TWM531957U - Structure of core-sheath composite luminescent colored yarn - Google Patents

Description

Core-sheath composite luminescent yarn structure

The invention relates to the design of a luminous yarn, in particular to a structure of a core-sheath composite luminous yarn.

Referring to Figure 1, the conventional illuminating yarn 1 is composed of a luminescent mother powder 11 and a woven high-fiber molecule 12 (shown schematically in the figure), whereby the two are mixed and stirred into a luminescent textile fiber melt solution. Spinning (not shown) is carried out, and a plurality of the skeins are interlaced into a illuminating yarn 1 so that a plurality of the luminescent master powders 11 are covered on the illuminating yarn 1 and then borrowed. A woven fabric (not shown) is woven from the illuminating yarn 1 for use, so that the finished product formed by the woven fabric can be stored in the bright place by the illuminating masterbatch powder 12 distributed thereon. It is then used for illuminating in dark places.

However, in view of the fact that the illuminating yarn 1 adopts a mixing and agitating method, the illuminating masterbatch powder 12 may have a mixed unevenness during the mixing process, which not only causes partial appearance on the illuminating yarn 1. The aspect of the luminescent masterbatch powder 12 is more, and at the same time, there is also a portion in which the illuminating masterbatch 12 is sparsely disposed, so that the illuminating yarn 1 is woven when it is made into a fabric. Dispersion, lack of luminosity, and lack of illuminating effect, and the illuminating yarn is attached to the illuminating masterbatch 12 by agitation and mixing, and the use time is not effective and long-lasting, and the luminous efficiency is greatly improved. reduce.

In view of this, another manufacturer has specifically addressed the aforementioned problems, and discloses a novel patent of "the structure of a core-sheath composite luminescent yarn" 2, No. M516052, as shown in FIG. 2, which comprises a plurality of luminescent masterbatch (in the figure) a light-emitting wire 21 drawn in a medium, and a composite yarn 22 obtained by interlacing a plurality of textile fiber polymers, and the composite yarn 21 is allowed to adhere to the light-emitting yarn 21 to form a core state. Provided in the composite yarn 22, the fabric woven by the foregoing is used to reduce the dispersion of light, unevenness, and the improvement of the unstable light-emitting effect; however, in view of the light-transmitting effect of the light-emitting yarn 2 Preferably, the composite yarns 22 are all white yarns, so that the fabrics with various color-changing characters or patterns cannot be woven into the bright places, and the fabric can only be used in the dark. The light that the store will store is displayed, so there is still room for improvement.

Therefore, the object of the present invention is to provide a structure of a core-sheath composite luminescent color yarn, which can not only stabilize the luminescence effect, but also disperse the luminosity, and also has a better outward color development effect.

Therefore, the structure of the novel core-sheath composite luminescent color yarn comprises a illuminating line and a collecting line for coating the illuminating line; wherein the illuminating line is drawn from the plurality of illuminating master particles into at least one long line And the plurality of long-length bodies are interlaced by the plurality of long-length bodies; and the polymerization line has a plurality of white yarn bodies and a plurality of color-yarn bodies intertwined with each other, and the polymerization can be coated with the light-emitting wires, thereby The light-emitting line is disposed in the polymerization line in a form of a core portion; and the light-emitting line formed by drawing through the plurality of light-emitting master particles is attached to the polymerization line in the form of a core portion, thereby The illuminating line is woven in a uniform manner and the woven line is woven into a text or pattern fabric for use, so that when the fabric having the text or pattern is used in the bright place of the place, not only by the polymerization line According to the color, the color is outwardly displayed, and the light-emitting line attached to the light is simultaneously stored for the light energy, so that the light emitted by the light-emitting line in the dark passes through the polymerization line to display the light-emitting outward. Effect Color, and during use, there is no uneven distribution of the illuminating line attached to the polyline, and luminosity is not enough, so that the fabric is woven with text or pattern to present a more prominent display. Not only does the illuminating effect be better, but it is also stable, and at the same time, it will not make the light emitted for a long time. Degrees such as disparity and insufficiency arise, which is beneficial to improve the use effect.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention.

Referring to FIG. 3, a first preferred embodiment of the structure 3 of the novel core-sheath composite luminescent color yarn comprises a light-emitting line 31, and a polymer line 32 covering the light-emitting line 31; wherein the light-emitting line 31 And extracting at least one long line body 311 from the plurality of light-emitting mother particles, and interlacing the plurality of long-length body bodies 311; therefore, the light-emitting effect is obtained by extracting and interlacing the light-emitting master particles The line 31 is not only capable of storing light energy in a bright area, but also because the light-emitting line 31 is interlaced by a plurality of the long-line bodies 211, so that the light-emitting effect is not evenly dispersed, and the emitted light is more uniform. It can be displayed in a better and stable state.

As for the polymerization line 32, the plurality of white yarns 321 and the plurality of color yarn bodies 322 are interwoven with each other, and the light-emitting wires 31 may be coated therein so that the light-emitting lines 31 are in the polymerization line 32. Forming a core portion, and the foregoing polymer line 32 can be a color yarn material having a color display of yellow, green, orange, blue, etc., and further woven into a cloth of various colors, so that it can be the same as a general cloth. In response to the use in different categories, the polyline 32 and the luminescence The ratio of the line 31 can be adjusted according to the desired fabric, that is, if appropriate luminosity is required, it can be set to 50% each, if it is required to exhibit high brightness. For the illuminating, the ratio of the ratio of the concentrating line 32 to the illuminating line 31 is 55~60:45~40, and if the brightness is desired to be slightly lower, the concentrating line 32 The design of the ratio of the light-emitting line 31 is 45~40:55-60 (not shown), and the different combinations of the above-mentioned combinations are used to meet the brightness requirements of different fabrics, and the application range is wider. The following is illustrated by way of example in the figure.

Referring to FIG. 3 to FIG. 4, the user can fabricate different colors of the fabric formed by the structure 3 of the core-sheath illuminating yarn according to requirements, thereby sewing into various clothes or items having special purposes (Fig. And not shown in the above-mentioned sewn finished clothing or article, which is designed to have a multi-color display combined with characters, patterns or graphics, or to be used by the core-sheath illuminating yarn The fabric 4 woven by the structure 3 is separately designed to be used in a combination of characters, drawings or graphics on a general article or clothing 5 to expand the scope of use; in view of the fact that the article or the garment is provided with The design or the graphic design of the structure 3 of the core-sheath illuminating color yarn is used, so that when the bright place is in contact with the light energy, the color of the polymerization line 32 can be displayed outwardly to form a color, and the color is formed. The light-emitting line 31 having a core portion disposed in the polymerization line 32 stores light energy in the light, and the light-emitting line 31 is drawn into the long-line body 311 through the plurality of light-emitting master particles. The setting of the long line body 31 1 is interlaced, not only does it not occur, so that the whole of the light-emitting line 31 is stabilized in the storage of light energy, and then used in a dark place, as shown in FIG. It is shown that the light-emitting line 31 will be guided through the polymer line 32 to emit a light-emitting display effect with the color of the polymer line 32, so that the light-emitting display effect is more remarkable, and the degree of recognition is high, and at the same time, outward. The illuminating effect of the display is also average and relatively stable, which is different from the conventional one. Only the luminescent mother powder and the woven polymer are mixed and stirred, thereby causing partial over-luminescence or incomplete luminescence. Or for the knowledge 2, although When the fabric with stable luminosity is present, but can not be woven into a text or pattern, it can be displayed in a dark place in a single and unchanging use form, so that the effect is applied. Therefore, the fabric 4 woven by the structure 3 of the core-sheath composite luminescent color yarn of the present invention is formed into a clothing, an article, or a text, a pattern or a graphic, and the like, which is applied to other articles. In use, under long-term use, the luminosity of the luminescence can be easily dispersed, and the illuminating effect is uniform and stable. Of course, in the illuminating process, the illuminating light passes through the colored line to emit light, which can be displayed more. The use of changes greatly increases the convenience of use.

Referring to FIG. 6, in the second comparative embodiment of the present invention, the structure 3 of the core-sheath composite luminescent color yarn comprises a light-emitting line 31, and a component such as a polymer line 32 covered by the light-emitting line 31; wherein the light-emitting line 31 At least one long line body 311 is extracted from the plurality of light-emitting master particles, and the plurality of long-length bodies 311 are interwoven into a yarn, so that the light-emitting effect is extracted from the light-emitting master particles. The line 31 is capable of storing light energy in a bright place, and the light-emitting line 31 is formed by interlacing a plurality of the long-line bodies 311, so that the light-emitting operation can be performed in a better stable state and effectively and uniformly during light-emitting; The polymer line 32 is formed by interlacing a plurality of white yarn bodies 321 and a plurality of color yarn bodies 322 such that the polymer line 31 is adhered to the light-emitting line 31, and the polymer line 32 can be formed into a core portion. The aspect is disposed in the illuminating line 31, and the concentrating line 32 can be set in the color ray of yellow, green, orange, blue, etc., so that the structure of the core-sheath composite illuminating color line is formed into three bodies. One inside and outside with both light energy storage and outward color Brightly disposed; therefore, the arrangement of the polymer wire 32 having the same light-emitting effect is attached to the light-emitting wire 31, and the structure 3 of the core-sheath composite light-emitting yarn is woven into a fabric or alternatively made into a letter or a pattern. When the graphic or the like is used (not shown), the light-emitting line 31 and the polymerization line 32 can simultaneously store light energy in a bright place, and can simultaneously release the absorbed light energy in a dark place. And, of course, in view of the arrangement of the coloring yarn 32, the color, the pattern, the graphic, and the like are displayed by the original color on the polymerization line 32 in the bright place, and vice versa. At the same time, the light-emitting line 31 and the polymerization line 32 simultaneously display characters, patterns and graphics in a manner of displaying color light, and the generated light-emitting effect is not only stable, but also has a relatively uniform luminosity. However, it is difficult to disperse, so that the light-emitting line 31 or the polymer line 32 has the dual characteristics of light storage and light-emitting, and is more suitable for use in articles having special purposes, which is advantageous for improving the use effect.

In summary, the structure of the novel core-sheath composite luminescent color yarn utilizes a light-emitting line interwoven by a plurality of long-length bodies woven from a plurality of luminescent mother particles, and is simultaneously composed of a plurality of white yarn bodies and The polymer yarns interlaced by the plurality of yarn bodies are covered, so that the light-emitting wires can be woven into the text or the fabric for use in a uniform manner, and the fabric is not used during use. The light-emitting line may be unevenly distributed in the polymerization line, and the luminosity is insufficient, and the illuminating effect is stable. Of course, in the illuminating process, the condensed light passes through the colored line, and the light is emitted. It shows the change in use and greatly increases the convenience of use, so it can achieve the purpose of this new type.

However, the above description is only for the purpose of illustrating the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made in accordance with the scope of the present patent application and the contents of the new specification. All should remain within the scope of this new patent.

[Study 1]
1‧‧‧Lighting yarn
11‧‧‧Lighting masterbatch powder
12‧‧‧Textile fiber polymer [Knowledge 2]
2‧‧‧Structure of core-sheath composite luminescent yarn

21‧‧‧Lighting yarn

22‧‧‧Composite yarn

[This new type]

3‧‧‧Structure of core-sheath composite luminescent yarn

31‧‧‧Light lines

32‧‧‧Polyline

312‧‧‧Long-line body

321‧‧‧White body

322‧‧‧ yarn body

4‧‧‧ fabric

Figure 1 is a schematic view of a conventional illuminating yarn.

Fig. 2 is a schematic view showing the structure of a core-sheath composite luminescent yarn of the novel patent No. M516052.

Figure 3 is a schematic view of a first preferred embodiment of the present invention.

4 to 5 are schematic views of the fabric of the first preferred embodiment.

Figure 6 is a schematic view of a second preferred embodiment of the present invention.

3‧‧‧Structure of core-sheath composite luminescent yarn

31‧‧‧Light lines

32‧‧‧Polyline

311‧‧‧Long-line body

321‧‧‧White body

322‧‧‧ yarn body

Claims (5)

A structure of a core-sheath composite luminescent color yarn comprising a light-emitting line and a polymer line coated with the light-emitting line: wherein the light-emitting line extracts at least one long-line body from the plurality of light-emitting master particles, and The plurality of long-length bodies are interlaced by the plurality of long-length bodies. The polymerization line has a plurality of white yarn bodies and a plurality of color-colored yarn bodies interlaced with each other, and the polymerized wires can cover the light-emitting wires. The structure of the core-sheath composite luminescent color yarn according to claim 1, wherein the polymerization line is a color yarn material having a color of yellow, green, orange or blue. A structure of a core-sheath composite luminescent color yarn comprising a light-emitting line and a polymeric line covered by the light-emitting line: wherein the light-emitting line extracts at least one long-line body from the plurality of light-emitting master particles, and The plurality of long-length bodies are interlaced by the plurality of long-length bodies. The polymerization line has a plurality of white yarn bodies and a plurality of color-colored yarn bodies interlaced with each other, and the polymerization lines can be attached to the light-emitting lines. The structure of the core-sheath composite luminescent color yarn according to claim 3, wherein the polymerization line is a color yarn material having a color of yellow, green, orange, blue or the like. The structure of the core-sheath composite luminescent color yarn according to claim 3 or 4, wherein the polymerization line is a light-emitting line.