CN103643412B - Automatic bottom shuttle replacing device - Google Patents
Automatic bottom shuttle replacing device Download PDFInfo
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- CN103643412B CN103643412B CN201310616804.XA CN201310616804A CN103643412B CN 103643412 B CN103643412 B CN 103643412B CN 201310616804 A CN201310616804 A CN 201310616804A CN 103643412 B CN103643412 B CN 103643412B
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Abstract
The invention discloses an automatic bottom shuttle replacing device which comprises a bobbin case taking mechanism and a bobbin taking mechanism, wherein the bobbin case taking mechanism is used for grabbing a bobbin case, and the bobbin taking mechanism is used for taking out a bobbin from the bobbin case and winding a new bottom line on the bobbin. When the bobbin taking mechanism takes out the bobbin from the bobbin case, a connecting line between the bobbin case and the bobbin is cut off by the aid of a line cutting mechanism, a residual line on the bobbin case is reserved, the new bottom line is connected with the residual line on the bobbin case by the aid of a connecting mechanism after the new bottom line is completely wound on the bobbin, and the bobbin is placed into the bobbin case by the bobbin taking mechanism to serve as a spare part.
Description
Technical field
The present invention relates to Sewing machines, specifically for changing the shuttle device that automatically refoots of shuttle at the bottom of Sewing machines.
Background technology
In the base of Sewing machines, be provided with shuttle storehouse, shuttle is provided with bobbin case in storehouse, and the peg or spindle that is wound with bottom line is arranged in bobbin case, coordinates eedle to carry out sewing work.Because industrial sewing machine is not worked conventionally off and on, and coiling amount on peg or spindle is very little, and the bottom line on peg or spindle will be finished at set intervals, just needs to arrange special messenger to keep an eye on and change the peg or spindle that winds bottom line.
Patent name: be used for changing the device for the peg or spindle of looper thread on sewing or embroidery machine, the patent No.: 200580011462.2 disclose a kind of shuttle changing device, covers by the bobbin case on bobbin case promptly, and the bobbin case in shuttle storehouse is taken out.A plurality of standby bobbin cases are arranged in order, and the peg or spindle around full bottom line is installed in each bobbin case.Shuttle changing device captures standby bobbin case, and sends in the shuttle storehouse of Sewing machines.
The disclosed shuttle changing device of above-mentioned patent, can only carry out the replacing of standby bobbin case.Generally can prepare 6 to 8 standby bobbin cases with peg or spindle, the bobbin case in Sewing machines is replaced standby bobbin case by shuttle changing device after being finished bottom line.But Sewing machines is under Non-intermittent work, and standby bobbin case is also can be finished soon.So in the course of the work, still need labor management shuttle changing work, check whether each standby bobbin case is finished, prevent that standby bobbin case is finished rear shutdown and affects job schedule.After the bottom line of standby bobbin case is finished, need the artificial peg or spindle taking out in each bobbin case, on peg or spindle, after complete bottom line, pack peg or spindle into bobbin case again, and the end of a thread of bottom line on peg or spindle is manual through the cable-through hole on bobbin case, finally mounted bobbin case is installed on shuttle changing device standby.From bobbin case, take out peg or spindle, change the bottom line on peg or spindle and pack peg or spindle into bobbin case whole operating process very loaded down with trivial details, when particularly peg or spindle is installed in bobbin case, find the end of a thread of bottom line on peg or spindle, then the end of a thread is sticked into the linear slit of bobbin case, and the end of a thread is passed to the line hole on bobbin case, can only be by realizing manually this operating procedure, the efficiency that causes changing peg or spindle is very low.
Summary of the invention
The present invention is directed to existing industrial sewing machine and change the present situation of end shuttle complex operation, and a kind of shuttle device that automatically refoots is provided, realize automatic exchange and the installation of end shuttle.
The present invention solves the problems of the technologies described above adopted technical scheme: shuttle device automatically refoots, comprise and get bobbin case mechanism for what capture bobbin case, also comprise and from bobbin case, take out peg or spindle and around new bottom line, get peg or spindle mechanism on peg or spindle, Qu peg or spindle mechanism is when bobbin case takes off peg or spindle, by tangent mechanism, cut off the line between bobbin case and peg or spindle, and retain the remaining line on bobbin case; On peg or spindle, after complete new bottom line, by bindiny mechanism, new bottom line is connected with the remaining line on bobbin case, then by getting peg or spindle mechanism, peg or spindle is packed in bobbin case standby.
For optimizing technique scheme, the present invention also comprises following improved technical scheme.
The above-mentioned peg or spindle mechanism of getting comprises the pedestal sliding before and after energy, on pedestal, rotates and is provided with the roll that can penetrate peg or spindle axis hole, and the coiling electric motor being fixed on pedestal is connected with roll.
A side at above-mentioned peg or spindle is provided with guy hook, and guy hook is connected with guy hook cylinder; Before coiling guy hook air cylinder driven guy hook by treat around new bottom line be pulled to the coiling face of peg or spindle.
The above-mentioned peg or spindle mechanism of getting is provided with the installing plate that can slide along roll, is fixed with the first telescopic cylinder sliding for drive installation plate on pedestal; Installing plate is connected with for adsorbing the Pneumatic suction cup of peg or spindle.
On above-mentioned pedestal, be fixed with at least three finger mountings, in each finger mountings, by bearing pin, rotated and be provided with a peg or spindle claw, each peg or spindle claw is connected with installing plate respectively.
Automatically the shuttle device that refoots is provided with for elongating on bobbin case remaining line the fixing thread drawing mechanism of the end of a thread; One end of remaining line is fixed by thread drawing mechanism, and the other end is fixed when tangent mechanism cuts off.
Automatically the shuttle device that refoots is provided with for extracting the air intake duct of peg or spindle scrap wire.
Above-mentioned bindiny mechanism comprises that knotting motor, the fixedly finger and the knotting that are hook-type refer to; The power output shaft of knotting motor was connected with fixing finger; Tie a knot and refer to be connected with fixing finger by bearing pin, and can refer to open or closure with respect to fixing.
Above-mentioned bindiny mechanism is fixedly installed knotting cam, for driving knotting to refer to that the drive rod of folding matches with the cam surface of knotting cam.
Above-mentioned bindiny mechanism is provided with for the drag hook of bracing wire and the drag hook cylinder that is connected with drag hook.
In the prior art, change the technical barrier that peg or spindle in bobbin case needs manually bottom line the end of a thread is pierced into bobbin case linear slit and through bobbin case cable-through hole, therefore has complex operation, loses time, cannot automation realizes shuttle changing core.Compared with prior art, the shuttle device that automatically refoots of the present invention, has solved peg or spindle and has packed the threading problem after bobbin case into.By getting bobbin case mechanism, get the cooperative cooperating of peg or spindle mechanism, tangent mechanism, can automation realize and from Sewing machines, take out bobbin case, from bobbin case, take out peg or spindle and change new bottom line, pack peg or spindle into bobbin case and by new bottom line and the operation such as remaining line is connected, save special messenger and kept an eye on shuttle changing operation, reduce human cost, improved the efficiency of the shuttle that refoots.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that the present invention gets bobbin case mechanism.
Fig. 2 is the rear structure schematic diagram of Fig. 1.
Fig. 3 is the partial structurtes schematic diagram of the first jig arm and the second jig arm in Fig. 1.
The schematic diagram of Tu4Shi Qu peg or spindle mechanism.
The working state schematic representation of Tu5Shi Qu peg or spindle mechanism.
The coiling view of Tu6Shi Qu peg or spindle mechanism.
The first view of Tu7Shi bindiny mechanism.
The second view of Tu8Shi bindiny mechanism.
The third state schematic diagram of Tu9Shi bindiny mechanism.
Figure 10 is the decomposing schematic representation of bindiny mechanism.
Figure 11 is the schematic diagram of thread drawing mechanism.
Figure 12 is the schematic diagram of auxiliary stay mechanism.
Figure 13 is the schematic diagram of tangent mechanism.
The specific embodiment
Below in conjunction with accompanying drawing, embodiments of the invention are described in further detail.
Fig. 1 is to Figure 13 shows that structural representation of the present invention.
Reference numeral is wherein: the first bobbin case 101, the first peg or spindle 102, the second bobbin case 103, rotating disk 201, the first jig arm 202, the second jig arm 203, swing arm 204, the axis of guide 205, rotating seat 206, swing arm driving cylinder 207, swing arm telescopic cylinder 208, connecting plate 209, strap 210, claw 211, claw drives cylinder 212, the first spring 213, fixed axis 214, shuttle changing motor 215, clamp arm 301, bracing wire cylinder 302, clamp 303, moving folder 304, clamp cylinder 305, the second spring 306, pedestal 401, roll 402, coiling electric motor 403, Pneumatic suction cup 404, peg or spindle claw 405, the first telescopic cylinder 406, air intake duct 407, guy hook 409, get peg or spindle cylinder 410, telescopic stand 501, horizontal guide rail 502, the second telescopic cylinder 503, motor mounting plate 504, knotting cam 505, drive rod 506, knotting motor 507, fixing finger 508, knotting refers to 509, fixedly tension disk 510, solidus cylinder 511, drag hook 512, drag hook cylinder 513, pull bar 514, banking stop 515, clamp fixed head 516, clamp elastic plate 517, elastic adjusting plate 518, limited block 519, the first clamp 520, the first moving folder 521, elasticity tension disk 522, auxiliary stay mechanism 6, the first assistant cylinder 601, dial line bar 602, the second assistant cylinder 603, cutting knife 604, elasticity thread tension disc 701, cutting edge 702, the second guy hook 703, the second bracing wire cylinder 704, remaining line 8.
Automatically the shuttle device that refoots of the present invention, comprises following job step: from the shuttle platform of sewing machine base, take out the first bobbin case 101, and the second standby bobbin case 103 is installed on shuttle platform; From the first bobbin case 101 of changing, take out the first peg or spindle 102, and cut off the bottom line being connected between the first peg or spindle 102 and the first bobbin case 101, retain the remaining line 8 on the first bobbin case 101; Remove the bottom line left on the first peg or spindle 102 and around completely new bottom line, by newly around bottom line be connected with the remaining line 8 on the first bobbin case 101; The first peg or spindle 102 is packed in the first bobbin case 101 standby.
Tradition shuttle changing process is manually peg or spindle to be taken out completely from bobbin case, take out scrap wire on peg or spindle then on peg or spindle around new bottom line, then will newly around the end of a thread of bottom line, on bobbin case, put on and that peg or spindle is put into bobbin case is standby.This method is different from traditional shuttle changing method, when peg or spindle takes out from bobbin case, retains the one section of line wearing on bobbin case; Wind new bottom line on peg or spindle after, bottom line is connected with the remaining line on bobbin case, so just having saved will the operation through bobbin case line hole by new bottom line, has solved the difficult problem that traditional shuttle changing method cannot automation be implemented.Automatically the shuttle device full-automation that refoots of the present invention realize shuttle changing shell, shuttle changing core and the line that refoots, improved the operating efficiency of the line that refoots, saved manpower and kept an eye on and operate, reduced production cost.
By preferred embodiment, illustrate how the shuttle method that refoots of the present invention is implemented in automation below.
As shown in Figure 1 get bobbin case mechanism, Gai Qu bobbin case mechanism is for automatically taking out bobbin case from Sewing machines, and standby bobbin case can be packed in Sewing machines.
Get bobbin case mechanism and comprise for placing the rotating disk 201 of the first bobbin case 101 and standby the second bobbin case 103, and for clamping the first jig arm 202 and second jig arm 203 of bobbin case.
In Fig. 1 and Fig. 2, the first jig arm 202 is taken out the first bobbin case 101 from Sewing machine shuttle platform, and the first bobbin case 101 is placed on rotating disk 201.The second standby bobbin case 103 is installed on rotating disk 201, rotating disk 201 rotates standby the second bobbin case 103 and the first bobbin case 101 transpositions of just having put, make the second bobbin case 103 deliver to the first jig arm 202 places, by the first jig arm 202, pack the second standby bobbin case 103 into Sewing machines subsequently and work.
Rotating disk 201 is connected with shuttle changing motor 215, by shuttle changing motor 215, can drive rotating disk 201 to rotate 180 degree, makes the first bobbin case 101 and the second bobbin case 103 transpositions on rotating disk 201.
The first bobbin case 101 moves to the second jig arm 203 places after rotating disk 201 rotates.The second jig arm 203 is for capturing first peg or spindles 102 to be removed such as the first bobbin case 101 on rotating disk 201, and at this first peg or spindle 102, changed bottom line and pack into after the first bobbin case 101, and the first bobbin case 101 is placed on rotating disk 201 standby.
The first jig arm 202 is identical with the structure of the second jig arm 203, comprises that respectively one for clamping the swing arm 204 of bobbin case.
As shown in Figure 3, in one end of swing arm 204, be provided with strap 210, and for clamping the claw 211 of bobbin case.The claw being fixed with in swing arm 204 for driving claw 211 to rotate drives cylinder 212, and claw drives cylinder 212 to drive claw 211 motions to clamp bobbin case.Claw 211 is connected with the first spring 213, and in the time of need to unclamping bobbin case, claw drives cylinder 212 to stop driving and by the first spring 213, claw 211 resetted.
The other end of swing arm 204 is slidably matched by the rotating seat 206 in two axis of guide 205Yu Qu bobbin case mechanisms.Swing arm 204 can be rotated with rotating seat 206, also can with respect to rotating seat 206, endwisely slip along the axis of guide 205.
The rotary actuation bar of swing arm driving cylinder 207 is connected with rotating seat 206, can control the rotation of rotating seat 206, and then controls swing arm 204 and rotate around its pivot.
The first jig arm 202 and the second jig arm 203 are also respectively equipped with a swing arm telescopic cylinder 208 that drives swing arm 204 to seesaw along the axis of guide 205.The telescopic drive bar of swing arm telescopic cylinder 208 is connected with connecting plate 209, this connecting plate 209 is rotationally connected with the center of rotation place of swing arm 204, swing arm 204 can freely be rotated with respect to connecting plate 209, and connecting plate 209 can drive swing arm 204 along the axially-movable of the axis of guide 205.
The first jig arm 202 and the second jig arm 203 are located at respectively the both sides of rotating disk 201.During work, the swing arm 204 of the first jig arm 202 turns to outside the shuttle platform of Sewing machines, and travel forward along the axis of guide 205, by the first bobbin case 101 in claw 211 clamping shuttle platforms, the first jig arm 202 turns to rotating disk 201 places subsequently, and retracts the first bobbin case 101 is placed on the fixed axis 214 of rotating disk 201 along the axis of guide 205.
Then rotating disk 201 rotates, and the second standby bobbin case 103 is changed over the first bobbin case 101 taking off.The first jig arm 202 reverse operations are placed into the second bobbin case 103 in the shuttle platform of Sewing machines.The first bobbin case 101 on the second jig arm 203 clamping rotating disks 201, waits for the follow-up peg or spindle work of getting.
While taking out the first peg or spindle 102 from the first bobbin case 101, need to retain the remaining line 8 on the first bobbin case 101.When taking out the first peg or spindle 102, in order to prevent that the end of a thread on the first bobbin case 101 from moving with the first peg or spindle 102 and slippage from the line hole of bobbin case, before the first bobbin case 101 is separated with the first peg or spindle 102, first elongates the remaining line 8 of the first bobbin case 101, and fix the end of a thread of remaining line 8 on the first bobbin case 101.
As shown in figure 11, the second jig arm 203 is taken off the first bobbin case 101 from rotating disk 201, then by the remaining line 8 on thread drawing mechanism automatic lengthening first bobbin case 101 of the present embodiment and the end of a thread is fixed.
Thread drawing mechanism has clamp arm 301 and the bracing wire cylinder 302 of clamping the end of a thread.After second jig arm 203 clamping the first bobbin cases 101, clamp arm 301 is clamped the remaining line 8 on the first bobbin case 101, and bracing wire cylinder 302 drives 301 motions of clamp arm, elongates the remaining line 8 on the first bobbin case 101.
Clamp arm 301 comprises a clamp 303 and a moving folder 304 being driven by clamp cylinder 305, and the second spring 306.Clamp cylinder 305 drives moving folder 304 to coordinate clamp 303 motions, and the remaining line 8 outside the first bobbin case 101 cable-through holes is clamped.The remaining line 8 that bracing wire cylinder 302 drives clamp arm 301 first to elongate on the first bobbin case 101, then drives clamp arm 301 to be returned to initial position, afterwards clamp arm 301 retaining clip line states.Why elongating remaining line 8, is for convenient, the first peg or spindle 102 to be taken out from the first bobbin case 101, and prevents that remaining line 8 from departing from the cable-through hole of the first bobbin case 101.
As shown in Figure 4, at thread drawing mechanism, fix after the remaining line 8 on the first bobbin case 101, by the peg or spindle mechanism of getting in the present embodiment, capture the first peg or spindle 102 in the first bobbin case 101, and the first peg or spindle 102 is taken out from the first bobbin case 101.
Get peg or spindle mechanism and comprise the pedestal 401 sliding before and after energy, on described pedestal 401, rotate and be provided with the roll 402 that can penetrate peg or spindle axis hole, the coiling electric motor 403 being arranged on pedestal 401 is connected with described roll 402.
On roll 402, be arranged with slidable installing plate 411, on pedestal 401, be fixed with the first telescopic cylinder 406 that drive installation plate 411 slides.On pedestal 401, be fixed with at least three finger mountings, in each finger mountings, by bearing pin, rotated and be provided with a peg or spindle claw 405, each peg or spindle claw 405 is connected with installing plate 411 respectively.
Peg or spindle claw 405 is distributed in roll 402 surroundings, for blocking peg or spindle sidewall or unclamping.When installing plate 411, along roll 402, with respect to pedestal 401, do when moving, to drive peg or spindle claw 405 to rotate around bearing pin, make the locking end of peg or spindle claw 405 away from roll 402, in open mode.When installing plate 411 is done approaching moving along roll 402 with respect to pedestal 401, drive peg or spindle claw 405 to rotate around bearing pin, the locking end of peg or spindle claw 405 is closed up towards roll 402, block peg or spindle sidewall.
On roll 402, be arranged with slidable Pneumatic suction cup 404, this Pneumatic suction cup 404 is connected with installing plate 411, with installing plate 411, along roll 402, moves.
While capturing the first peg or spindle 102, pedestal 401 is being got close the first peg or spindle 102 under 410 drivings of peg or spindle cylinder, and the roll 402 on pedestal 401 penetrates in the axis hole of the first peg or spindle 102, and makes Pneumatic suction cup 404 near the first peg or spindle 102.
Under the driving of air pump, Pneumatic suction cup 404 holds the first peg or spindle 102 in the first bobbin case 101.The first telescopic cylinder 406 drive installation plates 411 are towards pedestal 401 motions subsequently, and installing plate 411 drives peg or spindle claw 405 to block the sidewall of the first peg or spindle 102 in motion process, prevents that the first peg or spindle 102 from sliding on roll 402.
After peg or spindle claw 405 blocks the first peg or spindle 102, pedestal 401 get peg or spindle cylinder 410 drive under away from the first bobbin case 101, the first peg or spindle 102 that makes to be fixed on roll 402 departs from the first bobbin case 101 completely.
The first peg or spindle 102 departs from after the first bobbin case 101 completely, by the second guy hook 703, the line between the first peg or spindle 102 and the first bobbin case 101 is elongated to tangent mechanism place.
As shown in figure 13, tangent mechanism comprises for the elasticity thread tension disc 701 of clamp with for cutting off the cutting edge 702 of line.The second bracing wire cylinder 704 drives the second guy hook 703 that line is pulled to tangent mechanism place, line between the first peg or spindle 102 and the second guy hook 703 is cut off by cutting edge 702, and the line between the second guy hook 703 and the first bobbin case 101 is fixed on elasticity thread tension disc 701.Now, remaining line 8 one end on the first bobbin case 101 are fixed by thread drawing mechanism, and the other end is fixed by tangent mechanism, wait for being follow-uply connected with the bottom line newly changing.
Downside at the first peg or spindle 102 is provided with the air intake duct 407 that extracts peg or spindle scrap wire, by air intake duct 407, extracts the scrap wire of leaving on the first peg or spindle 102.
Before capturing the first peg or spindle 102, by treat around new bottom line be fixed on outside the peg or spindle axis hole of the first peg or spindle 102.When as shown in Figure 5 and Figure 6, roll 402 penetrates the first peg or spindle 102 just by treat around new bottom line be fixed in peg or spindle axis hole.Guy hook air cylinder driven guy hook 409 is moved new bottom line to shuttle peg winding face.After scrap wire exhaustion, then drive roll 402 and the first peg or spindle 102 rotations by coiling electric motor 403, around upper new bottom line.By controlling the rotation number of turns of coiling electric motor 403, can control the coiling amount of the first peg or spindle 102.
As shown in Fig. 7 to 10, by bindiny mechanism by newly around bottom line tie a knot and be connected with the remaining line 8 on the first bobbin case 101.
This bindiny mechanism has telescopic stand 501, and telescopic stand 501 is slidably arranged on horizontal guide rail 502, and is connected with the second telescopic cylinder 503.By the second telescopic cylinder 503, can control telescopic stand 501 seesaws.
Telescopic stand 501 is fixedly connected with motor mounting plate 504.Knotting motor 507 is fixed on the upside of motor mounting plate 504, and knotting cam 505 is fixed on the downside of motor mounting plate 504.On knotting cam 505, be shaped with the cam surface of circumferential.The power output shaft of knotting motor 507 is through knotting cam 505.
Bindiny mechanism comprises that fixedly finger 508 and a knotting that is hook-type that is hook-type refers to 509.Fixing finger 508 is connected with the power output shaft of knotting motor 507.Knotting refers to that 509 rotations are arranged on fixing finger on 508, with fixing, refers to that 508 rotate, and can refer to that 508 open or closure with respect to fixing.Knotting refers to that 509 are connected with for driving the drive rod 506 of its folding, and this drive rod 506 matches with the cam surface on knotting cam 505.Fixing refer to that 508 when rotate together with referring to 509 with knotting, drive rod 506 rotates along cam surface, and according to the track of cam surface, drives knotting to refer to that 509 refer to that with respect to fixing 508 open or closed.
In the both sides of telescopic stand 501, be respectively arranged with one for clamping the thread clamping mechanism of bottom line to be tied a knot and remaining line 8.As shown in figure 10, what be arranged on telescopic stand 501 right sides is the movable elasticity tension disk 522 that clamps two-wire to be tied a knot to thread clamping mechanism in the present embodiment, is arranged on the fixedly tension disk 510 for fixed clamp two-wire to be tied a knot in telescopic stand 501 left sides.
Elasticity tension disk 522 comprises a clamp fixed head 516 and a clamp elastic plate 517, clamp elastic plate 517 is arranged on clamp fixed head 516, and be provided with elastic adjusting plate 518, by elastic adjusting plate 518, can adjust the resilient clamp power of clamp elastic plate 517.
When knotting, the two-wire of clamping is by the resilient clamp of clamp elastic plate 517, so two-wire can also can regulate the tension force of self by movable telescopic automatically.The limited block 519 that is also provided with location two-wire on elasticity tension disk 522, prevents that two-wire is stuck.
Fixedly tension disk 510 comprises first clamp 520 being fixedly installed and by first of solidus cylinder 511 drivings, moves folder 521 by one.In jaws between the first clamp 520 and the first moving folder 521, be provided with banking stop 515, play the effect of location two-wire.
On the first peg or spindle 102 newly around bottom line and after the remaining line 8 of thread cutting mechanism clamping closes up, by elasticity tension disk 522 and fixedly tension disk 510 clampings.Elasticity tension disk 522 and the fixedly two-wire between tension disk 510 be just in time positioned at knotting refer to 509 with fixing 508 the top that refers to.
Fixing finger 508 has hook portion, and knotting refers to 509 by bearing pin and fix refer to that 508 are rotationally connected, and ties a knot and refers to that 509 can open or closure with respect to fixing finger 508 around bearing pin.
When initial, knotting refers to that 509 relatively fixingly refer to that 508 in closure state, and telescopic stand 501 travels forward and makes fixedly tension disk 510 and elasticity tension disk 522 clamp two-wire to be tied a knot.
Under the driving of knotting motor 507, be positioned at fixedly finger 508 under two-wire and rotate together with referring to 509 with knotting, make two-wire refer to 509 and fixingly refer to that 508 outer rim is wound around along knotting.
When knotting is during motor 507 Rotate 180 degree left and right, two-wire refers to 509 and fixingly refer to 508 outer rim lopping in a week around knotting.Fixing finger 508 and knotting refer to that 509 are rotated further, drive rod 506 makes knotting refer to that 509 refer to that with respect to fixing 508 open under the effect of knotting cam 505, in rotation process by fixing refer to 508 with elasticity tension disk 522 between stretching two-wire being clipped in knotting refer to 509 with fix between finger 508.Fixing finger 508 and knotting refer to that 509 are rotated further until get back to initial position, now drive rod 506 makes knotting refer to that 509 refer to that with fixing 508 is closed mutually under the effect of knotting cam 505, by fixing refer to 508 with elasticity tension disk 522 between this section of two-wire be enclosed in and fix finger 508 and knotting refers between 509.
Bindiny mechanism also comprises a wire grip that pulls two-wire.This wire grip hooks and fixing refers to 508 and fixing this section of two-wire between tension disk 510, and pull two-wire, make around fixing finger 508 and tie a knot to refer to that this circle two-wire of 509 outer rims refers to that with knotting 509 bill skids off along fixing finger 508, the two-wire now closing up becomes knot connection automatically.
Wire grip in the present embodiment, as shown in Figure 7, comprises that drag hook 512 is connected with the pull bar 514 of drag hook cylinder 513 for pulling the drag hook 512 of two-wire.By drag hook cylinder 513, drive drag hooks 512 to pull and fixingly refer to 508 and fixing this section of two-wire between tension disk 510.
On the first peg or spindle 102 newly around bottom line be connected with remaining line 8 after, by getting peg or spindle mechanism, the first peg or spindle 102 is packed in the first bobbin case 101.Getting peg or spindle mechanism drives pedestal 401 near the first bobbin case 101, then the first telescopic cylinder 406 drive installation plates 411 are near the first bobbin case 101, in the motion process of installing plate 411, open peg or spindle claw 405, and by Pneumatic suction cup 404, the first peg or spindle 102 is headed in the first bobbin case 101.
When the first peg or spindle 102 packs the first bobbin case 101 into, by auxiliary stay mechanism 6, pull the remaining line 8 outside the first bobbin case 101.As shown in figure 12, the remaining line 8 outside the first bobbin case 101 is fixing by the clamp arm 301 of thread drawing mechanism, and auxiliary stay mechanism 6 pulls securing remaining line 8, can make knotting position between new bottom line and remaining line 8 pass the cable-through hole of the first bobbin case 101.
Auxiliary stay mechanism 6 comprises the cutting knife 604 of dialling line bar 602 and second assistant cylinder 603 drivings that first assistant cylinder 601 drives.Dial line bar 602 under the first assistant cylinder 601 drives, pull the remaining line segment between clamp arm 301 and the first bobbin case 101, knotting position on remaining line 8 is pulled out outside the first bobbin case 101, and the second assistant cylinder 603 drives cutting knife 604 to move to group line bar 602 places remaining line segment is cut.
Finally, the second jig arm 203 reverse operations, are placed on rotating disk 201 standby by the first bobbin case 101.Until the second bobbin case 103 in Sewing machines, be finished after bottom line, automatic cycle is changed end shuttle again.
Most preferred embodiment of the present invention is illustrated, and the various variations of being made by those of ordinary skills or remodeling can not depart from the scope of the present invention.
Claims (9)
1. shuttle device automatically refoots, comprise and get bobbin case mechanism for what capture bobbin case, it is characterized in that: also comprise and from bobbin case, take out peg or spindle and around new bottom line, get peg or spindle mechanism on peg or spindle, the described peg or spindle mechanism of getting comprises the pedestal (401) sliding before and after energy, upper rotation of pedestal (401), be provided with the roll (402) that can penetrate peg or spindle axis hole, the coiling electric motor (403) being fixed on pedestal (401) is connected with described roll (402); Qu peg or spindle mechanism when bobbin case takes off peg or spindle, cuts off the line between bobbin case and peg or spindle by tangent mechanism, and retains the remaining line (8) on bobbin case; On peg or spindle, after complete new bottom line, by bindiny mechanism, new bottom line is connected with the remaining line (8) on bobbin case, then by getting peg or spindle mechanism, peg or spindle is packed in bobbin case standby.
2. the shuttle device that automatically refoots according to claim 1, is characterized in that: be provided with for elongating on bobbin case remaining line (8) the fixing thread drawing mechanism of the end of a thread; One end of described remaining line (8) is fixed by thread drawing mechanism, and the other end is fixed when described tangent mechanism cuts off.
3. the shuttle device that automatically refoots according to claim 1, is characterized in that: the side at described peg or spindle is provided with guy hook (409), and described guy hook (409) is connected with guy hook cylinder; Before coiling guy hook air cylinder driven guy hook (409) by treat around new bottom line be pulled to the coiling face of peg or spindle.
4. the shuttle device that automatically refoots according to claim 1, it is characterized in that: the described peg or spindle mechanism of getting is provided with the installing plate (411) that can slide along roll (402), is fixed with the first telescopic cylinder (406) sliding for drive installation plate (411) on pedestal (401); Described installing plate (411) is connected with the Pneumatic suction cup (404) for adsorbing peg or spindle.
5. the shuttle device that automatically refoots according to claim 4, it is characterized in that: described pedestal is fixed with at least three finger mountings on (401), in each finger mountings, by bearing pin, rotated and be provided with a peg or spindle claw (405), each peg or spindle claw (405) is connected with described installing plate (411) respectively.
6. the shuttle device that automatically refoots according to claim 1, is characterized in that: be provided with the air intake duct (407) for extracting peg or spindle scrap wire.
7. the shuttle device that automatically refoots according to claim 1, is characterized in that: fixedly finger (508) and knotting that described bindiny mechanism comprises knotting motor (507), be hook-type refer to (509); The power output shaft of described knotting motor (507) refers to that with fixing (508) are connected; Described knotting refers to that (509) refer to that with fixing (508) are connected by bearing pin, and can open or closure with respect to fixing finger (508).
8. the shuttle device that automatically refoots according to claim 7, it is characterized in that: described bindiny mechanism is fixedly installed knotting cam (505), for driving knotting to refer to that the drive rod (506) of (509) folding matches with the cam surface of knotting cam (505).
9. the shuttle device that automatically refoots according to claim 8, is characterized in that: the drag hook cylinder (513) that described bindiny mechanism is provided with the drag hook (512) for bracing wire and is connected with drag hook (512).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310616804.XA CN103643412B (en) | 2013-11-29 | 2013-11-29 | Automatic bottom shuttle replacing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310616804.XA CN103643412B (en) | 2013-11-29 | 2013-11-29 | Automatic bottom shuttle replacing device |
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| CN103643412A CN103643412A (en) | 2014-03-19 |
| CN103643412B true CN103643412B (en) | 2014-09-24 |
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| CN201310616804.XA Active CN103643412B (en) | 2013-11-29 | 2013-11-29 | Automatic bottom shuttle replacing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103966744B (en) * | 2014-05-26 | 2015-11-25 | 高密市金鹰纺织有限公司 | A kind of shuttle threader |
| CN104264385B (en) * | 2014-10-20 | 2016-03-16 | 杰克缝纫机股份有限公司 | Peg or spindle overlaps bobbin case and threader and method automatically |
| CN104264386B (en) * | 2014-10-20 | 2016-04-20 | 杰克缝纫机股份有限公司 | Automatic shuttle changing core Winder and method |
| DE102015106886B3 (en) * | 2015-05-04 | 2016-06-23 | Nähmaschinenfabrik Emil Stutznäcker GmbH & Co. KG | Sewing machine and method for operating a sewing machine |
| CN105133213B (en) * | 2015-08-21 | 2018-01-02 | 广州科祺自动化设备有限公司 | Sewing machine shuttle changing core mechanism and sewing machine |
| CN106868733B (en) * | 2017-04-07 | 2019-03-12 | 南京信息职业技术学院 | Multi-station bobbin thread winding machine |
| CN108103688B (en) * | 2018-02-12 | 2023-07-28 | 北京大豪科技股份有限公司 | Positioning grabbing structure of bottom thread replacing mechanism of embroidery machine and embroidery machine |
| CN111455585B (en) * | 2020-05-08 | 2021-06-01 | 邓钦泽 | Full-automatic bottom line replacing device of embroidery machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US5143004A (en) * | 1987-11-25 | 1992-09-01 | Mardix Bar Cochva | Sewing apparatus including automatic bobbin reloading |
| JPH07108357B2 (en) * | 1991-09-13 | 1995-11-22 | ジューキ株式会社 | Bobbin thread feeder for sewing machine |
| JPH0775695A (en) * | 1993-09-07 | 1995-03-20 | F Y Tekunika Kk | Method and device for automatically supplying bobbin thread of sewing machine |
| CN102041645B (en) * | 2009-10-21 | 2012-10-17 | 启翔针车（上海）有限公司 | Stitching-starting thread-drawing device for automatic thread-cutting sewing machine |
| CN102296432B (en) * | 2010-06-28 | 2015-04-01 | Juki株式会社 | Thread cutting device for sewing machine |
| CN203256460U (en) * | 2013-05-06 | 2013-10-30 | 温州欧罗华实业有限公司 | Full-automatic cop latch winding machine |
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Address after: 315100 Zhejiang city of Ningbo province Yinzhou District Jingu Road No. 219 Patentee after: Shupu Intelligent Technology Co.,Ltd. Address before: 315100 Zhejiang city of Ningbo province Yinzhou District Jingu Road No. 219 Patentee before: NINGBO SUPREME ELECTRONIC MACHINERY Inc. |