JPS5854062A - Two-loop connected fabric - 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 a two-wheel connecting cloth.

The first aspect of the invention is that when one end of the warp yarn, which connects and forms a group of short yarns forming a knot, is pulled out long, a loop in which the weft is inserted and intersected is shortened, and one end of the latter short yarn and the outer side that can be inserted into the loop are shortened. The purpose of the present invention is to obtain a two-wheel connecting cloth that can tighten the rings of the wheel to strengthen the connection and change the constituting surface to a convex curved surface.

The second invention is that the weft and warp yarns that form the cloth are each made up of a group of short yarns that are tied together, so when one end of the short yarn is pulled out, one loop shortens and the latter can be inserted into it. Tighten one end of the short thread and its outer loop to strengthen the connecting fabric, and when the other end is pulled out long, the outer loop shortens and one loop of the former short thread that can be inserted into this is tightened to strengthen the connection. At the same time, it is an object of the present invention to obtain a two-wheel connecting cloth that can compress the knots of each short yarn and bring the constitutive surface containing the long weft and warp threads close together to transform it into a depressed concave curved surface and push it up to transform it into a convex curved surface.

To explain this with drawings, in the first invention, as shown in Fig. 2 (1), the short thread is bent from the center position and the short threads are bent at both ends (
9) Align (9)'. One of the two rings (8) (8)' that is further bent from the middle part side is connected to the other ring (8).
′ from the opposite side of the bending direction and pull out the loop (8) (see figure (2)).Insert both ends (9) (9)′ into one loop (8) of the former short thread described later. After that, bend the other end side middle part (9)' outward from the bottom of the ring (8) to form a ring (9)'' (see figure (4)), and bend the other end (9)' to the other side. Insert the short thread into the loop (8)' and pull out the other end to the opposite side to form a knot (see figure (3)). One end (9) of the short thread is inserted together with the outer ring (9)'' up to the front of the knot, and the two are connected.This process is repeated for other short threads to be formed in the same way, and the warp consists of a group of short threads that are sequentially connected. Form (1) (
(4) See figure) As shown in Figure 1, one loop (8
), the weft threads (2) are sequentially inserted and intersected to form two-wheel connecting fabric I.
Configure.

As shown in the figure (3), the short thread is connected to the outer loop (9)'' and one loop (8
) on the opposite side of the knot to form the short thread of the bow. In order to bend the outer loop (9) to be inserted into one loop (8) of the former short thread and the "other end side middle part (9)" from the bottom of the loop (8) to the outside and upward, The outer ring (8) is inserted into the outer ring (9)''.

As shown in Fig. 1, the ends of each short yarn from both ends (9), (9)' to the front of the knot protrude from the cloth I, decorating the cloth I, and also sandwiching the knot between the upper and lower weft yarns (2). A gap (4) surrounded by knots and loops (8) is created between the weft threads (2) in the upper and lower rows and the warp threads (1) in the left and right rows. The weft thread (2) inserted into the ring (8) intersects with the front and rear parts of the ring (8) and is not fixed and bonded, so it can be moved.

When one end (9) of the short yarn on the intermediate surface of the fabric I is pulled out, one end (9) of the latter short yarn that can be inserted into the shortened loop (8) that crosses the weft (2) is shortened. ) and the outer loop (9)'' to strengthen the connection between the two short threads and bring the knot closer together.The outer loop (9)'' that pulls the other end (9)' out longer
When the two ends (9) (9)' are pulled out to their maximum length, it is possible to tighten one loop (8) of the former short thread, strengthen the connection between the two short threads, and bring the knot closer together. The two wheels (8) and (9)' are shortened as much as possible until just before the knot, and the three short threads at the front, middle, and back are connected to the ring (8) (
9) The connection can be strengthened so that it becomes longer and more difficult to pull out again, and the warp threads (1) can be shortened as the loops (9) and (8) are shortened. The intermediate surface containing the other long warp yarns can be deformed into a convex curved surface by pushing up, and transformed into a concave curved surface by pushing down. Pull out both ends (9) (9)' of the short thread on the upper and lower edges long and use the ring (8
) (9)' can be shortened to transform the upper and lower edges where the warp (1) shortens into concave edges. Ring (8
) (9)'' can be shortened to the shortest length and transformed into each concave corner. Alternatively, the warp threads (1) on the left and right edges can be shortened to the shortest length, and the warp threads (1) closer to the center can be gradually drawn out to the longest length at both ends (9) (9)'. Wheel (8) (
9) By reducing the number of short yarns that shorten the length to the maximum, it is possible to form concave corners at the square corners and transform the upper and lower edges into convex edges closer to the center.Alternatively, by lengthening both ends in the warp row and shortening the pull-out ring, the number of short yarns can be changed to form concave corners. By increasing the left and right warps alternately, the upper and lower edges can be transformed into zigzag-shaped edges.By drawing out both ends of all the short yarns to the longest length and shortening the pull-out loops (8) and (9)'', the length of the fabric I can be minimized.

When the middle of the weft (2) on the intermediate surface of the fabric I is pulled and protruded long into a loop, the middle of the weft up to the end on the constituent surface can gather together the groups of loops (8) of the warp and short yarns that intersect each other. The constituent surface containing long weft yarns can be deformed into a concave curved surface by pushing down, and transformed into a convex curved surface by pushing up. The left and right edges with short weft ends can be transformed into concave bent edges. When both ends of all the wefts are protruded to the longest length and the middle of each weft on the composition plane is changed to the shortest length, each group of rings (8) is brought together in the weft row, and the width of the cloth I is on the composition plane that can be transformed to the narrowest width. By changing the length of the weft intermediate part to a concave curved surface, and by changing the partial surface of the long weft intermediate part to a convex curved surface, a certain partial surface of the weft intermediate length is changed to an inclined part. It can also be deformed into a plane, and the left and right edges can be deformed into edge portions that are long and convexly curved or short and concavely curved in proportion to the length that both ends of the weft can protrude. Pull out both ends of each short thread near the corners of fabric I long and use loops (8) (9).
)", pull out both ends of the weft near the corner long, shorten the middle of the weft on the constituent surface near the corner, and gather the weft thread (8) together to float the corner where the warp and weft remain long,
The area near it can be transformed into a partial surface with a narrow width and short length.

The ends of the upper and lower wefts (2) on the left and right edges are overlapped and glued together to form a weft that is folded upward and downward from the edge. The upper weft can be pulled, the lower weft can be shortened, and the pulled end can be added to the pulled upper weft to make it longer. Or, connect both ends of the weft threads in the middle of each warp thread by suturing or inserting them, pasting a binding adhesive, fusing, etc., so that no matter which weft part is pulled, the length to both ends of the weft threads connected to the warp threads is constant. be able to. Alternatively, by sequentially connecting the middle weft threads of each row in the middle of the fabric I to the middle warp threads, the warp threads are pulled, and the middle threads of each weft thread in the fabric I near the warp threads can be simultaneously protruded long into a loop shape, and the fabric I can be deformed. Alternatively, the warp yarns are connected only at the middle of each weft yarn or at both ends thereof, which need to be repeatedly deformed. Or, a ring of short threads of a different color is connected to the middle or both ends of the weft on the middle surface of a different color, and the warp is pulled, and only the middle of the weft of a different color connected to this is pulled out, and the middle of the weft on the constituent surface is shortened and the loop of short threads of a different color is crossed. (8
) can be gathered together to transform the cloth I.

It is also possible to overlap and cross-form the weft yarn (2) above or below one loop (8) of each short yarn to form the warp yarn (1) without inserting it into the loop (8). The other ring (8)' and 1 just before insertion
If you glue the overlapping part of the loop (8) on both sides so that it does not move from the knot, the knot will remain in the 1 position even if you pull out the ends (8) (9)' or loops (8) (9)'' longer or shorten them. Each ring of the short yarn group up to both ends of the warp (1)
It is also possible to sequentially insert the threads in 8) so that the length of each row of warp threads is the same as that of the threads.

The short yarns forming the warp can be thinner or thicker than the weft, or have the same thickness, and both warp and warp yarns can be made of flexible yarn, elastic yarn, waterproof yarn, or water-absorbing yarn. The knot of each short thread is tied in the thin thread part (or thick thread part) at both ends and one loop (
8) can be formed from a thick thread portion (or a thin thread portion). The warp and warp threads can be formed from animal and plant fiber braided threads, glass fiber threads, threads of metal pieces, threads coated with oil, leather threads, rubber threads, woolen threads, chemically synthesized threads, organic or inorganic compound threads, and the like.

When fabric I is used to form a garment with both sides of the hem open or a rectangular wide collar, both ends of each short yarn group will protrude like feathers on fabric I to keep warm, have gaps (4), provide good air permeability, and form a loop. The knots gather together and are suitable for protection from the cold. By protruding the weft threads on both sides of the hemline and at the corner of the neckline long, changing the middle of the weft threads on the constituent surface to short lengths, and gathering the loops (8) of each short thread near the ends of the warp threads, the corners of the hemline and the neckline corner of the hemline with openings on both sides are made. Each corner can be transformed into a concave surface. Alternatively, from the side of the garment, the middle of each row of weft threads gradually protrudes in a longer loop shape as it approaches from the hem to the bottom of the sleeve, and the width can be expanded and deformed as it approaches the collar from the bottom of the sleeve. Alternatively, use warp threads (1) in horizontal rows to form a garment, and draw both ends of each short thread to the longest length (8), (9)'
By shortening to the shortest width, the width of the garment can be transformed to the narrowest width.

Or, if a rectangular bag is formed using cloth I, pull out both ends of each short thread at the warp ends at the square corners of the front and back sides to the longest length (8).
(9)'' can be transformed into an oblique corner by shortening the weft threads at the shortest length, protruding the weft threads at each corner in a loop shape, and changing the weft thread middles on the constituent surfaces to the shortest length. It can be transformed into a thick side surface with the oblique corner as one side.

Second invention.

As shown in FIG. 2 (1), the short thread is bent from the center position and both ends (9) and (9)' are aligned. One of the two rings (8) (8)' that is further bent from the middle part side is connected to the other ring (8).
)' from the side opposite to the bending direction and pull out the loop (8) (see figure (2)). After inserting, bend the other end side middle part (9)'' outward from the bottom of the ring (8) to form a ring (9)' (see figure (4)), and bend the other end (9)' to the other side. Insert the short thread into the loop (8)' and pull out the other end to the opposite side to form a knot. One end (9) of the short thread is inserted together with the outer ring (9)'' up to the front of the knot, and the two are connected.This process is repeated for other short threads to be formed in the same way, and the warp consists of a group of short threads that are sequentially connected. (1) Forming the weft yarn (2) (see figure (4)) As shown in Figure 3, each pulled out 1 of the short yarns forming the above-mentioned knots of each row of warp yarns (1)
A two-wheel connecting fabric II is constructed by crossing one of the pulled out loops (8) of the short threads formed with the above-mentioned knots of the weft yarns (2) in the second loop (8).

The short thread (3) has an outer ring (9)' and one ring (8) as shown in the figure.
) on the opposite side of the knot to form the short thread of the bow. The outer loop (9)'' inserted into one loop (8) of the former short yarn is also bent from the bottom of the loop (8) to the outside and above the other end side intermediate portion (9)'', so that The outer ring (8) is inserted into the outer ring (9)''.

As shown in Figure 3, both ends (9) (9)' of each short thread are placed on cloth II.
The ends of the short threads from the top to the front of the knot protrude to decorate the cloth II, and the short threads forming the warp (1) between the upper and lower wefts (2) are sandwiched, and the weft threads (2) are inserted between the left and right warps (1). ), pinch the knot of the short thread to form it. The knots of the warp and warp threads are located above and below near the square corners of the gap (4)' surrounded by the loops (8) of the intersecting short threads of the weft threads of the upper and lower rows and the warp threads of the left and right rows (1). The weft loop (8) intersects with the warp loop (8) and is not bound and glued, so it can be moved.

When one end (9) of the short yarn on the intermediate surface of fabric II is pulled out, one end (8) of the latter short yarn that can be inserted into shortens one loop (8) that intersects the weft (or warp). 9) and the outer ring (
9)" can be tightened to strengthen the connection between both short threads and to bring the knot closer together.If the other end (9)' is pulled out long, the outer loop (9)" is shortened and the former short thread can be inserted into it. One loop (8) can be tightened, the connection between both short threads can be strengthened, and the knot can be tightened and brought closer together. Both ends (9) (
When 9)' is pulled out to its maximum length, the two wheels (8) and (9)'' will be shortened to their minimum until just before the knot, tightening the knot, and the connection of the three short threads in the front, middle, and back makes it difficult to pull out the loop long again. As the length increases, the connection can be strengthened, and the warp (1) (or weft (2)) becomes shorter as the loops (9)'' (8) become shorter. The intermediate surface containing the other long warps (or wefts) can be pushed up and transformed into a convex curved surface and pushed down to be transformed into a concave curved surface. Pull out both ends of the short thread on the top and bottom edges or the left and right edges (3) to the longest length and pull out the loop (9)' (8
) is shortened to the maximum length, the edge portion where the warp or weft is shortened can be transformed into a concave edge portion. In the short threads at the ends of the warp and warp threads at the square corners of Fabric II, pull out each end to the longest length and make the loop (
8) By shortening (9)'' to the maximum, the square corners can be transformed into concave or oblique corners by bringing the knots of the short threads to be connected closer together. Alternatively, in the warp and warp threads, both ends (9) and (9)' can be lengthened and drawn out into loops. (8
)(9) Increase the number of short threads to shorten ′ on the left and right warps alternately,
By increasing the upper and lower wefts alternately, the ends of the long wefts can be transformed into a protruding zigzag-shaped edge. By making both ends of all the short threads the longest and shortening the pull-out loops (8) and (9)' to the maximum length, the length of fabric II can be changed to the shortest length and the width to the narrowest width.The gap (4)' is changed and the knots are drawn closer together. The cloth II can be deformed to a small extent, and both end portions of each short yarn change direction and protrude long from the cloth II.

As shown in FIG. 3, the warp loop (8) and the weft loop (8) intersect vertically, so that the minimally deformable cloth II can be made strong as if it were formed on two sides. Or weft loop (8) by inserting the weft short yarn loop (8) into the warp short yarn loop (8)
are intersected with the front and back parts of the loop (8) of the warp. Or, the loop of the short yarn of the former short yarn of the warp (8) is connected to the loop of the short yarn of the former short yarn of the weft (8).
), cross over the next warp loop (8), and insert the next row of weft loops (8) into the next row of weft loops (
It is also possible to alternately insert and intersect the warp and warp rings (8) by inserting and intersecting them into the weft and warp yarns (8). Alternatively, the weft loops (8) are inserted and crossed in each loop (8) of the short yarn group forming the warp at equal intervals, and each of the other warp loops (8) are inserted and crossed in the weft loops (8). When formed, the loops (8) of each other warp (1) in the middle of the weft and warp threads that intersect at regular intervals can move from weft loop (8) to loop (8) to both ends thereof, and Both ends of a certain short thread can be drawn out long and shortened by the pull-out loops (8) and (9) to transform the intermediate surface into a curved surface, and the edge portion of the end of the warp yarn that changes to be short can be transformed into a concave curved edge portion. Or the loops (8) and loops (8) of the short yarns of the warp and warp overlap and intersect. One side of the loop (8) that is about to protrude from the other loop (8)' of each short thread may be sewn or inserted through the warp and warp, or the overlapping part may be glued so that it does not move by pasting with adhesive or fusing. can. Or, by gluing the overlapping part of one ring (8) on one side to the other ring (8)' so that it does not move, the ring (8) (9)'' or both sides (9) (9)' can be Even if the tassel is pulled out long or short, the knot can be tied at a constant position.Fabric II
In (2) 1 of the unique short threads that form the knot shown in the figure.
After pulling out the end (9) from the ring (8)' and inserting the outer ring (9)'' together with one end of the short yarn at the end of the weft on the left edge,
Insert one end (9) back into the ring (8)' and pull out drawer 1 on the other side.
The end-side middle part (8) can be returned to form one loop (8), and the loop (9)'' of the short thread on the left edge and the one end (9) can be inserted and connected to the different-colored loop (8).Next, Insert both ends (9) (9)' of the short yarn of a different color into one loop (8) at the end of the weft on the right edge, and then insert the middle part (9)'' on the other end (9)' side. Bend the ring (8) outward from the bottom to form a ring (9)'', insert the other end (9)' into the other ring (8)', pull it out to the one ring (8) side, and turn it to the right. The loop of short thread on the edge (8) has one end of a different color (9) and the outer loop (9).
)'' can be inserted and connected, so short yarns on the upper and lower edges or short yarns on the left and right edges can be connected to transform into a cylindrical cloth II. It is possible to sandwich the short threads through knots that can be formed in the same way between the threads and connect them as described above, so that each edge can be used as a folded connection forming part of the warp or weft. One thread is sequentially inserted into one ring (8) or the outer ring (9)'' that can protrude toward the outside, and the peripheral edge is surrounded by the thread.

Pull the thread middle and pull out the end of each edge thread connected to the thread middle or the short thread loop (8) or the outer loop (9) of each weft simultaneously and lengthen one end (9) or the other end (9). ' can be returned to a shorter length and transformed back to Fabric II, which has a longer length and wider width.Each loop (8) of the short yarn group up to both ends of the weft and warp yarns (1) and (2).
It is also possible to sequentially insert threads into the threads so that each row has the same length as the threads of the warp and weft.

It is the same from the 7th line to the 15th line of NO, 9.

When a cloak is formed from the cloth II, both ends of each short thread protrude like feathers on the cloak for decoration and heat retention, and gaps (4)' are provided for good ventilation. Pull out both ends of each short thread long and loop (9)
''(8) and tighten each knot to bring them closer together, shorten the weft and weft threads, and shorten the length of the cloak to make it narrower.Alternatively, pull out both ends of the short threads in the middle plane to the longest length, and pull out each loop (8).
(9)" can be shortened to the maximum and the intermediate surface containing the long warp and warp can be deformed into a concave curved surface by pressing down and transformed into a convex curved surface by pressing up. Alternatively, the warp rows (or weft rows) in the front collar can be alternated left and right. (or alternately up and down) pull out both ends of many short threads long (9)''
By shortening (8), the constituent surface of the front collar having long warps (or wefts) can be changed to an uneven and curved surface, and the edge can be transformed into an uneven edge.

Alternatively, two pieces of cloth II are stacked one above the other to form the front and back sides. Each short yarn loop (8) at one end of the warp and warp threads in the center of the right edge of each upper edge on the front and back sides is knotted at one end of a different colored short yarn (9).
) Insert and connect the outer loops (9)' as described above, and attach one loop (8) of each short thread of each short thread at the other end of the warp and warp threads in the center part of the right edge of the lower edge to one loop (8) of each short thread of a different color. End (9) and outer ring (9)''
Insert and connect as described above, and connect each group of short threads in the center of the top and bottom edges, left and right edges, with different colored short threads in between, and make the edges near the square corners the openings to form an open bag. can. Pull out both ends of the short thread on the surface near each square corner to the longest length, shorten the pull-out loops (8) and (9)'' to the shortest length, tighten the knot, transform it into a concave corner or oblique corner, and open the four corners. Or the upper corner corner. From the upper side of the opening to the lower side of the opening at the bottom corner (
Pull out both ends of each short thread to the longest length (8 )(9)″
With the top, bottom, left, right, and top sides of the bag shortened to the shortest and the knots tied together, it can be transformed into a hexahedral bag that surrounds the front and back central portions of the long . Or, each short thread at the side where it bends from one side to the other is long.The other short threads are made long at both ends, and the pull-out ring is also shortened to the shortest length, making each side short and narrow. It is also possible to form and deform a multifaceted, polygonal container whose constituent surfaces can be changed.

Since the first invention and the second invention are based on the proviso to Article 38 of the Patent Law, the drawings, symbols, and explanations are the same with some exceptions.

[Brief explanation of drawings]

Figure 1 is a front view of the first invention, Figure 2 (1) and (2) (
3) Figure is an explanatory diagram of the short threads forming a knot, Figure (4) is an explanatory diagram of the warp threads connecting and forming the short thread groups, and Figure 3 is a front view of the second invention. Patent applicant Noriko Katsukase Specification 1, Title of the invention 2, Claim invention 1, Two loops formed by aligning both ends of a short thread and bending from the middle side, one of which is bent into the other loop. Insert it from the opposite side and pull out the loop, thereby creating a short thread with a knot formed. Insert the warp threads described below into one of the pulled out loops, form the other short threads in the same way, and tie the other end of the short thread. Insert the former short thread into one loop, tie the other end into a chain, insert the other end into the other loop of the knot, pull it out to one loop, and connect the front and rear short threads. The above-mentioned warp yarns are sequentially inserted into each one ring of the short yarns forming the weft yarns by sequentially performing the same steps on other short yarns formed in the same manner to form connected weft yarns. Second invention: Aligning both ends of a short thread and forming a bend from the middle side, one of the two loops is inserted into the other ring from the opposite side to the direction of bending, the loop is pulled out, and the short thread is tied with a knot. Insert the later-described weft thread into one loop that has been made and pulled out, and form the other short threads in the same way.Insert the other end of the short thread into one loop of the former short thread, and tie the other end part into a chain shape. Insert the other end of the knot into the other loop of the knot, pull it out to one loop, connect the front and rear short threads, and repeat this for other short threads formed in the same way. Each one of the connected short threads in turn. A two-wheel connected fabric in which the weft threads are sequentially inserted into one ring, and the weft threads are sequentially inserted into the warp threads in a crossing manner. 3. Detailed Description of the Invention The present invention relates to a two-wheel connected cloth. The first invention is that each short yarn that forms a weft connects one loop and a pair of loops in a chain shape, and the short yarn draws one end and the pair of loops to the left side of the other loop that forms a knot, and connects one end of the short yarn to the left side of the other loop that forms a knot. In order to pull out the other end and one loop, if one end is pulled out long, the warp can be inserted.One loop of the short thread connects the pair of loops of the latter short thread.If the other end is pulled out short and the other end is pulled out long, the warp thread can be inserted. The pair of loops connects one of the former short threads, and can tighten and strengthen the connection of the former short threads.The middle of the inserted left and right warp threads approaches and deforms, so the constituent surface is pushed up and changed to a convex curved surface. The purpose of this invention is to obtain a two-wheel connected type cloth that can be decorated by drawing out both ends of short threads long on the construction surface. In the second aspect of the invention, one loop and a pair of loops pulled out to opposite sides from the other loop for forming a knot of short threads are connected to a pair of loops or one loop of front and rear short threads formed in the same way. In order to cross-form the weft threads with the warp threads by sequentially inserting the weft threads into one loop of each short thread, if we pull out both ends of the short threads at equal intervals to the longest length to form weft threads up to the middle near the upper and lower edges. By changing one ring and the pair of rings to the shortest possible length and deforming the middle of the intersecting warp threads, they can be brought closer together and transformed into a narrow partial surface. Furthermore, by pulling out both ends of the warp long from the edge and shortening the middle part of the warp in the middle part near the upper and lower edges, each loop of the intersecting short threads of the weft is brought together and can be transformed into a part part of short length, narrow width, and thick fabric. The object of the present invention is to obtain a two-wheel connected fabric that can be transformed into a container into which articles can be inserted by pushing down the constitutive surface containing the long weft and warp yarns into a bending surface. To explain this from the drawings, in the first invention, as shown in Fig. 3 (1), the short thread is bent from the center and both ends (9
)(9)' Align the two rings (8) whose middle part side is further bent.
Insert the warp threads (2) from the opposite side into one of the loops (8) and pull out the loops (8) (see Figure 3 (2)) to form a knot, and insert the warp threads (2) described later into one loop (8). (Figure 3 (4)
) Refer to the figure) Form the other short yarns in the same way.
)' is inserted into one loop (8) of the former short thread, and the other end part (9)' from the knot to the other end (9)' is twisted into a chain shape.
Form a pair of loops (9)'' and insert the other end (9)' of the knot into the other loop (8)' and pull it out to one loop (8) to connect the front and rear short threads, and connect this with other similar threads. This process is also carried out for the short yarns formed in the above steps to form the weft yarns (1) to be connected in sequence (see Figure 3 (4).
) As shown in Figure 1, the above-mentioned warp (2) up to the left and right edges (3)' is connected to one loop (8) of the short yarn up to each left and right end of the warp (1) up to the upper and lower edges. A two-wheel connected type cloth I is constructed by sequentially inserting and forming. As shown in Figure 3 (3), pull out the pair of loops (9)' and one end (9) from the other loop (8)' to the left side of the short thread, and then pull out the other loop (8).
From ', one loop (8) and the other end (9)' are pulled out to the left to form a bow. As shown in FIG.
) is inserted and formed. Insert the other end of the latter short thread into one ring (8) pulled out from the other ring (8)' of each short thread, and tie the other end part (9)'' from the knot to the other end (9)'. Form a knotted pair of loops (9)' and connect the other end (9)' with the other loop (9)' of the knot.
8)' and pull it out toward the first ring (8), so the front and rear short threads can be connected (see Figure 3 (4)). As shown in FIG. 1, both end portions of each short thread from both ends (9) and (9)' to the front of the knot protrude from the cloth I and decorate the cloth I. Left and right warp (2)
Insert a knot in between. A gap (4) is created between the knot and loop of the upper and lower wefts (1) and the left and right warps (2). The warp (2) that can be inserted into one ring can be moved because it is not fixedly glued. The chain-like connection between the first ring (8) and the opposite ring (9)'' is not fixedly glued, so if you pull one end (9) of the short thread and pull it out long, the first ring (8) on the right side of the knot will shorten. By pulling the other end (9)' and pulling it out longer, the pair of loops (9)'' on the left side of the knot can be shortened. The first ring and the pair of rings into which the warp threads can be inserted connect the pairs of rings or the first ring of the front and back short threads in a chain shape.They can be deformed short until they reach a knot, tightening the knot and strengthening the connection. The longer both ends (9) (9)' are pulled out from the knot, the more one ring (8)
The pair of loops (9)' can be shortened and the weft (1) can be shortened. Pull out both ends (9) (9)' of the short yarn in the middle of fabric I to the longest length 1
The intermediate warp inserted into the one square ring (8) that changes the square ring and the pair of rings to the shortest length is bent and deformed, and the intermediate surface containing the long warp and warp threads (1) and (2) is pushed up and deformed into a convex curved surface. Can be transformed into a downward concave curved surface. By pulling out both ends of the short threads on the left and right edges (3)' to the longest length and changing the one ring and the pair of rings to the shortest length, the left and right edges where the weft (1) changes to be shorter can be transformed into a concave edge. Or, the weft thread (1) in the center of cloth I is long.The weft threads closer to the upper and lower edges (3) are gradually shortened (gradually increasing the number of short threads to draw out both ends of the short threads to the longest length), and the weft threads on the upper and lower edges are transformed to the shortest length. By concavely deforming the square corners of the shaped cloth I, it can be transformed into an edge (3)' that gradually becomes convex as it approaches the center of the left and right edges (3)'. Alternatively, if the weft (1) up to the upper and lower edges (3) is shortened alternately up and down, the left and right edges can be transformed into a zigzag-shaped edge. A certain intermediate surface can be deformed into a depressed concave curved surface. Also, when both ends of each short yarn from the left and right ends of the weft are pulled out to the longest length, the weft yarn (1) is deformed to the shortest possible length, and by pulling the pair of loops and one loop at the same time in the opposite direction, all that can be returned to a longer length are returned to a longer length. It is made difficult to change, and the left and right distance between the warp threads (2) approaches the shortest possible deformation, making the gap (4) difficult to see. If each weft is changed to the shortest length, the width of the fabric I can be changed to the narrowest width, but it cannot be changed back to the wide width of the fabric I (see Figure 2). Or, if the middle of the warp (2) with an intermediate surface is pulled out from the gap (4) and protrudes in a long loop shape, the middle of the warp up to the upper and lower edges on the constituent surface will be shortened and one of the short threads of the upper and lower wefts (1) can be inserted sequentially. Square (
8) can be gathered together to transform the constituting surface containing the long ■ warp (2) into a depressed concave curved surface and pushed upward into a convex curved surface. The shorter the warp middle is, the more deeply the upper and lower edges can be transformed into concave bent edges. In addition, a short yarn loop (8
) is brought together to deform the gap (4), and the intermediate surface can be deformed into an uneven and curved surface by alternately pushing up and down the long warp middle and the short warp middle. When all the warps are pulled out from the upper and lower edges (3) of the upper and lower ends to the longest length and the middle of the warp threads on the drawer construction surface is transformed to the shortest length, the first ring (8) of each short thread to be inserted is brought together and deformed so that the gap becomes difficult to see. The length of I can be changed to the shortest length, and it is difficult to protrude the middle of the warp from the intermediate surface in a loop shape.The middle of the warp up to the end is inserted again into the loop (8) up to the edge, and the length is changed back to the original length. It is difficult to return to street length. Pull out both ends of the short threads of each weft to the longest length on the partial surface near the corner of fabric I, excluding the corners, deform the first ring and the pair of loops to the shortest length, and draw out the warp ends from the edge to lengthen the partial surface near the corner corner. If you change the middle of the warp threads to the shortest length and gather together the rings that can be inserted, it will be long.
It is possible to push up the surface of the edge corner corner where the end of the warp and warp is pushed up and push down the partial surface near the corner corner to transform it into a partial surface with the narrowest width and shortest length, and it cannot be returned to the original partial surface. By deforming each weft of cloth I to the shortest length and deforming the middle of each warp on the constituent surface to the shortest length, the gap (4) will be deformed so that it is difficult to see even in the cloth I plan, and both ends of the short yarns can be decorated with the longest protrusion on cloth I, and the length of cloth I can be At the shortest time, the width can be transformed to the narrowest width and cannot be changed back to the long and wide cloth I where the gap (4) can be seen. The ends of the left and right warps on the upper and lower edges are overlapped and glued together to form a warp (2) that is folded left and right from the edge. Or connect the ends of each warp thread (2) in the middle of the weft threads along the upper and lower edges by suturing, inserting, tying, gluing, fusing, etc.
No matter which part of the warp is pulled, the length up to the end of the warp is kept constant so that it cannot be separated from the surface. Alternatively, if the intermediate warp threads located in the middle of the fabric I are successively connected to the intermediate weft threads, the weft threads will be pulled and the intermediate warp threads connected thereto will also protrude long in a loop shape, allowing the fabric I to be deformed. Alternatively, the weft threads are connected only to the warp middle or both ends thereof, which are repeatedly deformed. Or, pull a connecting weft thread to the middle of the warp on the middle surface of the different color or both ends of the warp of the different color, and draw out the middle of the warp of the different color connected to this to make it longer.The middle of the warp of a different color on the drawer configuration surface is deformed short and inserted.1 of the short threads of a different color. The cloth I can be transformed by gathering the square rings (8). Alternatively, without inserting the warp yarns (2) into the short yarn loops (8), the front and back sides of each of the short yarn loops (8) of the upper and lower weft yarns can be alternately crossed. The other ring (8)' of the short thread and the one ring (8) of the insertion gap
) overlaps so that it does not move, both ends (9) (9
)' or loops (8) and (9)'' can be made longer or shorter, the connection between the front and back short threads can be strengthened without changing the knot position. By sequentially inserting the weft thread (5) into one ring (8) of each short thread up to the end, the length of the weft thread can be formed to be the same length as the weft thread (5).The short threads forming the weft thread, the weft thread (5) The threads can be thinner or thicker than the warp threads, have the same thickness, or be made of flexible threads, elastic threads, waterproof threads, or water-absorbing threads.Knots for short threads can be made only at both ends of the thin threads (or thick threads). Hard or elastic parts that can be bent or both ends and rings (
8) (9)'' can be formed from a thick yarn part (or a thin yarn part).The warp and warp yarns can be made of animal or vegetable fiber braided yarn, glass fiber yarn, thread of metal pieces, thread with a fat film, leather thread, or rubber thread. Alternatively, it can be formed from wool, chemically synthesized yarn, organic or inorganic compound yarn, etc. Alternatively, to form a garment using cloth I, both ends of the short yarn are pulled out to the longest length to form one loop (8) and a pair of loops (9). '' can be changed to the shortest width to transform any partial surface to the narrowest width. Pull out the warp end from the hem long, change the middle of the warp on the middle surface to short and insert it. Gather one ring of short threads together and make the middle surface the shortest length. The hem part with a short warp middle can be transformed into a concave bent hem part. Or cloth I
The width of the cloth is turned vertically to form a garment with both sides of the hem open or a rectangular wide collar. Both ends of the short threads are decorated to protrude like feathers on the cloth I to keep it warm, and the gaps (4) are left open to provide good ventilation and protection from the cold. Even if both ends (9) (9)' are pulled, the short threads cannot be separated from the fabric I because the front and back short threads connect one ring and the other in a chain-like manner.The corners of the warp threads on both sides of the hem and at the corners of the collar. By drawing out and decorating the ends long and changing the middle of the warp on the construction surface to shorten it and inserting it, one ring (8) of each short yarn is brought together and the hem corner and collar corner of both sides open can be deformed concavely. Or, from the side of the garment, the middle of each warp is protruded in a longer loop shape as it approaches from the hem to the bottom of the sleeve, and the middle of the warp on the composition side is shortened as the thread gets closer to the bottom of the sleeve from the hem. It can be gradually expanded and transformed as it approaches the hem. Or form a rectangular shape with cloth I. Pull out both ends of each short thread of the weft on the corner surface from the square corner of each front and back surface to the nearest corner, and draw out the middle of the warp on the corner surface that transforms the loop of one pair of wheels to the shortest length (along the upper and lower edge lines of the bag). The middle of the warp threads protrudes in a loop shape from the gap (■) to make it shorter, and the partial surface up to the square corner is short and narrow, and the corners can be transformed into concave bent corners. A thin side can be transformed into a wide side. In the second invention, as shown in Fig. 3 (1), the short thread is bent from the center position and both ends (
9) Align (9)'. One of the two rings (8) (8)' that is further bent from the middle part side is connected to the other ring (8).
' from the opposite side to the bending direction and pull out the loop (8) (see Figure 3 (2)) to form a knot and insert the weft (5) described later into one of the loops (8). (Figure 3 (5)
)Refer to the figure) Other short threads are formed in the same way. The other end of the short thread (9
)' is inserted into one loop (8) of the former short thread, and the other end part (9)' from the knot to the other end (9)' is formed into a chain-like pair of loops (9)'. The other end (9)' of the other ring (8
)' and pull it out to the first ring (8) side to connect the front and rear short yarns.This is also done for other short yarns formed in the same way and connect them sequentially. Weft thread (1) in which the above-mentioned weft thread (5) is sequentially inserted into one ring (8)
' (see Figure 3 (5)). As shown in Figure 4, weft (1
)' are formed in a cross-sequential manner to constitute a two-wheel connected type cloth II. As shown in Fig. 3 (3), pull out the pair of loops (9)'' and one end (9) from the other loop (8)' to the left side of the short thread, and pull out the pair of loops (9)'' and one end (9) from the other loop (8)' to the right side. ) and the other end (9)' are pulled out to form a bow. As shown in Figure 3 (5), the weft thread (5), which is inserted one after another into one ring (8) of the short thread, is not fixedly glued, so the weft thread ( 5) Pull the middle part and move to one ring (8) of each short thread one by one.As shown in Fig. 4, both ends of each short thread from both ends (9) (9)' to the front of the knot are placed on the cloth II as shown in Figure 4. Decorate the protruding fabric II. Insert a knot between the left and right warp threads (2). The knot and loop of the upper and lower weft threads (1)' and the gap (4)' surrounded by the left and right warp threads (2).
It's dark. The first ring (8) and the pair of rings (9)'' are formed in a chain shape and are connected without being fixedly glued, so one end of the short thread on the middle surface or edge of fabric II is pulled out (9) long and tied to the other side of the knot. The pair of loops (9)'' of the latter short thread, which connects one loop protruding to the right side of the loop, can be brought close to the knot. The weft thread (5) inserted into the single ring (8) is slightly bent, the gap (4)' is deformed, and the intersecting left and right warp threads (2) are brought closer together and deformed. The other end (9)' is lengthened and the pair of loops (9)'' that can protrude to the left side of the other loop (8)' of the knot is shortened and connected so that one loop (8) of the former short thread can be brought closer to the knot. The weft thread inserted into the ring is slightly bent, the gap (4)' is deformed, and the intersecting left and right warp threads (2) are brought closer and deformed.From the other ring (8)', both ends (9) and (9)' are lengthened. As it is pulled out, the first ring (8) and the pair of rings (9)'' that connect the front and rear short threads become shorter and the weft thread (1
)′ is deformed short. Longer both ends (9) (9)' and shorter drawer rings (8) (9)''.
1)' is deformed short. The constituent surface containing the long weft (1)' can be deformed into a convex curved surface by pressing up and a concave curved surface by pressing down, and the left or right edge (
6) can be transformed into a concave bent edge. Or, the weft (1)' in the center of cloth II is long.The weft (1)' near the upper and lower edges (6)' is long.
1) The corners of cloth II can be deformed concavely by gradually changing the weft yarns (1)' on the upper and lower edges to the shortest possible length by changing them to shorter lengths, and moving the left and right warp yarns (2) closer toward the upper and lower edges. The center portions of the top, bottom, left and right edges can be transformed into Cloth II, which is the most convex. Alternatively, if the wefts (1)' up to the upper and lower edges are shortened alternately up and down, the left and right edges (6) can be transformed into a zigzag-like edge. It can be deformed and deformed into a concave curved surface by pushing down the other intermediate surface. The longer both ends of the short yarn in the middle of the weft (1)' are pulled out, the shorter the first loop (8) and the pair of loops (9)'' of the short yarn will change, so the middle of the weft can be shortened. Both ends (9) (9)
′ is pulled out to the longest length and the first ring (8) and the pair of rings (9)″ are deformed to the shortest length.The weft thread (5) becomes slack and slightly bent, and the weft thread is deformed to the shortest length and the gap (4)′ is deformed to the extent that it is hard to see. Warp (2)
The interval approaches the shortest possible width, and the width of the cloth (2) can be transformed to the narrowest width. Once again, all the single loops and pairs of loops can be pulled in the opposite direction, but it is difficult to return them long, so it is not possible to shorten both ends of all the short threads. Cloth II cannot be returned to its original wide width. The ends of the weft yarns (5) are pulled and protruded long from the loops on the edge, and as one loop and the pair of short yarn loops are shortened, the intermediate weft yarns in the weft can be sequentially shortened. Both ends (9) (9)' of the short threads can be decorated with long protrusions on the weft (see Figure 4). Or, when the middle of the warp (2) on the intermediate surface of cloth II protrudes in a loop shape, the middle of the warp from the upper and lower ends on the constituent surface is shortened, and the weft (1)' intersects alternately on the front and back sides, forming a gathering gap (4).
)' is deformed, and the constitutive surface containing the long warp (2) is pressed down to transform it into a concave curved surface, and the short warp (2) that can be pushed up and transformed into a convex curved surface is transformed into a concave curved edge. Can be transformed. Warp threads at equal intervals (2) Both ends are drawn out from the upper and lower edges, warp threads on the middle surface (2) The middle threads are shortened at regular intervals, and the weft threads (1)' are brought together, the middle surface is deformed into long and short warp threads alternately. It can be deformed into an uneven and curved surface by pushing up and pushing down. When the upper and lower ends of all the warps are pulled out from the upper and lower edges to the longest length and the middle of the warp on the constituting surface is deformed to the shortest length, the wefts are brought together and deformed to such an extent that the gap (4)' is hardly visible, and the cloth II can be deformed to the shortest length. It is difficult to protrude the intermediate warp yarns on the intermediate surface in a long loop shape again, and it is also impossible to return the intermediate warp yarns from all the warp ends to the constituent surface long to the edges, so it is impossible to return to the original long length cloth II. Or, pull out both ends of each short thread on the intermediate part surface, the part surface near it including the edge, or the central part surface to the longest length and make one square ring (
8) and the pair of rings (9)'' are deformed to the shortest possible length, the middle of each warp is drawn out long in a loop shape, and the middle of the weft and warp on each partial surface are shortened, so that each partial surface has a short length and narrow width. It can be deformed into a surface, and the other long warp yarns can be deformed into a concave curved surface by pushing down the surface of the part where the warp yarns are located, and transformed into a container into which articles can be inserted.By deforming all the weft yarns to the shortest length and deforming all the warp yarns to the shortest length, Fabric II can be transformed to the shortest possible length. It can be transformed into a small constituent plane with the narrowest width and the shortest length, and all the weft threads cannot be returned to their original lengths.The middle of each warp up to the upper and lower ends cannot be returned to its original long constituent plane up to the edges. As shown in Fig. 5, the weft (5) is connected to the pair of loops or one loop of the front and rear short yarns in a chain shape without inserting the weft (5) into the loop (8). Similar to 1), warp threads (11
) and alternately cross the first loop (8) of the warp (11) on the front and back of the first loop (8) of the weft in the upper and lower rows to form fabric III. 8) and the pair of rings (
9) By changing the number of short threads to the left and right warps alternately, and by alternately increasing and decreasing the number of upper and lower weft threads, the constituent surface including the surface with long warp threads can be transformed into an uneven and curved surface. Or each short thread of warp threads (11) A cloth can be formed sequentially by inserting one short yarn (8) of the weft yarn (1) into one circular yarn (8) of the weft yarn (11) (1
1 of the short threads of the warp at equal intervals in the cloth that intersects
It can be formed by inserting one square loop (8) of short weft yarns into the square loop (8). Or weft (1)', warp (2) to one ring (8)
It is possible to form a cloth that can be inserted. The ends of the left and right warp threads (2) or the ends of the upper and lower weft threads (5) on the edges (6) (6)' can be glued to each stack to form a folded back from the edge. Alternatively, overlap both ends of the weft on the left and right sides (6) and glue them together, and return the other end of the short thread on the left end of the weft (1)' on the left edge (6) to the left side of the other wheel. Insert it into one loop (8) of the short thread, form a chain-like pair of loops (9)'' near the other end, and tie the other end (9)' of the left end short thread knot to (8). )' and pull it out to the first ring side to connect the paired loops of the short threads on both edges and the first ring. By sequentially connecting all the short threads on the left and right edges, the fabric II can be transformed into a cylindrical shape. Or, the weft (1)' can be formed with a warp (2) of a different color or a short thread of a different color.Or the other loop (8)' of the short thread and a part of the first loop (8) near the drawer can be sewn or inserted. Or, by pasting with adhesive or fusing, etc., it is possible to tighten the knots at the same position even if the ends of the short yarn or one pair of rings are changed to be longer or shorter, and both ends (9) (9) ′
However, each other can be prevented from being inserted and removed on the opposite side of (8)'. Or the upper and lower short thread loops (8) or (9)'' on the left and right edges.
A loop of upper and lower short threads that connect each other in a chain shape■
The ends of the weft that can protrude from the weft are overlapped and bonded together, so that the weft on each edge can be folded up and down. Alternatively, if one thread is sequentially inserted into one loop or a pair of short thread loops on the left and right edges, and the warp ends on the upper and lower edges are tied or sutured in the middle of the single thread, the middle of the thread can be connected. It is also possible to pull out the warp end or weft end ring (8) (9)'' connected to the tension thread for a long time at the same time. Alternatively, attach another weft thread to the weft threads on the upper and lower edges and the middle surface, and insert the warp threads up to the left and right edges between the different weft threads. If the ends or warp intermediates are connected sequentially by suturing, fusing, or tying, another weft is pulled and the warp intermediates connected to this are simultaneously pulled out from the constituent surface, deforming the cloth II, and the warp ends cannot be separated from the constituent surface. The weft threads are connected only to the ends of the different colored warp threads or the middle threads of the different colored warp threads, and by pulling the different weft threads and shortening the middle threads of the different colored warp threads connected thereto, the different colored short threads that intersect can be brought together to transform the fabric II.Weft (1) The short threads and weft threads (5) forming ' are the warp threads (2)
Thinner or thicker or the same thickness or each thread can be made of a flexible thread or a resilient thread or a waterproof thread or a water-absorbing thread or a thread that is stiff enough to be bent. The knot of the short thread is a thin thread part (or thick thread part), and both ends are hard parts, elastic parts, or thick thread parts, or both ends and one loop and the opposite ring are thick thread parts (or thin thread parts). It can be formed by The warp and warp yarns can be formed from animal and vegetable fiber yarns, glass fiber yarns, metal piece yarns, oil-covered yarns, leather yarns, rubber yarns, wool yarns, chemically synthesized yarns, organic or inorganic compound yarns, and the like. When a cloak is formed from Fabric II, both ends of each short yarn protrude on the cloak like feathers for decoration and heat retention, and gaps (4)' are left open for good ventilation. Pull out both ends of each short yarn in the weft row near the hem to the longest length, change the loops of one pair of wheels to the shortest length, strengthen the connection of the short yarns, and change the hem width to the shortest possible length.Furthermore, draw out the warp ends from the hem longer to shorten the middle of the warp near the hem. By shortening and gathering the criss-crossing weft threads, the surface near the hem can be made into a thick fabric to create a short length. Alternatively, from the edge of the collar tip, pull out long warp ends alternately on the left and right, alternately pull out the short threads at each end of the weft that intersect with the ends (9), (9)' to the longest length, and make a ring (8) (
9)" can be changed to the shortest length to make the collar tip uneven and curved. Alternatively, stack two pieces of fabric II with a rectangular outline on the front and back sides. Connect the ends of the front and back weft threads (5) on each left and right edge (6) 1
The loops (8) or (9)' of the short threads at the front and back ends are connected in a chain shape, and the ends of the warp threads on the front and back sides at the lower edge (6)' are connected and glued together to make the fabric II into a bag. The left and right warp ends at the top edge are tied together and glued, and the top edge is formed into a bag opening.From the bag opening, the left and right warp ends are pulled out long and are connected to the front and back surfaces near the bag opening. The middle of the warp threads on the central plane is sequentially shortened, both ends of the short threads that intersect with them are changed to the longest length, and the drawer rings (8) and (9)'' are deformed to the shortest length to bring them together and the weft threads are slightly bent. Change it to the shortest length and narrowest width of the thick material that is difficult to see, and change it to a small composition surface that cannot be changed back again.The middle surface of the wide and long length is pushed up and convexly bent to the front and back, and the inside of the bag is expanded and the gap is along the surface of the bag opening. Insert the string into the opening of the bag, and then pass the string through the gaps (4)' at equal intervals on the front and back sides of the center small component, and sew the front and back sides together.Insert the article through the bag opening on the top edge. It can be transformed into a bag-like container that stores articles within the convex curved surface. 4. Brief description of the drawings Figure 1 is a front view of the first invention, Figure 2 is a rear view of the same modification, and Figure 3 (1). Figure 3 (2) Figure 3 (3) is an explanatory diagram showing the knot formation order of short threads, Figure 3 (4) is an explanatory diagram of connecting short threads that insert warp threads into loops, Figure 3 (5) Figure is an explanatory diagram of the connecting short thread for inserting the weft thread into the loop, Figure 4 is a front view of the second invention, and Figure 5 is a diagram of the same embodiment.Patent applicant Noriko Katsugase

Claims (1)

[Claims] Invention 1: Aligning both ends of a short thread and forming a bend from the middle part thereof, one of the two rings is inserted into the other ring from the opposite side to the bending direction, the ring is pulled out, and both ends are described later. Insert the former short thread into one loop, then bend the middle part of the other end to the outside of the loop to form a loop, and insert the other end into the other loop and pull it out to the opposite side, thereby tying a knot. Each of the formed short threads was made, and one end of the above short thread was inserted into one loop of the former short thread together with the outer ring up to the front of the knot, the two were connected, and this was formed in the same manner as the other one. A two-wheel connected fabric in which a warp is formed from a group of short yarns that are also connected in sequence, and weft yarns are sequentially inserted into one ring of the short yarns forming a warp knot to form a cross. Second invention: Align both ends of the short yarn and bend it from the middle side. One of the two loops is inserted into the other from the opposite side to the bending direction, the loop is pulled out, and both ends of the former short yarn are bent as described below. The short thread is inserted into one loop, and then the middle part of the other end is bent to the outside of the loop to form a loop, and the other end is inserted into the other loop and pulled out to the opposite side, thereby forming a knot. For each construction, insert one end of the above-mentioned short thread into one loop of the above-mentioned short thread together with the outer loop until it reaches the knot, connect the two, and then connect the other similarly formed short threads in turn. The warp and warp consisting of a group of short yarns are formed, and one loop of the short yarns forming a warp knot is intersected with one loop of the short yarns forming a weft knot. A two-wheel connecting fabric constructed so that both ends are pulled out long and the outer loop connecting the front and rear short threads is shortened, and one loop is shortened so that a knot can be tied.