JPS588169A - Method and apparatus for supplying yarn for knitting reversible fabric in traverse knitting machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

The present invention provides a yarn feeding method and method for reversible fabrics that can be used both on the front and back sides, so the yarn feeding means is improved and the yarn feeding action of reversible fabric is improved on both the front and back sides.
I will make it into a thousand threads! The other thread is J in its own tissue.
The purpose is to prevent quality degradation due to difference in color sensitivity and to prevent the conventional reversible fabric.
The yarn feeding in is l1ll as illustrated in Figure 11LI.
C carriage (not shown) with slow motion H1 & member JtC!
Then, guide the 2sO yarns a and b to the yarn feeding piece 0 which is taken in the same direction along the rail BK, and thread them from the II yarn opening to the needle eK@yarn. Thread guide F, G
After passing through, the spinning wheel of -10,000 is loosely inserted into the wide ro V yarn feeder ro Dl, and the other yarn bIIifIjIik is guided through the back side of the yarn feeder ro DO from the lower center IIP after passing through the hole, so that the carriage is When traveling in the direction of arrow A O, one thread 1 is jl!
- In the illustrated method, the tip IIIs is located opposite to the running direction at the wide-mouth O# thread guide center with the yarn guide Fl center, and the other 7 yarns are fed toward the fine needle HK at the left side of the ibQ yarn feeding area. , when the running direction of the carriage is changed to the direction indicated by the arrow O in the same figure, t+thread heat will automatically change to the running direction as shown by the temporary line in the same figure due to the tension action. 6th place in the sentient position against the other MbtC, 1 stitch! The yarn feeding of one yarn a is always performed in the direction of the yarn feeding tube III.
Perform one stitch M in the opposite position to the running direction for the tenth thread.
! 1g to regulate 11% of filaments, rear A
- In the III formation of the ciple fabric, the yarn for the back stitch was mixed into the surface texture, and the hole was 1 kvhz, which was π1 as described above.
On the other hand, the dislocation operation of ikm is regulated by 1 when changing direction.
Ito's chapter drawing action TC! 1b for automatic mold displacement due to III operation, that is, M tension, with a constant thread guide Ftji point.
% of s '91 K Ty When turning inward, the displacement of the 11th yarn was not properly switched due to the temporary loss of yarn tension, and therefore, the initial yarn feeding of the turn III mold caused an unsuitable II, and the crystal (and The M (DIIIK) used for convenience had a lot of flaws as the working yarn was mixed into the surface texture of the O yarn, and there were many problems. t So 1 Expansion of the first invention - Interlocking with the change in the running direction of the production carriage, the lino that crosses one stitch and the yarn feeder - Sible main ground - Flag 0
II yarn method 7 is characterized in that the gIA7jO yarn is passively transposed - opposite to the IEmJ direction - at the t11 yarn end of one of the two types of yarns. The transposition operation is interlocked with the traveling direction υ rotation* of the carriage for kojic acid, and the 170 thread is actively transposed in the opposite direction to the other thread. # Due to the mold, I decided to feed the 2110 yarn by putting it on the yarn feeder, and moved the yarn feeder itself to feed the 17j yarn to other places. Are all the dislocation names opposed to the thread of power? ! Make it into a statue. η (According to the invention, the conventional yarn ID tension) J is transposed by automatic shaking action of 1p. Because it is!s! 9th work me
The tension of the line breaking thread υ was 91 A, 0,000 (DM
The K-curvature dislocation is reliably carried out, so the passing relationship for one needle is stable, and the second thread is separated from the second thread, and other threads are mixed into the front thread. Is it possible to eliminate Reno? - C and none that reduce the ciple effect, and @z,
163 invention, on the one hand, q), on the other hand, has the effect of making the active dislocation operation for i*O and others easier and more accurate. Next, the main @tclll @@ol! There are 9 explanations for the seven Confucian songs. Figures 21iI to 145 show nine positive type transpositions using the Town Motion Two Plan Round Meeting (%q), (1) is a barge thread piece, (snow)
is beyond that -O wide mouth czl1M mouth, (easy) (4) is a disciple a
, b heavy electric P3. (!i) A base piece to which the line ridge piece (1) is attached, and the base piece (S) is attached to the g&o (8) (61
The retaining piece (7) on one side of t9 is carried in the same direction along (1) as the carriage (not shown) moves, which is similar to the known lB yarn means. There's nothing that can change. In the above device, one of the thread guides (3) is attached to the swinging piece 0-III which pivots the middle (to), and the thread guide (3) is attached to the swinging piece
9) In the other case, the dangerous moving piece QIK shaft is attached so that it can slide against the base piece (S) K. ) and the KS section (7) and gI811 Iwa (ro) were established. Ql is the rocking piece (・)
If you press the button to stop the play, @ enlarged needle meeting will be shown. Thus, as shown by 211 in 1, the carriage is in the direction of arrow A Kjl! Engagement piece ()) K that moves with the distance and heat ξ
L is the basic piece (age and passive piece (b) - 1's 51! start (6
) and true S@ and t push, each lk plan circle (S) (4)
I feed liquid yarn a and bt to #thread opening (7) xpb■*@ using the upper trowel, but ζO and heat 11! - In the illustration of the single cormorant, the p swinging bar moves to the right by υ at an hour of 1 t'35 mK@, and the thread guide attached to the lower turtle (the powder is placed opposite to the running 7-meat) and is fed. Next, when the running direction of the carriage changes to the direction of the arrow in the figure, the moving direction of the yarn feeding piece (1) changes as the locking piece (7) changes the running direction. %fll! Seen and simultaneous KI
[In order to move the moving piece (B) to the left in the direction indicated by the temporary - in the same figure, the swinging piece (same as the direction change) is swung counterclockwise, and the thread guide (3) is moved in the opposite direction. This means that the thread at #thread guide (3) O is actively transposed in the opposite direction to the other thread, and each time the carriage reaches the end of its travel and changes direction, it changes direction. Interlocking yarn guide (3) t-to move Lri-7 yarn layer

[Forcibly reverse the other O thread. Next, in another embodiment of the active yarn dislocation actuating device by the displacement of the thread guide circle (3) at t shown in Figures 49 and 5, the thread guide (3) is moved along the thread guide line (8). A continuous rod is attached to the tip of the strip 01S protruding from the sliding piece (to) that runs together with the base piece (5), and is fixed to the sliding piece (to) and has an arc length parallel to the rail (a). Loosely insert the base piece (5) into the base piece (6), insert the spring (to) between the base piece (6), the sliding piece (2), and the rail (@), and connect both pieces (5). ) (2) A light resistance tube was used to carry the load. Thus, as shown in Figure 111!4, when the 19 base piece (6) is moved behind the retaining piece (7) in the direction of arrow A, the base piece (6) leads on the rail (8), and the base piece (6) follows this. The thread guide (
31,fi13IiI runs at a position opposite to the running direction with respect to the yarn feeder piece (1), so yarn 1 is swung to the left with respect to the yarn feeder (!), but the carriage runs When the direction changes to the direction indicated by the arrow, the traveling direction of the L sea urchin base piece (6) shown in the diagram for the company moves to the left with respect to the connecting rod, and due to the free movement with respect to the connecting rod, the yarn feeding piece (1)
The bride J [yen (3) is moved to the temporary 15, and from then on, the base piece (s) becomes the sliding piece #Kl! and is pushed in the direction of the mouth as a unit with O, and the # clue (!) against Dinghik plan yen (3
), the LD yarn & line is forcibly swung to the right with respect to the yarn feeder (8), and the yarn is fed. Next, see s6 diagram and IK711 lol) Ig! 4, yarn feeding piece (11 (1')
So that the yarn is fed through the yarn feeder (2) (2') 1
Due to the displacement of both yarn feeders (2'), -7 yarn M*7I
The yarn guide (304) is fixed to each yarn feeding piece (1) (1'), and each yarn feeding piece (1) (1') is scattered at 9% (E) so as to be dislocated with respect to olkb. Base piece (6) (5')t
! Rail (II) J-K Th Z Te position is shifted and mounted on a common securing piece (7) K! When the carriage moves in the direction of arrow A, the base piece (5) advances by the amount of displacement relative to the base piece (5) and moves to the right. Along with this, the yarn feeder (2) of yarn 1 shifts to the left 11tc opposite to the direction of movement, and even when the running direction changes to the direction of the arrow, the base piece (S) leads in the same direction. In order to do this, the yarn feeder (2) moves beyond the position of the yarn feeder (2) and the 9th yarn a is forcibly shifted to the opposite position in the running direction with respect to the other yarn bK, resulting in the 111th yarn. [It's what I do.]

[Brief explanation of drawings]

Figure 1 is a front view of a conventional yarn feeding AT, Figure 2 is a front view of an embodiment of the apparatus of the present invention, Figure 3 is a 1 part [cut out 51g1 figure, Figure 49 The fairy tale of the present invention o*m*'
FIG. 5 is a front view showing a front view thereof, and FIG. 5 is a front view thereof, and FIG. (1)・・・Yam feeding piece% (2)・・・・・・
Yarn feeder, (3) (4)... Yarn guide, (9)...
- Swing piece, Maro, b... Thread. 2 people Figure 4 Figure 5

Claims (1)

[Claims] 1. In conjunction with the change in the running direction of the carriage 9 for 111E,
- Reversible main fabric across the needle and yarn feeder - Passive am of the 2s yarn to the other yarn at the Y5 tube feeder
Translocating to the opposite side of the direction
Yarn feeding method for linosable fabric lIH in l11m. 2. Insert the 21aOA single tube for the Gino 9-cible fabric across the 11 needles and yarn feeder, and insert the yarn guide scattered at one end of the intermediate tube pivoting piece, and then The swinging of the armpit swinging piece in conjunction with the change in the running direction causes the thread to be actively shifted in the opposite direction to the other thread at the inserted thread feeder. Features: Yarn feeding device for forming girth/m-cable fabrics on horizontal m-machines. λ Sono9-SiblellJ! 2m of yarn for E is passed through each separate yarn feeder to #CI & yarn for 1 stitch, and p# yarn feeder tM is moved by moving the −7 yarn feeder late in response to the change in running direction of the carriage for 1llE. A reversible fabric feeding device in a horizontal machine that actively shifts the yarn feeding portion of one yarn to the opposite side in the Iig direction with respect to the yarn feeding portion of the other yarn. .