing pole 90 is fixed on the second guide rail 84 ends that be arranged in parallel with center shaft 88, second guide rail 84 other ends are connected 83 by dancer roll with tension cam, described the second guide rail 84 is provided with mobile shifting block 85, mobile shifting block 85 is connected with heat-sealing top board 86, described center shaft 88 belows are provided with fork adapter plate 91, on fork adapter plate 91, be arranged with long fork 95 and short fork 96, long fork 95 is all connected with cam driving gear 9 with short fork 96, described long fork 95 with for stirring the rear push-rod 94 of mobile shifting block 85 reaches, be connected, short fork 96 with for stirring the front push rod 93 moving after mobile shifting block 85, be connected.Described indexing mechanism 1 is fixed on the profile rack of wire coiling machine by permanent seat 82 and the 3rd adapter plate 89, is positioned at the front side of winding mechanism 7, the bottom of envelope marking machine structure.
When the utility model is used, be divided into 6 stations.Described indexing mechanism 1 drives it to rotate by servomotor 92, realizes the circulation of station.
The dancer roll of 1: the second guide rail 84 end of station moves along coil of wire tension cam 83 chutes, drives guide rail II84 to be moved to the left along center shaft 88, left stringing pole 90 and separated the tightening of right stringing pole 87.Simultaneously, under the effect of cam driving gear 9, long fork 95 drives rear push-rods 94 to promote mobile shifting block 85 reaches, seals top board 86 this moment and stretches out and move on to suitable position, coiling beginning; After a complete bunch, servomotor 92 effects, indexing mechanism 11 rotates and makes it move on to next station.
Station 2: this station seals wire harness label.
The dancer roll of 3: the second guide rail 84 ends of station moves to its recovery stroke along coil of wire tension cam 83 chutes, drives guide rail II84 to move right along center shaft 88, and left stringing pole 90 and right stringing pole are drawn close and loosened; Under the effect of cam driving gear 9, before short fork 96 drives, push rod 93 pulls back mobile shifting block 85, causes heat-sealing top board 86 to be recalled simultaneously, and the reversal means of discharging mechanism 6 is transferred to the wire harness of sealing label.
Station 4,5,6: indexing mechanism 1 transposition under servomotor 92 drives.
Described indexing mechanism 1 is controlled the distance of left and right stringing pole, the i.e. tensioning degree of wire harness by coil of wire tension cam 83.
Described indexing mechanism 1 is controlled the push-and-pull of front and back two push rods to mobile shifting block 85 by cam, realizes the flexible of heat-sealing top board 86, to label is carried out to involution and finished product output.
In the above-described embodiments, line is sent on the roll 24 of winding mechanism 7 after by wire agency 8 tensionings, and winding mechanism 7 is wrapped in line on the stringing pole of indexing mechanism 1 uniformly, reaches after predefined length, scissors is cut off line, and indexing mechanism 1 is proceeded to next station; Meanwhile, pull marking machine structure 3 and tear label band, by sending marking machine structure 4 to send mark to indexing mechanism 1, while sending to single tag length, mark-cutting mechanism 5 work, cut off label.Press marking machine structure 2 that this label is folding, smooth bundle is on the wire harness winding, and heating plate adds heat-sealing mark, and after completing, indexing mechanism 1 proceeds to next station, by discharging mechanism 6, finished product wire harness is sent.
Claims (8)
1. a fully automatic wire winding machine, it is characterized in that: by being arranged on successively wire agency, winding mechanism on profile rack, pull marking machine structure, send marking machine structure, mark-cutting mechanism, pressure marking machine structure, indexing mechanism, discharging mechanism and drive the cam driving gear of entire machine running to form, described indexing mechanism is connected with independent motor with winding mechanism, described wire agency, pull marking machine structure, send marking machine structure, mark-cutting mechanism, pressure marking machine structure, discharging mechanism be all connected with cam driving gear.
2. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described wire agency comprises the first adapter plate, described the first adapter plate is fixed on the profile rack of wire coiling machine by the fixed block of fixed link and end thereof, on described the first adapter plate, be provided with gear line main shaft, on gear line main shaft, be arranged with successively wool felt packing ring, two blocks of gear line pressure plates and bore spring, the end of cone spring is provided with nylon adjusting knob, is also provided with cabling hook and the auxiliary axle of gear line with directional tagging on described the first adapter plate.
3. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described winding mechanism comprises coiling arm, described coiling arm is fixed on roll by coiling arm fixed block, roll is connected with coiling electric motor by driven pulley, driving pulley, on described coiling arm fixed block, by shift fork, be connected with winding reciprocating arm, winding reciprocating arm is fixedly connected with coiling rocking arm by vertical rotation axis, and the other end of coiling rocking arm is connected with cam driving gear by connecting rod.
4. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described in pull marking machine structure and comprise and pull mark swing arm, press mark to refer to, the described mark swing arm one end of pulling is provided with and pulls mark post, pull the mark swing arm other end and be fixed in installation shaft, pull mark swing arm and be connected with cam driving gear, press mark fingerstall to be located in installation shaft, press mark to refer to and installation shaft between be provided with the first torsion spring, the end of pressing mark to refer to is provided with presses mark pad, described pressure mark to refer to that bottom is provided with to lift spindle, lift spindle and be connected with cam driving gear.
5. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described in send marking machine structure to comprise to send mark master pendulum arm, the described mark master pendulum arm that send is connected from swing arm with sending mark, send mark master pendulum arm to be connected with cam driving gear, send mark to be connected with slip cap by pipe link from swing arm, described slip cap is installed on adapter plate both sides, between two slip caps, be provided with to send and mark the installation shaft of arguing for the sake of arguing, send mark to argue for the sake of arguing to be sheathed on and send mark argue for the sake of arguing in installation shaft and be connected with sending the mark installation shaft of arguing for the sake of arguing by the second torsion spring, send the mark end of arguing for the sake of arguing to be provided with and to hang mark hook, the described mark bottom of arguing for the sake of arguing of sending is provided with the axle of arguing for the sake of arguing, the axle of arguing for the sake of arguing is connected with cam driving gear.
6. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described mark-cutting mechanism comprises trimscript swing arm, cutting knife, described trimscript swing arm is connected with cutter arm, between two cutter arm, be provided with cutting knife rotating shaft, the trimscript swing arm other end is connected with cam driving gear, described cutting knife is fixed in cutter arm by cutting knife adapter plate, cutting knife below is installed with lower cutter, lower cutter blade overlaps with cutting knife blade, on cutting knife adapter plate and cutter arm be provided with the spacing small extension spring that ensures that the blade of cutting knife overlaps with lower cutter blade, small extension spring one end is fixed by screws in cutter arm, the other end is fixed on cutting knife adapter plate by spring pendant.
7. a kind of fully automatic wire winding machine according to claim 1, is characterized in that: described pressure marking machine structure comprises guide pillar, the first guide rail, described the first guide rail bracket is located on guide rail base, described guide rail base top is provided with guide rail base top board, the first guide rail top is provided with connecting rod connecting panel, connecting rod connecting panel is connected with cam driving gear by connecting rod, described guide pillar top is provided with stop nut, and guide pillar is thereunder arranged with angle bar seat successively through guide rail base top board, the first stage clip, axle clamp seat, middle angle bar seat, the second stage clip, eccentric shaft holder, lower angle bar seat, lower guide pin bushing, lower copper bush, described upper angle bar seat, middle angle bar seat, lower angle bar seat is fixed on guide rail, axle clamp seat is fixed on guide pillar, described guide pillar end is provided with N-shaped back vent plate, described lower guide pin bushing is connected with lower angle bar seat, described lower copper bush is connected with eccentric shaft holder, is relatively set with inner side shaping hook plate and outside shaping hook plate on described lower copper bush, and described inner side shaping hook plate and shaping hook plate top, outside are equipped with jackscrew, bottom is equipped with cheicers, and described eccentric shaft holder is provided with nylon head caging bolt.
8. a kind of fully automatic wire winding machine according to claim 1, it is characterized in that: described indexing mechanism comprises servomotor, center shaft, described servomotor and center shaft are coupling, on center shaft, be arranged with coil of wire tension cam, left stringing pole, right stringing pole, described left stringing pole is fixed on the second rail end arranging with central axes, the guide rail other end is connected with tension cam by dancer roll, described the second guide rail is provided with mobile shifting block, mobile shifting block is connected with heat-sealing top board, described center shaft below is provided with fork adapter plate, on adapter plate, be arranged with long fork and short fork, long fork is all connected with cam driving gear with short fork, described long fork with for stirring the rear push-rod of mobile shifting block reach, be connected, short fork with for stirring the front push rod moving after mobile shifting block, be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420121416.4U CN203753502U (en) | 2014-03-18 | 2014-03-18 | Full-automatic winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420121416.4U CN203753502U (en) | 2014-03-18 | 2014-03-18 | Full-automatic winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203753502U true CN203753502U (en) | 2014-08-06 |
Family
ID=51248805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420121416.4U Expired - Fee Related CN203753502U (en) | 2014-03-18 | 2014-03-18 | Full-automatic winding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203753502U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104384393A (en) * | 2014-09-30 | 2015-03-04 | 雷斌蕃 | Full-automatic winding machine |
| CN106240890A (en) * | 2016-08-31 | 2016-12-21 | 中山市索尼格自动化机械设备有限公司 | A kind of coil binding method and the full-automatic coil knot installation of enforcement the method |
-
2014
- 2014-03-18 CN CN201420121416.4U patent/CN203753502U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104384393A (en) * | 2014-09-30 | 2015-03-04 | 雷斌蕃 | Full-automatic winding machine |
| CN106240890A (en) * | 2016-08-31 | 2016-12-21 | 中山市索尼格自动化机械设备有限公司 | A kind of coil binding method and the full-automatic coil knot installation of enforcement the method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103872866B (en) | Automatically many wire windings | |
| CN202633038U (en) | Full-automatic double-end hollow coil winding machine | |
| CN107323777B (en) | A kind of automatic charging device for labeling | |
| CN103312097A (en) | Automatic wire winding machine of motor stator of electric car | |
| CN203377751U (en) | Electric vehicle motor stator automatic coil winding machine | |
| CN103000364A (en) | Automatic coil winder | |
| CN203423356U (en) | Full-automatic cutting peeling turn-over mechanism of cable terminal crimping machine | |
| CN203753502U (en) | Full-automatic winding machine | |
| CN205312029U (en) | Carton adhesive tape sealing machine | |
| CN207226631U (en) | A kind of wire-cutting device | |
| CN104260918B (en) | A kind of bean vermicelli coiling banding mechanism and job operation thereof | |
| CN106218993A (en) | A kind of cable cuts out binding apparatus automatically | |
| CN205820474U (en) | A kind of thin film puma manipulator automatic coiling machine | |
| US3032860A (en) | Apparatus for producing electrical conductors | |
| CN201098918Y (en) | Full-automatic paper tube head cutting machine | |
| CN208271659U (en) | A kind of cable automatic paper wrapping machine | |
| CN110104245B (en) | Automatic threading and bundling device and method | |
| CN203599268U (en) | Tungsten filament winder | |
| CN207224303U (en) | A kind of identical tension two-wire cutter device | |
| CN205951372U (en) | Multi -functional quick change cord grip of corrugated board production line rip cutting wire pressing machine | |
| CN202977161U (en) | Automatic coil winder | |
| CN202353402U (en) | Paper wrapping machine for motor rotor | |
| CN102931562B (en) | Two-wire overlapped terminal crimping mechanism | |
| CN210403502U (en) | Full-automatic coil automatic winding machine | |
| CN207682552U (en) | A kind of automatic hole digging machine of cystosepiment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140806 Termination date: 20170318 |