FABRIC WITH DIFFERENT PATTERNS AND COLOURS ON BOTH SIDES The present invention relates to fabric with different patterns and colours on both sides used in the textile (piques and bedspreads, tablecloths, garments, upholstery, curtains, drapery etc).

Today, fabrics used in textile to produce piques and bedspreads, tablecloths, upholstery and curtains consist of same patterns on both sides. The pattern work on one side of the fabric is exactly, yet not very clearly, reflected on the other side of the fabric as the projection of the knit/pattern on the front side in reversed form. Or the pattern work on the front side is not visible on the back side, yet one may easily recognize that the back side is the reverse of the front side. For this reason, only one side of the fabric can be used in current practices.

The present invention that relates to fabric with different patterns and colours on both sides used in the textile (piques and bedspreads, tablecloths, garments, upholstery, curtains, drapery etc) is characterized in that, different colours, patterns and yarns are used on both sides of the fabric in the same weaving machine.

Fabric with different patterns and colours on both sides can be produced by the weaving machines in the current technology without the addition of any different equipment and use of any different yarn.

Fabric with different patterns and colours on both sides can be applied to many products used in textile for different purposes.

Thanks to the fabric with different colours and patterns on both sides, the user is granted with the opportunity to use a functional product. The invention allows the user to buy one single product instead of buying two products of different patterns and colours, and l use both sides of that single product. Thus, the user is prevented from paying for two different products that can only satisfy the user's desire when combined.

The fabric with different colours and patterns on both sides allows the producer to technically combine products of different categories in one single product and market it. Furthermore, thanks to the capability of producing products of different categories as a single product, labour and operating costs could be reduced.

In the present invention, in producing fabric with different patterns and colours on both sides, one single warp is appropriately split and divided into two independently in consideration of the desired knit and pattern by means of a computer software installed on the weaving machine. If this splitting is even on both sides, e.g if there are 66 warps per cm, it is divided as 33 - 33. Likewise, 56 wefts corresponding to 66 warps are divided as 28 - 28. While different pattern and colour works are applied to the set of 33 warps detached from the other set in 28 - 28 warp layout, simultaneously patterns with both set of 33 warps are interlinked. Such link is established by means of a couple of wefts used in both sets of 33 warps. One or several wefts functioning in the pattern serve both to weave and to link in cross run. Number of wefts used in linking may be increased to obtain a denser link. Fabrics simultaneously woven and interlinked create a fabric with different patterns and colours on both sides, and as linking points are constructed with blind stitches, they are not visible on the fabric.