五、新型說明： 【新型所屬之技術領域】 本創作有關於一種立體織物及其製作結構，亦可製作 出一可符合需求高度之立體織物。 【先前技術】 請參閱第1圖’為習用立體織物之結構剖 二體織物100可為-三明治織物，其包括有-J 布科層11、-第二布料層12及一連接部13。 其中，連接部13係可選擇為 布料層11及第二布料層12之門日加=/、°又置於弟一 -布料層11或第二布料二：伤；段可編織於第 100。 曰 上猎以製作出立體織物 習用立體織物100亦可直接透 兩層布料進行連接部13的編置上下 將產生一些問題： …、如此作法， (1) .兩層布料間之連接部13 受到絨織設備的製作限制而I法進一二1彺往會 1^<5^η。 ‘、，、沄進—步增加，例如·· (2) .連接部13之各個線 法調整。 又/、此維持一固定長度、無 (3) .製作較高長度之連接 — 紗=況’進而影響到立體織物iq二在=時產生斷 有鑑於此，本創作將製作出一可符合需之立體 M417368 織物，且織物本身具有高硬度、高缓衝、高支撐強度、耐 磨等等特質，藉以增加產業應用上的範圍，將會是本創作 欲達到的目的。 【新型内容】 本創作之主要目的，在於提供一種立體織物，亦可製 作出不同尺寸高度之立體織物，藉以符合應用上的需求。 φ 本創作之次要目的，在於提供一種立體織物，其内部 可為一密閉的織物結構，欲進行應用時，亦可注入一氣體 或一流體，以支撐出織物的立體態樣，不繼續應用時，亦 可將内部填充的氣體或流體進行洩出，使得各層布料貼合 一起成為厚度較薄的三明治織布結構，藉此方便於使用者 進行織物的捲收，以減少收納的空間。 本創作之又一目的，在於提供一種立體織物，於立體 織物之上下兩布料層上亦可進一步設置有一橡膠層以成 φ 為一複合布料層，使得立體織物可具有高硬度、高緩衝、 而支撑強度、对磨、防水、防漏等等特點。 本創作之又一目的，在於提供一種立體織物及其製作 結構，其可搭配至少一間隔片及複數個支撐體進行立體織 物之製作，間隔片及支撐體擺設於兩布料層之間，且每兩 個支撐體為一組分別排列擺置於間隔片之上下兩側，在進 行製作時，連接兩布料層之各連接部可交錯圍繞著各組支 撐體進行設置，藉由圍繞多組數量之支撐體，將可延伸連 接部設置於兩布料層間之長度，如此即可製作出不同尺寸 M417368 /〇ol〇q^irJ /〇^/β 高度之立體織物。 為此，為達成上述目的，本創作提供一種立體織物， 其包括有：一第一布料層；一第二布料層；及一連接部， 包括有複數個結合段及複數個延伸段，各結合段分別編織 於第一布料層或第二布料層上，各延伸段分別連接於對應 的結合段，且每兩個延伸段為一組係交錯設置於第一布料 層及第二布料層間，其中各組延伸段為不同長度。 又，本創作另提供一種立體織物之製作結構，其包括 有：一第一布料層；一第二布料層；至少一間隔片，設置 於第一布料層及第二布料層間；複數個支撐體，每兩個支 撐體為一組分別排列擺設於間隔片之上下兩側；及一連接 部，包括有複數個結合段及複數個延伸段，各結合段分別 編織於第一布料層或第二布料層上，各延伸段分別連接於 對應的結合段，且每兩個延伸段為一組係交錯及圍繞各組 支撐體以設置於第一布料層及第二布料層間，其中各組延 伸段可透過圍繞於多組數量之支撐體而改變延伸的長 度，各組延伸段圍繞於不同數量的各組支撐體。 【實施方式】 請參閱第2圖，為本創作立體織物之製作結構一較佳 實施例之結構剖面圖。如圖所示，織物200之主要結構包 括有一第一布料層21及一第二布料層22。 在進行立體織物的製作時，至少一間隔片31設置於 第一布料層21及一第二布料層22間，每兩個為一組之支 M417368 撐體331a、331b分別排列設置於間隔片25的上下兩側， 且第一布料層21及第二布料層22之間的製作空間約為L2 長度左右。 織物200尚包括有一連接部23，第一布料層21及一 第二布料層22透過連接部23連接成一體，該連接部23 可為一紗線所組成。連接部23包括有複數個結合段231 及複數個延伸段233a、233b。各結合段231可透過一絨織 設備分別編織於第一布料層21或第二布料層22上，而各 • 延伸段233a、233b分別連接於所對應的結合段231。每兩 個延伸段233a、233b為一組係交錯及圍繞於各組支撐體 331a、331b，以令延伸段233a、233b可設置於第一布料 層21及第二布料層22之間的空間中。 本實施例中，各組延伸段233a、233b交錯圍繞多組 支撐體331a、331b，其圍繞的數量亦可為不同，例如：左 邊第一組延伸段233a、233b圍繞兩組支撐體331a、331b， 中間第二組延伸段233a、233b圍繞三組支撐體331a、 331b，右邊第三組延伸段233a、233b圍繞四組支撐體 331a、331b 等等。 接續，在各結合段231皆編織於第一布料層21或第 二布料層22上，且各延伸段233a、233b也已經交錯圍繞 於多組支撐體331a、331b之後，間隔片31及各組支撐體 331a、331b亦可進行抽離，即可完成一三明治立體織物 200的製作，如第3圖所示。 承上，第3圖所示之立體織物200於完成之後進行展 M417368 開，左邊第-組延伸段233a、2m之長度約為3b，中間 第二組延伸段233a、233b之長度約為4U，右邊第三峡 伸段233a、襲之長度約為5L”在此，交錯設置於第一 布料層21及第二布料層22間之各挺蜂伸段2伽、2331) 其長度明顯地比習用只使用絨織設備進行製作的方式増 加許多。如此據以實施，將可改變第〜布料層21及第: 布料層22間連接部23的延伸長度，以製作出θ 一可符合需 $ 求高度之立體織物200。 在第2圖及第3圖實施例中’藉由各組延伸段233a、 233b分別圍繞不同數量的各組支撐體33la、331b，例如： 第組延伸段233a、233b圍繞兩組支撐體331a、331b， 第二組延伸段233a、233b圍繞三組支撐體331a、331b， 第二組延伸段233a、233b圍繞四組支樓體331a、331b， 將可以在立體織物200之表面上形成一階梯形狀態樣。 或者’在本創作另一實施例中’如第4圖所示之立體 镰 織物201，各組延伸段233a、233b分別圍繞相同數量的各 組支撐體3 31 a、3 31 b，例如：第一組' 第二組及第三組延 伸段233a、233b皆圍繞兩組支撐體33la、331b。 此外，第4圖實施例中，其連接部23尚包括有複數 個連結段235a、235b。同樣的’各連接段235a、235b分 別連接於對應的結合段231 ’每兩個連結段235a、235b為 一組係交錯設置於第一布料層21及第二布料層22間，且 各組連結段235a、235b並未圍繞於各組支撐體331a、331b 之上。再者’由於連結段235a、235b係透過絨織設備直 M417368 * * 接編製於第一布料層21與第二布料層22間，因此，各組 連結235a、235b之设置長度將遠小於各組延伸段233a、 233b。又，本實施例中，於第一布料層21與第二布料層 22間係可採取設置一组延伸段233a、233b後搭配設置一 組連結段235a、235b的方式進行。當然，本創作另一實 施例中，也可設置多組延伸段233a、233b後搭配設置一 組連結段235a、235b，或者，設置一組延伸段233a、233b 後搭配設置多組連結段235a、235b。 φ 接著’立體織物於製作完成之後，可如第5圖所 示係將間隔片31及各組支撐體331a、331b進行抽離，並 將立體織物201進行展開，則各組延伸段233a、233b之 長度皆為相同並大約為3L2左右，而各組連結段235a、235b 之長度皆為相同並大約為1 · 5L2左右，則即可在立體織物 201之表面上形成一梯形形狀態樣。 再度參閱第2圖或第4圖，當各組延伸段233a、233b 交錯圍繞於多組支稽體331 a、331 b時，各組延伸段233a、 • 233b將會壓止支撐體331a、331b更進一步貼合在間隔片 25上。在此，為了避免各組支撐體331a、331b貼合於間 隔片25時，其彼此間產生摩擦而令各組支撐體331a、33lb 磨損斷裂’該支樓體331a、331b亦可選用一耐磨紗線或 一具有高耐磨、高支撐力特性之長條體（例如：鐵條或木 條）進行製作。 請參閱第6圖及第7圖，為本創作立體織物又一實施 例之结構示意圖及應用結構剖面圖，並同時參閱第5圖。 M417368 如圖所示，本創作立體織物201可為一密閉的立體織物結 構，其第一布料層21及第二布料層22間具有一密閉的連 接層230。連接層230中設置有該連接部23的各組延伸段 233a、233b及各組連結段235a、235b ,且包括有一進出 口 235’ 一氣體或一流體亦可從該進出口 2扣注入。再者， 可在立體織物201製作時，於第一布料層21及第二布料 層22上同時塗設一具有防水、防漏、高硬度等特性之橡 膠層 210、220。 承上，立體織物201欲進行應用時，亦可將氣體或流 體注入於連接層230中，氣體具有之氣體支撐力將支撐起 連接層230上下方之第一布料層21及第二布料層22而令 立體織物201逐漸隆起，且隆起的第一布料層21及第二 布料層22同時‘會帶動連接部23的各組延伸段233 233b 及各组連結段235a、235b進行拉伸。接著，氣體不斷注 入於連接層230中，後續將可使得各組延伸段23如、233b 及各組連結段235a、235b因此拉直。拉直的各組延伸段 233a 233b及各組連結段235a、235b將會產生一反作用 拉力，拉住第一布料層21及第二布料層22停止延展擴 張’此時’即可完成對於立體織物2〇丨的充氣。 充氣的立體織物201進行應用時，若受到外力之壓 迫，則内部填充的氣體或流體會受到壓縮而產生抵止的反 作用力，使得該立體織物201產生高緩衝、高支撐強度的 功效，此外，透過橡膠層210、220的塗設將使得立體織 物201之布料表面可產生防水、防漏、高硬度、耐磨等等 M417368 * ., * 特點。 又，立體織物201不繼續應用時，亦可將内部填充的 氣體或流體從進出口 235進行洩出，則第一布料層21、第 二布料層22及連接部23相互貼合一起成為一厚度較薄的 三明治織布結構，如此，不僅可方便於使用者進行捲收， 並因此減少收納的空間。 再者，本創作之應用雖以第5圖梯形態樣之立體織物 201為例，然，在實際製作時，也可實現於第3圖階梯態 φ 樣之立體織物200上。 總合上述，本創作立體織物201/200將具有高硬度、 高緩衝、高支撐強度、耐磨、防水、防漏等等特點，且亦 可應用在不同領域之產品上，例如：充氣墊、輔助階梯、 救生筏、牆板…等等。再者，為了應用上的尺寸需求，連 接部23之延伸段231a、231b亦可選擇交錯圍繞多組支撐 體331a、331b，藉以改變第一布料層21及第二布料層22 間連接部23的延伸長度，以製作出一可符合需求高度之 • 立體織物201/200。 以上所述者，僅為本創作之一較佳實施例而已，並非 用來限定本創作實施之範圍，即凡依本創作申請專利範圍 所述之形狀、構造、特徵及精神所為之均等變化與修飾， 均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 第1圖：習用立體織物之結構剖面圖。 M417368 * ,. · 第2圖：本創作立體織物之製作結構一較佳實施例之結 構剖面圖。 第3圖：本創作立體織物一較佳實施例之結構剖面圖。 第4圖：本創作立體織物之製作結構又一實施例之結構 剖面圖。 第5圖：本創作立體織物又一實施例之結構剖面圖。 第6圖：本創作立體織物又一實施例之結構示意圖。 φ 第7圖：本創作立體織物又一實施例之應用結構剖面圖。 【主要元件符號說明】 100 立體織物 11 第一布料層 12 第二布料層 13 連接部 200 立體織物 201 立體織物 21 第一布料層 210 橡膠層 22 第二布料層 220 橡膠層 23 連接部 230 連接層 231 結合段 235 進出口 233a 延伸段 233b 延伸段 235a 連結段 235b 連結段 31 間隔片 331a 支撐體 331b 支撐體V. New description: [New technical field] The creation relates to a three-dimensional fabric and its structure, and can also produce a three-dimensional fabric that can meet the demand height. [Prior Art] Referring to Fig. 1 is a structural sectional view of a conventional three-dimensional fabric. The two-body fabric 100 may be a sandwich fabric comprising a -J cloth layer 11, a second cloth layer 12, and a connecting portion 13. Wherein, the connecting portion 13 can be selected such that the door layer of the cloth layer 11 and the second cloth layer 12 is added to the door/day, and the second layer of the fabric layer 11 or the second cloth sheet 2 is wounded; the segment can be woven at the 100th portion.猎 猎 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体 立体The production of the velvet equipment is limited, and the I method is one or two times. 1^<5^η. ‘,,、沄—Step increase, for example (2). The line method of the connection unit 13 is adjusted. And /, this maintains a fixed length, no (3). Making a higher length of connection - yarn = condition 'and then affecting the three-dimensional fabric iq two when the = break, in view of this, this creation will produce a meetable needs The three-dimensional M417368 fabric, and the fabric itself has the characteristics of high hardness, high cushioning, high support strength, wear resistance, etc., so as to increase the scope of industrial application, it will be the purpose of this creation. [New content] The main purpose of this creation is to provide a three-dimensional fabric, which can also be made into three-dimensional fabrics of different sizes to meet the needs of the application. φ The second purpose of this creation is to provide a three-dimensional fabric, which can be a closed fabric structure. When applied, a gas or a fluid can be injected to support the three-dimensional appearance of the fabric. At the same time, the gas or fluid filled inside can be discharged, so that the layers of the fabric are bonded together to form a thin sandwich fabric structure, thereby facilitating the user to take up the fabric to reduce the storage space. Another object of the present invention is to provide a three-dimensional fabric, which may further be provided with a rubber layer on the lower two fabric layers to form a composite fabric layer, so that the three-dimensional fabric can have high hardness and high cushioning. Support strength, grinding, waterproof, leakproof and so on. Another object of the present invention is to provide a three-dimensional fabric and a manufacturing structure thereof, which can be fabricated with at least one spacer and a plurality of supporting bodies, and the spacer and the supporting body are disposed between the two fabric layers, and each The two supporting bodies are arranged in a group on the lower and lower sides of the spacer. When making the fabric, the connecting portions connecting the two fabric layers can be arranged alternately around each group of supports, by surrounding a plurality of groups. The support body is provided with an extendable joint portion between the two fabric layers, so that a three-dimensional fabric of different sizes M417368 / 〇ol〇q^irJ / 〇 ^ / β height can be produced. To this end, in order to achieve the above object, the present invention provides a three-dimensional fabric comprising: a first cloth layer; a second cloth layer; and a connecting portion comprising a plurality of joining segments and a plurality of extending segments, each combining The segments are respectively woven on the first fabric layer or the second fabric layer, and each of the extension segments is respectively connected to the corresponding bonding segment, and each of the two extension segments is interlaced between the first fabric layer and the second fabric layer, wherein Each group of extensions has a different length. Moreover, the present invention further provides a three-dimensional fabric manufacturing structure, comprising: a first cloth layer; a second cloth layer; at least one spacer disposed between the first cloth layer and the second cloth layer; and a plurality of supports Each of the two supports is arranged in a group on the upper and lower sides of the spacer; and a connecting portion includes a plurality of joint segments and a plurality of extension segments, and each of the joint segments is respectively woven on the first cloth layer or the second layer On the fabric layer, each of the extension segments is respectively connected to the corresponding joint segment, and each of the two extension segments is a set of staggered and surrounds each group of support bodies to be disposed between the first fabric layer and the second fabric layer, wherein each group of extensions The length of the extension can be varied by surrounding a plurality of sets of supports, each set of segments surrounding a different number of sets of supports. [Embodiment] Referring to Figure 2, there is shown a cross-sectional view of a preferred embodiment of a fabrication structure of a three-dimensional fabric. As shown, the primary structure of fabric 200 includes a first fabric layer 21 and a second fabric layer 22. When the three-dimensional fabric is produced, at least one spacer 31 is disposed between the first fabric layer 21 and the second fabric layer 22, and each of the two groups of M417368 supports 331a, 331b are respectively arranged on the spacer 25 The upper and lower sides, and the production space between the first cloth layer 21 and the second cloth layer 22 are about L2 length. The fabric 200 further includes a connecting portion 23, and the first fabric layer 21 and a second fabric layer 22 are integrally joined through a connecting portion 23, and the connecting portion 23 can be composed of a yarn. The connecting portion 23 includes a plurality of bonding segments 231 and a plurality of extending segments 233a, 233b. Each of the joining sections 231 can be woven on the first fabric layer 21 or the second fabric layer 22 by a woven fabric, and the respective extensions 233a, 233b are respectively connected to the corresponding joint sections 231. Each of the two extending sections 233a, 233b is a set of staggered and surrounding each set of supporting bodies 331a, 331b, so that the extending sections 233a, 233b can be disposed in the space between the first cloth layer 21 and the second cloth layer 22. . In this embodiment, each set of extensions 233a, 233b is staggered around a plurality of sets of supports 331a, 331b, and the number of surrounding them may be different. For example, the first set of extensions 233a, 233b on the left side surrounds the two sets of support bodies 331a, 331b. The middle second set of extensions 233a, 233b surrounds the three sets of support bodies 331a, 331b, and the right third set of extensions 233a, 233b surround the four sets of support bodies 331a, 331b and the like. Subsequently, each of the joint segments 231 is woven on the first fabric layer 21 or the second fabric layer 22, and each of the extension segments 233a, 233b has also been staggered around the plurality of sets of supports 331a, 331b, the spacers 31 and the groups. The support bodies 331a, 331b can also be separated to complete the fabrication of a sandwich three-dimensional fabric 200, as shown in FIG. The three-dimensional fabric 200 shown in FIG. 3 is opened M417368 after completion, the length of the left first set of extensions 233a, 2m is about 3b, and the length of the second set of extended sections 233a, 233b is about 4U. The third gorge extension 233a on the right side is about 5L in length. Here, the lengths of the bee stretches between the first cloth layer 21 and the second cloth layer 22 are 2 ga, 2331. The length is obviously higher than that of the conventional one. There are many ways of making using a velvet device. Thus, according to the implementation, the extension length of the connecting portion 23 between the first cloth layer 21 and the second cloth layer 22 can be changed to produce θ, which can meet the height required. The three-dimensional fabric 200. In the embodiments of Figures 2 and 3, by means of each set of extensions 233a, 233b respectively surrounding a different number of sets of supports 33a, 331b, for example: the first set of extensions 233a, 233b surrounds two groups The support bodies 331a, 331b, the second set of extensions 233a, 233b surround the three sets of support bodies 331a, 331b, and the second set of extensions 233a, 233b surround the four sets of branch bodies 331a, 331b, which may be on the surface of the three-dimensional fabric 200 Form a stepped state. Or 'in this creation In another embodiment, as shown in Fig. 4, the three-dimensional crepe fabric 201, each set of extensions 233a, 233b respectively surrounds the same number of groups of supports 3 31 a, 3 31 b, for example: the first group 'second The group and the third group of extensions 233a, 233b both surround the two sets of support bodies 33la, 331b. In addition, in the embodiment of Fig. 4, the connection portion 23 further includes a plurality of connection sections 235a, 235b. 235a, 235b are respectively connected to the corresponding joint section 231'. Each of the two joint sections 235a, 235b is interlaced between the first fabric layer 21 and the second fabric layer 22, and each set of joint sections 235a, 235b is not Surrounding the respective sets of support bodies 331a, 331b. Further, since the connecting sections 235a, 235b are connected to the first fabric layer 21 and the second fabric layer 22 through the velvet equipment straight M417368**, each group The length of the connection 235a, 235b is much smaller than that of each of the extensions 233a, 233b. In this embodiment, after the first fabric layer 21 and the second fabric layer 22 are disposed, a set of extensions 233a, 233b may be disposed. This is done by setting a set of link segments 235a, 235b. Of course, this In another embodiment, a plurality of sets of extensions 233a, 233b may be provided to be provided with a set of joint sections 235a, 235b, or a set of extension sections 233a, 233b may be provided to be provided with a plurality of sets of joint sections 235a, 235b. Then, after the three-dimensional fabric is completed, the spacer 31 and the sets of the support bodies 331a and 331b can be separated as shown in FIG. 5, and the three-dimensional fabric 201 is unfolded, and the respective sets of extensions 233a and 233b are The lengths are all the same and are about 3L2, and the lengths of the respective connecting segments 235a, 235b are the same and about 1. 5L2, so that a trapezoidal state can be formed on the surface of the three-dimensional fabric 201. Referring again to FIG. 2 or FIG. 4, when each set of extensions 233a, 233b is staggered around a plurality of sets of prosthesis bodies 331a, 331b, each set of extensions 233a, 233b will compress the support bodies 331a, 331b. It is further attached to the spacer 25 . Here, in order to prevent the respective sets of support bodies 331a, 331b from being attached to the spacers 25, friction is generated between them, and the sets of support bodies 331a, 33lb are worn and broken. The wearable bodies 331a, 331b may also be wear-resistant. Yarn or a long strip with high wear resistance and high support properties (for example: iron bars or wood strips). Please refer to FIG. 6 and FIG. 7 for a schematic structural view and a cross-sectional view of an application structure of still another embodiment of the three-dimensional fabric, and also refer to FIG. M417368 As shown, the inventive three-dimensional fabric 201 can be a closed three-dimensional fabric structure having a sealed connecting layer 230 between the first fabric layer 21 and the second fabric layer 22. The connecting layer 230 is provided with each set of extensions 233a, 233b of the connecting portion 23 and each set of connecting sections 235a, 235b, and includes an inlet and outlet 235'. A gas or a fluid can also be injected from the inlet and outlet 2. Further, when the three-dimensional fabric 201 is produced, the first fabric layer 21 and the second fabric layer 22 may be simultaneously coated with a rubber layer 210, 220 having characteristics such as water repellency, leakage resistance, and high hardness. In the case where the three-dimensional fabric 201 is to be applied, a gas or a fluid may be injected into the connecting layer 230, and the gas supporting force of the gas will support the first cloth layer 21 and the second cloth layer 22 above and below the connecting layer 230. The three-dimensional fabric 201 is gradually raised, and the raised first fabric layer 21 and the second fabric layer 22 simultaneously "stretch the respective sets of extensions 233 233b of the connecting portion 23 and the respective sets of connecting segments 235a, 235b. The gas is then continuously injected into the tie layer 230, which will subsequently cause the sets of extensions 23, 233b and the sets of link segments 235a, 235b to be straightened accordingly. Straightening each set of extensions 233a 233b and each set of connecting sections 235a, 235b will generate a reaction pulling force, and pulling the first fabric layer 21 and the second fabric layer 22 to stop the expansion and expansion 'this time' can be completed for the three-dimensional fabric 2 inches of inflation. When the inflated three-dimensional fabric 201 is applied, if it is pressed by an external force, the internally filled gas or fluid is compressed to generate a resisting reaction force, so that the three-dimensional fabric 201 has high cushioning and high support strength, and further, Through the coating of the rubber layers 210, 220, the fabric surface of the three-dimensional fabric 201 can be made waterproof, leakproof, high hardness, wear resistant, etc. M417368 *., * Features. Moreover, when the three-dimensional fabric 201 is not used, the gas or fluid filled inside can be discharged from the inlet and outlet 235, and the first fabric layer 21, the second fabric layer 22 and the connecting portion 23 are bonded together to form a thickness. The thinner sandwich woven fabric structure not only facilitates the user's reeling, and thus reduces the space for storage. Further, although the application of the present invention is exemplified by the three-dimensional fabric 201 of the fifth embodiment, it can be realized in the three-dimensional fabric 200 of the step φ state of Fig. 3 in actual production. In summary, the creation of the three-dimensional fabric 201/200 will have high hardness, high cushioning, high support strength, wear resistance, waterproof, leakproof, etc., and can also be applied to products in different fields, such as: inflatable cushions, Auxiliary ladders, life rafts, wall panels, etc. Furthermore, for the size requirement of the application, the extensions 231a, 231b of the connecting portion 23 may also be alternately staggered around the plurality of sets of supports 331a, 331b, thereby changing the connection portion 23 between the first cloth layer 21 and the second cloth layer 22. Extend the length to create a three-dimensional fabric 201/200 that meets the height requirements. The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the shape, structure, characteristics and spirit described in the scope of the patent application are equally changed. Modifications shall be included in the scope of the patent application of this creation. [Simple description of the drawing] Fig. 1 is a sectional view showing the structure of a conventional three-dimensional fabric. M417368 *,. Fig. 2 is a cross-sectional view showing a structure of a preferred embodiment of the creation of the three-dimensional fabric. Figure 3 is a cross-sectional view showing the structure of a preferred embodiment of the present invention. Fig. 4 is a cross-sectional view showing the structure of still another embodiment of the structure for creating the three-dimensional fabric. Fig. 5 is a cross-sectional view showing the structure of still another embodiment of the present invention. Figure 6 is a schematic view showing the structure of still another embodiment of the present three-dimensional fabric. φ Fig. 7 is a cross-sectional view showing the application structure of still another embodiment of the present invention. [Main component symbol description] 100 three-dimensional fabric 11 first fabric layer 12 second fabric layer 13 connecting portion 200 three-dimensional fabric 201 three-dimensional fabric 21 first fabric layer 210 rubber layer 22 second fabric layer 220 rubber layer 23 connecting portion 230 connecting layer 231 joint section 235 inlet and outlet 233a extension section 233b extension section 235a joint section 235b joint section 31 spacer 331a support body 331b support body