Lace fabric having hot-melt function
A lace and fabric technology, applied in the direction of fabrics, textiles, looms, etc., can solve the problems of uneconomical, inconvenient cutting patterns, inability to separate adhesive films, etc., and achieve easy manufacturing, easy use, easy and convenient attachment. Effect
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example 1
[0038] figure 1An exemplary surface (100) configuration of the lace fabric (1) of the present invention is schematically illustrated. The surface (100) of the lace fabric (1) comprises: a bottom thread layer (110), which is the coverage area (coverage factor) in which the threads of the knitted structure form the surface; and an open area (opening factor) ( 130), wherein said knitted structure is absent. A lace design pattern is formed on the bottom thread layer (110), and the lace design pattern is provided in a plurality of layers according to the design. In order to not only express the density of the knitted structure and the thickness of the thread, but also express the lace pattern and texture, the plurality of layers may include a pattern layer (112), and the pattern layer (112) is configured to pass through the surface of the bottom thread layer (110). The silk thread pattern that is re-woven to express the pattern. In other words, the lace design is formed by weavi...
example 2
[0054] In the above example 1, the hot-melt coating layer (150) is formed on the back surface of the lace fabric (1), but the following preferred example 2 of the present invention can have the following difference with the example 1: the hot-melt coating is applied to the lace fabric The silk thread itself performs. Other configurations are essentially the same.
[0055] Such as Figure 5 Shown in, lace fabric of the present invention is to be woven by two kinds of different silk threads. Furthermore, the lace fabric is formed by two different weaving layers. as in Figure 5 In (a), the bottom thread (11) includes a core (11a) and a coating layer (11b). Yarns can generally be used as the core (11a). In the present invention, the hot-melt coating layer (11b) is formed on the entire surface of the core (11a) of the bottom wire (11). Instead, as in Figure 5 As shown in (b), unlike the bottom thread (11), the surface of the effect thread (12) does not include said hot-mel...
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