M339526 八、新型說明： 【新型所屬之技術領域】 本創作係與一種網布有關，更詳而言之，特別是指一種 具向抗張力之網布構造。 【先前技術】 按’請參閱第一圖所示，係為一種習知之網布構造外觀 圖與剖視圖，該網布1係由數沿經線方向等距排列之經線束M339526 VIII. New description: [New technical field] This creation is related to a mesh, in more detail, especially a mesh structure with a tensile resistance. [Prior Art] According to the first drawing, it is a conventional mesh structure appearance and cross-sectional view, which is a pair of warp beams arranged equidistantly along the warp direction.
2與數沿緯線方向等距排列之緯線束3互相垂直交錯編織形 成，而經線方向係由二經線束2互相交叉編織而等距排列， 其交叉重疊間分別形成有一孔隙4，相鄰之經線束2間之孔 隙4位置係平行設置，請配合參閱第二圖所示，係為習知之 網布構造剖視圖，該等相鄰之孔隙4係供相對穿置有二條以 微波浪弧狀橫向延伸緯線束3，其巾，該經線束2係以具彈 性=塑膠絲製成，如聰㈤旨雜體），使編織成之網布具 有高張力之延紐，而辦線束3係峨轉製成之數緯 紗，以供編織完成後，再藉由加熱，使該等經線束2熔接固 定於該等緯線束3，即完成具彈性延展性之網布卜 【新型内容】 惟，將習知之網布運用結合於椅子坐塾部位上時，因於 =!二寺，需將該網布1撐開拉伸，以使網布1周圍與椅 且f，但因該網布1具有高張力之延展性，於拉 合後之坐墊雜，其_、度稍，無輯 5 M339526 果上，故習知之網布構造於組裝運用於物體上，實有待加以 改良之必要。 ' 本創作係提供-種具高抗張力之網布構造，該網布係由 數經線方向之經線束與轉方向之數轉束互相交錯編織 形成，其中，於每-經線束或每—緯線束其中之一係由一包 芯束所構成，該包芯束具有—包覆層，該包襲係由具可炼 接之材質製成，且該包覆肋具有數包覆絲，該等包覆絲係 由具抗拉力材質製成。 、 ▲本創作所提供之具高抗張力之網布構造，藉由該包覆層 使该包芯束可分職每—轉束或每—經線束互相重叠交 錯溶接固定，並藉由該包覆絲使編織顧後之網布具有高抗 張力，使該網布運用組裝固定於任何物體上時，即可快速拉 緊平整固定，達到方便組裝及防止變形之功效。 【實施方式】 請參閱第三圖所示，係為本創作一種具高抗張力之網布 構造之較佳實關之局部放大圖，翻布構造係包含有數經 線束10及數緯線束2〇 ;其中： 该等經線束10，係設於經線方向，係由一種包芯束構 成’請配合參财四圖所示，係為本創作之剖視圖，其具有 一包覆層11，該包覆層n内具有數抗拉力材質之包覆絲 12，該等包覆層U係選自由PVC(聚氣乙稀)構成，而該等包 覆絲12係選自特多龍材質、pp(聚丙稀）等其中一種之抗張 M339526 力纖維，而於本實施例中，係以四行經線束1〇等距排列形 成一經線單元13，且具有數經線單元13，相鄰經線單元13 係具有一適當間距，每一經線單元13係由兩兩經線束1〇互 相交叉編織，且，每一經線束10可與另一種色樣之經線束 ίο相互交叉編織，其交叉編織之重疊間形成有孔隙14，且 相鄰之經線束1〇間之孔隙14位置係平行，另，每一經線單 元13可排列有五個或六個經線束10。 仍請參閲第三至四圖所示，該等緯線束2〇，係橫向固設 於緯線方向，與該等經線束相互重疊交錯固定，係以每 四條緯線束20以微波浪弧狀橫向延伸穿過相鄰之該等孔隙 14内’使每一孔隙14内結合有兩組緯線束2〇，且該等緯線 束20係與該等經線束1Q亦同為_種包芯束，具有一包覆層 2」’一該包覆層21内具有數抗拉力材質之包覆絲22，使與該 等經線束10重疊位置藉由該等包覆層丨卜…爾接方式一 體結使該等重疊位置處係分卿成—固定部3〇。 »月茶閱第五圖所不’係為本創作另一實施例之剖視圖， ，可見’構造與號大致與摘作錄實施，不同之 經線束1〇係為-種包芯束，而每-緯線束20 抗拉力之特性，使；種構成’兩種刪 上時，即可崎Γ整^技驗賴紐任何物體 請參閱第六圖所示，係為本創作再一實施例之剖視圖， 7 M339526 由圖可見，構造與功能大致與本創作較佳實施例同，不同之 處在於，每一緯線束20係為一種包芯束，而每一經線束1〇 係為化學纖維、天然纖維等其中一種構成，兩種材質皆具有 抗拉力之雜’使形狀網雜緊運驰裝固定於任何物體 上時，即可快速平整固定。 、 躲進—步瞭解本創作構造特徵、運紐術手段及所預 . 期達成之功效，兹將本創作使用方式加以敘述，相信當可由 φ 此而對本創作有更深入且具體之瞭解，如下所述： 當该等經線束10與該等緯線束20編織形成網布時，再 經由加熱130度〜180度之間，使該等包覆層η、21互相熔 口，以穩固結合，當將該網布運用於一椅子之坐墊部位時， 將該财频職大小，並㈣於触墊雜，此時將一端 網布塞入該椅子坐墊部位之邊框，再拉緊該網布另端，因其 強度佳，能夠抵抗拉力，使其平整固定於該椅子坐塾部位另 瞻 端，其可快速達到組裝效果。 …故^創作之經線束與緯線束其中之一或兩者皆可使用 j等包心束構成’而藉由其表面之包覆層可與每—緯線束或 y經線t—觀翻定’並由該等包覆絲使編織成型後之 1布具有高抗張力，使該網布拉緊組裝於任何物體上 因其強度佳不具彈性延展性，具有良好之抵抗張力，可 、速平整拉緊固定，使其成型之穩定度高。 ㉟上所述’本_在_產品巾實有其極佳之進步實用 8 M339526 性，同時遍查國内外關於此類結構之技術資料，文獻中亦未 發現有相同的構造存在在先，是以，本創作實已具備新型專 利要件，爰依法提出申請。 惟 故C述者本創作之—較佳可行實施例而 化本創作說明書及申請專利範圍所為之等效結 里應包含在本創作之專利範圍内。 已， 構變 M339526 【圖式簡單說明】 第一圖係為習知網布構造之局部放大圖。 第二圖係為習知網布構造之剖視圖。 第三圖係為本創作之局部放大圖。 第四圖係為本創作之剖視圖。 第五圖係為本創作另一實施例之剖視圖。 第六圖係為本創作再一實施例之剖視圖。 【主要元件符號說明】 〔習知〕 1 網布 2 經線束 3 緯線束 4 孔隙 〔新型〕 10 經線束 11 包覆層 12 包覆絲 13 經線單元 14 孔隙 20 緯線束 21 包覆層 22 包覆絲 30 固定部2 and the weft strands 3 arranged equidistantly along the direction of the weft direction are formed by interlacing with each other, and the warp direction is equidistantly arranged by the two warp beams 2 interlaced with each other, and a gap 4 is formed between the intersecting overlaps, adjacent to each other. The positions of the apertures 4 between the bundles 2 are arranged in parallel, as shown in the second figure, which is a cross-sectional view of a conventional mesh structure, the adjacent apertures 4 are provided with two strips in a micro-wave-like transverse direction. The weft strand 3 is extended, and the warp beam 2 is made of elastic=plastic wire, such as Cong (five) miscellaneous body, so that the woven mesh fabric has a high tension extension, and the wire harness 3 is twisted. After the weaving is completed, the weaving is completed, and then the wire bundle 2 is welded and fixed to the weft strands 3 by heating, that is, the mesh having the elastic ductility is completed [new content] When the use of the mesh is combined with the seat of the chair, because of the =! two temples, the mesh 1 needs to be stretched and stretched so that the mesh 1 is surrounded by the chair and f, but because the mesh 1 has a high The ductility of the tension, the cushion after the pull, the _, the degree is slightly, no series 5 M33 9526 In fact, the conventional mesh construction is used for assembly and application, and it is necessary to improve it. 'This creation provides a high-tension-resistant mesh structure, which is formed by interlacing the warp beams in the warp direction and the number of turns in the direction of the warp, respectively, in each warp or per-weft One of the bundles is composed of a core bundle having a cladding layer made of a material capable of refining, and the cladding rib having a plurality of cladding wires, The coated wire is made of a tensile material. ▲ The high-tension-resistant mesh structure provided by the present invention, the core bundle can be divided by the cladding layer or each of the warp beams to be mutually overlapped and fixed by the coating, and by the coating The wire makes the mesh cloth with high tension resistance, so that when the mesh cloth is assembled and fixed on any object, the wire can be quickly tightened and flattened, thereby facilitating assembly and preventing deformation. [Embodiment] Please refer to the third figure, which is a partial enlarged view of a preferred embodiment of a mesh structure with high tensile strength. The fabric structure includes a plurality of warp beams 10 and a plurality of weft bundles 2; Wherein: the warp beams 10 are arranged in the warp direction and are formed by a core bundle. Please refer to the four diagrams of the Guicai, which is a cross-sectional view of the creation, having a cladding layer 11 The layer n has a plurality of tensile materials 12 of tensile strength material, and the cladding layers U are selected from the group consisting of PVC (polyethylene), and the coating wires 12 are selected from the group of Tedron materials, pp ( One of the tensile M339526 force fibers, such as polypropylene), and in the present embodiment, a warp element 13 is formed by four rows of warp beams 1 〇 equidistantly arranged, and has a plurality of warp elements 13, adjacent warp elements 13 Each of the warp elements 13 is interwoven by two or two warp beams 1 ,, and each warp beam 10 can be woven with the other color splicing line ίο, and the cross-weaving overlaps are formed. There are apertures 14, and the positions of the apertures 14 between the adjacent warp beams 1 are flat. The other, each unit 13 may be arranged in the warp five or six via the wire harness 10. Still referring to the third to fourth figures, the weft bundles 2〇 are laterally fixed in the weft direction, and are interlaced and fixed with the warp beams, and each of the four weft bundles 20 is curved in a micro-wave arc shape. Extending through the adjacent apertures 14 to make each of the apertures 14 have two sets of weft bundles 2〇, and the weft bundles 20 are also the same as the warp bundles 1Q, having a covering layer 2"'--the covering layer 21 has a plurality of covering wires 22 of a tensile strength material, so that the overlapping positions with the warp beams 10 are integrated by the coating layers. The overlapping positions are divided into three parts. »月茶看五图不不' is a cross-sectional view of another embodiment of the creation, it can be seen that the 'structure and number are roughly combined with the implementation of the excerpt, and the different warp beam 1 is a kind of core bundle, and each -The characteristics of the tensile force of the weft bundle 20, so that when the two types are deleted, the object can be rugged and tidy. Any object can be seen in the sixth figure, which is a further embodiment of the present invention. Cutaway view, 7 M339526 is visible from the figure, the structure and function are roughly the same as the preferred embodiment of the present invention, except that each weft bundle 20 is a core bundle, and each warp bundle 1 is a chemical fiber, natural One of the fibers and the like, both of which have the tensile strength of the 'to make the shape mesh tightly fastened to any object, can be quickly flattened and fixed. In hiding, step by step to understand the characteristics of this creation, the means of transportation, and the effect achieved by the period. I will describe the use of this creation. I believe that we can have a deeper and more specific understanding of this creation by φ, as follows When the warp beams 10 are woven with the weft strands 20 to form a mesh cloth, and then heated between 130 degrees and 180 degrees, the cladding layers η and 21 are mutually melted to form a stable joint. When the net cloth is applied to the seat cushion portion of a chair, the money frequency is used, and (4) the touch pad is mixed. At this time, one end mesh cloth is inserted into the frame of the chair cushion portion, and then the other end of the mesh cloth is tightened. Because of its high strength, it can resist the pulling force, so that it is flat and fixed on the seat of the chair, which can quickly achieve the assembly effect. Therefore, one or both of the warp and weft strands of the creation can be formed by using a bundle of j or the like, and by the coating of the surface thereof, it can be set with each of the weft beam or the y warp t-view. 'And by the coated wire, the cloth after braiding has high tensile strength, so that the mesh is tightly assembled on any object because of its high strength and no elastic ductility, and has good resistance to tension, and can be smoothed and pulled. Tightly fixed to make it stable in molding. On the 35th, the 'this_in_product towel has its excellent progress and practicality 8 M339526. At the same time, it also checks the technical information about such structures at home and abroad. The same structure is not found in the literature. Therefore, this creation has already possessed new types of patent requirements, and applied for it according to law. However, the equivalent of the present invention and the scope of the patent application should be included in the scope of this creation. Already, configuration change M339526 [Simple description of the drawing] The first figure is a partial enlarged view of the conventional mesh structure. The second figure is a cross-sectional view of a conventional mesh construction. The third picture is a partial enlarged view of the creation. The fourth picture is a cross-sectional view of the creation. The fifth drawing is a cross-sectional view of another embodiment of the present creation. The sixth drawing is a cross-sectional view of still another embodiment of the present creation. [Main component symbol description] [General] 1 mesh 2 warp beam 3 weft bundle 4 aperture [new type] 10 warp beam 11 cladding layer 12 covered wire 13 warp element 14 aperture 20 weft bundle 21 cladding layer 22 package Covering wire 30 fixing part