JP2019123980A - Layout line, stitching kit, and stitching method, as well as bead weaving kit and bead weaving method - Google Patents

Abstract

To provide a layout line for efficiently performing stitching or bead weaving; a stitching kit or a bead weaving kit using it; and a stitching method or a bead weaving method using them.SOLUTION: A layout line 100 used for stitching is obtained by passing all of the beads 200 necessary for creating a design image in stitching through one gut 300. A stitching kit comprises both of the layout line 100 and a stitching stage for setting the layout line and stitching the design image.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a layout line used for stitching or bead weaving, a stitching kit or bead weaving kit using the same, and a stitching method or bead weaving method using these.

  The creation of accessories using beads is a hand-made hobby widely spread all over the world, and accessories such as earrings and key tops are mainly created. As a stitching operation, peyote, square and shaped are known. With these three types of stitches, beads can be lined up in the same direction, and it is possible to create unique patterns and shapes of accessories by mixing and combining the color of beads of the same size (the same standard) .

  By the way, accessory design is mainly hand-painted, but recently, it has been proposed that a computer can be used to output a design image and provide a list of types (such as colors) and quantities of material beads. In addition, as a stitching kit, there is marketed a bag that has been packed in a uniform quantity with the design image required for stitching and the type (color etc.) of beads used for that (for example, Patent Document 1 etc.).

  However, in the conventional stitching kit, the beads corresponding to the design image are sequentially picked up one by one from the container containing the beads, and the stitching needle and thread (thread) are used to stitch the number of beads. You just need to repeat. During the stitching process, the beads are usually stored in different containers for different types of containers, but when picking up the beads they are often broken up and messed up with other beads, and the working efficiency of the stitching is poor There's a problem.

JP 2012-217714 A

  An object of the present invention is to provide a layout line capable of efficiently performing stitching or bead weaving, a stitching kit or bead weaving kit using the same, and a stitching method or bead weaving method using these. I assume.

  A layout line according to an aspect of the present invention is a layout line used for stitching, and the layout line is one in which all the beads necessary for creating a design image for stitching are passed through a single tag. It is.

  A stitching kit according to another aspect includes the layout line described above, and a stitching stage for setting the layout line and stitching the design image.

  A stitching method according to another aspect is a stitching method of stitching a design image using a layout line, and the layout line is the above-mentioned layout line.

  A layout line according to another embodiment is a layout line used for bead weaving, and the layout line is one in which all the beads necessary for creating a design drawing in bead weaving are passed through one tex. .

  A bead weave kit according to another aspect includes the above-mentioned layout line and a rectangular plate-like member, and cuts are provided at predetermined intervals on both end faces orthogonal to the short direction of the plate-like member, The layout line is wound around the cut in a zigzag manner.

  A bead weaving method according to another embodiment is a bead weaving method in which a design weave is bead weaved using a bead weave kit, and the bead weave kit is the above-mentioned bead weave kit.

  According to the present invention, stitching or beading can be performed efficiently.

FIG. 5 is a design drawing of a stitching kit according to one embodiment of the present invention. FIG. 5 shows a bead list of a stitching kit according to an aspect of the invention. FIG. 5 is a diagram showing a layout line of a stitching kit according to an aspect of the present invention. FIG. 6 shows a perspective view of a stitching stage of a stitching kit according to an aspect of the present invention. FIG. 6 shows a front view of a stitching stage of a stitching kit according to an aspect of the present invention. FIG. 6 shows a side view of a stitching stage of a stitching kit according to an aspect of the present invention. FIG. 6 shows a perspective view of a stitching stage of a stitching kit according to an aspect of the present invention. It is a figure which shows the state which applied the layout line to the stitching stage which concerns on 1 aspect of this invention. FIG. 7 is a diagram illustrating a stitching method according to an aspect of the present invention. It is a figure which shows the design image used for bead weave which concerns on 1 aspect of this invention. It is a figure showing the layout line and plate-like member of the bead weave kit concerning one mode of the present invention. It is a figure showing the layout line and plate-like member of the bead weave kit concerning one mode of the present invention. FIG. 5 illustrates a bead weaving method according to an aspect of the present invention. FIG. 5 illustrates a bead weaving method according to an aspect of the present invention.

<Overview>
A layout line according to an aspect of the present invention is a layout line used for stitching, and the layout line is one in which all the beads necessary for creating a design image for stitching are passed through a single tag. It is. Stitching can be performed efficiently by using this layout line. That is, since the bead uses a layout line set in advance in the tegs, there is no problem such as being broken when picking up the bead from the container and scattering other beads.

  A stitching kit according to another aspect includes the layout line described above, and a stitching stage for setting the layout line and stitching the design image. This enables the layout lines to be stitched more efficiently on the stitching stage. That is, since the beads are set on the stitching stage, they are easy to carry and can be stitched anywhere. In addition, you can work even in places like cafes, even in open time, so even people who are almost uninterested in bead accessory production can feel free to stitch.

  In the stitching kit according to another embodiment, the stitching kit further includes a bead list for creating the layout line, and the bead list includes the color, the number, and the number of beads necessary for stitching the design image. It is a table visualizing the arrangement. This improves the efficiency of stitching.

  In the stitching kit according to another aspect, the stitching stage is a stage for stitching the layout line, and a pull which can hold the layout line in a state in which the tension is applied to the tag from a position lower than the stage. And a hanging portion. This further improves the stitching efficiency.

  In the stitching kit according to another aspect, the design image is a design image by peyote, square or shaped. Since these are lined with beads in the same direction, it is possible to perform the same stitching as the design drawing on the stitching stage.

  A stitching method according to another aspect is a stitching method of stitching a design image using a layout line, and the layout line is the above-mentioned layout line. This improves the efficiency of stitching.

  A layout line according to another embodiment is a layout line used for bead weaving, and the layout line is one in which all the beads necessary for creating a design drawing in bead weaving are passed through one tex. . By using this layout line, bead weaving can be performed efficiently. That is, since the beads use a layout line set in advance, there is no risk that they will be dropped when picking up the beads from the container and scatter other beads, and there is no need to stock extra beads at hand. The efficiency of bead weaving is improved.

  A bead weave kit according to another aspect includes the above-mentioned layout line and a rectangular plate-like member, and cuts are provided at predetermined intervals on both end faces orthogonal to the short direction of the plate-like member, The layout line is wound around the cut in a zigzag manner. By using this layout line, it is possible to easily set the beads used in the design on the weft of the bead weaving machine, so that bead weaving can be performed efficiently.

  A bead weaving method according to another embodiment is a bead weaving method in which a design weave is bead weaved using a bead weave kit, and the bead weave kit is the above-mentioned bead weave kit. This improves the efficiency of bead weaving.

First Embodiment
Hereinafter, a layout line and a stitching kit according to one aspect of the present invention will be described with reference to the drawings. The present invention is not limited to the following embodiments.

  FIG. 1 shows a design image, FIG. 2 shows a bead list necessary for producing the design image of FIG. 1, and FIG. 3 shows a layout line created according to the bead list of FIG. 4 to 7 show a stitching stage.

1. Overall Configuration The stitching kit of the present embodiment comprises at least a layout line. Here, the design further includes a design stage, a stitching stage, and a bead list.

2. Design Drawing A design drawing is a bead design that you want to create. In the design image in this embodiment, the beads are all oriented in the same direction, and examples thereof include peyote, square, and shaped.

  Here, the design drawing of Peyote shown in FIG. 1 (6 vertical bars × 7 horizontal beads) will be described. The numbers (1, 2, 3, 9, 21) in the figure indicate the color of the beads. For example, 9 is white and 21 is silver. Here, the design image is created by computer software.

3. Bead List The bead list is a specification such as a table visualizing the color, number, arrangement and the like of beads necessary for producing a design drawing. In the bead list in FIG. 2, the actual design image and the bead arrangement are reversed so that the layout line can be created by passing the beads 200 from the left end to the right end in all the stages (one stage to 12 stages). I am doing it.

  Here, creation of the bead list is performed by computer software. At the same time as creating a design drawing, it is also possible to create a bead list for layout lines.

4. Layout Line The layout line in this embodiment is obtained by passing all the beads necessary for creating a design drawing (see FIG. 1) through one tex.

  FIG. 3 is a layout line 100 created based on the bead list of FIG.

  In FIG. 3, the lower bead 200 corresponds to the first bead 200 of the bead list of FIG. 2, and the upper bead 200 corresponds to the twelfth bead 200 of the bead list of FIG. That is, the lower side of the layout line 100 in FIG. 3 indicates the tip side 101 of the layout line 100, and the upper side indicates the distal side 103 of the layout line 100.

  Since the design of Peyote has all the beads 200 facing sideways, one Tegus 300 is made by passing the designed beads 200 through the Tegus 300 in a single stroke manner. Layout lines 100 can be created.

  Specifically, it passes through one string 300 in order from the bead 200 at the left end of the first row of the bead list in FIG. 2 to the bead 200 at the right end. That is, four beads (No. 1) are passed successively. Next, the beads (No. 2), the beads (No. 10), and the beads (No. 2) are passed through one tex 300 in order from the left end to the right end of the second stage. The layout line 100 can be created by repeating this operation up to the bead 200 of the twelfth stage. Here, every time the line of beads 200 is broken, that is, every time the stage changes, two silicon pipes 210 are passed as a mark. In this manner, by performing the routine work such as "take the bead 200 from the left end and pass the silicon tube 210 when taken to the right end", mistakes in creating the layout line 100 can be eliminated, and the layout line can be efficiently made. 100 can be created.

4-1. Beads The color of the beads 200 used is appropriately determined according to the design image, and examples thereof include white, silver, red, black and the like. Moreover, the shape of the bead 200 to be used is not specifically limited, For example, round shape, hexagonal shape, etc. are mention | raise | lifted.

  In the embodiment, the beads 200 all use the same standard (size). Here, in the "round (round shape)" of Delica beads manufactured by MIYUKI, Inc., cylinder outer diameter: about 1.3 mm, cylinder inner diameter: about 0.65 to 0.7 mm, cylinder length: about 1.15 mm I use it.

4-2. The tag 300 generally refers to cords and cords made of synthetic fibers such as nylon and fluorocarbon. Tegs is thicker as the number is larger, and it is colorless and transparent and has various colors. Here, a colorless and transparent nylon tegus (0.2 mm) 300 is used.

5. Stitching Stage FIGS. 4 to 7 show the stitching stage 400. 4 is a perspective view of the stitching stage 400, FIG. 5 is a front view of the stitching stage 400, FIG. 6 is a side view of the stitching stage 400, and FIG. 7 is a perspective view of the stitching stage 400.

  Here, a state in which the layout line 100 is hooked up or a state in which the layout line 100 is hooked up is shown.

  The stitching stage 400 has a convex stage (working table) 401 at the central portion when viewed from the front, and tapered hooks 402 at both ends thereof.

5-1. Stage The stage 401 has a flat rectangular shape, and stitches the layout line 100 set thereon.

5-2. Hooking part The hooking part 402 has a height smaller than that of the stage 401 and is tapered so that tension is applied to the tag 300. A part of the hooking portion 402 is formed in a concave portion 403 opened at the upper side so that an operation such as hooking of a layout line can be easily performed. The hooking portion 402 has a plurality of (here, six) hooks 411 for hooking the layout line, and the tip of the hook 411 is fixed to the hooking portion 402 by a rubber 412. Thus, the tension 300 can be tensioned from a position lower than the height of the stage 401, and the layout line 100 can be set so as to stick to the surface of the stage 401. That is, even if the gap between the beads 200 is narrowed during stitching, the layout of the beads 200 is maintained, so the task of passing the stitch needles and threads through the beads 200 becomes easy. In addition, loosening of the bead 200 in the portion where the stitching is completed does not occur.

6. Stitching FIG. 8 is a view showing a state in which the layout line 100 is applied to the stitching stage 400, and FIG. 9 is a view showing a state in which the stitching is partially performed.

  Stitching in the present embodiment will be mainly described with reference to FIGS. 3, 8 and 9.

  First, the front end side 101 of the layout line 100 is hooked on the top hook 411 on the left side of the stitching stage 400, and clipped with a clip 420 so that the tegs 300 do not slip. With the layout line 102 opposite to the clipped side held by the clip 420 hooked to the top hook 411 on the right side of the stitching stage, and then tensioned to the end side 103 of the layout line 100 in a zigzag manner, The layout line 100 is set on the stitching stage 400. The end side 103 of the layout line 100 is also clipped with a clip 420 so that the tegs 300 do not slip.

  Next, as shown in FIG. 9, using the stitch needle 500 and the thread 600, the beads 200 at the left end of the top row of the stitching stage 400 to the beads 200 at the right edge in order, one by one. The beads 200 are bundled and stitched. After passing the threads 600 through the beads 200, the tegs 300 for the layout line 100 are pulled out of the beads 200. Also, the silicone tube 210 does not pass through the thread 600 because it is merely a mark. Next, stitching is performed sequentially from the bead 200 at the right end of the lower row to the bead 200 at the left end. The design image shown in FIG. 1 can be created by performing stitching in a zigzag manner up to the beads 200 of the lowermost stage.

  Here, the layout line 100 has a small number of beads 200 (a small number of steps) and shows only a part, but if the number of beads 200 increases, the layout line 100 is set on the stitching stage 400 again. While doing stitching repeatedly.

7. Stitch needle and thread The stitch needle 500 is not particularly limited as long as it is a bead dedicated needle used for ordinary bead stitch, but a thin and flexible needle is preferable because it often passes through the same bead many times.

  The thread 600 is a thread for bead stitching, and the type, size, and the like of the thread can be selected depending on the design image to be created. Here, a thread thicker than the tegs (0.2 mm) 300 for the layout line is used.

8. Effect According to the present embodiment, all the beads 200 for creating the design image are prepared in advance in the state of the layout line 100, so the layout line 100 is set on the stitching stage 400 and immediately stitched. You can work on it. For stitching workers, the design has already been realized on the stitching stage 400, and work can be carried out while easily imagining the completed appearance of the accessory, thus increasing interest and concentration in stitching. And stitching can be done efficiently. Further, according to the present embodiment, since a space is not taken in stitching, stitching can be performed in a space-saving manner. A wide variety of stitching kits can be provided by preparing layout lines according to the design drawings.

<Modification>
As mentioned above, although one Embodiment was described, this invention is not limited to this embodiment, For example, the following modifications may be sufficient. Moreover, what combined embodiment and a modification may be used, and what combined modification may be used. In addition, even if there are design changes in a range that does not deviate from the examples and the gist not described in the embodiment or the modification, the present invention is included in the present invention.

1. Stitching Kit Although the stitching kit of the embodiment includes the layout line, the design image, the stitching stage, and the bead list, the rest is optional as long as the layout line is provided.

  Moreover, although the stitching kit of embodiment is a layout line of the finished goods of the state which let the bead pass through texes previously, a part or all of a layout line may be unfinished goods. That is, it is acceptable for the purchaser of the stitching kit to create a layout line through the beads from the bead list to the tag.

2. In the embodiment, stitching is performed by hooking the layout line 100 from the left side of the first stage of the stitching stage 400, but stitching may be performed by hooking the layout line 100 from the right side.

  In addition, the layout line 100 may be hooked and stitched not from the top stage of the stitching stage 400 but from the bottom stage.

3. Design Drawing Although the design drawing of the peyote has been described in the embodiment, it may be a design drawing of square, shaped or the like.

  The design image may be substituted by, for example, a completed photo.

4. Although the silicon tube layout line passes two silicon tubes 210 as a mark every time the step changes, the mark may not be the silicon tube 210, and the number of silicon tubes 210 is not limited to two. . The mark may be omitted.

5. Clip In the embodiment, both ends of the layout line are clipped by the clip 420, but the layout line is not limited to the clip 420 unless the tag 300 for the layout line slips. For example, a projection or the like is provided on the hooking portion 402 side. It may be wound several times around the protrusion or the like.

6. Rubber In the embodiment, the tip of the hook 411 is fixed to the hook portion 402 by the rubber 412, but the material is not limited to rubber as long as it is a stretchable material.

Second Embodiment
Hereinafter, a layout line and a bead weave kit according to one aspect of the present invention will be described with reference to the drawings. The present invention is not limited to the following embodiments.

  FIG. 10 shows a design drawing, and FIGS. 11 and 12 show layout lines and plate-like members of a bead weave kit. 13 and 14 show the bead weaving method.

1. Overall Configuration The bead weave kit of the present embodiment comprises at least a layout line. Here, it further comprises a design drawing, a plate-like member, and a bead weaving machine

2. Design Drawing A design drawing is a bead design that you want to make with bead weave.

  Here, a square design image (11 vertical stages × 6 horizontal beads) shown in FIG. 10 will be described. The numbers (1, 2) in the figure indicate the color of the beads. For example, 1 indicates silver and 2 indicates white. Here, the design image is created by computer software.

3. Layout Line The layout line 800 shown in FIG. 11 and FIG. 12 is obtained by passing all the beads 801 necessary for creating a design drawing (see FIG. 10) in bead weave through one tex 802.

  The same bead list (see FIG. 2) as that shown in the first embodiment is used in the creation of the layout line by bead weave, but the description of the bead list is omitted here.

  Every time the line of beads 801 is broken, that is, every time the stage changes, two silicon tubes 810 are passed as marks.

4. Plate-like members V-shaped notches 704 for hooking the layout line 800 are provided on both end faces 702 and 703 (both end faces perpendicular to the short direction) along the longitudinal direction of the rectangular plate-like member 701 at a predetermined interval Provided in

  Here, in the left end surface 702, the cuts 704 are provided at predetermined intervals from the first stage to the 29th stage. The cuts 704 in the left end surface 702 are numbered sequentially from top to bottom so that the number of layout line steps can be recognized at a glance.

  Similarly, in the right end face 703, cuts 704 are provided at predetermined intervals from the first stage to the 29th stage.

  The layout lines 800 are arranged one by one in the cut 704 in the same stage inserted at each end.

  The layout line 800 has a first cut of the left end surface 702, a first cut of the right end surface 703, a second cut of the left end surface 702, a second cut of the right end surface 704,. The first cut of the left end surface 702 and the first cut of the right end surface 703 are wound in a zigzag manner, one step at a time, in the manner of a single stroke.

  This makes it possible to reproduce on the plate-like member 701 the beads 801 of the same layout as the design image (see FIG. 10).

  A design drawing can be created by picking up the beads 801 of the layout line 800 wound around the plate member 701 one step at a time from the upper left, passing them through the weft of the bead weaving machine 910, and bead weaving.

  The material of the plate member 701 is not particularly limited, and examples thereof include paper and resin.

5. Bead Weaving Machine FIGS. 13 and 14 show a bead weaving machine 910 used for bead weaving.
Reference numeral 911 denotes a column portion on which the yarn is hung when the warp yarn 920 is stretched, and is provided at one place on the top and the bottom of the bead weaving machine 910.

6. Bead weave The warp yarn 920 is set in the bead weave machine 910 at predetermined intervals for sandwiching the beads 801. Here, seven warp yarns 920 are set in a bead weaving machine 910 in order to design the design drawing of FIG. 10 (11 vertical stages × 6 horizontal beads).

  Next, as shown in FIG. 11 and FIG. 12, the first stage bead 801 of the layout line 800 wound around the plate member 701 is connected to the bead needle 900 from the left end surface 702 side to the right end surface 703 side. Pass through 901 and remove from the layout line 800. The end of this texus 901 (weft) is bound to the warp yarn 920 at the left end, and the beads 801 of the first step are passed under the warp yarn 920 and held down with fingers so that the beads 801 are aligned between the warp yarns 920 While placing. At the right end, fold the texus 901 (weft), and this time pass over the warp 920 through the aligned beads. After passing to the left end, the yarn is bound again with the warp yarn 920. In this way, the bead weave is completed repeatedly one row at a time from the second row onwards.

  According to the present embodiment, by using the layout line 800 wound around the plate-like member 701, the beads used in the design can be easily set to the weft of the bead weaving machine 910, so the beads can be efficiently formed. Weave can be done. That is, since the beads use a layout line set in advance, there is no risk that they will be dropped when picking up the beads from the container and scatter other beads, and there is no need to stock extra beads at hand. The efficiency of bead weaving is improved.

<Modification>
As mentioned above, although one Embodiment was described, this invention is not limited to this embodiment, For example, the following modifications may be sufficient. Moreover, what combined embodiment and a modification may be used, and what combined modification may be used. In addition, even if there are design changes in a range that does not deviate from the examples and the gist not described in the embodiment or the modification, the present invention is included in the present invention.

1. Design Drawing Although the square design drawing has been described in the embodiment, other design drawings may be used.

2. Plate-like member The plate-like member 701 in the embodiment is rectangular, but may be square.
In the embodiment, the cut 704 is V-shaped, but may be a shape that can catch the line line tangs and does not come off, and is not limited to the V-shape.

100 Layout Line 200 Beads 300 Tegs 400 Stitching Stage 500 Stitching Needles 600 Threads

Claims (9)

Layout lines used for stitching,
The layout line is characterized in that all the beads necessary for creating a design image in stitching are passed through one tex. A layout line according to claim 1;
And a stitching stage for setting the layout line and stitching the design image. The stitching kit further comprises a bead list for creating the layout line,
The stitching kit according to claim 2, wherein the bead list is a table visualizing bead color, number and arrangement necessary for stitching the design image. The stitching stage is a stage for stitching the layout line;
The stitching kit according to claim 2 or 3, further comprising: a hook portion capable of holding the layout line in a state where the tension is applied to the tension from a position lower than the stage. The stitching kit according to any one of claims 1 to 4, wherein the design image is a design image by peyote, square or shaped. A stitching method of stitching design images using layout lines,
The stitching method according to claim 1, wherein the layout line is the layout line according to claim 1. Layout lines used for bead weaving,
The layout line is characterized in that all the beads necessary for creating a design drawing by bead weave are passed through one tex. A layout line according to claim 7;
And a rectangular plate member,
A bead weave kit in which incisions are provided at predetermined intervals on both end surfaces orthogonal to the short direction of the plate-like member, and the layout line is wound around the incisions in a zigzag manner. A bead-weaving method in which a design drawing is bead-woven using a bead weave kit,
The bead weave method according to claim 8, wherein the bead weave kit is the bead weave kit according to claim 8.