TH30858A - Multilayer industrial textiles with a single unit joint component. - Google Patents

Abstract

DC60 (03/09/45) Multilayered industrial textiles that are essentially planar. That has been assembled from subsections At least one component consisting of a woven or non-woven stack. In which the joint uses a thread or element Formed The connecting thread or the forming element is placed at the selected position in such a way that at least one transverse edge of the surface plane of the overlap of one or more textile subsections or the first subsection is welded. Each by means of a matching clamp on the connecting thread or the inserted forming element At least one surface is bound together in one of the overlapping sheets of the second substrate. Or in another position of the subsection One of the first textiles to provide a homogeneous joint. The seam consists of a thread that is The forming shapes and elements that form any combined bond that lies within the textile plane. For example, in hook-and-loop or groove-and-ridge joints and the like, such textiles are assembled by means of fasteners, links, grips or elements. Formed For example, by overlapping of various subsections Either in the thread winding process or in a one-by-one way, in order for the extension thread or the elements prepared in the substrate stacking sheet to be fastened. And connected There is no need for any additional processes. For the splice, at least one subsection can be a single continuous strip, multiple strips, or panels through which the elements are welded. Has been assembled Many stages of industrial textiles are connected to one another that are essentially planar. That has been assembled from at least one subsection consisting of a woven or non-woven stack. In which the joint uses a thread or a formed element The extension thread or the forming element will be put at the selected position. In such a way that the transverse edge of one or more plane surfaces of the overlap of at least one textile subsection or the first subsection. And connected by a matching fastener to an extension thread or corresponding forming element in at least one surface of one overlap of the second substrate. Or in another location of one of the first textile subsets to provide a homogeneous joint. A joint consists of a thread that forms a thread and a component that forms any combination of matching fasteners. That is within the plane of the textile For example, in hook-and-loop or groove-and-ridge joints and the like. Such textiles are assembled by means of fastenings, grips, bridging, grapples or formed elements. For example, by overlapping of various subsections Either in the process of coil winding or piece by piece. So that the connecting threads or elements that have been prepared in the subsection's overlap sheets are fixed and welded together. There is no need for any additional processes. For that joint One or more subsections can be a single continuous strip, multiple strips, or panels in which the splice elements are assembled.

Claims (5)

1. an industrial textile consisting of at least one first subsection and one second subsection. Each section includes at least one stack, where (a) the first or the first subsection each, including at least one surface, somewhat parallel to the plane of the textile. The first overlap, which is joined by the first unified splice element assembled in the first stack, is somewhat longer with the plane of the textile at the selected location of the face of the first subsection (b) section. Each second or second subsection includes, at least one surface which is somewhat parallel to the plane of the textile. The second overlap, combined with the second unified splice element assembled in the second stack, is somewhat parallel to the plane of the textile at the selected location of the second substrate surface. ; And (c) the first splice element incorporated into the first stacking sheet or each stacking sheet included in the first subsection and the second splice element incorporated into the second stacking sheet or Each second overlap, joined in each second subsection, is composed of a formed element that is attached, bonded, and connected to each other to provide an overlap between the selected positions. 2. The textiles according to claim 1 consisting of at least one first subsection and one second subsection, each including at least one stacking sheet where (a) the first subsection or Each first subsection includes, at least one surface which is somewhat parallel to the plane of the textile, the first woven overlap which is joined by the first homogeneous joint component woven into the sheet. The first overlap is somewhat parallel to the plane of the textile at the selected location of the face of the first subsection (b), the second or second subsection each, inclusive, at least on one surface. Relatively parallel to the plane of the textile, the second woven overlap, combined with a second unified joint element woven into the second overlap, is somewhat parallel to the plane of the textile at the position. Selected surface of the second subsection; And (c) the first joint element is woven into each first or first subsection, and the second joint element is woven into each second or second subsection, which consists of A thread that is attached to the shape And connected with each other to provide a connection between the selected positions. 3. Textile according to claim No. 2, where each sheet consists of at least warp and weft knitting. Weaved between each other, and the same unit joint elements are woven into overlays at the selected location during the weaving process as either warp or weft part. Rights No. 3 where the homogeneous splice elements are composed of warp sections 5. Textile according to claim 2, where the uniform joint element is placed on the edge of the sheet. Each stack or stack, and the edges of the overlapping sheets are overlapped to provide a joint. 6. Textiles according to claim 2, including at least one subsection, containing the overlapping woven sheets. 7. The textiles according to claim 1, including at least one first subsection and one second subsection. , Each section includes at least one stacking sheet where (a) the first or the first subsection each, including at least one surface which is somewhat parallel to the plane of the textile, non-woven overlap. The first sheet, which is joined by the first integral splice element assembled in the first overlap, is somewhat parallel to the plane of the textile at the selected location of the first substrate (b) second substrate. Or each second subsection, including, at least one surface which is somewhat parallel to the plane of the textile. The second non-woven overlap is combined with a second unified joint element incorporated in the second overlap, somewhat parallel to the plane of the textile at the selected location of the substrate surface. two; And (c) the first splice element incorporated into each of the first or first subsection and the second splice element incorporated into each substrate, second or second splice. Through which consists of shaped elements which are attached, bonded, and connected to each other so that there is a joint between the selected positions. 8. Textiles according to claim 1, including at least Two subsections, including at least the first and least second subsection, where (a) the first or the first subsection each, including, at least one surface which is somewhat parallel to Textile plane, first woven overlap, combined with the first homogeneous joint element woven into the first overlap, somewhat parallel to the textile plane at the selected location of the surface of Subsection (b) each second or second subsection, including, at least one surface, somewhat parallel to the plane of the textile. The second non-woven overlap, combined with the second unified joint element assembled in the second stack, is somewhat parallel to the plane of the textile at the selected location of the surface of the second substrate. ; And (c) the first joint component assembled in the first or first weave overlay, each of the first substrate and the second joint element assembled in the second overlap. In the second non-woven subsection or each second non-woven subsection. It consists of contoured, bonded, and interlocking elements to provide an overlapped joint between the selected positions. 9. Textile according to claim 8, wherein the joint elements are welded to the ridge elements. 1 0. Textile according to claim 1, where the first and second homogeneous splice elements are placed at at least one edge of the first overlap. Or the second overlap, or individual sheets of the first overlap, or each of the second overlap, and the edges of the first and second overlays, combined with overlap elements to provide Joint 1 1. Textiles according to claim 10, where subsections are to be selected groups consisting of One overlapping panel, at least two different overlapping panels, one multiple overlapping panels, and at least two different overlapping panels 1 2. Textiles as per claim. Article 10, including at least two subsections of the same or different width 1 3. Textile according to claim 12, where the width of the band is in the ratio of n: 1, where Where n is 1, and the tabs are of the same width, or n is the integer number 1. 4. Textile according to claim 1 where (a) subsections are selected from the group consisting of Continuous strip, one stacking sheet Several continuous strips one stack, at least two consecutive, at least two identical overlapping sheets, at least two consecutive sheets of overlap. Two identical strips and at least two discrete overlapping strips (b) the first and second substrate, including the first and second overlapping sheets, which carry the joint elements. The first and the second consists of two long side edges of each strip or strip; and (c) Industrial textiles are assembled by the spiral winding technique 1 5. Textiles according to claim 14, where part Each subsection, or subsection, is a single stacked woven fabric, the same unit joint element is placed in the supporting edge of each woven stack, and the edge of the stack is overlaid. To provide a joint 1 6. Textile according to claim 1, where the joint component of the same unit consists of hook and loop elements 1 7. Textile according to claim 1 where the welded element The same unit consists of hook elements 1 8. Textiles according to claim 1 Where the homogeneous joint component consists of ridge and groove elements 1 9. Textiles according to claim 18 where at first position on one stack, the joint elements are composed of ridge elements, and at the position. Second, on another stack, the joint elements are composed of grooved elements, with ridge elements at the first position hooked up and bonded together 2 0. Textile according to claim 18, where at the first position on One overlapping plate, a joint element comprising both a ridge element and a groove element, and at the second position on the other overlap element, including both ridge and groove elements, with the groove and ridge element at the first position of the anchor and Welded together 2 1. Textiles according to claim 1, where subsections are in the form of separate panels, each panel having an area less than that of textile 2. 2. Textiles according to claim 1, including at least two subsections 2. 3. Textiles according to claim 1, including at least two subsections having different properties 2. 4. Textiles according to claim 1, including at least a subsection consisting of at least two stacked sheets 2. 5. Textiles according to claim 1, including at least a subsection consisting of at least two discs.