JPS5899358A - Cloth wrapper - 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 furoshiki.

By pulling away the weft threads that connect the ends of countless warp threads that can be inserted into the gaps surrounded by the warp threads of a rectangular furoshiki from the edges, the end portions of the warp threads are lengthened, and the middle threads of the warp threads on the constituent surface are shortened, creating a convex curved surface or The purpose of the present invention is to obtain a wrapping cloth that can be transformed into a concave curved surface and whose edges can be transformed into a curved shape.

This will be explained using drawings.

As shown in Fig. 1, the warp and warp threads (1) and (2) are formed to cross each other, and the warp threads (9) are alternately inserted into the front and back sides of the gap (7) surrounded by the warp and warp threads, intersecting the warp and warp threads and sequentially forming a rectangular shape. . Upper and lower edges (5
) Both ends of the warp thread (9) protrude from the gap between the upper and lower edges and are successively connected to the middle of the weft thread (8) along the upper and lower edges. Furoshiki A is configured.

Each intersecting protruding warp thread (1
) and the ends of the weft (2) are connected into one thread so that they are continuous and do not fray.

In the front of the rectangular shape shown in Fig. 1, when both ends of the weft thread (8) are pulled apart from the upper and lower edges (5), the end portion of each warp thread connecting the warp thread end to the middle of the weft thread (8) will be left in the gap between the edges. (7) Long drawers can be drawn at the same time. The warp end portion closest to the end of the weft can be drawn out gradually as the warp end portion closest to the center is the longest, and the edge (5) can be convexly bent into a curved shape from each corner toward the center.

Also, by sequentially shortening the warp end portions from the corners to the center, the center of the drawer edge can be transformed into a mountain-shaped inclined edge that can protrude the most.

The intermediate warp yarns on the construction surface can be changed to the shortest length at the left and right edges (6), and gradually become longer as the intermediate yarns move away from this. A gap (7) is created in the middle of the warp, where the weft and weft threads gather together, and the middle of the warp, which is transformed to the shortest length, can be hidden from view from the front and back, and the constitutive surface of a thin fabric can be transformed into a thick fabric. The constituent surface including the central surface with long warp yarns can be deformed into a convex curved surface by pushing up, and transformed into a concave curved surface by pushing down. Or, when the weft (8) up to both ends is pulled away from the edge (5) and each warp end is pulled out to its maximum length, the middle of each warp on the construction surface is deformed to the shortest length, and the thickest square is changed to the shortest length up to the left and right edges (6). It can be transformed into the minimum configuration surface of the shape.

Alternatively, when the warp end portions are alternately lengthened and shortened from the lower edge and pulled out, the middle of the warp on the constituent surface is deformed to become shorter and longer alternately on the left and right, so the lower edge is deformed in a zigzag pattern, and the constituent surface can be deformed into a convex, concave, and curved surface alternately on the left and right.

Or, if the center part of the weft thread (8) connecting both ends of the warp threads in the center plane is pulled apart from the edge (5) and the warp end part is pulled out to its maximum length, at the same time, each warp end part up to the left and right corners is connected to the center warp thread. The further away from the edges, the shorter it can be pulled out, the center of the upper and lower edges can be deformed into the deepest concave bending, the middle of the warp in the vertical center on the composition plane can be deformed to the shortest length, and the middle of the warp closer to the left and right edges can be gradually deformed into a longer length. When sandwiched, the left and right partial surfaces can be transformed into convex curved surfaces or concave curved surfaces that gradually expand toward the left and right edges. The weft yarn (8), which connects the ends of each warp yarn one after the other, can be pulled at any part of the warp yarn or weft yarn, and the weft yarn portion can be pulled in the same way as the warp yarn (9).
7) cannot be inserted. Warp threads cannot be moved and inserted into gaps where other warp threads can be inserted.

Squeeze the weft and warp threads, and place the ends of the warp threads that can be drawn out long at the edges (5)
It is possible to return the weft and weft yarns to the middle of the warp yarns between the two ends by inserting them back into the previous gaps, and returning to the original large configuration surface of the thin fabric.

When the warp (9) portion is picked up from the intermediate gap (7) and protruded in the longest loop shape, the middle of the warp on the constituent surface is deformed to the shortest length, gathering the warp and warp yarns and turning into thick fabric. The weft yarn portion connecting the ends of the warp yarns undergoes concave bending deformation along the upper and lower edges. As shown in Fig. 2, when the weft thread part that undergoes concave bending deformation is picked up and pulled away from the upper and lower edge parts that undergo concave bending deformation, and the weft yarn (8) from both ends is returned to its original horizontal straight shape, the loop-shaped protruding portion described above is It can be inserted back into the gap, and the warp end portion can be drawn out for a long time from the gap between each of the concavely bent and deformed edges by sequentially moving the intermediate warp threads into the gap between the upper and lower edges.

As shown in Fig. 2, the weft yarns from the upper and lower edges to both ends are separated, the warp end portions are pulled out to the longest length and deformed to the shortest length, and the warp yarns are collected in the middle of each warp yarn and transformed into a small structure surface (10)' of the thickest fabric. The left and right surfaces near the left and right edges (6), and the center surface can be transformed into the thickest layer.
The respective centers of the left and right intermediate surfaces (10) are squeezed, and the warp and warp yarns gathered at the center are moved back toward the upper and lower edges, the gaps (7) are returned, and the respective centers can be returned to their original configuration surfaces. As long as the surface near the upper and lower edges is transformed into the thickest layer, the edges up to the four corners (
5) is capable of concavely bending the central portions of the left and right surfaces of the central surface to the deepest degree, and protruding the central portions of the left and right intermediate surfaces (10) most to create a wave-like concave and convex bending deformation. It can be deformed into a concave curved surface when pushed down, or transformed into a convex curved surface when pushed up.

As the number of intermediate warp yarns gradually changes from long warp yarns to short ones on the surface of the thin fabric, more warp yarns are gathered in the middle of each warp yarn, and the convex deformation surface can be made higher or the concave deformation surface can be made lower. Alternatively, the warp and warp threads are squeezed, and the warp threads are moved to the middle of the warp, which can be deformed into short lengths, and gathered on one part of each surface to make a thick material, or gathered on the average on each surface for a long intermediate surface (10)
It is possible to transform the constituent surface including the concave and convex curved surface into a concave and convex curved surface.

The ends of each warp are drawn out long to decorate the drawer, and the upper and lower weft threads (8) are entwined in the hand and held.In order to insert and package articles into the center surface, which is concave and deformable, the weft threads (8) are placed along the middle of the front back. It is better to form the package along the upper and lower edges than to form the package along the upper and lower edges, so that even if the small component surface is bent and deformed concavely, the article can be inserted and packaged until it reaches the upper and lower edges, allowing for larger usage.

Alternatively, the left and right intermediate surfaces (10) that can be bent and deformed are used in a container, and an article is inserted into one side, and the other intermediate surface (10) is the vertical center of the center surface that can be transformed into the thickest material that is stacked on the article like a lid. are folded in half, and the thickest surfaces (10)' near the top, bottom, left, and right edges surround the middle surface (10) of the container, and are turned upside down and stacked. Alternatively, it can also be used for purposes other than traditional wrapping cloths, such as using a wrapping cloth as a muffler and deforming the central surface into a concave shape to use it as a hat.

Alternatively, each of the upper, lower, left, and right partial surfaces is a thin material, and the warp threads (9) around each partial surface are gathered in the middle part to transform into a thick material, and each partial surface is pushed down and transformed into a concave curved surface. I can do it. Alternatively, if two sheets are stacked on top of each other and the warp ends are alternately protruded from each constituent surface of the two sheets on the upper and lower edges and sequentially connected to the weft threads along the edge to form a front and back two-sided furoshiki, the weft threads are pulled away from the edges and the warp end portions are removed. The drawer can be drawn out long and both sides can be bent and deformed at the same time.

In addition, the edges can be folded two or three times to hide the weft threads along the edge, and the edge portions that are folded up and down can be decoratively formed as edge portions.
By inserting the warp threads into the gap there, it is possible to form the border so that it does not unfold back. Alternatively, the weft and warp threads that overlap above and below at the border can be sutured and bonded using separate threads. Alternatively, each warp intermediate portion is projected from a gap on the inside of the plane forming the border gap, and each projecting portion is connected to the middle of the weft along the border gap by tying, suturing, twisting, fusing, or the like. The weft in the gap between the hemming parts is separated, and the part up to the end of the warp within the hemming part is also deformed into a short length and into a curved surface at the same time as the middle of the warp on the inside of the front forming surface, and the weft and warp threads can be squeezed and returned to their original state.

By wrapping colored threads around each warp thread within a large rectangular area to decorate the pattern, the warp threads gather in the middle of the warp threads, which change to short lengths, and transform into a small structural surface of the thick fabric, and the middle of the warp threads can be hidden and hidden from view. Therefore, it can be decorated in a colorful rectangular pattern with protruding beads.

You can make colorful furoshiki by forming each thread with different colors. Alternatively, the gap (7) can be gradually made larger (or smaller) as it approaches the left and right edges (or the vertical center). Alternatively, the warp and warp threads can be decorated by wrapping decorative threads of different colors. The intersections of the weft and weft threads can be sewn together or twisted with separate threads to prevent movement.

Alternatively, each row of warp and warp yarns between the upper and lower edges are twisted together with other yarns to form a cross. Alternatively, it is also possible to twist warp threads and separate threads at equal intervals, intersect the weft threads, and then twist together the weft threads and the ends of the separate threads from the intersection, so that only the intersecting parts at equal intervals do not move. The separate threads may be twisted roughly so that the warp and weft to be twisted are visible, or they may be wrapped until the warp and weft are no longer visible.

The weft (8) is a weft made of one thread or multiple threads twisted together, a wide tape-like weft, a weft with lace decoration applied to the entire surface of the weft, or a narrow or wide weft made by interweaving multiple warp and warp threads. (8) etc. Further, a locking clasp can be sewn to the intermediate portion of the weft thread.

As shown in FIG. 3 and FIG.
)', insert the weft (18) into the warp (19) and warp (1).
The warp yarns (19) are formed into a rectangular shape, with both ends of each warp thread (19) protruding from the gap between the upper and lower edges and sequentially connected to the middle of the edge weft threads (18). After forming furoshiki B, which is connected sequentially between the splicing warp threads (19)', the warp and weft threads along the top, bottom, left and right edges are separated, and the ends of each warp and weft thread (19) and (18) are alternately changed in length and length, and the edges of the drawer are made uneven in a wavy manner. Can be bent and deformed.

Also, as shown in Figure 5 and Figure 7, the history (11) (12) (11
)'(12)'The alternately bent yarns are alternately warp (11), weft (12) or warp (11)'weft (12) from the bent part.
)' and each thread is formed to intersect with each other at the bent part. The weft (11) and (12)' intersect at the diagonal corner of each gap (17) surrounded by the warp and warp of each two threads, and the weft (12) and its right-hand neighbor intersect at one of the opposite diagonal corners. The warp intersects, and at the other diagonal corner on the opposite side, the warp (11)' and the weft of its left-hand neighbor intersect. Similarly, countless warp threads are crossed, the warp thread (29) is sequentially inserted into the gap (17), the weft thread (12) (12)' is crossed, the weft thread (28) is inserted into the gap (17), and the warp thread (29) is passed through the gap (17). and the warp threads (11) and (11)' are sequentially intersected to form a rectangular shape, both ends of the warp protrude from the gap between the upper and lower edges (15) and are connected to the edge splints (20), and both ends of the weft protrude from the gap between the left and right edges. When the furoshiki C connected to the edge splicing threads (20) is formed, the warp and weft threads (29 ) (28) Pull out the end part longer, deform the weft middle on the top and bottom edges to the shortest length, deform the edge warp middle on the left and right edges to the shortest length, and gradually deform the middle of the warp and weft to longer distances from each edge, respectively. By gathering the threads together, the surface near the periphery can be transformed into a thicker material than the others, and the periphery can be bent and deformed into a circular shape, and the center (10)'' surface of the constituent surface is a thin material with long warp and weft portions that is pressed down to form a concave curved surface. Furoshiki can be transformed into a bag-like shape.

Alternatively, in addition to the weft along the upper and lower edges, each warp (9) portion may be formed into a small protrusion in a loop shape from the gap (7) on the intermediate surface, and each of the protruding portions may be sequentially connected to the middle of the weft thread (8) along the intermediate surface. You can also do it. The weft is separated, the warp protruding portion is drawn out long, and the end surface from the gap to the edge (5) of the intermediate surface is used as a border decoration, and at the same time, the middle of the warp is shortened and transformed into a convex, concave, and curved surface along with the central constituting surface. Alternatively, the ends of the weft threads (8) along the upper and lower edges are formed long along the left and right edges (6), and each end of the upper and lower weft threads is
It is also possible to form a continuous suture on the book.

Each of the yarns (1), (2), (8), and (9) can be formed from animal or vegetable fiber yarn, glass fiber yarn, artificial fiber yarn, chemically engineered fiber yarn, or the like. Each thread may be a flexible thread such as wool or feather, a hard thread such as synthetic resin, an elastic thread such as rubber thread, a shiny thread such as leather, or a smooth thread such as silk. It can be formed by Further, the intersecting portions of warp and warp yarns can be formed by thin yarn portions (or thick yarn portions), and the warp and weft can be formed by thick yarn portions (or thin yarn portions). Thin warp yarns (
9) (or thick warp threads) can be inserted to intersect with warp threads.

Also, the gap (7) between the left and right edges (6) is made small (or large), and the gap gradually becomes large (or small) as it approaches the vertical center.
The warp threads (9) formed and inserted into the gaps can also be formed with warp threads (or thinner warp threads) that gradually become thicker as they get closer to the longitudinal center.

In addition, if the warp threads on the left and right edges are shortened, and the warp threads (9) closer to the longitudinal center are gradually longer, and the upper and lower edges (5) are formed into a convex curved shape, the weft threads (8) running along the upper and lower edges are separated, and the weft threads (8) along the edges are separated. The upper and lower edges (5) can be deformed in parallel by gradually pulling out each warp end portion connected to the weft through the gap to a longer length as the warp end portion is closer to the longitudinal center. There are other effects.

[Brief explanation of drawings]

FIG. 1 is a front view of the present invention A, FIG. 2 is a modified view of the same, FIG. 3 is a front view of the embodiment B, FIG. 4 is a horizontal sectional view of the same, and FIG. 5 is a front view of the embodiment C. Figure 6 is a modified view of the same, and Figure 7 is a horizontal cross-sectional view of the same.

Claims (1)

[Claims] The warp threads were formed to cross each other, and the warp threads were inserted alternately on the front and back sides of the gap surrounded by the warp threads, and the warp threads were crossed sequentially to form a rectangular shape.Both ends of the warp threads were protruded from the gaps on the upper and lower edges, and a connection was formed in the middle of the weft threads next to the edges. In this wrapping cloth, the weft threads are pulled apart from the edges, the ends of the warp threads connected to the weft threads are drawn out, the constituting surface is transformed into a concave curved surface, and the edges can be changed into a curved shape.