JP3148941U - Textile material using a synthetic resin mesh substrate - Google Patents

Abstract

[PROBLEMS] To make a fabric-like material by using a synthetic resin mesh substrate and inserting a tape-like or thick yarn material into the mesh of the substrate to make a textile-like material, and the use of yarn is economical. Providing materials that make the work lighter. A tape using a synthetic resin mesh substrate 1 and having a mesh width in one direction of warp or weft or crossing both mesh rows and having a width substantially equal to the mesh width in each mesh row. The tape or the thick yarn material 3 is passed through the plurality of meshes without passing through the plurality of meshes, and is inserted through the meshes in the vertical direction for each of the plurality of meshes. And a tape-like or thick yarn material joint by revealing a plurality of meshes on the back side of the mesh or thick yarn material, and forming a woven-like structure by juxtaposition of the tape-like material over the entire surface of the substrate This is a fabric-like material in which the mesh frame of the mesh substrate is exposed on the back surface and voids of the tissue. [Selection] Figure 1

Description

  The present invention relates to materials for various handicraft products such as bags, accessory cases, and table centers. More specifically, the mesh rows of synthetic resin mesh substrates are tape-like or approximately one to several thick in width. The present invention relates to a fabric-like material in which a fabric-like structure is made to appear on the surface of a substrate by inserting and connecting a thread material.

  A synthetic resin mesh base material is used as a secondary material, and handbags and accessories are placed by knitting handicraft yarn using a crochet needle or by using a stitch needle and stabting the mesh base material using a technique such as satin stitch. The creation of cushions etc. by handicrafts utilizing the personal hobbies and preferences has been widely known and practiced.

Further, the mesh of the mesh base material is crossed in a plain weave by inserting a tape material having the same width as the mesh length in the direction of the mesh in the direction or in the diagonal direction of the mesh, and is exposed by the tape material and the coupling. It has also been proposed to produce a variety of fabric materials by handcraft by blending colors with the four corners of a net-like substrate. (For example, see Patent Document 1)
Japanese Utility Model Publication No.59-31754

  However, traditional handcrafts using a base material are handcrafts that are knitted on a net-like base material using a crochet or a binding needle, or stabbed by a technique such as satin stitch, all of which are made of a net-like material, a tape-like material or a thick yarn material. Not only was the amount of use increased and the weight of the work increased, making it uneconomical, but also complicated crochet could not be done without knowledge of knitting techniques, and it was widely used by children There was a difficulty in spreading it.

  In view of the above-mentioned actual situation, the present invention uses only a binding needle that has been partially used in the past, and can be easily hooked or passed through a mesh so that the yarn is spread over the surface of the substrate. It is intended to make it easier for children to find a material that looks like, and to make the use of handicraft yarn material economical and reduce the weight of the work.

  That is, the fabric-like material of the present invention suitable for the above purpose uses a synthetic resin mesh base material, and the width of the mesh is substantially close to the mesh width in each mesh row in any one of the warp, weft, and diagonal directions of the mesh. A tape-like material having one or several thick yarn materials, the base material surface side is passed through without passing through a plurality of meshes, and the plurality of meshes are inserted from the upper and lower directions of the meshes, and bonded to the meshes. A tape-like or thick yarn material covering a plurality of meshes on the front surface side, and a tape-like or thick yarn material joint portion by mesh insertion on each of the plurality of meshes is revealed on the back surface side, and a structure by juxtaposition of tape-like materials on the substrate surface It is characterized in that it is formed and the mesh frame of the mesh substrate is exposed to the back surface of the tissue and the tissue space.

  In addition, the present invention is not limited to one direction of the warp and weft directions described above, and is further combined to provide the above-described configuration in both the warp and weft directions, crossing each other on the base material surface, It is also characterized by the formation of a fabric-like structure of thick yarn material, using a synthetic resin mesh base material, and each mesh row of warp and weft has a tape shape having a width substantially close to the mesh width or 1 to several Each of the thick yarn materials of the book is exposed on the substrate surface side over a plurality of meshes without passing through the meshes, and is inserted through the meshes in the vertical direction for each of the plurality of meshes, and is revealed on the back side. At the same time, the warp and weft tape-like or thick yarn material is cross-formed as appropriate on the substrate surface side to create a fabric structure with the warp and weft tape-like or thick yarn material on the substrate surface. Expose the mesh frame of the reticulated substrate to the back of the tissue and the tissue voids. The constitution. In addition, it is more preferable in terms of color effect to use a plurality of materials having different colors as the tape-like or thick yarn material inserted into the mesh in each of the fabric-like materials.

  As described above, the fabric material of the present invention is tape-like or one to several thick yarns are passed through a plurality of meshes without being inserted into the meshes, and the plurality of meshes are joined to a mesh frame to form a fabric structure on the substrate surface side. Since the mesh frame is exposed on the back side and in the tissue gap, it can be easily formed using only the binding needle, and there is no need for a knitting handcraft using a complicated crochet as in the past, and even children can easily Since it has the simplicity that can be made, the tape-like or thick yarn material is exposed over a plurality of meshes on the substrate surface side, and the tape-like or thick yarn material hardly appears on the back side because the mesh substrate is exposed The materials used are also more economical and the work can be formed lighter than before.

  In addition, the reticulated frame of the base material is exposed on the back side of the structure and the gap, and the appearance of the work is made good by selecting each color of the background tape shape or thick thread material, and the effect of contributing to the improvement of creative motivation by handicraft operation Is also expected.

  Hereinafter, specific embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 1 is a front view showing an example of the material of the present invention, FIG. 2 is a back view of the example, in which 1 is a synthetic resin net substrate, 2 is a mesh of the substrate, and the mesh 2 is In the figure, a rectangular shape is used, but various shapes such as a circle and a rectangle can be used so as to match the shape of the product.

  On the other hand, 3 is a tape-like material used as one of handicraft materials for the synthetic resin net-like base material 1 in the present invention, and is usually a flat and long material having a width substantially close to the width of the mesh. In the figure, 3a, 3b, and 3c are tape materials of different colors. These tape-like materials 3 use the above-mentioned mesh-like base material 1 and are hooked or passed through the mesh 2 using a binding needle without passing through a plurality of meshes on the surface side in each mesh row. , Repeating the operation of inserting the mesh from above and below and joining to the mesh frame for each of the plurality of meshes, revealing the tape material over the plurality of meshes on the front side, and the upper and lower sides for each of the plurality of meshes on the back side Each of the mesh rows juxtaposed in the substrate 1 is formed with a structure of a tape material extending over a plurality of meshes on the surface side of the mesh row so that only the joint portion by the insertion is exposed and the mesh frame of the substrate is exposed. To form a parallel structure on the entire surface of the substrate. In this case, the mesh frame of the reticulated base material is exposed from time to time on the back side of the tissue and in the voids.

  Here, the number of meshes that are not inserted through the tape material in each mesh row may be the same, but is preferably changed in each mesh row, and the color of the tape material is not the same, It is also effective to use different colors such as the tape materials 3a, 3b and 3c shown in the figure.

  The fabric-like material on the surface of the base material by insertion of the tape-like material into each mesh row may be only a parallel structure in which the tape-like material 3 is arranged in the warp direction of the net-like base material 1, and the weft direction. However, it is more effective as a handicraft product material to combine the two into a plain weave-like change structure using both warp and weft tape-like materials.

  FIG. 1 and FIG. 2 show a plain weaving texture-like material by a combination of tape materials extending in both the warp and the warp directions. While the plurality of meshes 2 are not inserted through the tape-like material 3, a parallel structure is formed by repeatedly connecting the plurality of meshes from the vertical direction of the meshes 2 and joining the meshes through the mesh frame, The two tape-like materials 3 arranged in parallel in the warp direction and the weft direction are joined to each other by orthogonal crossing on the base material surface side, and formed as a plain weave change texture-like material that exposes the mesh frame as needed as a whole in the tissue void. Yes.

  On the other hand, on the back side, as shown in FIG. 2, the mesh frame of the mesh substrate is almost exposed except for the joint portion formed by insertion from above and below the tape-like material, and the tape-like material is hardly exposed.

  In addition, the cross-linking position on the surface of the base fabric of the tape-like material 3 in the warp direction and the weft direction is selected as appropriate, and the surface-side structure due to the cross-over of the warp and weft tape materials on the entire surface changes accordingly. In particular, when different color materials 3a, 3b, and 3c are used as the tape-like material 3 as shown in the drawing, a greater variety of changes can be obtained in the surface side structure in combination with the color change.

  In addition, although the case where the tape-shaped material was used as the handcraft material was described above, the handcraft material is not limited to the tape-shaped material, and one or two or more thick yarns are approximately close to the width of the mesh. It can also be used as a state, and it is also suitable to form a more complicated pattern by mixing with the tape-like material. In these cases, the manner of inserting the handicraft material into the mesh is the same as described above, and it is also the same that a plurality of materials having different colors can be used.

  FIG. 3 shows a handbag A as an example of a product made of the above-mentioned material. Various structures of the tape-like material extending over the plurality of meshes appear on the surface of the bag A, and on the back side. Only the insertion coupling portion of the tape material to the mesh appears, and the mesh frame of the mesh substrate is almost exposed.

  The above is the case where a tape-like or thick thread material is inserted in both the warp and weft directions with respect to the mesh of the mesh substrate, but the same applies to the direction with respect to the diagonal direction of the mesh of the substrate. It is also possible to insert a tape-like or thick thread material into the application field.

It is a surface view which shows an example of the textile-like material which concerns on this invention. It is a reverse view of the fabric-like material shown in FIG. It is a general-view figure which shows the example of a product by the said raw material.

Explanation of symbols

1: Reticulated substrate 2: Reticulated 3: Tape-shaped material 3a, 3b, 3c: Different color tape-shaped material

Claims (3)

  Using a synthetic resin net base material, a tape-like or one to several thick yarn materials having a width substantially close to the width of the net in each mesh row in either one of the warp diagonal and the diagonal direction of the mesh, The base material surface side is spread without passing through a plurality of meshes, and is inserted from the vertical direction of the meshes for each of the plurality of meshes and bonded to the meshes, and a tape-like or thick yarn material extending over the plurality of meshes on the substrate surface side, A tape-like or thick yarn material joint is revealed on the back side of each mesh, and forms a parallel structure of tape-like or thick yarn material that appears on the surface of the substrate. A fabric-like material using a synthetic resin mesh substrate, wherein the mesh frame of the mesh substrate is exposed.   Use a synthetic resin net base material, and insert a tape or one to several thick yarn materials having a width almost equal to the mesh width in each mesh row of the background over a plurality of meshes on the surface side, respectively. A plurality of meshes are inserted from above and below the meshes and joined to the meshes, and the above-described tape-like or thick yarn material is appropriately crossed over each other to form a plurality of meshes in both the longitudinal and transverse directions. A woven fabric structure is formed by crossing tape-like or thick yarn material, and a bonded material by tape or thick yarn is revealed on the back surface side by inserting meshes for each of a plurality of meshes, and the mesh of the mesh-like substrate is formed on the back surface of the tissue and the tissue gap. A fabric-like material using a synthetic resin net-like base material characterized by exposing a frame.   The textile material using the synthetic resin net-like base material according to claim 1 or 2, wherein the tape-like or thick thread material inserted into the mesh consists of a plurality of different colors.

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