CN100395391C - Large bobbin radius single side weft-knitting three-thread plating feeder - Google Patents
Large bobbin radius single side weft-knitting three-thread plating feeder Download PDFInfo
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- CN100395391C CN100395391C CNB200610024820XA CN200610024820A CN100395391C CN 100395391 C CN100395391 C CN 100395391C CN B200610024820X A CNB200610024820X A CN B200610024820XA CN 200610024820 A CN200610024820 A CN 200610024820A CN 100395391 C CN100395391 C CN 100395391C
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Abstract
The present invention relates to a yarn-adding yarn-guiding device, particularly to a large-cylinder-diameter single-side weft-knitting three-thread yarn-adding yarn-guiding device. The present invention comprises a yarn-guiding device body, wherein the yarn-guiding device body is provided with three yarn-guiding elements of which each has a yarn-guiding hole, a first yarn-guiding hole is a backing yarn yarn-guiding hole, a second yarn-guiding hole is a middle yarn yarn-guiding hole, and a third yarn-guiding hole is a face yarn yarn-guiding hole; the yarn-guiding device body has a slot which enables the second yarn-guiding hole and the third yarn-guiding hole to glide up and down so as to realize the relative change of the yarn laying longitudinal angle. By using the structure, the present invention mainly solves the technical problem of serious skipped yarn phenomenon when the double-hole yarn-adding yarn-guiding device knits on the large-cylinder-diameter circular weft-knitting machine for feeding yarn, which exists in the prior art. The yarn-adding yarn-guiding device of the present invention can knit various three-thread yarn-adding fabrics, and can effectively control the bottom revealing of the backing yarn and various knitting defects.
Description
Technical field:
The present invention relates to wrap finger, particularly a kind of large bobbin radius single side weft-knitting three-thread plating feeder.
Background technology:
Weft knitting plating-knitted the most rambunctious be the show-through problem of wire gauze, also be how veil and wire gauze dispose, could last assurance face, yarn coil correctly be revealed in the positive and negative of fabric.The plating-knitted theory of tradition is thought: the hello yarn tension of veil is greater than wire gauze, and the configuration by the thread guide eyelet position, makes the vertical carrying angle of veil and cross level angle all less than wire gauze.In the braiding process, during the yarn horizontal arrangement, wire gauze at preceding, veil in the back (near shank); During the yarn arranged perpendicular, wire gauze is last, and veil is down, each other crossover not mutually.The ideal braiding process of the plating structure in Here it is the traditional theory.Fig. 1 is the lapping position of wire gauze and veil in traditional plaiting theory, and c is a veil among the figure, and a is a wire gauze.Fig. 2 is the thread-carrier shape of traditional plaiting theory.Its mesopore 1 is used to wear veil, and hole 2 is used to wear wire gauze.The longitudinal and transverse angle of pad yarn of veil is less, and the position is on the low side, nearly shank, and the longitudinal and transverse angle of pad yarn of wire gauze is bigger, and the position is higher, away from shank.Thereby veil and the wire gauze configuration relation in pinhock among assurance Fig. 1.
The plating-knitted opinion of tradition only is suitable for little bobbin radius single side weft-knitting knitting machine, and is not suitable for the large bobbin radius single side weft-knitting knitting machine.Early there is the scholar to find, on the large bobbin radius single side weft-knitting knitting machine, uses traditional plaiting method to weave, exist serious hand pick problem, proposed the plating-knitted new theory of suitable large bobbin radius single side weft-knitting simultaneously by practical studies.Novel plating-knitted theory thinks that the hello yarn tension of wire gauze will be a bit larger tham veil, by the reasonable disposition of thread guide eyelet, makes the pad yarn cross level angle of the pad yarn cross level angle of wire gauze greater than veil, and the vertical carrying angle of wire gauze is less than the vertical carrying angle of veil.Fig. 3 is the lapping position of wire gauze and veil in the novel plaiting theory, and c is a veil among the figure, and a is a wire gauze.
Along with the application of elasticity spandex raw material in knitting weft-knitted dress ornament, spandex interweaves with the plaiting form with cotton, polyamide fibre, terylene, wool, real silk, viscose glue and constitutes various weft-knitted single face fabrics and reversible cloth.The three-way plated fabric of spandex has also obtained research and development in recent years.The plating-knitted yarn feeding device that adopts of conventional three-wire is: the ground tissue uses diplopore wrap finger (as shown in Figure 2) yarn feeding, and there is more serious hand pick phenomenon in this thread-carrier when weaving on big barrel dliameter circle latitude machine.Spandex uses half active type roller Thread-feeding device, by a special plastics yarn guiding wheel, rotates naked spandex yarn by yarn poteye feeding knitting needle the inside thereby become tangential with spandex that the spandex Thread-feeding device is sent.This yarn guiding wheel is just by this tangential force driven rotary, as long as axially not blocked by cotton flyings etc. of yarn guiding wheel, the thread-feeding amount of spandex will be uniformly, can not diminish and changes because of the spandex yarn diameter.If it is not tangentially to enter that the dumb or spandex silk of axle of yarn guiding wheel enters yarn guiding wheel, just may be because of spandex thread-feeding amount instability, tension force is big or small inhomogeneous and cause float such as horizontal stripe.
Summary of the invention:
Order of the present invention provides a kind of large bobbin radius single side weft-knitting three-thread plating feeder, mainly solve and use the yarn feeding of diplopore wrap finger in the prior art, there is the technical problem of more serious hand pick phenomenon in this thread-carrier when weaving on big barrel dliameter circle latitude machine, this thread-carrier can weave various three-way plating structures, can effectively control the show-through and various float of wire gauze simultaneously.
For solving the problems of the technologies described above, the present invention is achieved in that
A kind of large bobbin radius single side weft-knitting three-thread plating feeder, comprise the thread-carrier body, it is characterized in that: have three thread-guide elements on this thread-carrier body with thread guide eyelet, wherein first thread guide eyelet is the thread guide eyelet of wire gauze, second thread guide eyelet is the thread guide eyelet of middle yarn, and the 3rd thread guide eyelet is the thread guide eyelet of veil; This thread-carrier body has makes second thread guide eyelet and the 3rd thread guide eyelet slide up and down the groove of the relative variation that realizes vertical carrying angle.
Described large bobbin radius single side weft-knitting three-thread plating feeder is characterized in that: three thread-guide elements all adopt the pottery or the diamond material of low friction to make.
Described large bobbin radius single side weft-knitting three-thread plating feeder is characterized in that: the two ends of this thread guide eyelet all are designed to smooth camber line shape.
Described large bobbin radius single side weft-knitting three-thread plating feeder is characterized in that: this thread-carrier body length is 25mm, and width is 13mm, and thickness is 2mm; The diameter of three thread guide eyelets is 2mm, and the length of first thread guide eyelet is 2mm, and the length of second thread guide eyelet is 3.2mm, and the length of the 3rd thread guide eyelet is 4mm; The horizontal range at the first thread guide eyelet centre distance, the second thread guide eyelet center is 3.9mm, and the horizontal range at the second thread guide eyelet centre distance the 3rd thread guide eyelet center is 3.4mm, and the trench length of second thread guide eyelet is 7mm, and the trench length of the 3rd thread guide eyelet is 12mm.
Make the present invention have following advantage by said structure:
Thread-carrier of the present invention can weave various three-way plating structures, can effectively control the show-through and various float of wire gauze simultaneously.
The institutional framework that can weave has: cotton yarn is interior, and spandex is in the centre, and chemical fibre outside.Cotton yarn is done wire gauze, directly contacts with skin, and hygroscopicity is preferably arranged, and it is soft comfortable to wear, and has the cotton sense; The veil chemical-fibres filaments makes fabric face that wrinkle resistance and ABRASION RESISTANCE preferably be arranged, and it is well-pressed to wear; After the centre adds the elastomeric polyurethane fiber yarn, can form various fancy cloths, make fabric that more excellent elasticity, drapability and warmth retention property be arranged, and be difficult for decoherencing.This kind fabric is popular in recent years, can be used for makeing tight underwear, coat or garment accessories, also can make various women's fashionable dresses, is a megatrend of current knitted fabric.
Also can adopt chemical fibre interior, spandex is in the centre, cotton yarn institutional framework outside.Thin dawn chemical-fibres filaments utilizes its good wicking to reach the effect of moisture absorbing and sweat releasing as wire gauze, thus the feel that keeps dry; Veil is selected hygroscopicity cotton yarn preferably for use, can absorb the sweat gas of being derived by thin dawn chemical-fibres filaments wicking, and in time be discharged into sweat gas in the outside air; The middle spandex silk that adds increases fabric elasticity.This product has not only satisfied consumers in general's the requirement of wearing, and can also solve the saturating damp and hot problem of sportswears such as gym outfit, dancing dress, favored by the consumer.
Description of drawings:
Fig. 1 is the lapping position schematic diagram of traditional plaiting theory.
Fig. 2 A is the structural representation of traditional wrap finger.
Fig. 2 B is the A-A direction cutaway view of Fig. 2 A.
Fig. 2 C is the B-B direction cutaway view of Fig. 2 A.
Fig. 3 is the lapping position schematic diagram of new plaiting theory.
Fig. 4 A is the structural representation of three-thread plating feeder of the present invention.
Fig. 4 B is the C-C direction cutaway view of Fig. 4 A.
Fig. 4 C is the D-D direction cutaway view of Fig. 4 A.
Fig. 4 D is the E-E direction cutaway view of Fig. 4 A.
Fig. 5 is that thread-carrier of the present invention is installed in the front view on the knitting machine.
Fig. 6 is that thread-carrier of the present invention is installed in the side view on the knitting machine.
Fig. 7 is the part vertical view of Fig. 6.
Among the figure:
A, wire gauze; B, middle yarn; C, veil;
1, the veil thread guide eyelet of traditional thread-carrier; 2, the wire gauze thread guide eyelet of traditional thread-carrier;
3, the wire gauze thread guide eyelet of thread-carrier of the present invention;
4, the middle yarn thread guide eyelet of thread-carrier of the present invention;
5, the veil thread guide eyelet of thread-carrier of the present invention;
6, thread-carrier body; 7, bolt; 8, carriage; 8a, groove;
8b, groove; 9, bolt; 10, transversing mechanism; N, knitting needle;
The specific embodiment:
The present invention is according to novel plating-knitted theory, design be a kind of three-thread plating feeder that is applicable to large bobbin radius single side circle latitude machine.The design principle of this thread-carrier is to allow the pad yarn cross level angle of wire gauze greater than the pad yarn cross level angle of veil, guarantees position that wire gauze puts near pinhock in pinhock, and veil is near the pin wall; The vertical carrying angle of wire gauze is less than the vertical carrying angle of veil, and it is stressed and tend towards stability to guarantee that veil at first contacts in the pinhock point, and wire gauze then contacts point in the pinhock in succession when needle latch is closed, and like this, wire gauze and veil are difficult for rolling mutually, and keep the mutual alignment stable; The lapping position of intermediate layer yarn (being generally spandex yarn) is placed in the middle.The ground yarn tension will be a bit larger tham veil tension force, can guarantee to fill up yarn wire gauze stable in the stage of remaining silent like this, and keeps the stable of ground, veil position moving back the circle stage, avoids the upset of ground, veil, thereby guarantees that stable yarn appears relation.
The structure of thread-carrier has three thread-guide elements with thread guide eyelet on this thread-carrier body 6 shown in Fig. 4 A-4D, wherein 3 is the thread guide eyelet of wire gauze, and 4 is the thread guide eyelet of middle yarn, and the 5 thread guide eyelet a for veil are wire gauzes, and b is middle yarn, and c is a veil.Thread guide eyelet 4 can slide up and down the relative variation that realizes vertical carrying angle with thread guide eyelet 5 in groove separately.Three thread-guide elements all adopt the pottery or the diamond material of low friction to make, and can reduce friction, and make guide smooth and easy.The two ends of thread guide eyelet all are designed to smooth camber line shape, also are in order to reduce the frictional force in the guide process.
The annexation of thread-carrier and knitting machine can find out from knitting and configuration thread-carrier shown in Fig. 5-7, the thread guide eyelet 3 of wire gauze from shank farthest, the position is minimum, thereby pad yarn cross level angle maximum, the vertical carrying angle minimum; The thread guide eyelet 5 of veil is nearest from shank, and the position is the highest, thereby pad yarn cross level angle minimum, the vertical carrying angle maximum; The thread guide eyelet of middle yarn is placed in the middle, and the lapping position is also placed in the middle.8 is the carriages that connect the transversing mechanism 10 of thread-carrier 6 and knitting machine among the figure.Carriage 8 adopts the L type, and an end is connected on the thread-carrier 6 with bolt 7, and an end connects on the transversing mechanism 10 of knitting machine with bolt 9.Thread-carrier 6 can be made the size that vertical up-or-down movement changes whole vertical carrying angle along the groove 8a of carriage 8 lower ends, and carriage 8 also can be made the size that horizontal side-to-side movement changes whole pad yarn cross level angle along the groove 8b of its upper end.
Embodiment:
A kind of three-thread plating feeder that is applicable to PL-TS3B type four needle track single faces circle latitude machine.This thread-carrier length is 25mm, and width is 13mm, and thickness is 2mm.The diameter of three thread guide eyelets is 2mm.3 length of thread guide eyelet is 2mm, and the length of thread guide eyelet 4 is 3.2mm, and the length of thread guide eyelet 5 is 4mm.The horizontal range at thread guide eyelet 3 centre distance thread guide eyelets 4 centers is 3.9mm, and the horizontal range at thread guide eyelet 4 centre distance thread guide eyelets 5 centers is 3.4mm.The trench length of thread guide eyelet 4 is 7mm, and the trench length of thread guide eyelet 5 is 12mm.
The thread-carrier that designs is installed on the knitting machine, and thread-carrier baseplane distance on plane on the sinker is 5.5mm, and the thread-carrier inner side plane is 3.5mm apart from the shank distance.Under the situation of the left and right sides invariant position of the installation site of thread-carrier and thread guide eyelet, adjust the size of vertical carrying angle by the high and low position that changes thread guide eyelet.Experiment adopts fine-denier polypropylene to do wire gauze, and cotton is cooked veil, yarn in the middle of spandex is done.Studied 2 kinds of lapping positions, wherein α 1, β 1 refer to the pad yarn horizontal stroke of fine-denier polypropylene, vertical angle respectively, and α 2, β 2 refer to the pad yarn horizontal stroke of spandex silk, vertical angle respectively, and α 3, β 3 refer to the pad yarn horizontal stroke of cotton yarn, vertical angle respectively.Two kinds of lapping positions are as follows:
1)α1＝12.27°、β1＝24.99°；α2＝6.56°、β2＝27.94°；α3＝4.19°、β3＝37.36°
2)α1＝12.27°、β1＝24.99°；α2＝6.56°、β2＝26.58°；α3＝4.19°、β3＝36.21°
By braiding experimental observation cloth cover effect, find all can guarantee good plaiting effect two kinds of lapping positions, can effectively control the generation of hand pick phenomenon.Thereby prove that three-thread plating feeder of the present invention is effective.
Being preferred embodiment of the present invention only in sum, is not to be used for limiting practical range of the present invention.Be that all equivalences of doing according to the content of the present patent application claim change and modification, all should be technology category of the present invention.
Claims (4)
1. large bobbin radius single side weft-knitting three-thread plating feeder, comprise the thread-carrier body, it is characterized in that: have three thread-guide elements on this thread-carrier body (6) with thread guide eyelet, wherein first thread guide eyelet (3) is the thread guide eyelet of wire gauze, second thread guide eyelet (4) is the thread guide eyelet of middle yarn, and the 3rd thread guide eyelet (5) is the thread guide eyelet of veil; This thread-carrier body (6) has makes second thread guide eyelet (4) and the 3rd thread guide eyelet (5) slide up and down the groove of the relative variation that realizes vertical carrying angle.
2. large bobbin radius single side weft-knitting three-thread plating feeder according to claim 1 is characterized in that: three thread-guide elements all adopt the pottery or the diamond material of low friction to make.
3. large bobbin radius single side weft-knitting three-thread plating feeder according to claim 1 and 2 is characterized in that: the two ends of this first thread guide eyelet (3), second thread guide eyelet (4), the 3rd thread guide eyelet (5) all are designed to smooth camber line shape.
4. large bobbin radius single side weft-knitting three-thread plating feeder according to claim 1 is characterized in that: this thread-carrier body (6) length is 25mm, and width is 13mm, and thickness is 2mm; The diameter of three thread guide eyelets (3,4,5) is 2mm; The length of first thread guide eyelet (3) is 2mm, and the length of second thread guide eyelet (4) is 3.2mm, and the length of the 3rd thread guide eyelet (5) is 4mm; The horizontal range at first thread guide eyelet (3) centre distance second thread guide eyelet (4) center is 3.9mm, the horizontal range at second thread guide eyelet (4) centre distance the 3rd thread guide eyelet (5) center is 3.4mm, the trench length of second thread guide eyelet (4) is 7mm, and the trench length of the 3rd thread guide eyelet (5) is 12mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNB200610024820XA CN100395391C (en) | 2006-03-17 | 2006-03-17 | Large bobbin radius single side weft-knitting three-thread plating feeder |
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| CNB200610024820XA CN100395391C (en) | 2006-03-17 | 2006-03-17 | Large bobbin radius single side weft-knitting three-thread plating feeder |
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| CN1821472A CN1821472A (en) | 2006-08-23 |
| CN100395391C true CN100395391C (en) | 2008-06-18 |
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| CNB200610024820XA Expired - Fee Related CN100395391C (en) | 2006-03-17 | 2006-03-17 | Large bobbin radius single side weft-knitting three-thread plating feeder |
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| EP3754077B1 (en) * | 2019-06-17 | 2022-11-16 | Groz-Beckert KG | Method and knitting device for plating on a knitting machine equipped with compound needles |
| US20230366137A1 (en) * | 2020-09-14 | 2023-11-16 | Mas Innovation (Private) Limited | Knitting Machine And Method For Knitting A Fabric By Yarn Plating With Multiple Yarns |
| CN114318647B (en) * | 2021-02-23 | 2023-06-09 | 连云港杜钟新奥神氨纶有限公司 | Method for manufacturing exchange plating yarn feeding device and anti-loose weft knitting exchange plating jacquard fabric |
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