CN204918973U - Subassembly is chewed to yarn - Google Patents

Abstract

The utility model relates to a subassembly is chewed to yarn, chew including the yarn that the pole is chewed to ring, yarn, the fixing base is chewed to the yarn, the yarn is chewed the fixing base and can be followed the yarn is chewed the radial direction of ring and is located with removing the ring downside is chewed to the yarn, the yarn is chewed the pole and can be located with reciprocating the yarn is chewed on the fixing base. Above -mentioned subassembly is chewed to yarn is used for the braider, because the yarn is chewed the fixing base and can be followed the radial direction that the yarn chewed the ring it chews the ring downside to locate the yarn with removing, the yarn is chewed the pole and can be located the yarn with reciprocating and chew on the fixing base, consequently the yarn chew the pole relatively the yarn chew the ring in two directions removals in horizontal direction and the vertical direction, thereby the relative position that the knitting needle in district was woven to pole and subassembly is chewed to yarn below is chewed to adjustable yarn, thereby what the position that makes knitting needle and yarn chew was unlikely to to lean on too closely avoids the knitted fabric dropped stitch to appear, fly fault such as the yarn and the anti - end or damage the problem of knitting needle.

Description

Assembly chewed by yarn

Technical field

The utility model relates to braiding machine technical field, particularly relates to a kind of yarn and chews assembly.

Background technology

Braiding machine such as circular knitting machine knitting needle is positioned at the woven beneath district that yarn chews, and in reality debugging and in producing, the position of often chewing because of knitting needle and yarn is more closely caused knitted fabric dropped stitch, flown the fault such as yarn and the anti-end; And comparatively near, the concrete distance in position that knitting needle and yarn are chewed is difficult to control, and easily has an injection and makes knitting needle damage thus bring huge economic loss.

Utility model content

Based on this, be necessary to provide a kind of and there will not be dropped stitch, fly yarn, the anti-end and the yarn of having an injection chew assembly.

Assembly chewed by a kind of yarn, comprises that ring chewed by yarn, bar chewed by yarn, holder chewed by yarn, and described yarn is chewed radial direction that holder can chew ring along described yarn and is located at described yarn movably and chews on the downside of ring, and described yarn is chewed bar and can be located at described yarn up or down and chew on holder.

Above-mentioned yarn chews assembly for braiding machine, chew due to yarn radial direction that holder can chew ring along yarn to be located at yarn movably and to chew on the downside of ring, yarn is chewed bar and can be located at yarn up or down and chew on holder, therefore yarn is chewed bar and can be chewed ring relative to yarn and move with vertical direction both direction in the horizontal direction, thus the relative position that the knitting needle in assembly woven beneath district chewed by bar and yarn chewed by adjustable yarn, the position that knitting needle and yarn are chewed be unlikely to lean on too near thus avoid knitted fabric to occur dropped stitch, fly the fault such as yarn and the anti-end or damage the problem of knitting needle.

Wherein in an embodiment, described yarn is chewed and is equipped with the first fixing hole, the radial direction that described first fixing hole chews ring along described yarn is strip shape, described yarn is chewed assembly and is also comprised the first fixture, and described yarn is chewed holder and is fixed on diverse location in described first fixing hole by described first fixture.

Wherein in an embodiment, described yarn is chewed holder and is provided with the second fixing hole, the moving direction that described second fixing hole chews bar along described yarn is strip shape, described yarn is chewed bar and is provided with the 3rd fixing hole, described yarn is chewed assembly and is also comprised the second fixture, and described second fixture coordinates with described 3rd fixing hole and described yarn chewed bar and is fixed on diverse location in described second fixing hole.

Wherein in an embodiment, described yarn is chewed bar and is provided with multiple 3rd fixing hole along its moving direction, and described second fixture optionally coordinates with described 3rd fixing hole.

Wherein in an embodiment, described yarn is chewed and is equipped with yarn and chews bayonet socket, and described yarn is chewed holder and is located at described yarn and chews in bayonet socket.

Wherein in an embodiment, described yarn is chewed bar and is provided with the first yarn feeding hole and the second yarn feeding hole, and described first yarn feeding hole and described second yarn feeding hole are intervally arranged up and down, and described in described first yarn feeding boring ratio, ring is chewed near described yarn in the second yarn feeding hole.

Wherein in an embodiment, the same side that bar is chewed at described yarn in described first yarn feeding hole and described second yarn feeding hole is respectively equipped with the first porcelain eye, the second porcelain eye, and the height that described first porcelain eye chews bar place plane with described second porcelain eye apart from described yarn is not identical.

Wherein in an embodiment, described yarn is chewed ring and is provided with the first thread guide eyelet and the second thread guide eyelet, the distance that described second thread guide eyelet chews ring inward flange than described first thread guide eyelet from described yarn is large, thus makes that an one thread can enter described first yarn feeding hole from described first thread guide eyelet, another one thread can enter described second yarn feeding hole from described second thread guide eyelet.

Wherein in an embodiment, described yarn is chewed assembly and is also comprised and trying to stop people from fighting each other, described in try to stop people from fighting each other and can chew bar and be located at described yarn rotationally and chew on bar by relatively described yarn.

Wherein in an embodiment, described yarn is chewed assembly and is also comprised try to stop people from fighting each other holder and the 4th fixture, described holder of trying to stop people from fighting each other is located at described yarn and is chewed on bar, described trying to stop people from fighting each other comprises interconnective wheel and the guide rod of trying to stop people from fighting each other, described holder side of trying to stop people from fighting each other is provided with installing hole, to be located in described installing hole thus wheel of trying to stop people from fighting each other described in driving rotates described rod being rotatable, and the pivot center of described guide rod chews perpendicular to described yarn the radial direction that ring chewed by the moving direction of bar and described yarn, described holder of trying to stop people from fighting each other is provided with the 4th fixing hole, described 4th fixing hole communicates with described installing hole is vertical, described 4th fixture coordinates with described 4th installing hole thus prevents the rotation of described guide rod.

Accompanying drawing explanation

Fig. 1 is the structural representation that assembly chewed by the yarn of an embodiment;

Fig. 2 chews the partial enlarged drawing at the A place of assembly for the yarn shown in Fig. 1;

Fig. 3 chews the partial enlarged drawing at the B place of assembly for the yarn shown in Fig. 1;

Fig. 4 chews the front view of assembly for the yarn shown in Fig. 1;

Fig. 5 chews the top view of assembly for the yarn shown in Fig. 1.

Detailed description of the invention

For the ease of understanding the utility model, below with reference to relevant drawings, the utility model is described more fully.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make the understanding of disclosure of the present utility model more comprehensively thorough.

It should be noted that, when element is called as " being fixed on " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.Term as used herein " vertical ", " level ", "left", "right" and similar statement are just for illustrative purposes.

With reference to Fig. 1, assembly 100 chewed by the yarn of one embodiment, comprise that ring 110 chewed by yarn, bar 120 chewed by yarn, holder 130 chewed by yarn, yarn is chewed radial direction that holder 130 can chew ring 110 along yarn and is located at yarn movably and chews on the downside of ring 110, and yarn is chewed bar 120 and can be located at yarn up or down and chew on holder 130.In this specific embodiment, yarn is chewed and ring 110 is along the circumferential direction provided with multiple yarn is chewed holder 130, thus chews bar 120 for arranging multiple yarn.

Above-mentioned yarn chews assembly 100 for braiding machine, chew due to yarn radial direction that holder 130 can chew ring 110 along yarn to be located at yarn movably and to chew on the downside of ring 110, yarn is chewed bar 120 and can be located at yarn up or down and chew on holder 130, therefore yarn is chewed bar 120 and can be chewed ring 110 relative to yarn and move with vertical direction both direction in the horizontal direction, thus the relative position that the knitting needle in assembly 100 woven beneath district chewed by bar 120 and yarn chewed by adjustable yarn, the position that knitting needle and yarn are chewed be unlikely to lean on too closely thus avoid knitted fabric to occur dropped stitch, fly the fault such as yarn and the anti-end or damage the problem of knitting needle.

Concrete, in the present embodiment, the diameter that ring 110 chewed by yarn is 850-880mm, can meet the circular knitting machine user demand of diameter 30 inches.

With reference to Fig. 2 and Fig. 3, wherein in an embodiment, yarn is chewed ring 110 and is provided with the first fixing hole 111, the radial direction that first fixing hole 111 chews ring 110 along yarn is strip shape, yarn is chewed assembly 100 and is also comprised the first fixture 140, yarn is chewed holder 130 and is fixed on diverse location in the first fixing hole 111 by the first fixture 140, and radial direction that holder 130 can chew ring 110 along yarn moves so to make yarn chew.

Concrete, in the present embodiment, the first fixture 140 and yarn are chewed between ring 110 and are provided with pad (figure does not mark).

Wherein in an embodiment, yarn is chewed holder 130 and is provided with the second fixing hole 131, the moving direction that second fixing hole 131 chews bar 120 along yarn is strip shape, yarn is chewed bar 120 and is provided with the 3rd fixing hole 121, yarn is chewed assembly 100 and is also comprised the second fixture 150, second fixture 150 coordinates with the 3rd fixing hole 121 and yarn is chewed bar 120 and is fixed on diverse location in the second fixing hole 131, so makes yarn chew bar 120 and can chew holder 130 along yarn and move up and down.

Concrete, in the present embodiment, yarn is chewed bar 120 and is provided with multiple 3rd fixing hole 121, second fixture 150 along its moving direction and optionally coordinates with the 3rd fixing hole 121, thus it is larger to make yarn chew the moveable scope of bar about 120.

Wherein in an embodiment, yarn is chewed ring 110 and is provided with yarn and chews bayonet socket 112, and yarn is chewed holder 130 and is located at yarn and chews in bayonet socket 112, thus makes yarn chew holder 130 can not to move along the direction of chewing ring 110 radial direction perpendicular to yarn.In this specific embodiment, yarn is chewed ring 110 and is along the circumferential direction offered multiple yarn and chew bayonet socket 112 and chew holder 130 to arrange multiple yarn.

Concrete, in the present embodiment, the first fixing hole 111 and yarn are chewed bayonet socket 112 and are communicated, thus make yarn chew holder 130 namely can only to chew ring 110 along yarn along the first fixing hole 111 and move radially.

Concrete, in the present embodiment, yarn is chewed ring 110 and is radially provided with multiple yarn and chews bayonet socket 112, chews holder 130 and bar 120 chewed by yarn, as shown in Figure 4 for arranging each yarn.More specifically, the number of bayonet socket 112 chewed by yarn is 90-91.

Continue with reference to Fig. 2, wherein in an embodiment, yarn is chewed bar 120 and is provided with the first yarn feeding hole 122 and the second yarn feeding hole 123, first yarn feeding hole 122 and the second yarn feeding hole about 123 are intervally arranged, and ring 110 is chewed near yarn in the first yarn feeding hole, yarn feeding hole 122 to the second 123, knitting zone adopts two just different yarn feeding holes so relatively, thus the yarn in two yarn feeding holes is separated, avoid yarn position to lean on too near, the knitted fabric anti-end is easily caused in braiding, show-through fabric defect such as grade, yarn is bonded together and causes yarn fluctuation of service simultaneously, affect the production efficiency of braiding machine, bring the problem of very large economic loss.

Continue with reference to Fig. 3, more specifically, in the present embodiment, yarn is chewed bar 120 and is comprised end 125, connecting portion 126 and main body 127, end 125, connecting portion 126 and main body 127 are connected in Z-shaped successively, the position making this end 125 chew the tangential direction of ring 110 at yarn changes to some extent, and the position of bar 120 and knitting needle chewed by the yarn that staggered further.

Concrete, in the present embodiment, the end 125 that bar 120 chewed by yarn is located in the first yarn feeding hole 122 and the second yarn feeding hole 123.

Continue with reference to Fig. 2 and Fig. 3, wherein in an embodiment, the height that the same side is respectively equipped with the first porcelain eye (not shown), the second porcelain eye 1231, first porcelain eye chews bar 120 place plane with the second porcelain eye 1231 apart from yarn that bar 120 is chewed at yarn in first yarn feeding hole 122 and the second yarn feeding hole 123 is not identical.Two porcelain eyes that the height adopting distance yarn to chew bar 120 place plane like this is not identical, yarn out enters knitting zone from the side being provided with porcelain eye, make yarn in two yarn feeding holes further not in same plane, stagger two yarns, avoid the problem of fabric defect and yarn fluctuation of service, enhance productivity.

Concrete, in the present embodiment, the height that bar 120 place plane chewed by the second porcelain eye 1231 to the first porcelain eye distance yarn is large, to strengthen dividing sinker angle.

Concrete, the first porcelain eye is concordant with the first yarn feeding hole 122, and namely chew bar 120 place plane with the first porcelain eye and yarn concordant.More specifically, the second porcelain eye 1231 to the first porcelain eye protrudes from the second yarn feeding hole 123 about 2-5mm.

Concrete, the first porcelain eye is not identical with the length of the second porcelain eye 1231.Concrete, in the present embodiment, the first porcelain eye adopts diameter to be 3-5mm, and length is the porcelain eye of 2-4mm.

Concrete, in the present embodiment, the first yarn feeding hole 122 and the second yarn feeding hole 123 are located at yarn and are chewed bar 120 and chew side in ring 110 towards yarn.

Wherein in an embodiment, yarn is chewed ring 110 and is provided with the first thread guide eyelet 113 and the second thread guide eyelet 114, the distance that second thread guide eyelet 114 to the first thread guide eyelet 113 chews ring 110 inward flange from yarn is large, the thread guide eyelet mutually staggered can make yarn enter when bar 120 chewed by yarn can stagger from thread guide eyelet, avoids yarn to be wound around.

Concrete, in the present embodiment, the yarn entered from the first thread guide eyelet 113 enters the first yarn feeding hole 122, more out enters knitting zone from the first porcelain eye; The yarn entered from the second thread guide eyelet 114 enters the second yarn feeding hole 123, more out enters knitting zone from the second porcelain eye 1231.

Concrete, in the present embodiment, yarn is chewed ring 110 and is provided with multiple first thread guide eyelet 113 and multiple second thread guide eyelet 114, as shown in Figure 5.Concrete, the number of the first thread guide eyelet 113 or the second thread guide eyelet 114 is the twice that holder 130 chewed by yarn, bayonet socket 112 chewed by yarn, bar 120 chewed by yarn.More specifically, the number of the first thread guide eyelet 113 and the second thread guide eyelet 114 is 180-182.

Concrete, in the present embodiment, the diameter of the first thread guide eyelet 113 and the second thread guide eyelet 114 is 6-10mm.More specifically, the first thread guide eyelet 113 and the second thread guide eyelet 114 also can install porcelain eye, thus reduce the friction of thread guide eyelet and yarn, reduce the damage to yarn.

Wherein in an embodiment, yarn is chewed assembly 100 and is also comprised and try to stop people from fighting each other 160, tries to stop people from fighting each other 160 can relatively chew bar 120 and be located at yarn rotationally and chew on bar 120 by yarn.Try to stop people from fighting each other 160 for adding spandex thread, therefore the braiding that assembly 100 can be used for three line cloth, two wires cloth and conventional fabric chewed by above-mentioned yarn, so by rotating the entry angle of try to stop people from fighting each other 160 adjustment directions thus change spandex thread, can be conducive to regulating the distance between yarn, making to stagger between yarn as far as possible.

Wherein in an embodiment, yarn is chewed assembly 100 and is also comprised try to stop people from fighting each other holder 170 and the 4th fixture 180, holder 170 of trying to stop people from fighting each other is located at yarn and is chewed on bar 120, try to stop people from fighting each other and 160 comprise interconnective wheel 161 and the guide rod 162 of trying to stop people from fighting each other, holder 170 side of trying to stop people from fighting each other is provided with installing hole (figure do not mark), guide rod 162 to be located at rotationally in installing hole thus to be driven wheel 161 of trying to stop people from fighting each other to rotate, and the pivot center of guide rod 162 chews perpendicular to yarn the radial direction that ring 110 chewed by the moving direction of bar 120 and yarn; Holder 170 of trying to stop people from fighting each other is provided with the 4th fixing hole (figure do not mark), and the 4th fixing hole communicates with installing hole is vertical, and the 4th fixture 180 coordinates with the 4th installing hole thus prevents the rotation that bar 120 chewed by guide rod 162 and yarn.Try to stop people from fighting each other before 160 work, first unclamp the 4th fixture 180, rotating guide-bar 162 drives wheel 161 of trying to stop people from fighting each other to rotate, and stop operating after regulating the angle of wheel 161 of trying to stop people from fighting each other guide rod 162, coordinated by the 4th fixture 180 thus prevent the rotation of guide rod 162 with the 4th installing hole.

Concrete, holder 170 of trying to stop people from fighting each other is provided with the 5th fixing hole (figure does not mark), and yarn is chewed assembly 100 and also comprised the 5th fixture the 190, five fixing hole and coordinate holder 170 of trying to stop people from fighting each other to be located at yarn with the 5th fixture 190 to chew on bar 120.

Concrete, in the present embodiment, yarn is chewed bar 120 is provided with the 5th fixing hole of the 6th fixing hole the 124, five fixture 190 and holder 170 of trying to stop people from fighting each other, bar 120 chewed by yarn the 6th fixing hole 124 and to be coordinated thus holder 170 of trying to stop people from fighting each other is located at yarn and is chewed on bar 120.

Concrete, in the present embodiment, yarn is chewed bar 120 and is provided with multiple 6th fixing hole 124 along its moving direction, 5th fixture 190 coordinates with the 5th fixing hole of holder 170 of trying to stop people from fighting each other, optionally coordinates with the 6th fixing hole 124, thus the holder 170 that makes to try to stop people from fighting each other also can move up and down, thus the upper-lower position of adjustment pull rack 160.Be appreciated that and also holder 170 of trying to stop people from fighting each other can be set to move left and right, namely along the length direction of guide rod 162 move thus adjustable try to stop people from fighting each other 160 right position.

Concrete, wheel 161 of trying to stop people from fighting each other can rotate relative to guide rod 162, and after the angular adjustment of wheel 161 of trying to stop people from fighting each other is good, now guide rod 162 is fixed, and wheel 161 of trying to stop people from fighting each other rotates relative to guide rod 162, and wheel 161 of trying to stop people from fighting each other starts guide.

Concrete, whether in the present embodiment, wheel 161 of trying to stop people from fighting each other is provided with colored mark, as red or white, conveniently check and rotate.More specifically, the diameter of wheel 161 of trying to stop people from fighting each other is 8-15mm.

Concrete, in the present embodiment, the first fixture 140, second fixture 150, the 4th fixture 180 and the 5th fixture 190 are screw.

Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this description is recorded.

The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.

Claims (10)

1. assembly chewed by a yarn, it is characterized in that, comprise that ring chewed by yarn, bar chewed by yarn, holder chewed by yarn, described yarn is chewed radial direction that holder can chew ring along described yarn and is located at described yarn movably and chews on the downside of ring, and described yarn is chewed bar and can be located at described yarn up or down and chew on holder.

2. assembly chewed by yarn according to claim 1, it is characterized in that, described yarn is chewed and is equipped with the first fixing hole, the radial direction that described first fixing hole chews ring along described yarn is strip shape, described yarn is chewed assembly and is also comprised the first fixture, and described yarn is chewed holder and is fixed on diverse location in described first fixing hole by described first fixture.

3. assembly chewed by yarn according to claim 1, it is characterized in that, described yarn is chewed holder and is provided with the second fixing hole, the moving direction that described second fixing hole chews bar along described yarn is strip shape, described yarn is chewed bar and is provided with the 3rd fixing hole, described yarn is chewed assembly and is also comprised the second fixture, and described second fixture coordinates with described 3rd fixing hole and described yarn chewed bar and is fixed on diverse location in described second fixing hole.

4. assembly chewed by yarn according to claim 3, it is characterized in that, described yarn is chewed bar and is provided with multiple 3rd fixing hole along its moving direction, and described second fixture optionally coordinates with described 3rd fixing hole.

5. assembly chewed by yarn according to claim 1, it is characterized in that, described yarn is chewed and is equipped with yarn and chews bayonet socket, and described yarn is chewed holder and is located at described yarn and chews in bayonet socket.

6. assembly chewed by yarn according to claim 1, it is characterized in that, described yarn is chewed bar and is provided with the first yarn feeding hole and the second yarn feeding hole, and described first yarn feeding hole and described second yarn feeding hole are intervally arranged up and down, and described in described first yarn feeding boring ratio, ring is chewed near described yarn in the second yarn feeding hole.

7. assembly chewed by yarn according to claim 6, it is characterized in that, the same side that bar is chewed at described yarn in described first yarn feeding hole and described second yarn feeding hole is respectively equipped with the first porcelain eye, the second porcelain eye, and the height that described first porcelain eye chews bar place plane with described second porcelain eye apart from described yarn is not identical.

8. assembly chewed by yarn according to claim 6, it is characterized in that, described yarn is chewed ring and is provided with the first thread guide eyelet and the second thread guide eyelet, the distance that described second thread guide eyelet chews ring inward flange than described first thread guide eyelet from described yarn is large, thus makes that an one thread can enter described first yarn feeding hole from described first thread guide eyelet, another one thread can enter described second yarn feeding hole from described second thread guide eyelet.

9. assembly chewed by yarn according to claim 1, it is characterized in that, described yarn is chewed assembly and also comprised and trying to stop people from fighting each other, described in try to stop people from fighting each other and can chew bar and be located at described yarn rotationally and chew on bar by relatively described yarn.

10. assembly chewed by yarn according to claim 9, it is characterized in that, described yarn is chewed assembly and is also comprised try to stop people from fighting each other holder and the 4th fixture, described holder of trying to stop people from fighting each other is located at described yarn and is chewed on bar, described trying to stop people from fighting each other comprises interconnective wheel and the guide rod of trying to stop people from fighting each other, described holder side of trying to stop people from fighting each other is provided with installing hole, to be located in described installing hole thus wheel of trying to stop people from fighting each other described in driving rotates described rod being rotatable, and the pivot center of described guide rod chews perpendicular to described yarn the radial direction that ring chewed by the moving direction of bar and described yarn, described holder of trying to stop people from fighting each other is provided with the 4th fixing hole, described 4th fixing hole communicates with described installing hole is vertical, described 4th fixture coordinates with described 4th installing hole thus prevents the rotation of described guide rod.