CN203393375U - Multifunctional circular knitted towel knitting machine - Google Patents

Abstract

The utility model discloses a multifunctional circular knitted towel knitting machine which comprises a syringe, a sinker, an upper inner disc and an upper braiding triangle cooperating with the sinker, wherein a support bench is outwardly extended from the upper end of the syringe in the horizontal direction, a sinker groove for installing the sinker is formed on the upper end face of the support bench, the upper inner disc is arranged above the sinker, the upper braiding triangle is fixed under the upper inner disc and between the sinker and the upper inner disc, the upper braiding triangle is sinuous, and a front and back wrapping block interfering the inner end face of the upper braiding triangle is arranged on the upper braiding triangle. A cut-out block is arranged outside the outer end face of the upper braiding triangle. Towel cloths different in effect and function can be knitted by changing the position of the upper braiding triangle and the cut-out block on a same set of circular knitted towel knitting machine body. The circular knitted towel knitting machine maximizes profits with minimal investment, thereby sharpening the competitive edge of a company.

Description

Multi-functional tubular knitting towel braiding machine

Technical field:

The utility model relates to knitting machine technical field, refers in particular to a kind of multi-functional tubular knitting towel braiding machine.

Background technology:

Conventionally the towel that tubular knitting towel braiding machine weaves, comprise: positive closure towel suiting, lock end anti-packet towel cloth, lock end anti-packet towel cut off looped pile cloth, these three kinds different clothes need different parts to complete, when work, according to the difference of braiding towel suiting, change different parts.Particularly, in current tubular knitting towel braiding machine, comprise frame main body, be provided with the syringe of an annular at frame main body center, the lateral wall of syringe is provided with the needle tray for accommodating knitting needle.The upper end of syringe is formed with horizontal support platform, offers the sinker groove of installing for sinker on brace table.Then in sinker upper end, be provided with inner disc, between upper inner disc and sinker, be provided with knitting cam.Upper knitting cam is triangle moulding substantially, and it has crooked end face, is formed with the projection corresponding with end face on sinker.When circle is compiled braiding machine work, syringe will produce relative rotation with upper inner disc, in the process of rotating, syringe will drive knitting needle and sinker in needle tray to rotate, because the projection on sinker is passed through corresponding end face interlock with it, so when syringe rotates, upper knitting cam is by the restriction that convexes to form running orbit on sinker, order projection moves forward and backward along the end face generation of upper knitting cam, thereby makes sinker form front and back operation.Meanwhile, knitting needle will form and move up and down under lower knitting cam promotes, and sinker and knitting needle interact like this, form weave effect,

At present, when braiding positive closure towel suiting, lock end anti-packet towel cloth, lock end anti-packet towel cut off the different cloth of these three kinds of looped pile clothes, need to use different upper knitting cams, to coordinate different sinkers, the track forming in different upper knitting cams is also different, its driving that sinker is produced is also different, and the cloth weave effect finally realizing is also different.

As shown in Figure 1, this is the schematic diagram that weaves at present positive closure towel suiting.Upper knitting cam 81 front/rear ends are similar trigonometric curve, are formed with the projection corresponding with its end face 821 on sinker 82.When circle is compiled braiding machine work, syringe will drive knitting needle 83 and sinker 82 to rotate, because upper knitting cam 81 will fall in the groove 822 forming by projection 821 on sinker 82, like this when sinker 82 rotates, upper knitting cam 81 will form track to sinker 82 and limit, impel sinker 82 to form and move forward and backward in rotation process, its amplitude moving will determine according to the moulding of upper knitting cam 81 end faces.Meanwhile, knitting needle 83 will form and move up and down under lower knitting cam 84 promotes, and be formed with projection 831 on knitting needle 83, be formed with the track 841 corresponding with knitting needle 83 projections 831 on lower knitting cam 84.By the rotation of syringe, knitting needle 83 will be realized operation up and down under lower knitting cam 84 limits, and sinker 82 interacts with knitting needle 83 like this, forms weave effect.

As shown in Figure 2, this is the schematic diagram that end anti-packet towel cloth is locked in braiding at present, and different from above-mentioned braiding positive closure towel suiting, the cross section curve of the upper knitting cam 85 that it adopts is more complicated, to promote the change of displacement in sinker 82 ' running.Meanwhile, time need to change sinker locking end anti-packet towel cloth braiding, adopt corresponding with it anti-package lopping sinker 82 '.The final like this braiding that just can realize lock end anti-packet towel cloth.

From the above mentioned, we can find out, weave different clothes, need to adopt different upper knitting cams, with the sinker with corresponding, coordinate, manufacturing enterprise just often need to replace with knitting cam, not only troublesome poeration according to Production requirement like this, and need overline to adjust mated condition, greatly reduce the efficiency of production.

Utility model content:

Technical problem to be solved in the utility model is exactly in order to overcome the existing deficiency of current product, a kind of multi-functional tubular knitting towel braiding machine is provided, the upper three-legged structure adopting in this braiding machine has regulatory function, after regulating as required, just can coordinate from different sinkers, complete dissimilar braiding.

For solving the problems of the technologies described above, the utility model has adopted following technical scheme: this braiding machine comprises: syringe, sinker, upper inner disc and the upper knitting cam coordinating with sinker, the upper end of this syringe has horizontally outward extended to form brace table, this brace table upper end is formed with the sinker groove of installing for sinker, in sinker top, be provided with upper inner disc, described upper knitting cam is fixed on inner disc below, and between sinker and upper inner disc, described upper knitting cam is fluctuating bending, on described upper knitting cam, be provided with and can form the positive and negative enclosed mass of interfering to its inner face, all fault blocks are positioned at outside, described upper knitting cam outer face.

Furthermore, in technique scheme, described cut-out piece and upper knitting cam are separated from each other, and cut-out piece is fixedly mounted on inner disc below.

Furthermore, in technique scheme, the outer face of described upper knitting cam stretches out and is formed with an extension board, and described cut-out piece is positioned on this extension board, by adjusting the spacing between the position adjustments of described cut-out piece on extension board itself and upper knitting cam outer face.

Furthermore, in technique scheme, on described extension board, offer one and can hold the chute that cuts off piece, cutting off piece is fixed by screws on inner disc, the installation site that cuts off piece and upper inner disc by adjusting regulates cut-out piece in chute Nei position, thereby changes the spacing between inner end and outer face.

Furthermore, in technique scheme, offer the locating slot of installing for positive and negative enclosed mass on described upper knitting cam upper end, described positive and negative enclosed mass is positioned at this locating slot; The inner end of described positive and negative enclosed mass is most advanced and sophisticated projection, by adjust positive and negative enclosed mass makes inner end tip projection in locating slot Nei position by knitting cam inner face stretch out or retract.

Furthermore, in technique scheme, described positive and negative enclosed mass is fixed by screws on inner disc, in the locating slot side opening of upper knitting cam, is provided with a stopper slot, and on positive and negative enclosed mass, the position of corresponding stopper slot is formed with spacing preiection.

Furthermore, in technique scheme, the inner end of described cut-out piece is a wedge shape protuberance, and the outer face of described upper knitting cam arranges and is formed with pit bit position that should inner end.The inner face of described upper knitting cam is formed with looped pile pine inversion dip position.

On the other hand, the utility model has also proposed corresponding sinker for above-mentioned upper knitting cam and the technical scheme of the cutter blades that coordinates with it, in technique scheme, described sinker comprises: the head raising up and the afterbody that is positioned at sinker groove, in the head upper end of sinker, be formed with the lopping mouth coordinating with knitting needle crochet hook, in the afterbody of sinker, be formed with the first groove passing through for keeping supplying knitting cam; The lopping mouth of described sinker has a hook wire casing, in hook wire casing top, convexes to form forward duct ring tongue.

Furthermore, in technique scheme, in described sinker groove, the cutter blades corresponding with sinker is also installed, this cutter blades comprises: the head raising up and the afterbody that is positioned at sinker groove and grows compared with sinker afterbody, in the head upper end of cutter blades, be formed with a knife bar, on the afterbody of cutter blades, be formed with second groove corresponding with the first groove; The end face of the knife bar of described cutter blades has from top to bottom the blade that tilts to caudal directions; Position at the front end of cutter blades knife bar near blade, the bending forming to anti-package lopping sinker.

Or, in technique scheme, in described sinker groove, the cutter blades corresponding with sinker is also installed, this cutter blades comprises the head raising up and is positioned at sinker groove and the afterbody long compared with sinker afterbody, in the head upper end of cutter blades, be formed with a knife bar, on the afterbody of cutter blades, be formed with second groove corresponding with the first groove; The knife bar front end of described cutter blades is formed with a blade tilting to caudal directions from top to bottom; Position at the front end of cutter blades knife bar near blade, the bending forming to anti-package lopping sinker.

The technique scheme that the utility model adopts, its upper knitting cam dish adopting has adjustable function, when needs weave positive closure towel suiting, lock end anti-packet towel cloth, lock when anti-packet towel cuts off looped pile cloth at the end, without upper knitting cam dish is changed, only need to carry out suitable adjustment to it, by adjustment, cut off the position of piece and positive and negative enclosed mass, just can coordinate from different sinkers, thereby realize different weave effect.

As mentioned above, the utility model is in same group of circle braiding stop mechanism for towel machine main body, and the position that only changes adjustment block in upper knitting cam dish just can knit out the towel cloth cover of multiple different towel cloth effect, difference in functionality.User can realize and invest minimum, the maximum of making a profit, and improves the competitiveness of enterprise.

In addition, the sinker the utility model proposes and the with it cutter blades of correspondence can form more smoothly and coordinate, and further promote the towel suiting quality weaving.

Accompanying drawing explanation

Fig. 1 is the Knitting Principle figure mono-in existing tubular knitting towel braiding machine;

Fig. 2 is the Knitting Principle figure bis-in existing tubular knitting towel braiding machine;

Fig. 3 is structural representation of the present utility model;

Fig. 4 is the utility model three-dimensional exploded view;

Fig. 5 is the three-dimensional exploded view of upper knitting cam in the utility model;

Fig. 6 is the top view of upper knitting cam in the utility model;

Fig. 7 is the fundamental diagram of the utility model braiding positive closure towel suiting;

Fig. 8 is the fundamental diagram of the utility model braiding lock end anti-packet towel cloth;

Fig. 9 is the fundamental diagram that the utility model braiding lock end anti-packet towel cuts off looped pile cloth;

Figure 10 is the schematic diagram of another embodiment of cutter blades in the utility model;

Figure 11 is the schematic diagram that coordinates that cuts off piece and upper knitting cam in the utility model the second embodiment;

Figure 12 is the schematic diagram that coordinates that cuts off piece and upper knitting cam in the utility model the 3rd embodiment.

1 syringe 10 knitting needle 11 needle tray 12 brace tables

13 groove 121 sinker groove 2 sinker 21 heads

22 afterbody 23 lopping mouth 24 first groove 231 hook wire casings

232 lead tongue circle 233 stops protruding 234 upper end 200 supplementary plates

Inner disc on 201 positive closure lopping sinker 201 anti-package lopping sinkers 3

412 tips, knitting cam 41 inner face 411 looped pile pine inversion dip position on 4

40 cardinal process go out the anti-Wei42 of ejecting of 412 looped pile pine outer face, position 421 pit bit

43 extension board 431 chute 44 locating slot 441 stopper slots

5 positive and negative enclosed mass 51 inner end 52 spacing preiections 6 cut off piece

Knitting cam on 61 inner end 6 ruff piece 61 inner ends 81

84 times knitting cam 821 projections of 82 sinker 83 knitting needles

Knitting cam on protruding 841 tracks 85 of 822 grooves 831

9 cutter blades 91 head 92 afterbody 93 knife bars

94 second groove 930 blade 931 first edge of a knife 932 second edges of a knife

910 clearance position

The specific embodiment

Below in conjunction with accompanying drawing, the utility model is further illustrated.

See Fig. 3,4, the utility model is a kind of circular knitting machine, specifically tubular knitting towel braiding machine.This braiding machine comprises: annular syringe 1, sinker 2, upper inner disc 3 and upper knitting cam 4.

Syringe 1 is circle ring column, at the outer surface of syringe 1, evenly offers needle tray 11, in each needle tray 11, knitting needle 10 is installed.Upper end along syringe 1 outer surface is formed with an annular groove 13, to should horizontally outward having extended to form brace table 12 in groove 13 position.These brace table 12 upper ends are formed with the sinker groove 121 of installing for sinker 2.Meanwhile, the needle tray 11 of offering on syringe 1 will run through brace table 12, so that knitting needle 10 can upwards run to the tip position of syringe 1, coordinate with sinker 2, carry out weaving operation.

Sinker 2 is arranged in each sinker groove 121, is provided with the upper inner disc 3 of annular in the top of sinker 2, and upper inner disc 3 is positioned at brace table 12 tops.Below upper inner disc 3, certain region is fixed with knitting cam 4.That is, described upper knitting cam 4 is between sinker 2 and upper inner disc 3.

Described sinker 2 comprises: the head 21 raising up and the afterbody 22 that is positioned at sinker groove 121, head 21 upper ends in sinker 2 are formed with the lopping mouth 23 coordinating with knitting needle 10 crochet hooks, in the afterbody 22 of sinker 2, are formed with the first groove 24 passing through for keeping supplying knitting cam 4; Because the different towel suiting of braiding need to adopt the sinker 2 of different structure, for the concrete structure of sinker 2, will specifically set forth in the following embodiments.

Referring to Fig. 5,6, upper knitting cam 4 is fixed by screws on the lower surface of inner disc 3, below certain region of upper inner disc 3, fixes knitting cam 4.Described upper knitting cam 4 is fluctuating bending, and it has a cardinal process and goes out position 40.Upper knitting cam 4 has inner face 41He outer face 42, and the width between inner face 41Yu outer face 42 is corresponding with the first groove 24 width on sinker 2.The inner face 41 of upper knitting cam 4 goes out Wei40 position in cardinal process and forms depression, and the outer face 42 of upper knitting cam goes out Wei40 position in cardinal process and forms outwards outstanding.After braiding machine assembling, upper knitting cam 4 will fall in the first groove 24, when syringe 1 rotates, between upper inner disc 3 and with it fixing upper knitting cam 4 and syringe 1, produce relative rotation, upper knitting cam 4 moves horizontally 2 generations of promotion sinker by the bending moulding of self.

On described upper knitting cam 4, be provided with and can form the positive and negative enclosed mass 5 of interfering to its inner face 41, this positive and negative enclosed mass 5 is fixed by screws on inner disc 3.On upper knitting cam 4 upper ends, offer the locating slot 44 of installing for positive and negative enclosed mass 5, described positive and negative enclosed mass 5 is positioned at this locating slot 44; The inner end 51 of described positive and negative enclosed mass 5 is most advanced and sophisticated projection, by adjust positive and negative enclosed mass 5 makes inner end 51 tip projection in locating slot 44Nei position by knitting cam 4 inner faces 41 stretch out or retract.; through hole for fixing positive and negative enclosed mass 5 on upper inner disc 3 is a strip through-hole; by adjusting positive and negative enclosed mass 5, in strip through-hole Nei fixed position, can adjust positive and negative enclosed mass 5 in locating slot 44Nei position; so just can make the inner end 51 of positive and negative enclosed mass 5 highlight on inner face 41; inner face 41 is formed and interfered; or it is retracted in locating slot 44, make inner face 41 in seamlessly transitting.

In order to ensure positive and negative enclosed mass 5, realize accurate adjustment, in locating slot 44 side openings of upper knitting cam 4, be provided with a stopper slot 441, on positive and negative enclosed mass 5, corresponding stopper slot 441 position is formed with spacing preiection 52.By coordinating between spacing preiection 52 and stopper slot 441, to prevent that positive and negative enclosed mass 5 from occurring excessively mobile.

In the outer face 42 of upper knitting cam 4, stretch out and be formed with an extension board 43, on this extension board 43, capable of regulating is provided with and cuts off piece 6, by adjusting described cut-out piece 6, in extension board 43Shang installation site, regulates the spacing between Qi Yu outer face 42.On this extension board 43, offer one and can hold the chute 431 that cuts off piece 6, cutting off piece 6 is fixed by screws on inner disc 3, by adjusting, cut off piece 6 and regulate cut-out piece 6 in chute 431Nei position with the installation site of upper inner disc 3, thereby change the spacing between inner end 61Yu outer face 42.

The inner end 61 of described cut-out piece 6 is a wedge shape protuberance, and 42 pairs of the outer faces of described upper knitting cam 4 should the setting of inner end 61 position be formed with pit bit 421.

During the utility model work, syringe 1 will produce relative rotation with upper inner disc 3, in the process of rotating, syringe 1 drives knitting needle 10, sinker 2 to start rotation, upper inner disc 3 drives upper knitting cam 4 to keep inactive state, because the first groove 24 on sinker 2 is just in time enclosed within on upper knitting cam 4, so after sinker 2 starts to rotate, the moulding operation of sinker 2 corresponding upper knitting cam 4 front end faces produces and moves forward and backward.In this simultaneously, knitting needle 10 produces and moves up and down along knitting needle groove 11 under the driving of lower knitting cam.The crochet hook portion of knitting needle 10 and the lopping mouth 23 on sinker 2 cooperatively interact, and weaving thread is woven, and form the various weave effect of braiding.

Below in conjunction with specific works process, the utility model is further detailed.

See Fig. 7,8,9, described sinker 2 generally includes two types: positive closure lopping sinker 201 and anti-package lopping sinker 202, different sinkers need to coordinate different knitting needles.

Referring to Fig. 7, this is the fundamental diagram of the utility model braiding positive closure towel suiting.Weave such towel suiting, sinker 2 need to adopt positive closure lopping sinker 201.This positive closure lopping sinker 201 has the head 21 extending along syringe 1 direction and the afterbody 22 extending with head 21 opposite directions, wherein in head 21 top, be formed with the lopping mouth 23 coordinating with knitting needle 10, on lower tail 22, be formed with the first groove 24 coordinating with upper knitting cam 4.What in the present embodiment, knitting needle 10 adopted is positive closure knitting needle.Lopping mouth 23 coordinates with the crochet hook of knitting needle 10.

The lopping mouth 23 of described positive closure lopping sinker 201 has a hook wire casing 231, in hook wire casing 231 tops, convexes to form forward duct ring tongue 232, i.e. positive closure lopping sinker 201 head 21 top end faces are connected by hook wire casing 231 with duct ring She232 lower surface.In addition, lopping Zui23 upper end 234 is a plane.

The supplementary plate corresponding with sinker 2 200 is also installed in described sinker groove 121, and this supplementary plate 200 is corresponding with the shape of positive closure lopping sinker 201, but it does not arrange the position corresponding with lopping mouth 211.Supplementary plate 200 only plays the effect of firm positive closure lopping sinker 201, due to when weaving the cloth of other types, in each sinker groove 121, also need to coordinate cutter blades, and when braiding positive closure towel suiting, cutter blades must be taken off, so in order to make positive closure lopping sinker 201 interior stable at sinker groove 211, adopt supplementary plate 200 to replace cutter blades, it only plays stable effect, does not possess other any effects.Certainly, also can directly adopt the positive closure lopping sinker of thickening design.

The present embodiment need be as follows to the adjustment of upper knitting cam 4:

1, positive and negative enclosed mass 5 is retracted in locating slot 44, makes inner face 41 in seamlessly transitting, and its inner end 51 can not form and interfere inner face 41.

2, cut off piece 6 and do not adjust, in this braiding process, cut off piece 6 and do not participate in work.

During work, the first groove 24 of positive closure lopping sinker 201 will be passed through in the initiating terminal of upper knitting cam 4 (positive and negative enclosed mass 5 is set) one end first, its inner face 41 will be resisted against positive closure lopping sinker 201 head 21 lateral surfaces, by coordinating of upper knitting cam 4 and the first groove 24, inner face 41, outer face 42 will promote the front and back sidewall of sinker 201 first grooves 24, drive positive closure lopping sinker 201 in the interior formation horizontal displacement of sinker groove 121, finally, by the crochet hook portion of knitting needle 10 and the lopping mouth 23 on positive closure lopping sinker 201, cooperatively interact, form the weave effect of the positive closure towel suiting that does not cut off looped pile.

See Fig. 8, when needs braiding lock end anti-packet towel cloth, need to adopt anti-package lopping sinker 202, itself and above-mentioned positive closure lopping sinker 201 there are differences and be embodied in lopping Zui23 top, the lopping Zui23 upper end 234 of positive closure lopping sinker 201 is a plane, and the lopping Zui23 top of anti-package lopping sinker 202 upwards forms and stops projection 233 in the present embodiment, this stops the afterbody rounding off of projection 233 and duct ring tongue 232.

When braiding lock end anti-packet towel cloth, need to coordinate equally a supplementary plate 200.

Compare with above-mentioned woven type, in carrying out this type braiding process, need to adjust positive and negative enclosed mass 5 positions, make its inner end 51 stretch out locating slot 44, make 51 pairs of inner faces of inner end 41 form and interfere simultaneously.Inner face 41 by positive and negative enclosed mass 5 forms projection, and it will change the running of anti-package lopping sinker 202, thereby coordinate with knitting needle 10, knits out lock end anti-packet towel cloth cover.

See Fig. 9, when needs braiding lock is when anti-packet towel cuts off looped pile cloth at the end, on the basis of lock end anti-packet towel cloth, supplementary plate 200 is taken off braiding is above-mentioned, change cutter blades 9.

This cutter blades 9 is corresponding with the shape of anti-package lopping sinker 202, this cutter blades 9 comprises: the head that raises up 91 and be positioned at sinker groove 121 and be longer than the afterbody 92 of sinker 2 afterbodys 22, head 91 upper ends in cutter blades 9 are formed with a knife bar 93, between knife bar 93 and head 91, be formed with compare great space, this space is called clearance position 910, why clearance position 910 adopts larger scarce sky, its effect is: when cutter blades 9 and sinker 2 are bonded to each other and carry out in operation process with knitting needle, in forming looped pile process, looped pile has one by the drop-down process of crochet hook, because the scarce sky of clearance position 910 is larger, can avoid forming and rubbing between looped pile and cutter blades 9, guarantee that whole braiding process is smooth and easy.

In addition, on the afterbody 92 of cutter blades 9, be formed with second groove 94 corresponding with the first groove 24; The knife bar 93 end of described cutter blades 9 has a blade 930 tilting to afterbody 92 directions from top to bottom.

In order to make blade 930 better and anti-package lopping sinker 202 formation cut-out effects, at the front end of cutter blades 9 knife bars 93 near blade 930 position, to anti-package lopping sinker 202, form certain bending, blade 930 just can abut in anti-package lopping sinker 202 side more closely like this, thereby guarantees better to cut off effect.

During work, cutter blades 9 will be put into sinker groove 211 in pairs with anti-package lopping sinker 202, upper knitting cam 4 will fall in the breach of the first groove 24 and the second groove 94 formations simultaneously, by upper knitting cam 4, drives cutter blades 9 and 202 operations of anti-package lopping sinker simultaneously., need to adjust cutting off piece 6, the outside end face 42 of inner end 61 that piece 6 wedge shape protuberances are cut off in order protrudes meanwhile, and the spacing between inner end 61Yu outer face 42 will be dwindled like this.During work, other steps and above-mentioned anti-package lopping sinker 202 job steps are similar, and difference is, owing to cutting off outside end face 42 protrusions of inner end 61 of piece 6, to cause the spacing between inner end 61Yu outer face 42 to dwindle.Simultaneously, cutter blades 9 afterbodys 92 are slightly long, spacing between inner end 61Yu outer face 42 is dwindled and will cutter blades 9 be formed and be interfered, so when the afterbody 92 of cutter blades 9 runs to cut-out piece 6 inner end 61, this inner end 61 will form a promotion to cutter blades 9, promote cutter blades 9 and move to pit bit 421.And meanwhile, the afterbody of anti-package cutter blades 202 does not form and interferes with cut-out piece 6, it still keeps original track operation, cutter blades 9 increases the amplitude that forms inwardly operation in pit bit 421 suddenly like this, thereby produce the relative motion (operation forward suddenly) with anti-package sinker 202, form a kind of shear effect, thereby the looped pile that 202 braidings of anti-package sinker are formed cuts off.The present embodiment can a weaving forming, and directly realizes the effect that looped pile is cut off, and not only operation is reduced, and reduces the wastage, saves cost, is conducive to create higher economic benefit.

As shown in Figure 10, this is in the utility model, to have adopted the schematic diagram of another kind of cutter blades, this cutter blades comprises equally: the head 91 raising up and the afterbody 92 that is positioned at sinker groove 121, head 91 upper ends in cutter blades 9 are formed with a knife bar 93, on the afterbody 92 of cutter blades 9, being formed with second groove 94. corresponding with the first groove 24 with above-mentioned cutter blades difference is, in the present embodiment, knife bar 93 front ends of described cutter blades 9 have a blade 931 tilting to afterbody 92 directions from top to bottom.

Equally, in order to make blade 931 better and anti-package lopping sinker 202 formation cut-out effects, at the front end of cutter blades 9 knife bars 93 near blade 931 position, to anti-package lopping sinker 202, form certain bending, blade 931 just can abut in anti-package lopping sinker 202 side more closely like this, thereby guarantees better to cut off effect.

As shown in Figure 11, this is the schematic diagram that coordinates that cuts off piece and upper knitting cam in the utility model the second embodiment, the present embodiment and above-described embodiment different being: the inner face 41 of described upper knitting cam 4 is formed with looped pile pine inversion dip position 411.This looped pile pine inversion dip position 411 is positioned at the side of pit bit 421 belows, be that after this sinker 2 runs at this, while upper 1 tunnel being woven to the same position on looped pile to the 2 tunnels that form by this looped pile pine inversion dip position 411, pine is looped pile once instead, and then eject by the outstanding sinker 2 that promotes in tip 412 of looped pile pine inversion dip position 411 sides, the anti-good looped pile of order pine forwards to behind this position, utilize sinker 2 to push up looped pile, thereby the looped pile that order knits out is more neat.

As shown in Figure 12, this is the 3rd embodiment of the present utility model.Itself and above-mentioned the second embodiment difference be, the cut-out piece 6 described in the present embodiment is separated from each other with upper knitting cam 4, and the position that is directly fixed on upper inner disc 3 belows by cutting off piece 6 regulates the spacing between itself and upper knitting cam 4 outer faces 42.

The above, it is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, every any simple modification, equivalent variations and modification of doing according to the utility model, all still belongs in the scope of technical solutions of the utility model.

Claims (10)

1. a multi-functional tubular knitting towel braiding machine, comprise: syringe (1), sinker (2), upper inner disc (3) and the upper knitting cam (4) coordinating with sinker (2), the upper end of this syringe (1) has horizontally outward extended to form brace table (12), this brace table (12) upper end is formed with the sinker groove (121) of installing for sinker (2), in sinker (2) top, be provided with upper inner disc (3), described upper knitting cam (4) is fixed on inner disc (3) below, and be positioned between sinker (2) and upper inner disc (3), it is characterized in that: described upper knitting cam (4) is fluctuating bending, on described upper knitting cam (4), be provided with and can form the positive and negative enclosed mass (5) of interfering to its inner face (41), all fault blocks (6) are positioned at the outside of described upper knitting cam (4) outer face (42).

2. multi-functional tubular knitting towel braiding machine according to claim 1, is characterized in that: described cut-out piece (6) is separated from each other with upper knitting cam (4), and cut-out piece (6) is fixedly mounted on inner disc (3) below.

3. multi-functional tubular knitting towel braiding machine according to claim 1, it is characterized in that: the outer face (42) of described upper knitting cam (4) stretches out and is formed with an extension board (43), it is upper that described cut-out piece (6) is positioned at this extension board (43), by adjusting the spacing between the position adjustments of described cut-out piece (6) on extension board (43) itself and upper knitting cam (4) outer face (42).

4. multi-functional tubular knitting towel braiding machine according to claim 3, it is characterized in that: on described extension board (43), offer one and can hold the chute (431) that cuts off piece (6), cutting off piece (6) is fixed by screws on inner disc (3), by adjusting, cut off piece (6) and regulate cut-out piece (6) in chute (431) Nei position with the installation site of upper inner disc (3), thereby change the spacing between inner end (61) and outer face (42).

5. according to the multi-functional tubular knitting towel braiding machine described in any one in claim 2-4, it is characterized in that: on described upper knitting cam (4) upper end, offer the locating slot (44) of installing for positive and negative enclosed mass (5), described positive and negative enclosed mass (5) is positioned at this locating slot (44); The inner end (51) of described positive and negative enclosed mass (5) is most advanced and sophisticated projection, by adjusting positive and negative enclosed mass (5), in locating slot (44) Nei position, makes the tip projection of inner end (51) be stretched out or be retracted by upper knitting cam (4) inner face (41).

6. multi-functional tubular knitting towel braiding machine according to claim 5, it is characterized in that: described positive and negative enclosed mass (5) is fixed by screws on inner disc (3), locating slot (44) side opening in upper knitting cam (4) is provided with a stopper slot (441), in the position of the upper corresponding stopper slot (441) of positive and negative enclosed mass (5), is formed with spacing preiection (52).

7. multi-functional tubular knitting towel braiding machine according to claim 5, it is characterized in that: the inner end (61) of described cut-out piece (6) is a wedge shape protuberance, the outer face (42) of described upper knitting cam (4) arranges and is formed with pit bit (421) position that should inner end (61); The inner face (41) of described upper knitting cam (4) is formed with looped pile pine inversion dip position (411).

8. multi-functional tubular knitting towel braiding machine according to claim 5, it is characterized in that: described sinker (2) comprising: the head raising up (21) and be positioned at the afterbody (22) of sinker groove (121), head (21) upper end in sinker (2) is formed with the lopping mouth (23) coordinating with knitting needle (10) crochet hook, and the afterbody (22) in sinker (2) is formed with the first groove (24) passing through for keeping supplying knitting cam (4); The lopping mouth (23) of described sinker (2) has a hook wire casing (231), in hook wire casing (231) top, convexes to form forward duct ring tongue (232).

9. multi-functional tubular knitting towel braiding machine according to claim 8, it is characterized in that: the cutter blades (9) corresponding with sinker (2) is also installed in described sinker groove (121), this cutter blades (9) comprising: the head raising up (91) and the afterbody (92) that is positioned at sinker groove (121) and grows compared with sinker (2) afterbody (22), head (91) upper end in cutter blades (9) is formed with a knife bar (93), on the afterbody (92) of cutter blades (9), be formed with second groove (94) corresponding with the first groove (24), the end face of the knife bar (93) of described cutter blades (9) has from top to bottom the blade (930) that tilts to afterbody (92) direction, position at the front end of cutter blades (9) knife bar (93) near blade (930), the bending forming to anti-package lopping sinker (202).

10. multi-functional tubular knitting towel braiding machine according to claim 8, it is characterized in that: the cutter blades (9) corresponding with sinker (2) is also installed in described sinker groove (121), this cutter blades (9) comprises the head (91) raising up and is positioned at sinker groove (121) and the afterbody (92) long compared with sinker (2) afterbody (22), head (91) upper end in cutter blades (9) is formed with a knife bar (93), on the afterbody (92) of cutter blades (9), be formed with second groove (94) corresponding with the first groove (24), knife bar (93) front end of described cutter blades (9) is formed with a blade (931) tilting to afterbody (92) direction from top to bottom, position at the front end of cutter blades (9) knife bar (93) near blade (931), the bending forming to anti-package lopping sinker (202).

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