CN207618754U - A kind of double-station multireel diameter Package band recoiler - Google Patents

Abstract

A kind of double-station multireel diameter Package band recoiler provided by the utility model, it is equipped with conveying speed measuring device successively including organic frame, along packing tape feeding direction, governing mechanism of tension, winding displacement belt-guiding device, cut-out nailing device and wrap-up, the wrap-up includes that driving spindle, indexing fluted disc, support plate, two groups of gas rise rolling-up mechanism, the indexing fluted disc and support plate are coaxially connected in driving spindle, and the indexing fluted disc rotates cooperation with the indexing motor being preset in rack to drive indexing fluted disc and support plate to rotate coaxially；The driving spindle and the spindle motor being preset in rack rotate cooperation；Gas described in every group rise rolling-up mechanism include the winding main shaft being rotationally connected in support plate and be located at winding spindle nose hose coiling mechanism, wherein, the two winding main shafts are mutually driven cooperation to so that driving spindle drives two winding main shafts to rotate with driving spindle, and when a winding principal shaft braking, another winding main shaft just rotates.

Description

A kind of double-station multireel diameter Package band recoiler

Technical field

The utility model is related to the technical fields of Package band recoiler structure, refer in particular to a kind of double-station multireel diameter strap Winder.

Background technology

The elastic recovery of plastic baling band is good, and intensity is high, water-tolerant, chemical resistance light softness by force, you can bundle by hand Prick again can machine tie up, easy to use, of low cost, strap is widely used in packed and transported industry.Strap is wound at present Machine has a single function, and can only often be wound for a kind of strap of specification, when needs wind another specification（As bandwidth is advised Lattice and core specification）Strap when, adjust it is difficult take, the problems such as winding effect is poor, winding product reaches quality requirement, holds Easily occur collapsing disk, dissipate the case where disk.In addition, existing winder is often single-station winding, need to shut down when replacing reel It could be operated, production efficiency is not high.

Utility model content

The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of double-station multireel diameter strap winding Machine.

In order to achieve the above purpose, a kind of double-station multireel diameter Package band recoiler provided by the utility model, packet Include organic frame, along tape feeding direction is packaged successively equipped with conveying speed measuring device, governing mechanism of tension, is cut off at winding displacement belt-guiding device Nailing device and wrap-up, the wrap-up include driving spindle, indexing fluted disc, rotational installation in rack front Support plate, two groups of gas being arranged symmetrically in support plate rise rolling-up mechanism, the indexing fluted disc and support plate it is coaxially connected in It is in mating connection that more disk supporting rods are equipped in driving spindle, between indexing fluted disc and the support plate, the indexing fluted disc Cooperation is rotated with the indexing motor being preset in rack to drive indexing fluted disc and support plate to rotate coaxially；The driving spindle Rotate cooperation with the spindle motor being preset in rack；Gas described in every group rises by rolling-up mechanism including being rotationally connected in support plate Winding main shaft and be located at winding spindle nose hose coiling mechanism, wherein the two winding main shafts are passed on from one to another with driving spindle Dynamic cooperation is to so that driving spindle drives two winding main shafts to rotate, and when a winding principal shaft braking, another winding Main shaft just rotates.

Further, the driving spindle is equipped with planetary gear device, wherein the planetary gear device includes being set in driving The satellite gear group and two planetary gears of planet carrier, the multigroup annular spread being located in planet carrier on main shaft, every group of satellite The satellite gear that gear set is meshed by two forms and two satellite gears are meshed with two planetary gears respectively；Two rows Star gear is axially extending integrally formed with spindle sprocket towards planet carrier respectively, wherein two sprocket wheels pass through driving chain point Not Shou Juan the winding driven sprocket that is equipped with of main shaft be mutually driven cooperation.

Further, further include having the screens component being located at below rack, wherein the screens component includes that screens is flexible Unit and the clamping rocking bar being hinged with rack, screens telescopic unit both ends one end with rack and clamping rocking bar respectively It is hinged；When any one of hose coiling mechanism is moved to predeterminated position below rack with support plate rotation, described in adjusting Screens telescopic unit stretches so that the clamping rocking bar other end is mutually clamped with the station snap ring being preset on winding main shaft.

Further, the conveying speed measuring device includes guide mechanism, velocity measurement mechanisms, fixed seat and strap, described Guide mechanism and velocity measurement mechanisms are installed in fixed seat, and the guide mechanism includes delivery wheel, is located above delivery wheel Stop the brake unit coaxially connected with component and with delivery wheel, wherein the brake unit is used to control the braking of delivery wheel Stop；The band component that stops includes to stop stopping band pinch roller with telescopic unit and two, wherein described two, which stop band pinch roller, is symmetrically installed In stopping on the telescopic end with telescopic unit to push so as to stop band telescopic unit driving two and stop band pinch roller, stop band pinch roller by described two It pushes strap being pressed on the delivery wheel roll surface of braking；The velocity measurement mechanisms include fifth wheel, hold down assembly；Institute It states and holds down assembly including pressure zone telescopic unit and the contact roller being installed on pressure zone telescopic unit telescopic end, wherein the pressure zone Telescopic unit drives contact roller to fifth wheel roll surface top pressure strap to be pressed on fifth wheel roll surface；The fifth wheel installation There is the sensor block rotated therewith, wherein be fixed at the position of neighbouring fifth wheel for incuding the sense in fixed seat Answer the detection unit of block.

Further, the governing mechanism of tension includes support mandrel, swing arm, the regulating arm being fixedly connected in swing arm, Driving unit and rotating tape guide for driving regulating arm to rotate；The swing arm tail end is connected in support mandrel, wherein swing arm Both sides are matched with the axial plane for the limit shaft being preset with respectively；The rotating tape guide is rotationally connected with the top of swing arm；The driving Unit is connected on regulating arm, wherein drives the regulating arm rotation to drive swing arm to rotate.

Further, the winding displacement belt-guiding device, includes wire-arranging mechanism and pedestal, and the wire-arranging mechanism includes tote, connects Extension bar, guide module and belt hold roller, wherein the connecting rod is mutually slidably connected along X-direction with tote and connecting rod one end is along X Axis direction extends through tote；The guide module includes that there are two clamping plate, adjustable plate and adjusting screw rods, wherein two folder Plate be arranged in parallel and with connect boom end and be connected, the conduction band gap passed through for strap is formed between two clamping plate, The adjustable plate is movably installed between two clamping plates, wherein the adjustable plate is slidingly fitted between two clamping plates is led with adjusting The width of band gap；The adjusting screw rod both ends are mutually threadedly coupled with adjustable plate and a clamping plate respectively；The belt hold roller with connect Bar is in mating connection and belt hold roller is located at below guide module；The tote is mutually slidably connected along Y direction with pedestal.

Further, the cut-out nailing device, includes nailing machine, cutter, fixed plate and nailing driving unit, In, the nailing machine, cutter and nailing driving unit are installed in fixed plate；Further include have flap, pedestal, clamping screw, The steering telescopic unit being located on pedestal, wherein the pedestal and connecting rod are in mating connection；The flap respectively with fixed plate It is hinged with pedestal；The inclined arrangement of the steering telescopic unit and its telescopic end is hinged with flap；The fixed plate is provided with The arcuate socket extended along its rotation direction, wherein the clamping screw is connected through arcuate socket with flap.

Further, the hose coiling mechanism includes cylinder body, guide cone, multigroup first positioning component, multigroup second positioning group Part and Demountable assembling are in forming central through hole, the first positioning group in the ring holder on cylinder body, the cylinder body Part and the second positioning component include push rod a, a and be connected to push rod end and along the axially extending core mandril b of core, b；The winding spindle nose forms main shaft connecting plate and the cylinder body back side is in mating connection and the main shaft connecting plate seals in being covered in On the outside of heart through-hole, in the guide cone activity insertion central through hole, so that guide cone front end, central through hole and main shaft connecting plate three Between form sealed air-space, there is the gas channel communicated with sealed air-space in the winding main shaft, wherein by described Sealed air-space is inflated and is evacuated so that guide cone moves back and forth in central through hole；Multigroup first positioning component annular It is arranged in cylinder body lateral surface, wherein the push rod of multigroup first positioning component is extended radially through along cylinder body during cylinder body stretches into respectively In heart through-hole, so that guide cone outer wall while multigroup first positioning component of pushing tow when the guide cone is moved towards main pumping connecting plate direction Push rod；Multigroup second positioning component is circular layout in ring holder lateral surface, wherein multigroup second positioning group The push rod a of part extends radially through ring holder along ring holder respectively, and multigroup first positioning component is respectively with multigroup Two positioning components one-to-one correspondence align, wherein the push rod a of first positioning component by guide cone thrusting action so that The push rod a of core mandril b the second positioning components of pushing tow of first positioning component.

The utility model uses above-mentioned scheme, advantage to be：Strap by conveying speed measuring device, is opened successively Power regulating mechanism, winding displacement belt-guiding device and wrap-up are tested the speed, tension adjustment, winding displacement and wind-up operation, wait winding respectively After the completion by the switching of double-station, and cut-out nailing device is coordinated to carry out rupturing operation to strap, to realize duplex Do not shut down winding function in position.

Description of the drawings

Fig. 1 is the structural schematic diagram of the winder of the utility model.

Fig. 2 is the structural schematic diagram of the wrap-up of the utility model.

Fig. 3 is the driving schematic diagram of the drive hose coiling mechanism of the utility model.

Fig. 4 is the stereogram of the conveying speed measuring device of the utility model；

Fig. 5 is the front view of the conveying speed measuring device of the utility model；

Fig. 6 is sectional view at the A-A of Fig. 5；

Fig. 7 is the sectional view at the B-B of Fig. 5；

Fig. 8 is the guide mechanism side view of the utility model；

Fig. 9 is the velocity measurement mechanisms side view of the utility model.

Figure 10 is the stereogram of the utility model governing mechanism of tension；

Figure 11 is the front view of the utility model governing mechanism of tension；

Figure 12 is the partial sectional view of the utility model governing mechanism of tension.

Figure 13 is the winding displacement belt-guiding device of the utility model and cuts off the structural schematic diagram of nailing device.

Figure 14 is the structural schematic diagram of the winding displacement belt-guiding device of the utility model.

Figure 15 is the side view of the winding displacement belt-guiding device of the utility model.

Figure 16 is partial enlarged view A in Figure 14.

Figure 17 is the schematic diagram of the wire-arranging mechanism of the utility model.

Figure 18 is the side view of the wire-arranging mechanism of the utility model.

Figure 19 is the schematic diagram of the pedestal of the utility model.

Figure 20 is the stereogram of the cut-out nailing device of the utility model.

Figure 21 is the front view of the cut-out nailing device of the utility model.

Figure 22 is that the gas of the utility model rises the structural schematic diagram of wrap-up.

Figure 23 is the structural schematic diagram of the wrap-up that rises without gas of the utility model.

Figure 24 is the structural schematic diagram of the ring support of the utility model.

Figure 25 is that the gas of the utility model rises the sectional view of wrap-up.

Wherein, 1- conveys speed measuring device, 2- governing mechanism of tension, 3- winding displacement belt-guiding devices, 4- cut-out nailing devices, 5- receipts Winding apparatus, 11- guide mechanisms, 111- delivery wheels, 112- stop band component, and 1121- stops band telescopic unit, and 1122- stops band pinch roller, 113- brake units, 12- velocity measurement mechanisms, 121- fifth wheels, 122- hold down assembly, 1221- pressure zone telescopic units, and 1222- is compressed Wheel, 123- sensor blocks, 124- detection units, 13- fixed seats, 14- straps, 15- conduction band bars, 21- support mandrels, 22- swing arms, 23- regulating arms, 24- driving units, 25- rotating tape guides, 26- limit shafts, 27- mounting rods, 28-U type baffles, 29- mounting holes, 210- Rotating tape guide support shaft, 31- pedestals, 311-Y spindle guide bars, 312-Y axis supporting rods, 32- totes, 321-Y axis directive wheels, 322- positioning Telescopic unit, 323- strap snaps, 33- connecting rods, 34- guide modules, 341- clamping plates, 342- adjustable plates, 343- adjusting screw rods, 344- conduction bands gap, 35- belt hold rollers, 361-X spindle motors, 362-X shaft ball screws, 371-Y spindle motors, 372- driving wheels, 373- driven wheels, 41- nailing machines, 42- cutters, 43- fixed plates, 44- nailing driving units, 45- flaps, 46- pedestals, 47- locks Tight bolt, 48- turn to telescopic unit, and 51- winds main shaft, 511- sealed air-spaces, 52- cylinder bodies, the first annular baffle rings of 521-, 522- Compression spring connecting plate, 53- guide cones, the first positioning components of 54-, the second positioning components of 55-, 54a, 55a- push rod, 54a, 55b- core Mandril, 56- ring holders, the second annular retaining rings of 561-, 61- index fluted disc, 62- support plates, 63- indexing motors, 64- main shafts Motor, 64- driving spindles, 65- support wheels, 71- planet carriers, 72- satellite gear groups, 73- planetary gears, 74- wind driven chain Wheel, 81- clamping rocking bars, 82- station snap rings.

Specific implementation mode

The utility model is further described with reference to specific embodiment.

Shown in attached drawing 1 to attached drawing 3, in the present embodiment, a kind of double-station multireel diameter Package band recoiler includes Rack is equipped with conveying speed measuring device 1 along packing tape feeding direction successively, and governing mechanism of tension 2, winding displacement belt-guiding device 3, cut-out are beaten Spike devices 4 and wrap-up 5, it is characterised in that：The wrap-up 5 includes driving spindle 66, indexing fluted disc 61, turns Dynamic rack 62, the two groups of gas being arranged symmetrically in support plate 62 of positive support plate that are installed on rise rolling-up mechanism, the indexing tooth Disk 61 and support plate 62 are coaxially connected in driving spindle 66 by rolling bearing, between the indexing fluted disc 61 and support plate 62 In mating connection equipped with more disk supporting rods, the indexing fluted disc 61 rotates with the indexing motor 63 being preset in rack matches It closes to drive indexing fluted disc 61 and support plate 62 to rotate coaxially；The driving spindle 66 and the spindle motor 64 being preset in rack Rotate cooperation；The rolling-up mechanism that rises of gas described in every group includes the winding main shaft 51 being rotationally connected in support plate 62 and is located at receipts Roll up the hose coiling mechanism of main shaft 51 end, wherein the two winding main shafts 51 be driven cooperation with 66 phase of driving spindle thus so that Driving spindle 66 drives two winding main shafts 51 to rotate.

In the present embodiment, the support wheel 65 being distributed in a ring there are three being set on rack front, wherein each support wheel 65 Wheel face fits with 62 side of support plate, is played a supporting role to support plate 62 using multiple support wheels 65.Secondly, in this reality It applies in example, 66 end of driving spindle is connected at 62 center of support plate by antifriction-bearing housing；Pass through indexing motor 63 The driving cog that output end is equipped with is meshed with indexing fluted disc 61 to realize that indexing motor 63 drives indexing fluted disc 61 to rotate, synchronous belt The dynamic rotation of support plate 62 is to realize that two hose coiling mechanisms carry out Switch of working position.

In the present embodiment, it is provided with planetary gear device in the driving spindle 66, wherein the planetary gear 73 includes The satellite gear group 72 of the planet carrier 71, the multigroup annular spread being located in planet carrier 71 that are set in driving spindle 66 and two Planetary gear 73, the satellite gear group 72 that every group of satellite gear group 72 is meshed by two at and two satellite gears respectively with two A planetary gear 73 is meshed；Two planetary gears 73 are axially extending integrally formed with spindle sprocket towards planet carrier 71 respectively, In, two sprocket wheels wind 74 phase of the winding driven sprocket transmission cooperation that main shaft 51 is equipped with by driving chain respectively.By Planetary gear device is inputted by planet carrier 71 in the power of the characteristic of planetary gear device, driving spindle 66, is only capable of from one of row Star gear 73 exports power, another planetary gear 73 is then locked, and one of 51 turns of main shaft of winding is limited using this characteristic It is dynamic, make the limited another planetary gear 73 for being unable to rotation, and then making of corresponding planetary gear 73 under the action of planet carrier 71 Power is exported, the rotation of another winding main shaft 51 is realized, in order to which hose coiling mechanism carries out wind-up operation.

In the present embodiment, further include having the screens component being located at below rack, wherein the screens component includes card Position telescopic unit and the clamping rocking bar 81 being hinged with rack, screens telescopic unit both ends are shaken with rack and clamping respectively One end of bar 81 is hinged；When any one of hose coiling mechanism is moved to predeterminated position below rack with the rotation of support plate 62, By adjusting the flexible so that 81 other end of clamping rocking bar and the station being preset on winding main shaft 51 of the screens telescopic unit 82 phase of snap ring is clamped, and in the present embodiment, 82 fixing sleeve of station snap ring is loaded on winding main shaft 51 and forms multiple annulars point The bayonet of cloth is mutually engaged by clamping so that 81 end of clamping rocking bar forms a clamping bump, in this way, in two reels When mechanism turns to lower section precalculated position with regard to enough progress Switch of working position and a hose coiling mechanism, by screens component to winding main shaft 51 are clamped, and to be rotated with playing the role of limitation winding main shaft 51, underlying hose coiling mechanism is determined in realization Position is fixed, in order to which operating personnel carry out loading and unloading（Blanking is completed such as the replacement or winding of core to carry）.

Shown in attached drawing 4 to attached drawing 9, the conveying speed measuring device 1 in the present embodiment includes along 4 side of conveying of strap To guide mechanism 1, velocity measurement mechanisms 2, fixed seat 3 and strap 4 is equipped with successively, the guide mechanism 1 and velocity measurement mechanisms 2 are respectively mounted In fixed seat 3；The guide mechanism 1 includes delivery wheel 11, be located at 11 top of delivery wheel stop band component 12 and with conveying Take turns 11 coaxially connected brake units 13, wherein the brake unit 13 is magnetic powder brake（Such as bibliography CN201307821Y In the magnetic powder brake mentioned be common brake unit）And be fixed on 3 back side of fixed seat, the shaft of magnetic powder brake with it is defeated Wheel is sent to be connected by shaft coupling, magnetic powder brake is defeated to make coaxially to be connected by stopping to the braking of own torque 11 braking of wheel is sent to stop；Meanwhile stopping with component 12 to include to be fixed in fixed seat 3 to stop band telescopic unit 121（It is preferred that gas Cylinder）It is installed on two that this stops with 121 telescopic end of telescopic unit with lateral symmetry and stops band pinch roller 122, wherein stop band telescopic unit 121 drivings two stop pushing for strap 4 to be pressed to the delivery wheel 11 being under braking halted state with pinch roller 122 On roll surface；By the braking of delivery wheel 11 and stop the pushing with component 12 clamping is carried out to strap 4, quickly stops to realize The effect of machine, and it is by the way of double runner, during braking compression, to being packaged to stop the flexible compression end with component 12 It is little with 4 abrasion, it plays a protective role to strap 4.

In the present embodiment, velocity measurement mechanisms 2 include fifth wheel 21, hold down assembly 22；21 back side of fifth wheel is along edge Distributing installation has at least one sensor block 23 made of magnetic conductive material（It is preferred that metal sensor block）, neighbouring in fixed seat 3 The Hall sensor 24 for incuding the sensor block 23 is fixed at the position of fifth wheel 21（Such as bibliography CN203275433U The magnet of the Hall sensor mentioned and transmitting magnetic signal, which is matched, is combined into common detection mode）, wherein fifth wheel 21 rotates, induction Block 23 also rotates therewith, by Hall sensor 24 to the induction of the sensor block 23 to detect fifth wheel revolution number, from And the speed that strap 4 conveys is obtained indirectly；Meanwhile the 22 flexible lists of pressure zone including being fixed in fixed seat 3 that hold down assembly Member 221（It is preferred that cylinder）With the contact roller 222 being installed on 221 end of pressure zone telescopic unit, wherein the pressure zone telescopic unit 221 Contact roller 222 is driven, strap 4 to be pressed on testing wheel roll surface, to effectively reduce test to 21 roll surface top pressure of fifth wheel The opposite sliding between roll surface and strap 4 is taken turns, the accuracy of testing result is improved.

In the present embodiment, multiple conduction band bars 5 are provided between conveyer belt and road of testing the speed, which is both secured to solid In reservation 3, at least two conduction band baffle rings are provided on each conduction band bar 5, the conduction band baffle ring be used for 4 width direction of strap into Row limit.

In the present embodiment, 21 roll surface both sides of fifth wheel and 11 roll surface both sides of delivery wheel form ring baffle, should Collar stop is used to carry out the limit in horizontal direction to strap 4 to prevent strap 4 to be detached from roll surface in transmission process.

In the present embodiment, fifth wheel 21 is rotatablely installed by bearing on the mounting rod being fixed in advance in fixed seat 3； The velocity measurement mechanisms 2 further include having U-shaped baffle, wherein U-shaped baffle openings end be individually fixed in fixed seat and installation boom end on and Positioned at 21 both sides of the fifth wheel, closed end is close to 21 roll surface of fifth wheel；The U-shaped baffle can carry out strap 4 vertically Limit on direction prevents strap 4 to be detached from roll surface in transmission process.

Shown in attached drawing 10 to attached drawing 12, in the present embodiment, governing mechanism of tension 2 include support mandrel 1, shell, Swing arm 2, screw connection are in the regulating arm 3 in swing arm 2, the telescopic drive unit 4 for driving regulating arm 3 to rotate（It is preferred that cylinder） And rotating tape guide 5；The support shaft core is rotatably connected on the shell；2 tail end of swing arm is fixedly connected in support mandrel 1；It should Rotating tape guide 5 is rotatably set in the rotating tape guide support shaft 10 for being preset in 2 top of swing arm, wherein the rotating tape guide support shaft 10 is It is fixedly mounted on 2 top of swing arm；4 telescopic end of telescopic drive unit is connected on the mounting rod 7 being preset on regulating arm 3； By the expanding-contracting action of 4 telescopic end of telescopic drive unit, the rotation of driving regulating arm 3 is to drive swing arm 2 to rotate, that is, is driven when flexible When the telescopic end elongation of moving cell 4, regulating arm 3 is driven to rotate in the counterclockwise direction, simultaneously as the rotary action of regulating arm 3, So that it is defeated to reach enhancing strap to make rotating tape guide 5 move downward to tense strap for counter-clockwise swing therewith for swing arm 2 The tension sent；When the telescopic end of telescopic drive unit 4 is shunk, regulating arm 3 is driven to be rotated in the clockwise direction, simultaneously as The rotary action of regulating arm 3, so that the clockwise oscillation therewith of swing arm 2, is packaged to make rotating tape guide 5 move upward with loosening Band reaches the tension for reducing strap conveying；Finally, realize the adjusting to the tension of the strap of the pile warp rotating tape guide 5 with right Strap conveying, rolling speed are adjusted.

In the present embodiment, which is also equipped with two limit shafts 6 being arranged in 2 both sides of swing arm；2 liang of the swing arm Side is matched with 6 axial plane of limit shaft respectively, and swing arm its two sides in swing process are inconsistent with two limit shafts respectively, to profit Swing arm 2 is limited in suitable amplitude of fluctuation and to the support that swing arm is played the role of with two limit shafts, prevents 2 turns of swing arm Dynamic amplitude is excessive, influences the quality of winding.

In the present embodiment, be provided on the regulating arm 3 arrange along its length it is multiple for 7 screw connection of mounting rod Mounting hole 9；The mounting rod 7 can need that suitable mounting hole 9 is selected to be installed according to actual conditions, to reach to different situations Requirement.

In the present embodiment, further include having U-shaped baffle, the open end of the U-shaped baffle be fixed on rotating tape guide support shaft 10 and It is located at the both sides of rotating tape guide 5, wheel face of the closed end close to rotating tape guide 5；The U-shaped baffle can prevent pile warp rotating tape guide 5 Strap is detached from 5 wheel face of rotating tape guide in operation process.

In the present embodiment, 5 wheel face both sides of rotating tape guide form ring baffle, conveying of the ring baffle to strap Play the role of limit in the process, the strap of pile warp rotating tape guide 5 is prevented to be detached from 5 wheel face of rotating tape guide in operation process.

Shown in attached drawing 13 to attached drawing 19, in the present embodiment, winding displacement belt-guiding device 3 includes wire-arranging mechanism and pedestal 31, wherein wire-arranging mechanism includes tote 32, connecting rod 33, guide module 34 and belt hold roller 35.Connecting rod 33 passes through linear axis It holds and is mutually slidably connected along X-direction with tote 32 and 33 one end of connecting rod extends through tote 32 along X-direction, further include having edge X-axis extending direction is installed on X-axis ball screw 362 and X-axis motor 361 in tote 32, wherein X-axis motor 361 is rolled with X-axis The screw rod of ballscrew 362 is mutually sequentially connected, and the nut of the X-axis ball screw 362 is fixedly connected with 33 phase of connecting rod, to logical Crossing X-axis motor 361 drives the rotation of X-axis roller lead screw with drive connection bar 33 along X-direction phase shift, and then has reached connecting rod 33 effects that reciprocal telescopic moves in tote 32.

In the present embodiment, guide module 34 includes two clamping plates 341, adjustable plate 342 and adjusting screw rod 343, wherein institute It states two clamping plates 341 parallel arrangement and is connected with 33 end of connecting rod, two clamping plates 341 are oblique；Shape between two clamping plates 341 The conduction band gap 344 that Cheng Yougong straps pass through.Adjustable plate 342 is movably installed between two clamping plates 341, wherein adjustable plate 342 It is mutually slided between two clamping plates 341 to adjust the width in conduction band gap 344, further includes having to rotate with adjustable plate 342 to connect Adjusting screw rod 343, wherein 343 other end of the adjusting screw rod is mutually threadedly coupled with the threaded hole that clamping plate 341 is provided in advance, is passed through Adjusting screw rod 343 is screwed to drive the phase shift between two clamping plates 341 of adjustable plate 342, in order to according in actual production manually The width specifications of strap adjust the width in suitable conduction band gap 344, to avoid strap from being drawn in guide module 34 Occurs the problem of position offset in the process.

In the present embodiment, in mating connection by being equipped with a linking arm between belt hold roller 35 and connecting rod 33, that is, connection Arm one end is sleeved in connecting rod 33, and 35 one end of belt hold roller rotates with linking arm to be connect.Secondly, belt hold roller 35 is located at conduction band group 34 lower section of part.During strap is wound, the strap being pierced by through conduction band gap 344 is pressed on volume by 35 roll surface of belt hold roller On core.

In the present embodiment, tote 32 extends along Y direction and is slidably connected with 31 phase of pedestal, wherein 32 side of tote and 311 phase of Y-axis guide rod that pedestal 31 was equipped with extend along Y direction is slidably connected, and 32 bottom end of tote be equipped with on pedestal 31 Secondly the Y-axis directive wheel 321 that the Y-axis supporting rod 312 extended along Y direction being preset with is slidingly fitted further includes being located at Y-axis motor 371, driving wheel 372 on pedestal 31 and multiple driven wheels 373, wherein driving wheel 372 is defeated with y-axis motor 371 Outlet is mutually driven cooperation（In the present embodiment, 371 output end of y-axis motor is meshed with driving wheel 372 equipped with gear and is driven cooperation）, Cooperation is mutually driven between the driving wheel 372 and multiple driven wheels 373 by driving belt, so that driving belt is formed at one The transmission position extended along Y direction, and be provided with and the driving belt phase snap-fit at the transmission position in tote 32 Strap snap 323（In the present embodiment, strap snap 323 is made of belt fastener and belt pressing plate, by bolt so that belt fastener Part and belt platen clamp driving belt）, drive the rotation of driving wheel 372 to drive the shifting of driving belt by y-axis motor 371 It is dynamic, as the movement of driving belt is to drive tote 32 mutually to be slided along Y direction.It stretches in addition, 32 bottom end of tote is equipped with positioning Unit 322（In the present embodiment, positioning telescopic unit 322 is the telescopic elements such as telescopic cylinder or telescopic hydraulic cylinder）, pass through positioning The retractable ends of telescopic unit 322 contact supporting guide, to make tote 32 be moved to presetting position along Y direction When, the elongation of 322 telescopic end of telescopic unit is positioned to contact Y-axis supporting rod 312, so that tote 32 can brake immediately by driving And accurate braking, and then ensure the accuracy of the movement of tote 32 in the Y-axis direction.

In the present embodiment, realizes connecting rod 33 using X-axis motor 361 and X-axis roller lead screw and moves in the X-axis direction, To drive the movement of guide module 34 and belt hold roller 35 in the X-axis direction by connecting rod 33, thus in order to be suitable for not The strap core of same specification, especially for the big situation of core axial width, by driving strap to be carried out along X-direction It is mobile, to adapt to the core of various specifications, preferably arrangement winding is carried out in core convenient for strap.As strap is wound The diameter of the increase of the number of turns, the strap being wrapped in core gradually increases, in the process, using tote 32 along Y direction It is mobile to move to suitable position outside belt hold roller 35 to adapt to the diameter increase of strap, to ensure belt hold roller 35 always to drive Strap is pressed in core, meanwhile, it avoids the problem that 35 excessive compression core of belt hold roller and core is caused to deform；Pass through row Mutual cooperation movement of the line belt-guiding device 3 in X-direction and Y direction, ensures that the winding effect of strap.

Shown in attached drawing 20 to attached drawing 21, cut-out nailing device 4 include nailing machine 41, cutter 42, fixed plate 43 with And nailing driving unit 44, wherein nailing machine 41, cutter 42 and nailing driving unit 44 are installed in fixed plate 43；At this In embodiment, cutter 42 is equipped with micro-heat pipe, and it is hot knife 42 to make cutter 42, leans on high heat quick fuse strap.It beats It can be telescopic cylinder or telescopic hydraulic cylinder, the driving of the telescopic end face nailing machine 41 of nailing driving unit 44 to follow closely driving unit 44 Bar, by the drive rod of the telescopic end top pressure nailing machine 41 of nailing driving unit 44 so that nailing machine 41 carries out nailing operation.

In the present embodiment, further include having flap 45, pedestal 46, clamping screw 47, the steering that is located on pedestal 46 flexible The axially driving unit 49b and driving pedestal 46 that unit 48, driving pedestal 46 are moved axially along core are along the cross moved horizontally To driving unit 49a, wherein flap 45 is hinged with fixed plate 43 and pedestal 46 respectively.Turn to 48 inclined cloth of telescopic unit It sets and its telescopic end is hinged by flake bearing and flap 45（In the present embodiment, turn to telescopic unit 48 can be cylinder or Hydraulic cylinder）, to drive flap 45 and the relative rotation of pedestal 46 using the telescopic action for turning to telescopic unit 48 and realize The rotation amplitude of flap 45 is adjusted, that is, in the present embodiment, when the telescopic end for turning to telescopic unit 48 is extended with band turn Plate 45 rotates clockwise, and the rotation amplitude of flap 45 increases；When the telescopic end for turning to telescopic unit 48 is shunk to drive flap 45 It rotates counterclockwise, the rotation amplitude of rotation reduces.

In the present embodiment, it due to being articulated connection between fixed plate 43 and flap 45, is provided with along it in fixed plate 43 The arcuate socket that rotation direction extends, wherein clamping screw 47 is preset with screw hole with flap 45 through arcuate socket and is connected, and passes through hand It is dynamic to tighten clamping screw 47 so as to be fastened between flap 45 and fixed plate 43 together, the case where to according to actual production, By the rotation amplitude between adjustment fixing plate 43 and flap 45 to suitable position, then clamping screw 47 is tightened manually with by two Person tightens together, and then the effect that can be cut off according to nailing, and operating personnel can at any time carry out the position of fixed plate 43 manual It adjusts so that cut-out nailing device 4 safeguards more convenient and flexibility and reliability.By the flexible work for turning to telescopic unit 48 To drive the flap 45 and the synchronous rotation of fixed plate 43 that are fastened together, to realize turn of nailing machine 41 and cutter 42 It is dynamic so that nailing machine 41 and cutter 42 avoid strap during strap is wound, and are effectively prevented from nailing machine 41 and cut The influence of 42 wrapup procedure of knife, meanwhile, in the way of rotation, make nailing machine 41 and cutter 42 can be according to the core of different size Correspondingly rotate the adjusting of amplitude, so that the adaptation of cut-out nailing device 4 is more preferable.

In the present embodiment, the pedestal 46 and the linking arm in connecting rod 33 are in mating connection by multiple screws；From And make cut-out nailing device 4 with the movement of guide module 34 and belt hold roller 35 synchronizing moving, utilize X-axis motor 361 and X-axis Roller lead screw realizes the movement in the X-axis direction of cut-out nailing device 4, so as to according to the core width of different size, with It adjusts nailing machine 41 and cutter 42 is moved to corresponding position in X-direction, in order to precisely align strap；Utilize tote 32 It is moved along Y direction to drive cut-out nailing device 4 to be moved along Y direction, realizes nailing machine 41 and cutter 42 in level side Upward movement so that nailing machine 41 and cutter 42 avoid strap in wrapup procedure, while making nailing machine 41 and cutter 42 According to the core diameter of different size to be moved to core laterally upper corresponding position, to carry out cut-out and nailing behaviour to packing Make.In addition, cutter 42 is while cutting off strap, the drive rod of the telescopic end top pressure nailing machine 41 of nailing driving unit 44 Strap nailing to be fixed in core, it is rapidly secured in core to realize strap.

Shown in attached drawing 22 to 25, the gas wrap-up 5 that rises includes winding main shaft 51 and hose coiling mechanism, hose coiling mechanism packet Cylinder body 52, guide cone 53, multigroup first positioning component 54, multigroup second positioning component 55 and Demountable assembling have been included in cylinder body Ring holder 56 on 52 forms central through hole in cylinder body 52, wherein the central through hole is stepped hole, close to cylinder body 52 Reverse side is small-bore and is large aperture close to the positive side of cylinder body 52.First positioning component 54 and the second positioning component 55 are Include push rod { 54a, 55a } and be connected to push rod end and along the axially extending core mandril { 54a, 55b } of core, In, the outer surface core mandril { 54a, 55b } is the flank of tooth, to increase frictional force when its top pressure core.

In the present embodiment, winding main shaft 51 end forms that main shaft connecting plate is in mating connection with 52 back side of cylinder body and the master The sealing of axis connecting plate is covered on the outside of central through hole, wherein main shaft connecting plate plays sealing with central through hole by being equipped with sealing ring The effect of connection, 53 activity of the guide cone is embedded in central through hole, so that 53 front end of guide cone, central through hole and main shaft connecting plate Sealed air-space 511 is formd between three.There is the gas channel communicated with sealed air-space 511 in winding main shaft 51, wherein logical It crosses in outer fan figure and does not show and be connected with gas channel, sealed to which sealed air-space 511 is inflated and be evacuated with changing The air pressure environment of air cavity 511 works as sealed air-space to make guide cone 53 be moved back and forth in central through hole under gas pressure 511 carry out air suction process so that air pressure is gradually reduced in sealed air-space 511, to make guide cone 53 in the promotion of atmospheric pressure It is lower to be moved towards main shaft connecting plate direction；When sealed air-space 511 is inflated operation so that air pressure component rises in sealed air-space 511, To make guide cone 53 be moved towards far from main shaft connecting plate direction under the promotion of air pressure in sealing cylinder.

In the present embodiment, multigroup first positioning component 54 is circular layout in 52 lateral surface of cylinder body, wherein multigroup first is fixed The push rod 54a of hyte part 54 extends radially through cylinder body 52 along cylinder body 52 respectively and stretches into central through hole, 53 slot main shaft connecting plate of guide cone So that the push rod 54a of 53 outer wall of guide cone multigroup first positioning component of pushing tow 54 simultaneously when direction is moved, so that push rod 54a It drives core mandril 54b to extend out, the core medial surface of 52 periphery of cylinder body is sleeved on using multiple core mandril 54b top pressures, to It realizes and core is securedly mounted on cylinder body 52, when needing to unload core from cylinder body 52 such as strap winding is completed, Need to only operation be inflated to sealed air-space 511, guide cone 53 is made to be moved towards far from main shaft connecting plate direction, no longer pushing tow first is fixed The push rod 54a of hyte part 54, so that the core mandril 54b of the first positioning component 54 no longer carries out top pressure to core, to So that operating personnel directly remove core from cylinder body 52.

In the present embodiment, 56 Demountable assembling of ring holder is on cylinder body 52, wherein multigroup second positioning component ring Shape is arranged in 56 lateral surface of ring holder, and the push rod 55a of multigroup second positioning component 55 is radial along ring holder 56 respectively Through ring holder 56, multigroup first positioning component aligns with multigroup second positioning component one-to-one correspondence respectively, wherein the The push rod 54a of one positioning component 54 receive the thrusting action of guide cone 53 so that the first positioning component 54 core mandril pushing tow The push rod 55a of the second positioning components of 54b 55, the core mandril 55b to realize the second positioning component 55 are extended out, and utilization is multiple Core mandril 55b top pressures are sleeved on the core medial surface of 56 periphery of ring holder, and core is securedly mounted to cylinder to realize On body 52, make when needing to unload core from ring holder 56, need to only be inflated operation to sealed air-space 511, make to lead It is moved to cone 53 towards towards far from main shaft connecting plate direction, no longer the push rod of the first positioning component of pushing tow 54, so that the second positioning The core mandril of component 55 no longer carries out top pressure to core, to directly remove volume from ring holder 56 so as to operating personnel Core.Secondly, the lock pin mounting blocks and lock pin of multigroup annular spread are provided on ring holder 56, wherein lock pin is propped up along annular Support 56 is radially arranged on lock pin mounting blocks, by tightening multiple lock pins manually so that its end face contacts cylinder body 52, to real Show ring holder 56 to be sleeved on cylinder body 52, in addition, when needing to make from unloading ring holder 56, it only need to be by manual Ring holder 56 can be unloaded by unscrewing lock pin, in the way of this Fast Installation and dismounting, realize ring holder Fast Installation between 56 and cylinder body 52 and dismounting, by being set with the cylinder body 52 of ring holder 56 for the core of large winding diameter 56 periphery of ring holder is sleeved on to be wound, and the cylinder body 52 for being not charged with ring holder 56 is sleeved on cylinder for small coil diameter 52 periphery of body is wound, and to greatly strengthen the applicable surface of wrap-up 5, dismounts convenient convenience.

In the present embodiment, guide cone 53 is hollow-core construction, and the pilot hole axially extended is provided on its lateral surface, In, a compression spring connecting plate 522 is installed on the cylinder body 52 and runs through pilot hole, compression spring connecting plate 522 and 53 front inner wall of guide cone it Between be equipped with compression spring, consequently facilitating guide cone 53 is slided along pilot hole direction in central through hole, while being connected using compression spring Position limitation protection is carried out to the sliding of guide cone 53, avoids guide cone 53 from the excessive situation of displacement occur, secondly, utilizes the bullet of compression spring Property effect make guide cone 53 convenient for rebound reset.

In the present embodiment, further include having the first annular baffle ring 521 being connected with 52 back side of cylinder body and being propped up with annular The second annular retaining ring 561 that 56 back side of support is connected, wherein first annular baffle ring 521 and the second annular retaining ring 561 are logical It crosses connection bolt and carries out installation fixation with cylinder body 52 and ring holder 56 respectively, utilize first annular baffle ring 521 and the second ring Shape baffle ring 561 limits core, makes the lateral surface of first annular baffle ring 521 and the second annular retaining ring 561 and core side It matches, to play the role of position limitation protection, it is ensured that core can accurately be set in 56 periphery of cylinder body 52 or ring holder.

The embodiment of the above is only the preferred embodiment of the utility model, not does any form to the utility model On limitation.Any technical person familiar with the field, in the case where not departing from technical solutions of the utility model ambit, in utilization The technology contents for stating announcement make more possible variations and retouching to technical solutions of the utility model, or modification is this practicality Novel equivalent embodiment.Therefore all contents without departing from technical solutions of the utility model, the thinking according to the utility model are made Equivalent equivalence changes, should all be covered by the scope of protection of the utility model.

Claims (8)

1. a kind of double-station multireel diameter Package band recoiler, including organic frame, edge are packaged tape feeding direction and are equipped with conveying survey successively Speed variator（1）, governing mechanism of tension（2）, winding displacement belt-guiding device（3）, cut-out nailing device（4）And wrap-up（5）, It is characterized in that：The wrap-up（5）It include driving spindle（66）, indexing fluted disc（61）, rotational installation it is positive in rack Support plate（62）, two groups be arranged symmetrically in support plate（62）On gas rise rolling-up mechanism, the indexing fluted disc（61）And support plate （62）It is coaxially connected in driving spindle（66）On, the indexing fluted disc（61）With support plate（62）Between be equipped with more disks and support Bar is in mating connection, the indexing fluted disc（61）With the indexing motor being preset in rack（63）Cooperation rotate to drive indexing Fluted disc（61）And support plate（62）It rotates coaxially；The driving spindle（66）With the spindle motor being preset in rack（64）Phase turns Dynamic cooperation；Gas described in every group rises by rolling-up mechanism including being rotationally connected with support plate（62）On winding main shaft（51）And it is located at receipts Roll up main shaft（51）The hose coiling mechanism of end, wherein the two winding main shafts（51）And driving spindle（66）Mutually transmission cooperation from And so that driving spindle（66）Drive two winding main shafts（51）It rotates, and when a winding main shaft（51）It is another when braking Wind main shaft（51）Just rotate.

2. a kind of double-station multireel diameter Package band recoiler according to claim 1, it is characterised in that：The driving spindle （66）It is equipped with planetary gear device, wherein the planetary gear device includes being set in driving spindle（66）On planet carrier（71）、 It is located at planet carrier（71）The satellite gear group of interior multigroup annular spread（72）With two planetary gears（73）, every group of satellite gear Group（72）The satellite gear group being meshed by two（72）At and two satellite gears respectively with two planetary gears（73）Mutually nibble It closes；Two planetary gears（73）Respectively towards planet carrier（71）It is axially extending integrally formed with spindle sprocket, wherein two chains Wheel winds main shaft respectively by driving chain（51）The winding driven sprocket being equipped with（74）Mutually transmission cooperation.

3. a kind of double-station multireel diameter Package band recoiler according to claim 2, it is characterised in that：Further include being located at Screens component below rack, wherein the screens component includes screens telescopic unit and the clamping that is hinged with rack Rocking bar（81）, screens telescopic unit both ends respectively with rack and clamping rocking bar（81）One end be hinged；Any one institute Hose coiling mechanism is stated with support plate（62）When rotation is moved to predeterminated position below rack, by adjusting the screens telescopic unit It stretches so that clamping rocking bar（81）The other end and winding main shaft（51）On the station snap ring that is preset with（82）Mutually it is clamped.

4. a kind of double-station multireel diameter Package band recoiler according to claim 1, it is characterised in that：The conveying is tested the speed Device（1）It include guide mechanism（11）, velocity measurement mechanisms（12）, fixed seat（13）And strap, the guide mechanism（11） And velocity measurement mechanisms（12）It is installed in fixed seat（13）On, the guide mechanism（11）It include delivery wheel（111）, be located at conveying Wheel（111）Stop band component in top（112）And and delivery wheel（111）Coaxially connected brake unit（113）, wherein it is described Brake unit（113）For controlling delivery wheel（111）Braking stop；It is described to stop band component（112）Include to stop the flexible list of band Member（1121）And two stop band pinch roller（1122）, wherein described two stop band pinch roller（1122）It is symmetrically arranged on and stops band telescopic unit （1121）Telescopic end on so that stop band telescopic unit（1121）Driving two stops band pinch roller（1122）It pushes, stops band by described two Pinch roller（1122）Push the delivery wheel that strap is pressed in braking（111）On roll surface；The velocity measurement mechanisms（12）Including There is fifth wheel（121）, hold down assembly（122）；It is described to hold down assembly（122）Including pressure zone telescopic unit（1221）It is pressed with being installed on Band telescopic unit（1221）Contact roller on telescopic end（1222）, wherein the pressure zone telescopic unit（1221）Drive contact roller （1222）To fifth wheel（121）Roll surface top pressure by strap to be pressed in fifth wheel（121）On roll surface；The fifth wheel（121） The sensor block rotated therewith is installed（123）, wherein in fixed seat（13）Upper neighbouring fifth wheel（121）Position at consolidate Surely it is useful for incuding the sensor block（123）Detection unit（124）.

5. a kind of double-station multireel diameter Package band recoiler according to claim 1, it is characterised in that：The tension adjustment Mechanism（2）It include support mandrel（21）, swing arm（22）, it is fixedly connected on swing arm（22）On regulating arm（23）, for driving Regulating arm（23）The driving unit of rotation（24）And rotating tape guide（25）；The swing arm（22）Tail end is connected to support mandrel（21） On, wherein swing arm（22）Both sides respectively with the limit shaft that is preset with（26）Axial plane match；The rotating tape guide（25）Rotation connects It is connected to swing arm（22）Top；The driving unit（24）It is connected to regulating arm（23）On, wherein drive the regulating arm（23） Rotation is to drive swing arm（22）Rotation.

6. a kind of double-station multireel diameter Package band recoiler according to claim 1, it is characterised in that：The winding displacement conduction band Device（3）Include wire-arranging mechanism and pedestal（31）, the wire-arranging mechanism includes tote（32）, connecting rod（33）, guide module （34）And belt hold roller（35）, wherein the connecting rod（33）With tote（32）It is mutually slidably connected along X-direction and connecting rod（33） One end extends through tote along X-direction（32）；The guide module（34）Including there are two clamping plates（341）, adjustable plate（342） And adjusting screw rod（343）, wherein two clamping plate（341）Parallel arrangement and and connecting rod（33）End is connected, and described two Clamping plate（341）Between be formed with the conduction band gap passed through for strap（344）, the adjustable plate（342）It is movably installed in two folders Plate（341）Between, wherein the adjustable plate（342）In two clamping plates（341）Between be slidingly fitted to adjust conduction band gap （344）Width；The adjusting screw rod（343）Both ends respectively with adjustable plate（342）With a clamping plate（341）Mutually it is threadedly coupled；Institute State belt hold roller（35）With connecting rod（33）In mating connection and belt hold roller（35）Positioned at guide module（34）Lower section；The tote （32）Along Y direction and pedestal（31）Mutually it is slidably connected.

7. a kind of double-station multireel diameter Package band recoiler according to claim 1 or 6, it is characterised in that：The cut-out Nailing device（4）It include nailing machine（41）, cutter（42）, fixed plate（43）And nailing driving unit（44）, wherein it is described Nailing machine（41）, cutter（42）With nailing driving unit（44）It is installed in fixed plate（43）On；Further include having flap（45）, bottom Seat（46）, clamping screw（47）, be located at pedestal（46）On steering telescopic unit（48）, wherein the pedestal（46）With connect Bar（33）It is in mating connection；The flap（45）Respectively with fixed plate（43）And pedestal（46）It is hinged；It is described to turn to flexible list Member（48）Inclined arrangement and its telescopic end and flap（45）It is hinged；The fixed plate（43）It is provided with and extends along its rotation direction Arcuate socket, wherein the clamping screw（47）Through arcuate socket and flap（45）It is connected.

8. a kind of double-station multireel diameter Package band recoiler according to claim 1, it is characterised in that：The hose coiling mechanism It include cylinder body（52）, guide cone（53）, multigroup first positioning component（54）, multigroup second positioning component（55）And it is detachable It is set in cylinder body（52）On ring holder（56）, the cylinder body（52）Inside form central through hole, the first positioning group Part（54）With the second positioning component（55）It include push rod（54a、55a）And it is connected to push rod end and axially prolongs along core The core mandril stretched（54b、55b）；The winding main shaft（51）End forms main shaft connecting plate and cylinder body（52）The back side matches Connection and the main shaft connecting plate, which seal, to be covered on the outside of central through hole, the guide cone（53）In the embedded central through hole of activity, so that Guide cone（53）Sealed air-space is formd between front end, central through hole and main shaft connecting plate three（511）, the winding main shaft（51） Inside have and sealed air-space（511）The gas channel communicated, wherein by the sealed air-space（511）It is inflated and takes out Gas is so that guide cone（53）It is moved back and forth in central through hole；Multigroup first positioning component（54）It is circular layout in cylinder body （52）Lateral surface, wherein multigroup first positioning component（54）Push rod respectively along cylinder body（52）Extend radially through cylinder body（52） It stretches into central through hole, the guide cone（53）So that guide cone when being moved towards main pumping connecting plate direction（53）Pushing tow is more simultaneously for outer wall The first positioning component of group（54）Push rod；Multigroup second positioning component is circular layout in ring holder（56）Lateral surface, Wherein, multigroup second positioning component（55）Push rod（55a）Respectively along ring holder（56）Extend radially through annular brace Frame（56）, multigroup first positioning component（54）Respectively with multigroup second positioning component（55）One-to-one correspondence aligns, wherein First positioning component（54）Push rod（54a）By guide cone（53）Thrusting action so that the first positioning component（54）'s Core mandril（54b）The second positioning component of pushing tow（55）Push rod（55a）.