JPS6039458A - Hardly frayed warp knitted lace - 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 relates to a warp-knitted lace fabric which is provided with a curved scallop and has picots protrudingly formed along the scallop, and which is particularly resistant to fraying at the cut point of the lace fabric at the indented part of the scallop. Regarding warp knitted lace fabric.

The above types of warp-knitted lace fabrics are mainly used as border decorations for women's underwear and outer clothing.As shown in Figure 7, scalloped (S'')
), the picot (P”) is placed in the lace area (10
”).

The lace area outside the tip of the picot (P”) +
10") is obtained by cutting off the tip of the picot TP").

However, in the case of the above-mentioned narrow lace fabric (10"), the chain knit wale (wI') of the lace fabric (10") is cut at the inlet part of the scallop (S"). It was easy to fray from the cut point toward the start of knitting (the figure shows the edge fraying).

As a result of various researches to solve the above-mentioned drawbacks, the inventor of this application found that a thread to prevent fraying is formed on the lace fabric along with the loop of the wale along the edge of the lace fabric in areas other than the indented part of the scallop. At the indented part of the scallop, the wales are sequentially transferred along the indented shape, and each wale is knitted so as to form a "loop" with its loop. It was discovered that the material becomes less likely to fray.

Embodiments of the present invention will be explained below with reference to the drawings. In Figures 1 and 2, GO is a warp-knitted narrow lace fabric, and % (1) is the chain knitting yarn composing its way/I/^M, % (2) is the adjacent wale (row). ) This is an insertion thread that connects 6M. The twisted (3) is a picot-formed thread, (4)
is an anti-fray thread, which is knitted into the lace fabric u0 as follows. In other words, the lace fabric (in the knitted part II+ in the warp direction of IG, the picot forming yarn (3)
is knitted along the edge (111, and this knitted part molecule Il
In the next knitting section ml following , the picot forming yarn (3)
is knitted in such a way that it moves sequentially to the inner wale (B) and then goes backwards in order to become indented from the edge fll+, and by providing this knitted part [Il and knitted part (Ill) alternately, the lace fabric 01 A curved scallop (S) is formed, and the picot-forming threads (3) protrude from the scallop ts+ at appropriate intervals along the scallop +Sl. In the formed 1-knit part 1■), the lace opening is knitted into the lace opening.
l is formed. And the organization part of ζ- [11
(7, picot in 1) (The lace fabric αG outside the tip of Pl is cut off along the tip of picot fPl.The other anti-tangle thread (4) is cut out along the tip of picot fPl.

In the knitting part I+, a wale (W) is formed along the edge 1111.
l) For convenience of explanation, each wale is shown with a branch number added to its code).
The wales (Wl) to (W4) are sequentially transferred along the indented shape of the wales (Wl) to (W4), and each wale (Wl) to W4) is knitted to form a loop together with its loop.

As mentioned above, since the fraying prevention thread (4) is woven, the lace fabric [1 [1
Even if the chain knitting yarn (1) of wale attachment 1 (for example, wale TWt at edge 011) begins to unravel in the direction of the knitting start as shown in FIG. Since it is caught, it will not unravel any further in the direction of the knitting start.

Next, an example of the manufacturing direction of the lace fabric 0 will be described below. In Figures 3 to 5, u[Il is lace, H
O') is another fabric part knitted outwards adjacent to the edge (111) of the lace fabric [alpha].

In the lace fabric Uα, the wale W is knitted using the chain knitting yarn (1), and the insertion yarn (2) is knitted several courses along one wale 6'vl, and then the wale W is knitted using the chain knitting yarn (1).
The knitting process is repeated, in which the same number of courses are inserted and knitted in that wale W, and then the knitting process is repeated in which the same number of courses are inserted and knitted in that wale N'VI, returning to Hikari-no-tsu Ale NM.

In addition, in the fabric part fin'), a wale (W') is knitted by the chain knitting yarn (1'), and the inserted yarn (2') is knitted against the adjacent crucible ale (W') (W'). It is inserted and knitted in the same way as the insertion yarn (2) described above. In this embodiment, a soluble yarn is used as the chain knitting yarn (II) of the wale 醐' of the edge (11').

Then, in the knitting part pile, the picot forming yarn (3) is inserted and knitted across the wale (wl) of the edge (11) of the lace fabric (lOl and the adjacent wale +Wz), and in the trench knitting part (■), Inner wale (W3) ~ (W6)
By inserting knitting in a manner that goes against the scallops 13+ and 13+, a curved scallop tsl is formed on the lace fabric aα, and the picot-forming yarn (3) protrudes outward from the scallop 13+ every few courses. organized,
The protruding portion is knitted into the wale (Wt') of the edge ill') of the knitted part (fabric part +10' in Il) and the adjacent wale (W2'), or the wale (Wt') of the edge +11') Pl is formed by knitting only into the knitted part ([1), and picot iPI is formed by knitting only into the wales (Wl) to (W6) of the lace fabric (Ill). has been done.

In addition, the fraying prevention thread (4) is 0 for lace fabric in 1 knitting section m.
It is knitted to form a loop with the loop of the wale (Wl) at the edge (11) of 01, and the knitted part tr
ll is knitted so that the lace fabric (wales (W2) to CW4 of 101) is sequentially transferred along the indented shape of the scallop [51] and forms a loop with the loop in each of the wales.

(5) is a connecting thread, which is a wale (Wl+) where the tip of the picot jPl is fixed in the fabric part (10') (
w2') and the inner wale (W4') are inserted and knitted! In this, several courses of the molecule il in the edited part, the edge of the lace fabric uG +ll+ wale (W
The lace fabric [1(
I and the fabric part (10') are connected.

After knitting as above, the edge of the fabric part 11Q') (
The chain knitting yarn (1') of the 1 yen wale ') is dissolved and removed, and the chain knitting yarn (1') of the adjacent wale ') is dissolved and removed.
Picot + is pulled out and knitted into the fabric part +10')
Pl is released from the fabric part TiO'), and then one knitting part tm is moved along the tip of the bicot IPI in C4.
Cut at the position indicated by the dashed line in the figure).

In this way, by manufacturing the lace fabric [+01, the edges (Ill or I) are formed into a curved scallop fsl, and the IPI is formed protrudingly along this curved scallop tsl. Narrow lace opening
is obtained.

In the above manufacturing method, the chain knitting yarn (long') of veer (Wt') of the fabric part (edge r11' in 10'N) is
After knitting one knit using soluble yarn, the soluble yarn is dissolved and removed, and the adjacent chain knitting yarn (1-) of 9 ale (%lV2') is removed to create a pipoint IP).
Force S to release L from the fabric part (10")
Chain knitting yarn (11) of 1 wale (w2') can also be carried out using soluble yarn, a certain G) is opposite to the above (chain 't, ti' of wale (W+')) It is also possible to use an insoluble yarn and remove both the wale (chain stitch yarn H' of Wl) and the chain stitch yarn 11' of the adjacent wale [W2'').

In addition, in the knitting If part (II), the bifond forming yarn (3) is knitted protruding from the scallop 151, and the protruding part is knitted over one or two wales of the fabric part flo'. The length of the protrusion from the squash tube (Is) is not limited to the above 4N. Particularly, when the projecting length from the scallop fsl is appropriately changed as in the above-described embodiment, the projecting length of the picon fPl is formed in stages.

In addition, to manufacture the narrow lace fabric mentioned above, 1.

A plurality of lace fabrics (101...) are knitted in tandem so that one of the adjacent edges of each lace fabric 0α is knitted as the above-mentioned fabric part flo',
After editing 1, place each lace fabric aαl in the fabric section (](1'
), the yarn of the wale (W') is dissolved and removed, twisted or removed to release the picot [Pl] from the fabric part (10'), and then the knitted part [nl is cut along the tip of the picot fPl. This is done by separating each lace.

In addition to implementing the lace fabric (+01) of this invention as described above, it is also possible to implement it by changing it as follows.In other words, the fraying prevention thread (4) is used to sequentially transfer the wale W of 1 as described above. In addition to carrying out the lc process, it is also possible to use two or more fraying prevention threads (4) and sequentially transfer two or more adjacent wale differences. When it is 1 formation part (nl is picot (P)
When cutting along the tip of the fraying prevention thread (4)
Even if one of the threads is cut, it can be covered by the other anti-fray thread (4).

In addition, when knitting the anti-fray yarn (4), especially in the knitted part [
When knitting in I+, the edge (1110 wale (W
In addition to knitting so as to form a loop in each course in l),
The above-mentioned wale (W+) and other wales, for example, the wale (W2) adjacent to the wale (Wl) of the edge (11) as shown in FIG. 6, may form loops alternately. When carrying out this method, even if the chain knitting yarn (1) and the anti-fray yarn (4) are used in one wale W,
Even if the chain knitting yarn (4) unravels at the same time, the fraying prevention yarn (4) is prevented from unraveling at the point where it transfers to another wale W, and as a result, the chain knitting yarn ( 1) will also be prevented from unraveling, making it possible to provide a warp-knitted lace fabric that is even more resistant to unraveling.

As explained above, according to the present invention, the fraying prevention IJ:
, yarn (4) is knitted so as to form a loop together with the loop of the wale W at the edge A11) in the knitted part I11, and in the knitted part ml, the wales /I/^M are sequentially knitted along the indented shape of the scallop +51. Since the knitting is performed so that each wale W transitions and forms a loop with its loop in each wale W, even if the wale W is cut at the knitting part molecule nl, any cut wales NM will not fray from the cut point. This results in a lace material that is difficult to maintain.

[Brief explanation of drawings]

Fig. 1 is a plan view showing an embodiment of the invention, and Fig. 2 is a plan view showing an embodiment of the invention.
An enlarged view of the organization showing a part of the image in the figure, Figure 3~
FIG. 5 shows an example of the method for manufacturing the lace fabric of the present invention,
Fig. 3 is a knitting organization diagram of the lace fabric and the fabric part adjacent to it, and Fig. 4 shows a state in which the threads forming the wales of the fabric part in Fig. 3 are removed and the picot is released from the fabric part. FIG. 5 is an organization chart showing a state in which the lace fabric at the indented part of the scallop in FIG. It is an enlarged view of the organization of the lace fabric. Nail...-Lace fabric-Tln...Edge, (3)...Picot forming thread% (4)--Flall prevention thread, fIlirl
l...Knitting portion in warp direction %fPl...Picot, (
S)...Scallop %W...Structure patent applicant Takeda Lace Co., Ltd.

Claims (1)

[Claims] 1. In the longitudinal knitting part II) of the lace fabric tlo),
The picot forming yarn (3) is knitted and twisted along the edge curve of the lace fabric U■, and the next knitted part Fi following this knitted part Il
1, the picot-forming yarn (3) is attached to the inner wale 1.
The lace fabric [111
3 scallops fsl curved at 1 are formed, and the picot-forming yarn (3)
By protruding from the scallops tsl at appropriate intervals along the scallops tsl, the knitted portion +Il or the edge (pictured on Ill) tPl is formed, and by knitting into the lace base O in the Ng perforated molecules TI, Picot fP
In the knitted part [01, the picot [the lace ground curved outward from the tip of Pl] is formed and the picot [the lace fabric 0α formed by cutting along the tip of Pl]
In the knitted part Il, the anti-tangling yarn (4) is knitted so as to form a loop together with the loop of the wale W at the edge (11), and in the knitted part (m), the fraying prevention yarn (4) is knitted so as to form a loop together with the loop of the wale W in the knitted part (m). A frayed warp-knitted lace fabric characterized in that the wales are sequentially transferred and knitted together with the loops of each wale to form a loop.