CN209442410U - Wiring unit and connecton layout for full-automatic winding apparatus - Google Patents

Abstract

A kind of wiring unit and connecton layout for full-automatic winding apparatus, wherein wiring unit includes central axis, quill and two canister units；Quill is actively arranged on center shaft, and central axis is laterally extended in left-right direction；Canister unit includes a round end cap and at least two pole panels；Pole panel is circumferentially collapsed by the base angle of an isosceles triangle along cylinder；The apex angle of two pole panels of same canister unit is in that rotating multi is symmetrical about the axial direction of round end cap towards axial the same end of cylinder；The round end cap of two canister units is fixedly connected with the axial ends of central axis correspondingly, two canister units are oppositely arranged in the axial direction, and two the pole panel of canister unit be staggered in the circumferential and surround to form wavy wiring groove on cylinder, the place of turning back of wiring groove forms arc transition.Connecton layout further includes rotating cylinder, driving shaft, wiring unit bracket, wiring unit mounting rack, sensor and bar of making contact, cylinder of making contact, tube stent of making contact.

Description

Wiring unit and connecton layout for full-automatic winding apparatus

Technical field

The utility model relates to fishing gear production technical fields, and in particular to a kind of wiring unit for full-automatic winding apparatus and Connecton layout.

Background technique

In fishing gear production technical field, the fishing lines for being wrapped in multiple spools is usually woven networking by netting machine by fishing net. Its material is generally chemical fibre line, dispatches from the factory the Shi Wei great coil of wire, is needed big line before knitmesh by winding apparatus in chemical fiber enterprise Volume unreel after wound again as the small coil of wire.Moreover, needing the axial direction for making the end of a thread in small spool in spooling to avoid the coil of wire loose On be routed back and forth；When packing the small coil of wire, it is also necessary to label is attached at the end of a thread to prevent from dissipating volume.

Currently, its spooling equipment generally includes actinobacillus device, winding device, connecton layout, break wire device, structure letter It is single, the degree of automation is low, can not continuous work, and need manually to carry out a large amount of back work, low efficiency.Wherein, existing Wiring unit is routed by reciprocal walking mechanism, and its structure is complicated and easy to damage.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of wiring unit for full-automatic winding apparatus and cloth is traditional thread binding It sets, keeps its structure simple.

The utility model solve technical problem the technical solution adopted is that:

The wiring unit for full-automatic winding apparatus of the utility model comprising central axis, quill and two cylinders Unit；Quill is actively arranged on center shaft, and central axis is laterally extended in left-right direction；Driving shaft and central axis power Connection；Canister unit includes a round end cap and at least two pole panels；Wherein, pole panel by an isosceles triangle base angle edge Cylinder is circumferentially collapsed into；The apex angle of two pole panels of same canister unit is towards axial the same end of cylinder, and about circle The axial direction of end cap is symmetrical in rotating multi；The round end cap of two canister units is fixed with the axial ends of central axis correspondingly Connection, two canister units are oppositely arranged in the axial direction, and the pole panel of two canister units is staggered in the circumferential and in cylinder On surround to form wavy wiring groove, the place of turning back of wiring groove forms arc transition；

The connecton layout for full-automatic winding apparatus of the utility model, except include above-mentioned wiring unit in addition to, further include Rotating cylinder, driving shaft, wiring unit bracket, wiring unit mounting rack, sensor and bar of making contact, cylinder of making contact, tube stent of making contact；Rotating cylinder Left end be rotatably arranged on a vertical plate, right end is fixed on wiring unit mounting rack, a wiring unit driving device and actively Axis is connected by power to drive driving shaft to rotate；

Wiring unit bracket is fixed on wiring unit mounting rack, and is located at the preceding upper side of driving shaft；The left and right two of central axis End is rotatably arranged on wiring unit bracket；Bar of making contact is fixed in left-right direction on wiring unit bracket, and is located at wiring Above device；Sensor is also secured on wiring unit bracket；Tube stent of making contact is fixed on wiring unit bracket；Make contact cylinder axially along Left and right directions is arranged below wiring unit, and is rotatably sleeved on one and makes contact on cylinder pin axis, and cylinder pin of making contact axis, which is fixed on, makes contact On tube stent；

Wherein, the end of a thread of the big coil of wire comes out again after sensor from actinobacillus device, successively winding make contact bar, from wiring groove One end in the same direction penetrates in wiring unit, winding quill, wear to outside wiring unit from the circumferential other end of wiring groove, winding is made contact cylinder After be wound in small spool.

Preferably, the periphery of round end cap protrudes out to form flange towards side；The bottom of pole panel is fixed on flange.

Preferably, canister unit further includes a connecting cylinder, and one end of connecting cylinder is fixed by screws in round end cap, The other end is fixedly sheathed on one end of central axis after wearing round end cap.

The utility model has the advantage that it is rotated by the wavy wiring groove on the wiring unit of tubular, in turn The end of a thread of take-up one end is driven axially back and forth, equably to move along small spool.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the full-automatic winding apparatus of one preferred embodiment of the utility model；

Fig. 2 is the partial structure diagram of the actinobacillus device of one preferred embodiment of the utility model；

Fig. 3 is the enlarged diagram of part A shown in Fig. 2；

Fig. 4 is the top view of part-structure shown in Fig. 2；

Fig. 5 is the schematic diagram of the spool clamping winding device of one preferred embodiment of the utility model；

Fig. 6 is the structural schematic diagram of the connecton layout of one preferred embodiment of the utility model；

Fig. 7 is the perspective view of the explosion of the wiring unit of one preferred embodiment of the utility model；

Fig. 8 is the schematic perspective view of the spool feed device of one preferred embodiment of the utility model；

Fig. 9 is the left view of the spool feed device of one preferred embodiment of the utility model；

Figure 10 is the bottom view of the spool feed device of one preferred embodiment of the utility model；

Figure 11 is the top view for dialling line plate of one preferred embodiment of the utility model；

Figure 12 is the schematic perspective view of the blanking device for labeling of one preferred embodiment of the utility model；

Figure 13 (a)~Figure 13 (d) is in the blanking device for labeling of one preferred embodiment of the utility model, and clamping jaw and label are shelled Change schematic diagram from the relative position of plate in the horizontal plane；

Figure 14 is the schematic perspective view of the material-gathering device of one preferred embodiment of the utility model；

Figure 15 is the right view of the material-gathering device of one preferred embodiment of the utility model；

Figure 16 is the right view of the Material collecting box for harvesting of another preferred embodiment of the utility model；

Figure 17 is the schematic perspective view of the part-structure comprising break wire device of one preferred embodiment of the utility model；

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing.In the utility model Description in, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outside" The orientation or positional relationship of equal instructions is to be based on the orientation or positional relationship shown in the drawings, and being merely for convenience of description, this is practical new Type and simplified description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation Construction and operation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second ", " third " are only used In description purpose, it is not understood to indicate or imply and faces ground importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

The utility model is described in further detail with reference to the accompanying drawing.

Please refer to Fig. 1.

The full-automatic winding apparatus of the utility model includes rack 01, and the length direction of rack 01 is longitudinally disposed along front and back.Machine A vertical and longitudinally disposed vertical plate 02 is fixed in the middle part of frame 01.The right side of vertical plate 02 is fixed with a horizontal table top 03. The spooling component that multiple (two are illustrated only in Fig. 1) are longitudinally arranged side by side is provided in rack 01.

Each spooling component includes actinobacillus device 1, connecton layout, spool feed device 3, spool clamping winding device 4.

Wherein, Fig. 1 is please referred to Fig. 3.The actinobacillus device 1 of the present embodiment is used for from unwrapping wire on the big coil of wire comprising One support post 101 and a movable tray 118, movable tray 118 is for installing the big coil of wire.Movable tray 118 is perpendicular around one Axis is rotatably arranged in rack 01, and is located at the left side of vertical plate 02, protrudes out to be formed upward at the center of movable tray 118 One positioning column 118a, the spool of the big coil of wire are set on positioning column downward.The lower end of support post 101 is fixed on vertical plate 02. One end of one first support arm 102 is fixed on the proximal end of the upper end of support post 101, and the other end is fixed towards Zuo Yanshen and thereon There are a horizontally disposed threading disk 104 and a third support arm 105 extended towards upper left.It threads disk 104 and is located at activity The surface of pallet 118.The first cable guiding device 104a of annular is fixed on threading disk 104.One end of one second support arm 103 is fixed In the proximal end of the upper end of support post 101, the other end is towards right extension.The right end of first support arm 103 and a left side for third support arm 105 End respectively offers an open slot 103A.Second cable guiding device 100 an of U-shaped is respectively fixed in open slot 103A.

Second cable guiding device 100 includes a U-shaped part 100a, and the opening of U-shaped part 100a and corresponding open slot 103A are in the same direction Setting.The bottom insertion of U-shaped part 100a is fixed in open slot 103A.One end of one oblique baffle 100c is fixed on U-shaped part 100a Front and back side inner wall on, the bottom side of the other end towards U-shaped part 100a obliquely protrude into a baffle slot 100A, baffle slot 100A is provided on the inner wall of the front and back the U-shaped part 100a other side.The bottom of the other end of oblique baffle 100c and baffle slot 100A it Between there are gaps.

The actinobacillus device 1 of the present embodiment further includes a wire grip (unmarked).In conjunction with shown in Fig. 4, wire grip includes peace Shelve 106, guide roller 107, the first cable quadrant 110, the second cable quadrant 111, packing element 113 and cable quadrant installation axle 109, bracing wire rotation Rotating motor 108.Mounting rack 106 is fixed on 101 upper end of support post.Bracing wire rotating electric machine 108 is fixed on mounting rack 106.It draws The motor shaft of line rotating electric machine 108 is longitudinally disposed and coaxial fixed with cable quadrant installation axle 109.The fixation of packing element 113 is set in 109 middle part of cable quadrant installation axle.First cable quadrant 110 pushes against the left end for being locked in packing element 113 by a location nut 114, fixed Position nut 114 is threaded in cable quadrant installation axle 109.Second cable quadrant 111 is axially displaceably set in packing element 113 On.First cable quadrant 110 and the second cable quadrant 111 offset towards opposite one side face.The separate bracing wire of cable quadrant installation axle 109 is revolved One end of rotating motor 108 is fixed with nut 117.One compressed spring 116 is set in cable quadrant installation axle 109, and one end abuts On nut 117, the other end is connected on the second cable quadrant 111.The axial direction of guide roller 107 it is longitudinally disposed and with packing element 113 Face is arranged in the lateral direction.

Wherein, the end face outer rim of the opposite side of the first cable quadrant 110 and the second cable quadrant 111 forms lead angle, to avoid Cable quadrant accident spiral when unwrapping wire.The payingoff speed of wire grip is equal to or less than the take-up speed that collet chuck holds winding device.

Preferably, the actinobacillus device 1 of the utility model may also include a spring base 115, spring base 115 is axially movable Ground is set in cable quadrant installation axle 109, and between compressed spring 116 and the second cable quadrant 111.116 one end of compressed spring It is connected on nut 117, the other end is connected on spring base 115.

The end of a thread of the big coil of wire is successively through the second cable guiding device 100, the guide roller on the first cable guiding device 104a, third support arm 105 107, packing element 113,100 unwrapping wire of the second cable guiding device in second support arm 102 to connecton layout.

The actinobacillus device of the utility model can significantly reduce the tension on line by active unwrapping wire, avoid often breaking. Preferably, guide roller 107, cable guiding device are made of plastic material, to reduce line abrasion, and the broken string frequency is further decreased.

Please refer to Fig. 5.The spool of the utility model clamps winding device 4, for pushing against small spool from axial ends After drive and small spool rotary wire-reeling and then form the small coil of wire, and the small coil of wire is unclamped after the completion of take-up comprising linear motor 42, Right fixes sleeve 43, extension sleeve 49, the right side compress axis 44, the right side compress first 45 and left fixes sleeve 47, a left side compress first 48, be left Compress axis 46.Wherein, right fixes sleeve 43 axially along left and right laterally setting and be fixed on by right fixes sleeve mounting base 41 The upper end of table top 03 is kept right side.Extension sleeve 49 can be arranged in axial stretching in right fixes sleeve 43, and and linear motor 42 motor shaft is fixedly connected, and left end compresses the coaxial fixation of axis 44 with the right side.The left end that the right side compresses axis 44 is fixed with a taper A left side compress first 45.

The left end of left fixes sleeve 47 is fixed on vertical plate 02, and the right end periphery of right fixes sleeve 47 radially protrudes out shape At block edge 47a.A left side compresses axis 46 and is rotatably arranged in left fixes sleeve 47, and a left side compresses the right end of axis 46 from left fixes sleeve 47 right end stretches out, and the left end that the right side compresses first 48 radially inside contracts, and the end of a thread locating slot 48a is formed between block edge 47a.

A left side compresses first 45 and compresses first 48 with right and support the axial ends for being pressed in small spool from transverse ends correspondingly. The right side compresses axis 44 and axially rotates under the driving of a take-up driving device, and then the coil of wire unreeled on the arrogant coil of wire is around in small In spool, the small coil of wire is formed.When needing under the small wire reel-up of completion, linear motor 42 drives the right side to compress axis 44 to unclamp outwardly Spool；When by small spool be placed in the right side compress first 45 and a left side compress between first 48 after, linear motor 42 drives the right side to compress 44 court of axis It is interior to compress small spool, then start winding process.

Fig. 6 is please referred to Fig. 7.In a preferred embodiment, the connecton layout 5a of the utility model, is used to make take-up The end of a thread of one end is moved back and forth along the axial direction of small spool, including rotating cylinder 51, driving shaft 59, wiring unit 54, wiring unit bracket 53, wiring unit mounting rack 52, sensor 56 and bar 56 of making contact, cylinder 57 of making contact, make contact tube stent 57a.The left end of rotating cylinder 51 can It is rotatably arranged on vertical plate 02, right end is fixed on wiring unit mounting rack 52.One wiring unit driving device (not shown) and master The left end of moving axis 59 is connected by power, to drive driving shaft 59 to rotate.

The wiring unit 54 of the utility model includes central axis 54c, quill 54b and two canister unit 54a.Movable sleeve Cylinder 54b is actively set on central axis 54c, and central axis 54c is laterally extended in left-right direction.Driving shaft 59 and central axis 54c It is connected by power by belt 59a.

Canister unit 54a includes a round end cap 541 and two pole panels 542.Wherein, pole panel 542 is by an isoceles triangle The base angle of shape is circumferentially collapsed into along cylinder.The apex angle of two pole panels 542 of same canister unit 54a is towards the axial direction of cylinder The same end, and be in two fold rotational symmetry about the axial direction of round end cap 541.The round end cap 541 of two canister unit 54a is one by one It is accordingly fixedly connected with the axial ends of central axis 54c, two canister unit 54a are oppositely arranged in the axial direction, and two cylinder lists The pole panel 542 of first 54a is staggered in the circumferential and surrounds to form wavy wiring groove 54A, wiring groove 54A on cylinder The place of turning back form arc transition.

Wherein, wiring unit bracket 53 is fixed on wiring unit mounting rack 52, and is preferably located at the preceding upper side of driving shaft 59. The left and right ends of central axis 54c are rotatably arranged on wiring unit bracket 53.Bar 56 of making contact is fixed on cloth in left-right direction On line device bracket 53, and it is located at 54 top of wiring unit.Sensor 56 is also secured on wiring unit bracket 53.Make contact tube stent 57a It is fixed on wiring unit bracket 53.The axial direction of cylinder 57 of making contact is arranged in left-right direction below wiring unit 54, and rotationally covers It is located at one to make contact on cylinder pin axis (not shown), cylinder pin of making contact axis, which is fixed on, makes contact on tube stent 57a.

Preferably, the periphery of round end cap 541 protrudes out to form flange 541a towards side.The bottom of pole panel 542 is fixed on On flange 541a.

Preferably, canister unit 54a further includes a connecting cylinder 543, one end of connecting cylinder 543 is fixed by screw 544 In round end cap 541, the other end is fixedly sheathed on one end of central axis 54c after wearing round end cap 541.

In other some embodiments, each canister unit 54a may also include three or three or more pole panels 542, at this point, these pole panels 542 are symmetrical in rotating multi in the axial direction about round end cap 541.The column of two canister unit 54a Panel 542 is staggered in the circumferential and surrounds to form wavy wiring groove on cylinder.

The end of a thread of the big coil of wire comes out again after sensor 55 from the second cable guiding device 100, successively winding make contact bar 56, from wiring One end in the same direction of slot 54A penetrates interior wiring unit 54, winding quill 54b, wears from the circumferential other end of wiring groove 54A to wiring It is wound in small spool 10 after device 54 is outer, winding is made contact cylinder 57.

When the rotation of 54 constant speed of wiring unit, wavy wiring groove 54A is rotated with it and then is driven the end of a thread of take-up one end It axially back and forth, is equably moved along small spool.

Preferably, being fixed with gag lever post 51a on 51 outer wall of rotating cylinder.Correspond to gag lever post 51a on vertical plate 02 to be fixed with Stop section (not shown), to prevent connecton layout 5a from continuing to rotate under its own gravity.Meanwhile wiring unit bracket 53 Right end is fixed with a rotating handle 53a, can be manually rotated connecton layout 5a to facilitate and is allowed to lift, and then maintenance convenient to overhaul.

Fig. 8 is please referred to Figure 11.

The spool feed device 3 of the utility model is used to convey small spool to spool clamping winding device comprising spool 332, two casket 31, feeding cylinder 33, cradle bowed spool support plates 32.Spool casket 31 favour vertical direction setting and It is fixed on 02 right end of vertical plate by spool casket connector 31a, lower end offers spool outlet.There is small closed assembly in spool casket 31 Spool 10.Feeding cylinder 33 is fixed on feeding cylinder mounting plate 35, and the piston rod of feeding cylinder 35 is arranged backwards.Feeding cylinder Mounting plate 35 is fixed on 02 right end of vertical plate by connecting plate 35a.Cradle 332 is fixed on feeding by feeding frame connector 331 On the piston rod of cylinder 35.Spool support plate 32 is vertically arranged and extends in the longitudinal.The upside down recess of spool support plate 32 It is formed and is hinged on spool support correspondingly with the small matched spool slot of 10 outer profile of spool, the left and right ends of cradle 331 The bottom of plate 32.The rear end of a spool support plate 32 at least within is connected to feeding frame connector by extension spring 32a 331 or cradle 332 on.

Preferably, the spool feed device 3 of the utility model, which further includes one, holds together line apparatus, holding together line apparatus includes a water Safety loading board 333.One horizontal line plate 37 that holds together holds together the left end that line plate connector 334 is fixed on horizontal mounting plate 333 by one Rear side.Holding together line plate 37 includes the straight panel 370 that a front and back extends, and the front end of straight panel 370 is held together line plate connector 334 by one and is fixed on On rear side of the left end of horizontal mounting plate 333.The rear end bifurcated of straight panel 370, which is formed, holds together line fork.Hold together line fork and holds together line supporting plate 371 including first Hold together line supporting plate with second.Second, which holds together line supporting plate, includes a segmental arc 372 and straight section 373.Straight section 373 or so extends, and its right end With one end integrally connected of segmental arc 372, the other end of segmental arc 372 is connected integrally to the rear end of straight panel 370.

Preferably, the spool feed device 3 of the utility model further includes a thread-moving device.Thread-moving device includes one and dials Line plate 36.The left end for dialling line plate 36 is articulated on one group of line plate mounting plate 34, dials the right side that line plate mounting plate 34 is fixed on vertical plate 02 End.Dial the substrate 361 that line plate mounting plate 34 includes a triangle.One jiao of substrate 361, which is articulated with, dials line plate mounting plate 34 On, another angle of substrate 361, which protrudes out to be formed outwardly, dials lines 363, dials lines 364 and protrudes out to form an anticreep protrusion 364 backwards.Base Sliding slot 362 is offered on plate 361.333 lower end of horizontal mounting plate is fixed with a guide post 36a, and guide post 36a is mounted slidably In sliding slot 362.

When horizontal mounting plate 333 is with 332 feeding backwards of cradle, guide post 36a driving dials line plate 36 and dials line to the left, in turn Make the end of a thread of take-up one end towards a left side, then hold together line apparatus and hold together the end of a thread to the end of a thread locating slot 48a, can make to make in winding in this way It obtains when forming next small coil of wire, the end of a thread is fixed in small spool and is entangled in inside the coil of wire and avoids loose winding.

The winding apparatus of the utility model further includes a blanking device for labeling 6, what blanking device for labeling 6 was used to complete The small coil of wire unclamps after removing from device for clamping and rotating 4 and being labelled.

Please refer to Figure 12.Blanking device for labeling 6 includes blanking device and device for labeling, and device for labeling is located at blanking dress The front side set.

Wherein, blanking device includes the clamping jaw 65 that two front and backs face, and two clamping jaws 65 can drive cylinder 650 in a clamping jaw Driving under it is separate, close up.The rear end of the clamping jaw 65 of front side is fixed with a grip block 65d, and the front end of the clamping jaw 65 of rear side is solid Surely there is a vacuum suction block 65b, the front end of vacuum suction block 65b offers vacuum absorption holes (unmarked), vacuum absorption holes It is connect with a vacuum generating device (not shown).Label pressing convex block that can be elastic is additionally provided in vacuum suction block 65b 65c, label presses convex block 65c can be elastic under the driving that a label presses convex block driving cylinder (not shown), and label is pressed Belling block driving cylinder is fixedly connected with vacuum suction block 65b.

Clamping jaw driving cylinder 650 is fixedly connected with the piston rod of a laterally driven cylinder 640, laterally driven cylinder 640 Cylinder body is fixed on laterally driven cylinder mounting plate 63.The piston rod of laterally driven cylinder 63 and a vertical driving cylinder 630 is solid Fixed connection, the vertical cylinder body for driving cylinder 630 are fixed on the longitudinal movement plate 62 that one is vertically arranged.

The left side of longitudinal movement plate 62 is fixedly connected with a longitudinal direction transmission belt 61b, and longitudinal movement plate 62 can longitudinal sliding motion Ground is arranged on longitudinal rail 61a, and longitudinal rail 61a is fixed on the right end of vertical plate 01.

Figure 17 is please referred to, each spooling component further includes a break wire device 9, is set to spool clamping winding device 4 Underface, be particularly located at and right compress first 45 and compressed at the lower section in first 48 middle position with left.Break wire device has a broken string Element, broken string element can be the mechanical clipping apparatus of such as blade, or heating element is used for clamping jaw 65 for the small coil of wire Break after grabbing to lower section (the end of a thread is located at traditional thread binding lower section).

Wherein it is preferred to which broken string element is heating element, specially a heating sucker rod 94.Break wire device further includes traversing Block 93 and broken string cylinder 92.Heating sucker rod 94 extends longitudinally.Longitudinal one end of heating sucker rod 94 is located at spool clamping winding device 4 Front, longitudinal other end of heating sucker rod 94 is located at the rear of spool clamping winding device 4 and is fixedly connected with traversing piece 93, traversing Block 93 is fixedly connected with the piston rod of broken string cylinder 92, and the piston rod of broken string cylinder 92 extends in left-right direction.In this way, longitudinal pass Defeated belt 61b can drive clamping jaw 65 to switch ground blanking between two spooling components.When clamping jaw 65 is longitudinal transmission belt 61b's When being longitudinally moved under drive below corresponding spooling component, by vertically driving cylinder, laterally driven cylinder and clamping jaw cylinder to drive It is dynamic, clamping jaw 65 can be made to remove the small coil of wire of completion downward, then the end of a thread fuses by the way that heating sucker rod 94 is traversing.

The device for labeling of the utility model includes the labeling mounting plate 67 that vertical and front and back extends, and is installed on labeling installation Label on plate 67 unreel disk 671, label paper rolling frame 672, rolling frame rotating electric machine 672a, guide roller 673, jockey pulley 674, Label peel plate 675, label paper sensor 676.Guide roller 673 is located at 674 downside of jockey pulley.Wherein label peel plate 675 is perpendicular It is straight to be arranged and extend in left-right direction, it is approached backwards in blanking device side.The front side at the top of label peel plate 675 is in wedge Shape.Label paper with label unreels after disk 671 unreels successively pile warp guide roller 673, label peel plate 675, tension from label Winding is in label paper rolling frame 672 after roller 674.Label is stripped when running to the upper end of label peel plate 675.

Wherein, shown in the course of work of blanking device for labeling 6 such as Figure 13 (a) to Figure 13 (d).Label 670 is run to label When 675 top of peel plate, simultaneously vacuum absorption holes and the label 670 at top are contour for the open-shaped state of two clamping jaw 65；Then in level Move to the relative position of Figure 13 (b) on face together along the dashed path of Figure 13 (a)；Then pass through vacuum suction for label 670 (the convex block 65c of label pressing at this time is recessed in vacuum suction block 65b) is adsorbed on vacuum suction block 65b；Then according to Figure 13 (a) state shown in dashed path counter motion to Figure 13 (c) shown in；Then, two clamping jaws 65 rise to the small of blanking Behind coil of wire front and rear sides, two clamping jaws 65 close inwardly, and the convex block 65c of label pressing at this time protrudes from the front side of vacuum suction block 65b End face, and then label pressing is pasted on the small coil of wire 100.Finally, two clamping jaws 65 are flared to Figure 13 (a) after dropping to former height Shown state, the small coil of wire are fallen.

Figure 14 is please referred to Figure 15.The winding apparatus of the utility model further includes a material-gathering device 7.Material-gathering device 7 The belt 72 that gathers materials including edge conveying from front to back, the belt 72 that gathers materials are arranged on belt holder (unmarked), and belt holder is solid Determine on the rack, compartment of terrain is fixed with multiple raised lines 720 on the belt 72 that gathers materials, and raised line 720 extends in left-right direction.Gather materials skin Band 72 is fixedly arranged above multiple Material collecting box for harvesting 70.Multiple Material collecting box for harvesting 70 are set to the spool of the multiple spooling unit correspondingly Clamp the underface of winding device 4.The gather materials rear end of belt 72 is downwardly inclined relative to the front end for the belt 72 that gathers materials.Preferably, The angle α of belt 72 and horizontal plane of gathering materials is 10 °~20 °.

Wherein, Material collecting box for harvesting 70 includes two side plates 701,702, side plate 701,702 time intervals and is just fixed on skin over the ground On tape holder.

Material collecting box for harvesting 70 further includes the first inclined plate 703 and the second inclined plate 704, and the first inclined plate 703 and the second inclined plate 704 are all provided with It sets between two side plates 701,702.The lower end of first inclined plate 703 relative to the first inclined plate 703 upper end towards top rake, second The lower end of inclined plate 704 relative to the second inclined plate 704 upper end towards rear-inclined and be directed toward the first inclined plate 703 front side.Second inclined plate There are the blanking gaps that can hold the small coil of wire and pass through between 704 lower end and the first inclined plate 703.

Preferably, the upper end of the first inclined plate 703 is articulated on two side plates 701,702, the lower end of the first inclined plate 703 is removable It is installed on unloading and is faced on two side plates 701,702 in the first long arc-shaped holes 70a opened up.Similarly, second inclined plate 703 Upper end is articulated on two side plates 701,702, and the lower end of the second inclined plate 704 is removably installed on two side plates 701,702 It faces in the second long arc-shaped holes 70b opened up.

Please refer to Figure 16.In another preferred embodiment of the utility model, Material collecting box for harvesting 70 includes including two side plates 711, it 711 time interval of side plate and is just being fixed on belt holder over the ground.

Material collecting box for harvesting 70 further includes third inclined plate 713, the 4th inclined plate 715 and a riser 712, third inclined plate 713, the 4th inclined plate 715 and one riser 712 be arranged between two side plates 701,702.The lower end of third inclined plate 713 is relative to third inclined plate 713 Upper end towards top rake, third inclined plate towards rear-inclined and is directed toward relative to the upper end of the 4th inclined plate 715 in the lower end of the 4th inclined plate 715 713 front side.There are the blanking gaps that can hold the small coil of wire and pass through between the lower end and third inclined plate 713 of 4th inclined plate 715.

The upper end of third inclined plate 713 is articulated on two side plates 711, and the lower end of third inclined plate 713 is removably installed in It is faced in the third long arc-shaped holes 714 opened up on two side plates 711.Riser 712 is fixed on the front end of two side plates 711.The The middle part of four inclined plates 715 is articulated on two side plates 711, and the upper end of the 4th inclined plate 715 is connected to riser 712 by spring 716 Lower part.In this way, when the small coil of wire is fallen from top most kinetic energy can be absorbed by spring, therefore can be with lower Falling speed, which is fallen in, gathers materials on belt 72.

In the present invention, wiring unit mounting rack 52 can be tubular, as shown in the connecton layout 5a in Fig. 1 and Fig. 6, It can be other shapes, such as can be U-board (shown in connecton layout 5b as shown in figure 1).

Above are merely preferred embodiments of the utility model, it is noted that those skilled in the art For, without departing from the principle of this utility model, several improvements and modifications can also be made, these improvements and modifications It should be regarded as the protection scope of the utility model.

The non-detailed portion of other in the utility model belongs to the prior art, therefore details are not described herein.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims (5)

1. being used for the wiring unit of full-automatic winding apparatus, which is characterized in that including central axis, quill and two canister units； Quill is actively arranged on center shaft, and central axis is laterally extended in left-right direction；Canister unit includes a round end cap And at least two pole panel；Wherein, pole panel is circumferentially collapsed by the base angle of an isosceles triangle along cylinder；Same canister unit Two pole panels apex angle towards axial the same end of cylinder, and about the axial direction of round end cap in rotating multi it is symmetrical；Two The round end cap of canister unit is fixedly connected with the axial ends of central axis correspondingly, and two canister units are reversed in the axial direction Setting, and the pole panel of two canister units is staggered in the circumferential and surrounds to form wavy wiring groove, cloth on cylinder The place of turning back of wire casing forms arc transition.

2. being used for the connecton layout of full-automatic winding apparatus, which is characterized in that in addition to including wiring unit as described in claim 1, It further include rotating cylinder, driving shaft, wiring unit bracket, wiring unit mounting rack, sensor and bar of making contact, cylinder of making contact, tube stent of making contact； The left end of rotating cylinder is rotatably arranged on a vertical plate, and right end is fixed on wiring unit mounting rack, and driving shaft and central axis are dynamic Power connection, a wiring unit driving device are connected by power with driving shaft to drive driving shaft to rotate；

Wiring unit bracket is fixed on wiring unit mounting rack, and is located at the preceding upper side of driving shaft；The left and right ends of central axis are equal It is rotatably arranged on wiring unit bracket；Bar of making contact is fixed in left-right direction on wiring unit bracket, and is located on wiring unit Side；Sensor is also secured on wiring unit bracket；Tube stent of making contact is fixed on wiring unit bracket；Make contact cylinder axially along left and right Direction is arranged below wiring unit, and is rotatably sleeved on one and makes contact on cylinder pin axis, and cylinder pin of making contact axis is fixed on cylinder branch of making contact On frame；

Wherein, the end of a thread of the big coil of wire comes out again after sensor from actinobacillus device, successively winding make contact bar, from the in the same direction of wiring groove It is twined after one end penetrates in wiring unit, winding quill, wear to outside wiring unit from the circumferential other end of wiring groove, winding is made contact cylinder It is around in small spool.

3. being used for the connecton layout of full-automatic winding apparatus as claimed in claim 2, which is characterized in that the periphery court of round end cap Side protrudes out to form flange；The bottom of pole panel is fixed on flange.

4. being used for the connecton layout of full-automatic winding apparatus as claimed in claim 3, which is characterized in that canister unit further includes one One end of a connecting cylinder, connecting cylinder is fixed by screws in round end cap, and the other end is fixedly sheathed in after wearing round end cap On one end of central axis.

5. being used for the connecton layout of full-automatic winding apparatus as claimed in claim 4, which is characterized in that fixed on rotation drum outer wall There is gag lever post, corresponds to gag lever post on vertical plate and be fixed with stop section to prevent connecton layout from continuing under its own gravity Rotation, the right end of wiring unit bracket are fixed with a rotating handle.