CN2524548Y - High speed sewing machine special for slide fastener - Google Patents

Abstract

The utility model relates to a high speed sewing machine special for slide fastener essentially consisting of a stitch length regulator, a crochet needle clutch and a sewing combiner. The utility model is characterized in that an impediment mechanism is arranged on fringe on one side of a stitch length regulating rotary disc of the stitch length regulator, a front end of the impediment mechanism is impeded on an regulating section on inner side of the rotary disc to position the rotary disc and avoid deviation of stitch length caused by rotation as a result of impact of external force, the crochet needle clutch consists of a regulating body, a reed-in arm, a positioning body, a transmission shaft and a yarn base, and the crochet needle clutch is positioned by locking with better stability than buckling without damaging driver in the machine caused by eccentric; the sewing combiner consists of a base plate, a regulator and a clamp, and is capable of achieving synchronous combination of a zipper assembler sewn on cloth side and adjusting area of a holding area cooperated with slide fasteners of different sizes. The utility model can mechanically sew slide fasteners at a high speed.

Description

The special-purpose sewing machine of high speed slide fastener

Technical field:

The special-purpose sewing machine of the relevant a kind of high speed slide fastener of the utility model system refers to a kind ofly under the sewing machine high speed rotating especially, can carry out the high speed slide fastener sewing machine of sewing to slide fastener.

Background technology:

Weaving adjusting mechanism in the past, as shown in figure 26, this weaving adjusting mechanism includes: a bent axle heart, and one ohm of wheel, core seat and a belt pulley are arranged in this bent axle heart one end winding in regular turn, and bent axle heart other end winding ratchet speed regulator, again with ratchet speed regulator one end and ratchet winding.Drive belt pulley when external motors driving belt (not shown) and rotate, allow the bent axle heart drive the ratchet governor motion thereupon rotating, get final product Drive ratchet.If when ratchet moves amplitude of oscillation inaccuracy in transmission process, can adjust the amplitude of oscillation that the ratchet speed regulator is adjusted the ratchet action.But when adjusting, need experienced operator to adjust, otherwise the seam order size that sewing comes out has deviation, therefore traditional slide fastener sewing machine need experienced operator be adjusted when adjusting sewing order size.

Crochet hook clutch (as shown in figure 27) in the past, this crochet hook clutch still has some disappearances must wait to improve, reason be to utilize material the metal material of light (aluminium) make the crochet hook clutch, but find in the implementation process, because crochet hook clutch system utilizes the manner location, and under power transmission shaft high speed rotating state, softer because of the material of aluminium own, make often the be distorted distortion or can't stably fastening of the fastening of above-mentioned buckling parts and groove; Though, utilize harder metal material (iron) to make the crochet hook clutch, can overcome aforementioned fastening problem, but cause whole crochet hook clutch preponderance, make power transmission shaft when moving back and forth, produce apocarpy, allow the driving of board inside often damage and reduce its service life.

Moreover it is after two chains are intermeshed, to sew up with selvedge that known slide fastener is sewed up combiner again, though this kind mode saves time, because of after chain intermeshes, the hole of its chain between cog diminishes, the difficulty of sewing is increased, cause seam car pin overheated easily, can't improve sewing speed.

Summary of the invention:

The utility model mainly solves the problem that above-mentioned prior art exists, and provides a kind of high speed slide fastener special-purpose sewing machine, and it is convenient to reach seam order size adjusting, and the board internal drive is not fragile, particularly can the high speed suture zipper.Technical solution of the present utility model is: the special-purpose sewing machine of a kind of high speed slide fastener, mainly by a weaving adjusting mechanism, one crochet hook clutch and one is sewed up combiner and is constituted, it is characterized in that: this weaving adjusting mechanism is configured in internal body, at least comprise: an eccentric main axis, be pivoted with an eccentric cam on the footpath outside this eccentric main axis, undertake one first crank on this eccentric cam, this first crank is pivoted with second crank and the 3rd crank, and on second crank, articulate a single direction ratchet, this single direction ratchet is hubbed on the power transmission shaft, be extended with the four-throw that articulates with second crank on this single direction ratchet, opposite side in single direction ratchet has the 5th crank in addition, a block is pivoted on the 5th crank, this block motion is in the movement slots of body, have one to adjust the bolt top in this movement slots, and the pivot on the 3rd crank is to be articulated on the aligning spare as for this block; Aforementioned aligning spare one side has an axle that runs through body, dispose a central siphon on this axle, configuration one drive element on this central siphon, and penetrate in this drive element with a fixing pin, and it is affixed with axle, a drive link meshes in the tooth portion of this drive element, is equipped with an axle sleeve on the external diameter of this drive link, the affixed rotating disk of this axle sleeve other end;

This crochet hook clutch, be configured on the power transmission shaft that extends to engine body exterior, it includes one and adjusts a body and a positioning body, aforementioned adjustment body one end is provided with first crack, this first crack pivoted hole that extended internally, this accent extends a yarn pulling arm on the whole, this yarn pulling arm upper limb has a fixed part, in addition offer a screw transferring on the whole and be positioned at first crevice place, dispose one on this screw and adjust element, offer a hole, dispose a stud shaft in this hole at the yarn pulling arm opposite side, on yarn pulling arm, offer a perforation in addition, the latch fitting of configuration one locking stud shaft in this perforation; This positioning body is coaxial and establish and be configured in and adjust body one side with aforementioned adjustment body, this positioning body one end is provided with second crack, this second crack hole that is pivoted that articulates with power transmission shaft that extends internally, this positioning body extends a protuberance, this protuberance is provided with one and adjusts the hole, this second crevice place offers fixing hole, disposes one in this fixing hole and adjusts element;

This stitching combiner includes a seat board, which is provided with a storage tank, the appropriate position is provided with a guiding groove on this seat board, this guiding groove front end place is provided with partition wall and forms two introducing ports, offer one at seat board one end and be vertical profile groove with introducing port, lateral margin is provided with a fixing hole in the end of introducing port, and spiral shell is provided with a bolt in it, dispose a stop tab in this profile groove, this stop tab one end extends a stop block; This guiding mechanism system is configured in the appropriate position of seat board, and it includes a pedestal, and adjusts an element and a knob; This anchor clamps system is contained in the above-mentioned storage tank, these anchor clamps by fixture block on one and once fixture block pile up and constitute.

This rotating disk is provided with a top system mechanism corresponding to body.

This pedestal is provided with a perforation, and a side of this perforation is provided with a projection, and opposite side is provided with a disposal area, is provided with spring and steel ball in this disposal area, offers a plurality of joining holes in addition on pedestal.

This adjustment element has a projection, and two sides of this projection are provided with two symmetrically and adjust groove.

This knob is provided with a group-connecting groove, and this group-connecting groove one side is provided with a movement slots, and the lateral margin of this knob is provided with two screws that communicate with the assembly groove.

Should go up fixture block (61) and be provided with an adjustment hole (611), and an end is provided with first reference column, the other end then has first breach.

This time fixture block is provided with one second reference column, and an end has second breach, and this first breach and second breach promptly form a clamp area.

Technique effect of the present utility model is as follows:

1. dispose a weaving adjusting mechanism on the slide fastener sewing machine, to adjust the size of seam order size;

2. crochet hook clutch system utilizes the locking mode to locate, its steadiness is good than manner, and can make by the metal material of material softer and light (aluminium), allow integral body draw the weight of yarn structure significantly to reduce, can not produce apocarpy and cause board internal drive part to damage.

3. slide fastener is sewed up combiner does not need additionally to increase many outfits, after can reaching ZIPPER ASSEMBLER and being sewn in selvedge, but the also purpose of sync; Simultaneously, can cooperate the slide fastener of different size to adjust the clamp area size.

Description of drawings:

Fig. 1 is the utility model sewing machine stereoscopic schematic diagram.

Fig. 2 is the utility model weaving adjusting mechanism stereoscopic schematic diagram.

Fig. 3 is Fig. 2 partial structurtes decomposing schematic representations.

Fig. 4 is that Fig. 2 overlooks the action schematic diagram.

Fig. 5 is Fig. 2 side-looking action schematic diagram.

Fig. 6 is that Fig. 2 opposite side apparent motion is made schematic diagram.

Fig. 7 is the side-looking action schematic diagram of Fig. 6.

Fig. 8 is that the utility model rotating disk is adjusted schematic diagram.

Fig. 9 is that the utility model axle sleeve combines schematic diagram with drive link.

Figure 10 is the utility model crochet hook die clutch construction decomposing schematic representation.

Figure 11 to Figure 14 is the clutch winding of the utility model crochet hook and adjusts view.

Figure 15 is the utility model crochet hook clutch user mode schematic diagram.

Figure 16 is that the utility model is sewed up combiner STRUCTURE DECOMPOSITION schematic diagram.

Figure 17 is that the utility model is sewed up combiner combination generalized section.

Figure 18 to Figure 20 is that the utility model is sewed up combiner adjustment view.

Figure 21 to Figure 23 is that the utility model is sewed up another adjustment view of combiner.

Figure 24 to Figure 25 is that the utility model is sewed up combiner catch adjustment view.

Figure 26 is known weaving adjusting mechanism schematic diagram.

Figure 27 is known crochet hook clutch stereoscopic schematic diagram.

See also Fig. 1, as shown in the figure: the special-purpose sewing machine of the utility model high speed slide fastener roughly comprises: a weaving adjusting mechanism 1, a crochet hook clutch 3 and are sewed up combiner 4 and are constituted, and under the sewing machine high speed rotating, can carry out sewing to slide fastener.

See also Fig. 2,3,4, as shown in the figure: this weaving adjusting mechanism 1 is configured in body 14 inside, its mechanism comprises at least: one can external power-actuated eccentric main axis 11, be pivoted with an eccentric cam 12 on the external diameter of this eccentric main axis 11, undertake one first crank 121 on this eccentric cam 12, this first crank 121 is pivoted with second crank 122 and the 3rd crank 123, and on second crank 122, articulate a single direction ratchet 13, this single direction ratchet 13 is hubbed on the power transmission shaft 131, be extended with the four-throw 132 that articulates with second crank 122 on this single direction ratchet 13, this four-throw 132 is provided with a protruding seat 133, the periphery of this protruding seat 133 is provided with a plurality of roller slots 134, in roller slot 134, has a shrinkage pool 135, be equipped with a motion shell fragment 136 in this shrinkage pool 135, and with protruding seat 133, action shell fragment 136 and roller 137 envelopes are put in ratchet slot 138, can make one-directional rotation when four-throw 132 is subjected to interlock;

Secondly, the 5th crank 139 of the opposite side of this single direction ratchet 13 is identical with four-throw 132, just the direction of motion of the 5th crank 139 is opposite with four-throw 132, a block 1391 is pivoted on the 5th crank 139, this block 1391 moves in the movement slots 141 of body 14, and have one in this movement slots 141 and adjust bolt 142 tops to this block 1391, when power transmission shaft 131 transmission single direction ratchet 13, this adjustment bolt 142 can be adjusted the amplitude of oscillation of single direction ratchet 13 motions, can in movement travel, finely tune, and the pivot 1231 of the 3rd crank 123 is articulated on the aligning spare 2 moving cloth mechanism;

In addition, above-mentioned aligning spare 2 one sides have an axle 21 that can run through body 14, dispose a central siphon 22 on this axle 21, configuration one drive element 23 on this central siphon 22, penetrate in drive element 23 with a fixing pin 24, and it is affixed with axle 21, the tooth portion of a drive link 231 is meshed by the tooth portion of this drive element 23, be equipped with an axle sleeve 232 that is hubbed on the body 14 on the external diameter of this drive link 231, these axle sleeve 232 other ends are connected with a rotating disk 233, be provided with a top system mechanism 25 (as shown in Figure 8) corresponding to body 14 on these rotating disk 233 1 side peripheries, this top system mechanism 25 front ends top is formed on the adjustment part 234 of rotating disk 233 inboards, and can paste on rotating disk 233 lateral surfaces to set the specification table of seam order size.

See also Fig. 4, Fig. 5 and Fig. 6, when weaving adjusting mechanism is adjusted, with the pivot on the 3rd crank 123 1231 is central point, when rotating rotating disk 233, this drive link 231 rotates thereupon, and then the drive element on the mandrel 21 23, under the situation that this drive element 23 is rotated, this axle 21 also drives aligning spare 2 and moves, when the pivot 1231 of 123 on this aligning spare 2 and the 3rd crank and second crank 122 distance are dwindled, when this eccentric main axis 11 is subjected to external drive, this eccentric cam 12 and first crank 121 are moved reciprocatingly, this moment, second crank 122 was just done reciprocating motion by a small margin, drove through single direction ratchet 13 and moved cloth mechanism.

Fig. 5, shown in Figure 7 for another example, continuous above-mentioned, at rotation rotating disk 233, through drive link 231, drive element 23, axle 21 and aligning spare 2, when making the pivot 1231 of 123 on this aligning spare 2 and the 3rd crank and second crank 122 distance become big, when this eccentric main axis 11 is subjected to external drive, this eccentric cam 12 and first crank 121 are moved reciprocatingly, and this moment, second crank 122 was just done significantly to move back and forth, and drove through single direction ratchet 13 and moved cloth mechanism.

Above-mentioned adjustment mode also is to adjust seam purpose ruler, this seam purpose ruler system setting is covered on this rotating disk and deposits on 233, the seam order ruler that the operator sets on can rotating disk 233 rotates rotating disk and deposits 233, and Jack structure 25 front ends that are installed in this moment on the body 14 just slide (as shown in Figure 8) on the adjustment part 234 of rotating disk 233; When rolling disc 233 forwarded certain ruler to, this Jack structure 25 also can be made the location usefulness of rotating disk 233, avoided rotating disk 233 to rotate because of hit by external force to pull, and caused ruler behind the seam order to have slightly or deviation significantly.

Moreover, this drive link 231 is to adopt eccentric the pivot joint (as shown in Figure 9) with axle sleeve 232, can make the engagement Du Gengmi of drive link 231 and drive element 23 with rotary axle box 232, can avoid drive element 23 to be subjected to the motion of guiding mechanism and produce slightly motion, allow guiding mechanism 1 effectively transmission shifter cloth mechanism seam order go out the specification of a standard.

See also Figure 10, as shown in the figure: the power transmission shaft 34 that the utility model system is driven body 14 inside extends to body 14 outsides, and on this power transmission shaft 34, being pivoted one with power transmission shaft 34 reciprocating crochet hook clutches 3, aforementioned crochet hook clutch 3 includes one and adjusts a body 31 and a positioning body 33.Aforementioned adjustment body 31 1 ends are provided with first crack 311, this first crack 311 is to being extended with a pivoted hole 312 that is pivoted with power transmission shaft 34, on this adjustment body 31, extend a yarn pulling arm 32, these yarn pulling arm 32 upper limbs have the fixed part 321 of a ccontaining filling needle stand 35, and with more than one bolt 322 lockings (as shown in figure 15), in addition offer a screw 313 adjusting on the body 31 and be positioned at first crack, 311 places, dispose the adjustment element 314 that to adjust first crack, 311 sizes on this screw 313, offer a hole 322 being positioned at yarn pulling arm 32 opposite sides, in hole 322, dispose a stud shaft 323, on yarn pulling arm 32, offer a perforation 324 in addition, the latch fitting 325 of configuration one locking stud shaft 323 in this perforation 324.

This positioning body 33 and above-mentioned adjustment body 31 are coaxial and be configured in and adjust body 31 1 sides, these positioning body 33 1 ends are provided with second crack 311, this second crack 331 hole 332 that is pivoted that articulates with power transmission shaft 34 that extends internally, this positioning body 33 extends a protuberance 333, this protuberance 333 is provided with the adjustment hole 334 of passing and moving for stud shaft 323, these second crack, 331 places offer fixing hole 335, dispose the adjustment element 336 that can adjust second crack, 331 sizes in this fixing hole 335; Aforementioned adjustment element 336 is installed on the power transmission shaft 34 positioning body 33, can adjust first crack, 311 sizes to adjust element 314, forces in yarn pulling arm 32 and makes stud shaft 323 adjusting hole 334 intrinsic displacements yarn pulling arm 32 be moved to an excessive position, in order to thread-changing; After treating thread-changing, force in yarn pulling arm 32 and can reply previous predeterminated position and unlikely walking, to reach the purpose of convenient thread-changing.

See also Figure 10, Figure 15, as shown in the figure: when power transmission shaft 34 is subjected to body 14 internal drive and interlock crochet hook clutch 3 when reciprocating, make filling needle stand 35 carry out filling 351 sewing operations, because crochet hook clutch 3 is to utilize adjustment element 314,336 to adjust first, second crack 311,331 sizes respectively, fixes adjustment body 31 and positioning body 33 on power transmission shaft 34.See also Figure 11, Figure 13 and Figure 15, as shown in the figure: when filling 351 uses up and when need changing, to adjust element 314 earlier from screw 313 spin-ups, make first crack, 311 openings strengthen (as shown in figure 12), adjustment body 31 can be rotated on power transmission shaft 34, at this moment, force in yarn pulling arm 32, move in adjusting hole 334 by stud shaft 323, can move to suitable thread-changing position (as shown in figure 14), allow the user enough thread-changing spaces be arranged in order to thread-changing with adjusting body 31 relative positioning bodies 33; When treating that thread-changing is finished, after forcing in yarn pulling arm 32 answer home positions again, to adjust element 314 screw-in screws 313 again is fixed on the power transmission shaft 34 adjustment body 31, because positioning body 33 utilizes adjustment element 336 to be stabilized on the power transmission shaft 34, its location benchmark keeps motionless, allows after user's thread-changing, adjusts body 31 and can return back to the home position smartly, and must not readjust the location, to save conversion time and to reach the effect of facility.

See also Figure 16, as shown in the figure: this stitching combiner 4 includes a seat board 41, which is provided with a storage tank 411, the appropriate position is provided with the groove 412 of leading the way on this seat board 41, these groove 412 front end places that lead the way are provided with partition wall 413, and form two introducing ports 414,415, in addition, introducing port 414 at aforementioned seat board 41, one of 415 ends offer one with aforementioned introducing port 414,415 vertical profile grooves 416, and nearby state introducing port 414 at aforementioned seat board 41,415 end lateral margin is provided with a fixing hole 417, spiral shell is provided with a bolt 418 in it, in addition, dispose a stop tab 419 in the above-mentioned profile groove 416, this stop tab 419 1 ends extension is bent to form a stop block 410 that is placed on the guiding groove 412, the above-mentioned bolt 418 of mat can make stop tab 419 be fixed on the seat board 41;

This guiding mechanism 5 is configured in the appropriate position on the above-mentioned seat board 41, and it includes a pedestal 51, and adjusts an element 52 and a knob 53; Wherein, aforementioned pedestal 51 centers are provided with a perforation 511, one side of this perforation 511 is provided with a projection 512, and the corresponding disposal area 513 that is concaved with of opposite side, a ccontaining in regular turn spring 514 and a steel ball 515 in this disposal area 513 offer a plurality of joining holes 516 in addition on the appropriate location of aforementioned pedestal 51; In addition, have a projection 521 through aforementioned perforation 511 in the aforementioned adjustment element 52 in the heart, two sides of this projection 521 are provided with two symmetrically and adjust groove 522,522a;

This knob 53 its bottom center places offer one with the group-connecting groove 531 of aforementioned projection 521 windings, and be provided with a movement slots 532 in a side of this group-connecting groove 531, offer two screws 533,534 that communicate with aforementioned group-connecting groove 531 in addition in the lateral margin appropriate position of aforementioned knob 53;

These anchor clamps 6 are contained in the above-mentioned storage tank 411, these anchor clamps 6 be by fixture block 61 on one and once fixture block 62 pile up and constitute, upward the appropriate position is provided with one and adjusts hole 611 on the fixture block 61, and one of fixture block 611 end is provided with one first reference column 612 on this, and the other end then has first breach 613; And fixture block 62 is provided with second reference column 621 that can move in aforementioned adjustment hole 611 down, and, promptly form a clamp area 63 (seeing also shown in Figure 17) at an end of above-mentioned anchor clamps 6 by aforementioned first breach 613 and second breach 622 having second breach 622 corresponding to one of aforementioned first breach 613 end.

See also Figure 17, as shown in the figure: be located at above-mentioned screw 533 by two spiral shells, screw tightening 7 in 534,7a (as shown in figure 16), make above-mentioned knob 53 spiral shells solid on projection 521, when reaching turning knob 53, also can control the rotation of adjusting element 52 simultaneously, and projection 512 also can move in movement slots 532 simultaneously, the elastic force of other mat spring 514, pulled in the bottom surface of knob 53 in steel ball 515 tops, increasing the frictional force of 51 of knob 53 and pedestals, and packing knob 53, to avoid operating personnel when machine still moves, mistake is bumped knob 53, and changes the size of clamp area 63 folding conditions.Again, 51 of this pedestals are fixed on the seat board 41 by a plurality of connecting pieces 517 that are contained in a plurality of joining holes 516, and this moment, first reference column 612 and 621 of second reference columns can move respectively in adjusting groove 522,522a.

See also Figure 18 to Figure 20, Figure 21 to Figure 23, as shown in the figure: rotation knob 53 can be adjusted the folding size of clamp area 63, when rotation knob 53, interlock is adjusted element 52 simultaneously, by the rotation of adjusting disymmetrical adjustment groove 522,522a on the element 52, and make first reference column 612 and second reference column 621 of motion in aforementioned adjustment groove 522,522a produce displacement, and then the size of control clamp area 63 closures.When being rotated counterclockwise knob 53, movement slots 532 on this knob 53 also can be rotated, projection 512 at pedestal 51 is to pull at the primary importance 532a of movement slots 532 in the top, also push up the first end 611a that pulls in the adjustment hole 611 of last fixture block 61 with the reference column 621 of fixture block 62 at present, this state is the folding condition of clamp area 63 maximums.When turning clockwise knob 53, this movement slots 532 also can be rotated, and the second place 532b of movement slots 532 other ends and projection 512 push up when pulling, this knob 53 promptly can't rotate, at present the reference column 621 of fixture block 62 also produces displacement and pushes up the second end 611b that pulls adjusting hole 611 together, and this state is the folding condition of clamp area 63 minimums.

See also Figure 24 and 25, stop tab 419 of the present utility model is an adjustable.When desire is adjusted the height of stop tab 419 on seat board 41, earlier bolt 418 is unscrewed, can adjust stop tab 419, when stop block on the stop tab 419 410 and seat board 41 reach suitable height, screw bolt 418 again, promptly finish the height of adjusting stop tab 419; After ZIPPER ASSEMBLER was sewn on the selvedge, when finishing combination via clamp area 63, this stop block 410 can prevent the perk of chain, so that the combination action is more smooth.

Claims (7)

1, the special-purpose sewing machine of a kind of high speed slide fastener is mainly sewed up combiner (4) by a weaving adjusting mechanism (1), a crochet hook clutch (3) and and is constituted, and it is characterized in that:

This weaving adjusting mechanism (1) is configured in body (14) inside, at least comprise: an eccentric main axis (11), be pivoted with an eccentric cam (12) on the footpath outside this eccentric main axis (11), undertake one first crank (121) on this eccentric cam (12), this first crank (121) is pivoted with second crank (122) and the 3rd crank (123), and in the last single direction ratchet (13) that articulates of second crank (122), this single direction ratchet (13) is hubbed on the power transmission shaft (131), be extended with the four-throw (132) that articulates with second crank (122) on this single direction ratchet (13), opposite side in single direction ratchet (13) has the 5th crank (139) in addition, a block (1391) is pivoted on the 5th crank (139), this block (1391) motion is in the movement slots (141) of body (14), have one to adjust bolt (142) top in this movement slots (141), and the pivot (1231) on the 3rd crank (123) is to be articulated on the aligning spare (2) as for this block (1391); Aforementioned aligning spare (2) one sides have an axle (21) that runs through body (14), dispose a central siphon (22) on this axle (21), this central siphon (22) is gone up configuration one drive element (23), and penetrate in this drive element (23) with a fixing pin (24), and it is affixed with axle (21), a drive link (231) meshes in the tooth portion of this drive element (23), is equipped with an axle sleeve (232) on the external diameter of this drive link (231), the affixed rotating disk of this axle sleeve (232) other end (233);

This crochet hook clutch (3), be configured in and extend on the outside power transmission shaft (34) of body (14), it includes one and adjusts a body (31) and a positioning body (33), aforementioned adjustment body (31) one ends are provided with first crack (311), this first crack (311) pivoted hole (312) that extended internally, extend a yarn pulling arm (32) on this adjustment body (31), this yarn pulling arm (32) upper limb has a fixed part (321), go up and be positioned at first crack (311) at adjustment body (31) in addition and locate to offer a screw (313), dispose one on this screw (313) and adjust element (314), offer a hole (322) at yarn pulling arm (32) opposite side, dispose a stud shaft (323) in this hole (322), on yarn pulling arm (32), offer a perforation (324) in addition, the latch fitting (325) of configuration one locking stud shaft (323) in this perforation (324); This positioning body (33) is coaxial and establish and be configured in and adjust body (31) one sides with aforementioned adjustment body (31), these positioning body (33) one ends are provided with second crack (331), this second crack (331) hole that is pivoted (332) that articulates with power transmission shaft (34) that extends internally, this positioning body (33) extends a protuberance (333), this protuberance (333) is provided with one and adjusts hole (334), this second crack (331) locates to offer fixing hole (335), disposes one in this fixing hole (335) and adjusts element (336);

This stitching combiner (4) includes a seat board (41), which is provided with a storage tank (411), this seat board (41) is gone up the appropriate position and is provided with a guiding groove (412), this guiding groove (412) front end place is provided with partition wall (413) and forms two introducing ports (414,415), seat board (41) one ends offer one with import (414,415) be vertical profile groove (416), at introducing port (414,415) end lateral margin is provided with a fixing hole (417), spiral shell is provided with a bolt (418) in it, dispose a stop tab (419) in this profile groove (416), these stop tab (419) one ends extend a stop block (410); This guiding mechanism (5) is the appropriate position that is configured in seat board (41), and it includes a pedestal (51), and adjusts an element (52) and a knob (53); These anchor clamps (6) are to be contained in the above-mentioned storage tank (411), these anchor clamps (6) by fixture block (61) on one and once fixture block (62) pile up formation.

2, the special-purpose sewing machine of high speed slide fastener according to claim 1 is characterized in that this rotating disk (233) is provided with a top system mechanism (25) corresponding to body (14).

3, the special-purpose sewing machine of high speed slide fastener according to claim 1, it is characterized in that this pedestal (51) is provided with a perforation (511), one side of this perforation (511) is provided with a projection (512), opposite side is provided with a disposal area (513), be provided with spring (514) and steel ball (515) in this disposal area (513), on pedestal (51), offer a plurality of joining holes (516) in addition.

4, the special-purpose sewing machine of high speed slide fastener according to claim 1 is characterized in that this adjustments element (52) has a projection (521), and two sides of this projection (521) are provided with two adjustment grooves (522,522a) symmetrically.

5, the special-purpose sewing machine of high speed slide fastener according to claim 1, it is characterized in that this knob (53) is provided with a group-connecting groove (531), these group-connecting groove (531) one sides are provided with a movement slots (532), and the lateral margin of this knob (53) is provided with two screws that communicate with assembly groove (531) (533,534).

6, the special-purpose sewing machine of high speed slide fastener according to claim 1 it is characterized in that fixture block on this (61) is provided with one and adjusts hole (611), and an end is provided with first reference column (612), and the other end then has first breach (613).

7, according to claim 1 or the special-purpose sewing machine of 6 described high speed slide fasteners, it is characterized in that this time fixture block (62) is provided with one second reference column (621), and an end has second breach (622), and this first breach (613) and second breach (622) promptly form a clamp area (63).

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