M436325 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種植栽裝置，且特別是有關於一種 立體植栽裝置。 【先前技術】M436325 V. New description: [New technical field] This creation is about a planting device, and especially for a three-dimensional planting device. [Prior Art]
許多地狹人稠的都會區建築物的形式都已朝向高密 度與高樓層方向發展，而一般人會於住屋室内或陽台處擺 設許多漂亮的植物盆栽，以美化居家環境。又植:盆^ 之種類樣式繁多’若能於㈣擺設各御關類樣式之植 物ίΐ ’錢時作更料_類樣式之植物线，更能使 居家環境變化出不同之面貌及感受。 耸a =因此、’各種空間的規劃變的彳艮重要，以綠化空間的規 為了在有限的空間内做最有效的綠化環境規劃， :立體植栽的設計形態。—般來說，立體植栽乃 “，立體化，也就是把原本水平或平鋪式的花園 花从立體的花園形態’並可有效包覆建物或展現 ίΐ作用’同時達到節能減碳之效果。 後，將使得用織物上’經過一段時間 置往彳主带n植裁的重夏忮慢増加。因此，立體植栽裝 不便利：外，^固的支撐架，除了增加拆裝及使用上的 【新型内容】50亦增加奴續賊裝置上的困難度。 裝 本創作提供—社體植栽裝 置，其結構簡易且方便拆 3 本創作提出—種立 管路紕件以及—供水。载裝置，包括—立體織物、一 用通道。管路纟杜π衣早兀。立體織物具有多個的植栽 該些植栽用1。2冑織物的周緣設置。管路組件環繞 JS 、。供水循環單元連接至管路。彳it7]c循 ，用以供水經由管路組件而傳、水循 本創作提出一種立# 栽用通道。 多個連接件、-管路組件以=水二多個立體：體 織物彼此連接在一起，3且士 f水料早π。這些立體 道。各連接件連接在各讀；^健此分_植裁用通 些立體心各L之間的交接處，以密合這 路組;i繞這:植立體織物的周緣設置，管 :用=元用以供水經由管路組件而傳送至這些植 栽用ίΐ創作之—實施例中，上述之管路組件連通這些植 ㈣在ί創作之一實施例中，上述之立體織物包括彼此覆 苐-織物層與一第二織物層，且第一織物層與第二 =層彼此局部連接以在其間定義出這些植栽用通道，而 嘗路組件配置在第-織物層與第二織物層之間。 在本創作之-實施例中，立體植栽裝置還包括〆防水 4 P方水件配置在第-織物層背離第二織物層的表面，或 配置在第二織物層背離第一織物層的表面。 在本創作之-實施例中，上述之立體織物包括據此連 結的多個織物賴，而各織物單體具有第-織物層與第二 M436325 織物層。 在本創作之一實施例中，上述之織物單體具有 二且J面積小的織物單體連接至表面積大:二 而形成一袋狀結構。 早體 面 在本創作之-實施例中，上述之立體織物包 ，的多個織物單體，各織物單體為單—織物層，這些 單體具有不同表面積，且表面積小的織物單 声Many buildings in the metropolitan area have been developed in the form of high density and high floors. Most people will put many beautiful plant pots in the indoor or balcony to beautify the home environment. Also planted: pots of various types of styles ‘If you can (4) arranging the various types of plants in the style of the guan ΐ ’ 钱 钱 钱 钱 钱 钱 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Say a = Therefore, 'the planning of various spaces becomes more important, and the rules for green space are to make the most effective greening environment planning in a limited space: the design form of three-dimensional planting. In general, three-dimensional planting is “three-dimensional, that is, the original horizontal or tiled garden flowers are taken from the three-dimensional garden form” and can effectively coat the building or show the effect of “improving the effect” while achieving the effect of energy saving and carbon reduction. After that, it will make the use of the fabric on the fabric for a period of time to be placed in the main belt with the n-planting. Therefore, the three-dimensional planting is not convenient: the outer, the solid support frame, in addition to the increase in disassembly and use The [new content] 50 also increases the difficulty of the slave thief device. The installation provides the body planting device, which is simple in structure and easy to dismantle. 3 This creation proposes a kind of pipe fittings and water supply. The carrier device comprises a three-dimensional fabric and a channel for use. The three-dimensional fabric has a plurality of plants arranged on the circumference of the fabric for the planting. The pipe assembly surrounds the JS. The water supply circulation unit is connected to the pipeline. 彳it7]c is used to supply water through the pipeline assembly, and the water is designed according to the creation. A plurality of connectors, the pipeline components are replaced by water. Three-dimensional: the body fabrics are connected to each other Up, 3 and the water of the f is early π. These three-dimensional roads. Each connecting piece is connected to each reading; ^jian this part_planting through the intersection between the three solid hearts L to close the road group; i around this: the periphery of the planting three-dimensional fabric, the tube: with the = element for water supply through the pipeline assembly to these plants with the creation of the plant - in the embodiment, the above-mentioned pipeline components connect these plants (four) in the creation In one embodiment, the three-dimensional fabric comprises a covering fabric layer and a second fabric layer, and the first fabric layer and the second layer are partially connected to each other to define the planting channels therebetween, and taste The road assembly is disposed between the first fabric layer and the second fabric layer. In the present invention, the three-dimensional planting device further includes a waterproof 4P square water member disposed on the first fabric layer facing away from the second fabric layer. The surface, or disposed on the surface of the second fabric layer facing away from the first fabric layer. In the present invention, the above-described three-dimensional fabric includes a plurality of fabrics joined thereto, and each fabric monomer has a first fabric layer With the second M436325 fabric layer. In one embodiment of the present creation, The above fabric monomer has two fabric units having a small J area connected to a large surface area: two to form a bag-like structure. In the present invention, in the embodiment, the above-mentioned three-dimensional fabric package, a plurality of fabric sheets Body, each fabric monomer is a single-fabric layer, these monomers have different surface areas, and the surface area is small, the fabric is mono
積大的織物單體而形成一袋狀結構。 接至表 在本創作之-實施例中，上述之管路組件包括多個管 個快速接頭。各快速接頭可拆卸地連接在連通的管 在本創作之一實施例中，上述之管路組件沿重力方向A large number of fabric monomers form a bag-like structure. In connection with the present embodiment, the tubing assembly described above includes a plurality of tubular quick connectors. Each quick connector is detachably coupled to the communicating tube. In one embodiment of the present invention, the tubing assembly described above is in the direction of gravity
配置而分隔為-供水區與—滿管區。供水區位在滿管區上 方，而位在供水區至少部分管件具有多個出水口。 在本創作之一實施例中，上述之立體織物適於包覆一 結構體，以讓這些植栽用通道與管路組件承靠在至少局部 結構體上。 在本創作之一實施例中，立體植栽裝置還包括一連接 件，配置在立體織物上。當立體織物包覆結構體時，連接 件連接起立體織物的相對兩側，以使立體_岐在結構 體上。 在本創作之一實施例中，上述之連接件包括一第一扣 接單元及一第二扣接單元，分別配置在相互密合的立體織 物上且彼此對應。 5 M436325 ，本創作之一實施例中，上述之連接件區包括一第一 接合單元、一第二接合單元及一第三接合單元。第一接合 單元與第二接合單元分別配置於對應的立體織物，第三接 合單元將第一接合單元與第二接合單元組合在一起以 接這些立體織物。 基於上述，在本創作的立體植栽裝置中，管路組件的 結構簡易且方便拆裝，並進而與立體織物搭配成單一模組 化結構。藉此，模組化結構的立體植栽裝置可隨實際需长 及佈置環境所需而自由組錢用，以增加立體植栽 實用性及機動性。 ； 為讓本創作之上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式作詳細說明如下。 、 【實施方式】 圖1是本創作-實施例之立體植栽衰置的示意圖 2是圖1之域植賴置的供水贿衫圖。請參考圖i 及圖2，在本實施例巾，立體植栽|置丨⑻包括—立 物110、-管路組件120以及一供水循環單元13〇，其中= 2痛略立體織物’⑽清楚觸立難栽裝置的供水方式。 t實^中，立體織物11()具有多個彼此分離的植 栽用通道m，以提供植物（未繪示）的生長㈣The configuration is divided into a water supply zone and a full pipe zone. The water supply zone is located above the full pipe area, and at least part of the pipe fittings in the water supply zone has a plurality of water outlets. In one embodiment of the present invention, the three-dimensional fabric described above is adapted to coat a structure such that the planting channels and piping assemblies bear against at least a portion of the structure. In one embodiment of the present invention, the three-dimensional planting apparatus further includes a connector disposed on the three-dimensional fabric. When the three-dimensional fabric covers the structure, the connectors are joined to the opposite sides of the three-dimensional fabric so that the three-dimensional fabric is placed on the structure. In an embodiment of the present invention, the connecting member includes a first fastening unit and a second fastening unit, respectively disposed on the three-dimensional fabrics that are in close contact with each other and corresponding to each other. 5 M436325, in one embodiment of the present invention, the connector region includes a first bonding unit, a second bonding unit, and a third bonding unit. The first joining unit and the second joining unit are respectively disposed on the corresponding three-dimensional fabric, and the third joining unit combines the first joining unit and the second joining unit to join the three-dimensional fabrics. Based on the above, in the three-dimensional planting device of the present invention, the structure of the pipe assembly is simple and convenient to disassemble, and further, it is combined with the three-dimensional fabric into a single modular structure. Thereby, the modular planting stereoscopic planting device can be freely used for the purpose of the actual needs and the environment, so as to increase the practicality and maneuverability of the three-dimensional planting. In order to make the above features and advantages of the present invention more comprehensible, the following embodiments are described in detail with reference to the accompanying drawings. [Embodiment] FIG. 1 is a schematic view of a three-dimensional planting failure of the present invention, which is a schematic diagram of a water supply blouse of the domain of FIG. Referring to FIG. 2 and FIG. 2, in the embodiment, the three-dimensional planting device (8) includes a vertical member 110, a pipe assembly 120, and a water supply circulation unit 13〇, wherein the = 2 painful three-dimensional fabric '(10) is clear The water supply method of the difficult-to-plant device. In the case of t, the three-dimensional fabric 11 () has a plurality of planting channels m separated from each other to provide growth of plants (not shown) (4)
向G配 ，且環繞 ，供水循環單元130 :)’其具有一出水 是由泵浦與貯水槽所構成（在此未繪示）， M436325 閥132與-入水閥134，分別連接至管路組件i2〇，以愈圍 繞立體織物H0的管路組件12〇形成一供水循環路徑:換 句話說，泵浦將水從貯水槽經由出水閥132而傳送至管路 、、且件120 ’並隨著官路組件12〇環繞立體織物ιι〇而使其 供水能流至立體織物110,以達到灌溉植物的效果。之後， 多，的供水題著管路崎12〇經由人賴134流回供水 循環單元130 ’而達到循環再利用的效果 φ 需說明的是，本實施例的管路組件120内嵌在立體織 物110 ’也就是說，在11 i的立體植栽裝置1〇〇於立體織 物110處實際上並不會看到管路組件12〇。具體而言，本 實施例的管路組件120是以車縫方式而與立體織物縫 合在一起。在其他實施例中，管路組件12Q亦可透過高週 f熔接機、超音波熔接機、熱壓熔接機、熱風縫合密封機 等無縫合的方式而與立體織物11〇接合在一起，藉以讓立 體植栽裝置100具有較佳的外觀效果。 在本實施例中，管路組件120包括多個管件122a、 鲁122b、122c、122d與多個快速接頭124，其中各快速接頭 124可拆卸地連接在任意兩個連通的管件122a、a%、 122c、122d之間（另外，亦可將快速接頭連接在管件122a、 122b、122c、122d與供水循環單元130)。在其它實施例 中‘件122a、122b、122c、122d及快速接頭亦可為 其它適當數量。此外，本實施例的快速接頭124為L型管 路接頭。在其他實施例中，快速接頭丨24可為彎管三叉管 路接頭，以同時連通三個管件，亦即此時的管件除設置在 7 M436325 立體織物的周緣外，尚能設置在植栽用通道之間。在此， 本創作不對快速接頭的數量及其外型加以限制。據此，本 實施例藉由使用快速接頭124來加快拆裝管件122a、 122b、122c、122d的速度，以提供使用者在使用及維護上 能更便利且迅速地進行拆裝。 基於上述，本創作的管路組件的結構簡易且方便拆 裝，並進而與立體織物搭配成單一模組化結構。藉此，模 組化結構的立體植栽裝置可隨實際需求及佈置環境所需而 來自由組裝應用，以增加立體植栽裝置的實用性及機動性。 詳細而言，管路組件120沿重力方向G配置而分隔為 一供水區120a與一滿管區120b，供水區i20a位在滿管區 120b上方，且位在供水區i2〇a的部分管件122具有多個 出水口 126。進一步地說，本實施例的管路組件12〇包括 橫向配置的管件122a、122b (其中管件122a在管件12沘 的上方），與縱向配置（即與重力方向G 一致）的管件 122c、122d’其中管件l22a上設置有多個出水口 126，管 件122c、122d的局部（圖中所繪示之上半部）設置有多個 出水口 126’而管件122b並未有出水口。如此一來，管件 12=與管件1220 42201的局部便形成上述的供水區12〇&， 而官件122c、122d的未開口區域與管件12〇b則形成滿管 區。此外，本實施例的管件122c、122d的出水口 126並未 與植栽用通道112相互連通’目此，有部分的水將從管件 122c、122d的出水口 126流出並以滲漏方式向下流動至植 栽用通道112。藉此配置，供水循環單元13〇得以供水依 M436325 序進入管件122a、122b、122c、122d中，以沿供水循環路 徑流動。在本實施例中，部分的管件122a的出水口 126 為正對於植栽用通道1丨2。因此，有部分的水將從管件122a 的出水口 126流動至植栽用通道112。在其他實施例中， 部分的官件122a的出水口 126沒有正對於植栽用通道 112。 此時’有部分的水將從管件122a、122c與122d的出 水口 126流出，有部分的水將沿重力方向G而逐漸地流至 滿管區120b。在本實施例中，滿管區12%未設置出水口 126，使得在供水時滿管區12〇b能夠保持滿管的狀態，以 減少滿管區120b的管件122中空氣的存在。如此，藉由供 水區120a與滿管區丨20b的對應配置而能有效地控制出水 量，避免流至立體織物110的水量不均的情形。在此並未 對，水口 126的孔徑、數量與間距予以限制，設計者可依 據管路組件120在立體織物110内的配置模式與植栽的供 水需求而加以適當地變更。 圖3為圖1之立體織物沿A_A剖面線的剖視圖。請參 考圖1至目3，在本實施例中’立體織物11〇包括彼此覆 蓋的一第一織物層U4與一第二織物層116，且第一織物 層114與第二織物層n6彼此局部連接以在其間定義出上 述植栽用通道112。第二織物層116具有多個供植物（未絡 不）生長出來的植栽用開口 116a，其例如是利用熱炫 械切割或雷射切割等方式形成於第二織物層116中。 此，植物可透過植栽賴口 116a而生長出來，並且植物^ 9 M436325 由植裁用通道112往四周方向延伸。 在本實施射，第-織物層m與第二織 ，為聚醋纖維、聚稀烴纖維、尼龍纖維 口 ，且第-織物層114與第二織物屬ιΐ6 = ^撕纖維’例如為聚丙烯纖維，其中第一織 質 ^二織物層116的材質可以是相同或是不相同。此日外 二，物層114=是Ϊ過織布機之運動由經紗與緯二 運ί Ϊ連結而成。备然第二織物層116也可透過織布機之 運動由經紗與緯紗相互交織連結而成。 飛< ，實施射，立體織物^可進—步包括 用#填充物118，這些植栽用填充物m係填充於植栽用^ 116a將部分的植細填充物 之’使用者可將植物種子（树示）栽種 =道112内的植栽㈣充物in當植物種子發芽而= 長時，植物可透過植栽用開口 116a生長出來。 乂 基於上述，在供水循環單元13〇經由管路組件⑽而 达至植栽用通道112内後’由於管路組件12()配置在第 -織物層114與第二織物層116之間，其中管件咖的出 水口連通於植栽用通道112，而從出水口流出管件m 122d的水則疋以直接傳送至第一織物層ιΐ4與第二織物層 116並以使其因重力由上而下地逐層渗漏。據此，位於植 栽用填充物m的植物便可從植栽料道lu、第一織物 層114與第二織物層116吸收水分而成長。 此外，立體植栽裴置100還包括一防水件140。防水 M436325 件140如圖3所示配置在第一織物層114背離第二織物層 116的表面。在本實施例中，防水件可透過塗層聲 膜或以外加元件來讓第一織物層114的一側具防^的= 能。當將立體植栽裝置100配置在另一構件上，例如牆= (未繪不)上時，能因此防止牆面受潮而受損。在其他實扩 例中’防水件14〇亦可配置在第二織物層116背離第 物層114的表面，其端賴配置立體織物的模式而定。、’ φ 圖4是本創作另一實施例之立體植栽裝置的示意圖。 圖5是圖4之立體織物沿B_B剖面線的剖視圖。請^考圖 4及圖5，立體織物11〇包括彼此連結的多個織物單^ 11〇a、U〇b。需說明的是，標示在圖4中的立體織物u〇 的功能與形狀，和上述第一實施例中立體植栽裝置的立F 織物的功能與形狀相同或近似，因此詳細的内容及 ^ 參考圖1及圖3的說明，以下不加以贅述。 详細而言，各織物單體H〇a、ll〇b同樣是以第—織 物層114與第二織物層116彼此覆蓋且局部連接而成，而 籲不同的是，各織物單體110a、11〇b具有不同表面積且表 面積小的織物單體110a連接至表面積大的織物單體u% 而形成一袋狀結構。換句話說，立體織物11〇在袋狀結構 處的剖面處會呈現三個容置空間，即上述第一織物層114 與第二織物層116所形成的植栽用通道112，及位在兩個 植栽用通道112之間的袋狀空間119。藉此，使用者得依 據自己吾好或需求於此立體織物11〇上任意排列規劃。 圖6疋本創作另一實施例之立體植栽裝置的示意圖。 11 M436325 圖7是圖6之立體織物沿B-B剖面線的剖視圖。請參考圖 6及圖7，立體織物310包括彼此連結的多個織物單體 3i〇a、310b，而與圖5及圖6的實施例不同之處在於：各 織物單體310a、310b為單一織物層。但與上述類似的是， 各織物單體310a、310b具有不同表面積，且表面積小的織 物單體310a局部連接至表面積大的織物單體31〇b而形成To the G, and to surround, the water supply circulation unit 130:)' has a water outlet which is composed of a pump and a water storage tank (not shown here), M436325 valve 132 and - water inlet valve 134 are respectively connected to the pipeline assembly I2〇, forming a water supply circulation path with the pipe assembly 12〇 surrounding the three-dimensional fabric H0: in other words, the pump transfers water from the water storage tank to the pipeline through the water outlet valve 132, and the piece 120' The official road component 12 surrounds the three-dimensional fabric and allows its water supply to flow to the three-dimensional fabric 110 to achieve the effect of irrigating plants. After that, the water supply of the present invention has the effect of recycling to the water supply circulation unit 130' via the person 134. It is to be noted that the pipe assembly 120 of the present embodiment is embedded in the three-dimensional fabric. 110' That is to say, the tube assembly 12 is not actually seen at the stereoscopic plant 110 at 11 i. Specifically, the pipe assembly 120 of the present embodiment is sewn together with the three-dimensional fabric in a sewn manner. In other embodiments, the pipe assembly 12Q can also be joined to the three-dimensional fabric 11 by a high-cycle f-spinning machine, an ultrasonic welding machine, a hot-melt welding machine, a hot air sealing and sealing machine, etc., so that The three-dimensional planting device 100 has a better appearance effect. In the present embodiment, the pipe assembly 120 includes a plurality of tubular members 122a, breves 122b, 122c, 122d and a plurality of quick joints 124, wherein each of the quick joints 124 is detachably coupled to any two communicating tubular members 122a, a%, Between 122c, 122d (in addition, the quick joint may be connected to the tubes 122a, 122b, 122c, 122d and the water supply circulation unit 130). In other embodiments, 'pieces 122a, 122b, 122c, 122d and quick couplers may be other suitable numbers. Further, the quick joint 124 of the present embodiment is an L-shaped pipe joint. In other embodiments, the quick connector 24 can be a three-pronged pipe joint to connect three pipe members at the same time, that is, the pipe member can be set for planting in addition to the periphery of the 7 M436325 three-dimensional fabric. Between channels. Here, this creation does not limit the number of quick connectors and their appearance. Accordingly, the present embodiment speeds up the disassembly and assembly of the tubular members 122a, 122b, 122c, 122d by using the quick connector 124 to provide a more convenient and rapid disassembly and assembly of the user in use and maintenance. Based on the above, the structure of the pipe assembly of the present invention is simple and convenient to disassemble, and further combined with the three-dimensional fabric into a single modular structure. Thereby, the stereoscopic planting device of the modular structure can be assembled and applied according to actual needs and the environment of the arrangement to increase the practicability and maneuverability of the three-dimensional planting device. In detail, the pipeline assembly 120 is disposed along the gravity direction G to be partitioned into a water supply zone 120a and a full pipe zone 120b, the water supply zone i20a is located above the full pipe zone 120b, and a portion of the pipe fittings 122 located in the water supply zone i2〇a has a plurality of One outlet 126. Further, the pipe assembly 12 of the present embodiment includes the tubular members 122a, 122b disposed laterally (where the tubular member 122a is above the tubular member 12A) and the tubular members 122c, 122d' disposed longitudinally (ie, coincident with the direction of gravity G). A plurality of water outlets 126 are disposed on the pipe member 22a. A part of the pipe members 122c and 122d (the upper half is shown) is provided with a plurality of water outlets 126' and the pipe members 122b have no water outlets. As a result, the tubular member 12 = forms a portion of the water supply region 12 〇 & with the tubular member 1220 42201, and the unopened region of the tubular members 122c, 122d and the tubular member 12 〇 b form a full tubular region. In addition, the water outlets 126 of the tubes 122c, 122d of the present embodiment are not in communication with the planting channel 112. Thus, some of the water will flow out of the water outlets 126 of the tubes 122c, 122d and leak downward. It flows to the planting channel 112. With this configuration, the water supply circulation unit 13 is supplied with water in accordance with the M436325 sequence to enter the tubes 122a, 122b, 122c, and 122d to flow along the water supply circulation path. In the present embodiment, the water outlet 126 of the portion of the tube member 122a is directed to the planting channel 1丨2. Therefore, part of the water will flow from the water outlet 126 of the tube member 122a to the planting channel 112. In other embodiments, the water outlet 126 of the portion of the official member 122a is not facing the planting channel 112. At this time, part of the water will flow out from the water outlets 126 of the tubes 122a, 122c and 122d, and part of the water will gradually flow to the full tube area 120b in the direction of gravity G. In the present embodiment, 12% of the full pipe area is not provided with the water outlet 126 so that the full pipe area 12〇b can maintain the full pipe state during water supply to reduce the presence of air in the pipe 122 of the full pipe area 120b. Thus, the water discharge amount can be effectively controlled by the corresponding arrangement of the water supply zone 120a and the full pipe zone 20b, and the uneven flow of water to the three-dimensional fabric 110 can be avoided. Here, the aperture, number, and spacing of the nozzles 126 are limited, and the designer can appropriately change the arrangement of the piping assembly 120 in the three-dimensional fabric 110 and the water supply requirements of the plant. Figure 3 is a cross-sectional view of the three-dimensional fabric of Figure 1 taken along line A-A. Referring to FIGS. 1 to 3, in the present embodiment, the 'three-dimensional fabric 11' includes a first fabric layer U4 and a second fabric layer 116 covered with each other, and the first fabric layer 114 and the second fabric layer n6 are partially localized. The connection is to define the above-described planting channel 112 therebetween. The second fabric layer 116 has a plurality of planting openings 116a for plant growth (not developed) which are formed in the second fabric layer 116 by, for example, thermal shearing or laser cutting. Thus, the plant can be grown through the planting straw 116a, and the plant ^ 9 M436325 is extended from the planting passage 112 in the circumferential direction. In the present embodiment, the first fabric layer m and the second woven fabric are polyester fibers, a polyolefin fiber, a nylon fiber port, and the first fabric layer 114 and the second fabric are ι 6 = ^ tear fibers, such as polypropylene. The fibers, wherein the materials of the first woven fabric layer 116 may be the same or different. This day, the object layer 114= is the movement of the weaving machine, which is made up of warp and weft. Of course, the second fabric layer 116 can also be interwoven by warp and weft yarns through the movement of the loom. Flying <, implementing the shot, the three-dimensional fabric can be further stepped by using the #filler 118, and these planting fillers m are filled in the planting plant 116a to partially fill the finely packed material Seed (tree) planting = planting in the road 112 (4) Filling in When the plant seeds are germinated = long, the plants can be grown through the planting opening 116a.乂 Based on the above, after the water supply circulation unit 13 is reached into the planting channel 112 via the pipe assembly (10), the pipe assembly 12 is disposed between the first fabric layer 114 and the second fabric layer 116, wherein The water outlet of the tube coffee is connected to the planting channel 112, and the water flowing out of the tube m 122d from the water outlet is directly transferred to the first fabric layer 4 and the second fabric layer 116 so that it is top to bottom due to gravity Leakage layer by layer. Accordingly, the plant located in the planting filler m can be grown by absorbing water from the planting material channel lu, the first fabric layer 114 and the second fabric layer 116. In addition, the three-dimensional planting device 100 further includes a waterproof member 140. Waterproof M436325 piece 140 is disposed as shown in FIG. 3 on the surface of first fabric layer 114 that faces away from second fabric layer 116. In the present embodiment, the waterproof member can pass the coated acoustic film or the additional member to impart a proof of resistance to one side of the first fabric layer 114. When the three-dimensional planting device 100 is disposed on another member, such as a wall = (not shown), the wall surface can be prevented from being damaged by moisture. In other embodiments, the waterproof member 14 can also be disposed on the surface of the second fabric layer 116 that faces away from the first layer 114, depending on the mode in which the three-dimensional fabric is disposed. Fig. 4 is a schematic view of a three-dimensional planting apparatus according to another embodiment of the present invention. Figure 5 is a cross-sectional view of the three-dimensional fabric of Figure 4 taken along line B_B. Please refer to FIG. 4 and FIG. 5, the three-dimensional fabric 11〇 includes a plurality of fabric sheets 11 〇 a, U 〇 b connected to each other. It should be noted that the function and shape of the three-dimensional fabric u〇 shown in FIG. 4 are the same as or similar to those of the vertical F fabric of the three-dimensional planting apparatus in the first embodiment, so the detailed content and the reference are given. The description of FIGS. 1 and 3 will not be described below. In detail, each fabric monomer H〇a, ll〇b is also formed by the first fabric layer 114 and the second fabric layer 116 covering each other and partially joined, and the difference is that each fabric unit 110a, The fabric monomer 110a having 11 Å and having a different surface area and having a small surface area is bonded to a fabric unit having a large surface area, u%, to form a bag-like structure. In other words, the three-dimensional fabric 11 has three accommodating spaces at the section of the bag-like structure, that is, the planting channel 112 formed by the first fabric layer 114 and the second fabric layer 116, and A pocket space 119 between the planting channels 112. Thereby, the user can arrange any arrangement on the three-dimensional fabric 11 according to his or her own needs. Fig. 6 is a schematic view showing a three-dimensional planting apparatus of another embodiment of the present invention. 11 M436325 Figure 7 is a cross-sectional view of the three-dimensional fabric of Figure 6 taken along line B-B. Referring to FIGS. 6 and 7, the three-dimensional fabric 310 includes a plurality of fabric units 3i〇a, 310b joined to each other, and is different from the embodiment of FIGS. 5 and 6 in that each fabric unit 310a, 310b is a single unit. Fabric layer. However, similarly to the above, each of the fabric monomers 310a, 310b has a different surface area, and the fabric monomer 310a having a small surface area is partially joined to the fabric monomer 31〇b having a large surface area.
一裒狀結構。換句話說，立體織物310在袋狀結構處的剖 面處會呈現一個袋狀空間319，而此袋狀空間319即可與 上述實施例所述的植栽用通道112或袋狀空間119具有類 似的效果。同時，本實施例的使用者亦得依據自己喜好或 需求於此立體織物310上任意排列規劃這些袋狀結構。A braided structure. In other words, the three-dimensional fabric 310 presents a pocket-like space 319 at a section at the pocket structure, and the pocket-like space 319 can be similar to the planting channel 112 or the pocket-like space 119 described in the above embodiments. Effect. At the same time, the user of the embodiment has to arrange the bag-like structures on the three-dimensional fabric 310 according to his or her preference or needs.
在本實施例中，這些織物單體31〇a是以車縫方式而 與織物單體310b縫合在一起。在其他實施例中，織物單體 310a亦可透過高週波熔接機、超音波熔接機、熱壓熔接 機、熱風縫合密封機等無縫合的方式而與織物單體3i〇t 接合在一起。當然，織物單體310a及織物單體310b的尺 寸端視實際細的需求而可搭配使用，本實施例在此不做 特別限定。如此，藉由織物單體·、3⑽以不同形式地 、·。δ，而產生額外空間以作為植栽、物件容置 ^果者，㈣於本創作之翻範圍。另外，本實施例中的 官路組件與上述實施例類似地配置在各 遍、通的肩緣，其配置於效果在此便不再贅述 圖8疋本創作另—實施例的立體植栽裳置的示音圖。 圖9為應職8之立體植難置的示意圖。請參考圖、及 12 -構體二tit110具可撓性，因此其適於包覆在- 結構體)的周圍表面上，以讓植栽用通 f i 3 件12GS靠在局部結構㈣上，1中管路 S 50上料有可撓性，以隨著立體織物110而覆蓋在結 接件而查實施例的立體植栽裝置300 *包括-連 =二=50沿著這些立體織物110的周緣設置， fH包ΪΓ第—扣接單元⑸及—第二扣接單元 單元154ΐΪ早/° 152具有—卡扣部⑽，而第二扣接 二二5Γ二54a ’以讓卡扣部i52a對應地卡扣 配人二4^- Γί他树示的實施例中，亦可以形狀相 構i 5〇口時，tTV連接手段）。當立體織物110包覆結 m扣㈣°。*5 152&可拆卸地卡扣於對應的扣槽154a = U〇的相對兩側，以使立體織物⑽固 ΐ愈二：％上。惟，本創作並不對立體織物的模組化型 式與數目加以限制。 署的f 丨丨分別是本創作另—實施例之立體植栽裝 置的組裝w圖。請參考圖1G與圖u，在本實施例中， 2立2〇體植包括兩個立體織物21G、多個連接件 5、且件250以及-供水循環單元260。各連接件 220連接在各ί體織物210之間的交接處，以密合這對立 S _ 1 著這些立體織物210的周緣 没置，官路組件250環燒並連通這些植栽用通道212。供 13 M436325 水循環單元260連接至管路組件250。 與上述實施例類似的是，本實施例的連接件220包括 第一扣接單元222及一第二扣接單元224。第一扣接單 元222具有一卡扣部222a ’而第二扣接單元224具有一扣 槽224a，卡扣部222a可拆卸地卡扣於對應的扣槽224a。 I·隹其中差異在於，本實施例的第一扣接單元222及一第二 扣接單元224分屬不同的立體織物210及220。以連接立 體織物210。圖12與圖13分別是本創作又一實施例之立 體植栽裴置的組裝示意圖。與上述實施例不同的是，本實 施例的連接件230是以卡榫進行扣接。換句話說，本創作 ，連接件22〇 (繪示於圖10與圖11)、230 (繪示於圖12 /、圖13)包括具有互相對應之公、母元件的形式而彼此對 接的扣件。舉例來說，扣夾、扣環、排知、钮知、卡榫扣 具、雙D扣等。 ，14是本創作再一實施例之立體植栽裝置的示意 圖。請參考圖14，與上述實施例之差異在於，本實施例的 立體植栽裝置2〇〇，其連接件240包括一第一接合單元 ^1、一第二接合單元244及一第三接合單元246。第一接 合單το 242配置於對應的立體織物21〇a，且第二接合單元 44配置於對應的立體織物21〇b，並藉由第三接合單元 而將第-接合單元撕與第二接合單元244組合在一起， 以使這對立體織物驗、薦彼此連接在—起。在此是以 =鍊作為制，惟與其_之結構，例如螺絲、鎖知等已 α二件式結合結構皆可適用於本實施例。 M436325 除此之外，用以作為連接描 劑、膠帶、繫帶、锻帶、線、別 例如接著 連接件，而使立體織物相互連接在一起可’:，，本創作之 -構：創作的立體植栽裝置卜管路組件的 化：ΐ 並進而與立體織物搭配成單-模組 單;二本Γ亦藉由連接件將多個上述舰^ 置環境所需而來自由 立體植栽裝置的實用性及機動性。 本創以實施例揭露如上，財並非用以限定 關内，當可作些許之更動與潤飾，故本 【圖式簡單說明】 利乾圍所界定者為準。 本創作一實施例之立體植栽裝置的示意圖。 之立體植栽裝置的供水循環示意圖。 =之立體織物沿Α_Α剖面線的剖視圖。 ^ 5 3創作另一實施例之立體植栽裝置的示意圖。 图4之立體織物沿Β_Β剖面線的剖視圖。 g 7 ?本創作另—實施例之立體植缝置的示意圖。 円=圖6之立體織物沿B_B剖面線的剖視圖。 二疋本創作另一實施例的立體植栽裴置的示专 圖9為應用圖8之立體植栽裝置的示意圖。。 圖10與圖U分別是本創作另-實施例之立體植栽裝 15 M436325 置的組裝示意圖。 圖12與圖13分別是本創作又一實施例之立體植栽裝 置的組裝示意圖。 圖14是本創作再一實施例之立體植栽裝置的示意圖。 【主要元件符號說明】 50 :結構體 100、200、300 :立體植栽裝置 110、210、210a、210b、310 :立體織物 110a、110b、310a、310b :織物單體 112、212 :植栽用通道 114 :第一織物層 116 :第二織物層 116a :植栽用開口 118 :植栽用填充物 119、 319 :袋狀空間 120、 250 :管路組件 120a :供水區 120b :滿管區 122a、122b、122c、122d :管件 124 :快速接頭 126 :出水口 130、260 :供水循環單元 132 :出水閥 134 :入水閥 M436325 140 :防水件 150、220、230、240 :連接件 152、222 :第一扣接單元 152a、222a :卡扣部 154、224 :第二扣接單元 154a、224a :扣槽 242 :第一接合單元 244 :第二接合單元 246 :第三接合單元 G:重力方向In the present embodiment, these fabric units 31〇a are sewn together with the fabric unit 310b in a sewn manner. In other embodiments, the fabric unit 310a can also be joined to the fabric unit 3i〇t by a high-frequency fusion machine, an ultrasonic fusion splicer, a thermocompression bonding machine, a hot air seam sealing machine, or the like. Of course, the size of the fabric unit 310a and the fabric unit 310b can be used in combination with the actual fineness. This embodiment is not particularly limited herein. Thus, the fabric monomer·, 3(10) is in a different form. δ, and create extra space for planting, object accommodation, and (4) in the scope of this creation. In addition, the official road assembly in the present embodiment is disposed on the shoulder edge of each pass and the like similarly to the above-mentioned embodiment, and the arrangement thereof is not described here, and the three-dimensional planting skirt of the present invention is not described again. The sound map of the set. Figure 9 is a schematic diagram of a three-dimensional implanting device of the applicant. Please refer to the figure, and 12 - the structure of the two tap110 is flexible, so it is suitable for coating on the surrounding surface of the - structure, so that the planting of the fi 3 piece 12GS against the local structure (four), 1 The middle pipe S 50 is filled with flexibility to cover the joint with the three-dimensional fabric 110 to check the three-dimensional planting device 300 of the embodiment. *Include - even = two = 50 along the circumference of the three-dimensional fabric 110 The fH-packaged-fastening unit (5) and the second fastening unit 154 have an engaging portion (10) and the second fastening member has a buckle portion (10) to allow the latch portion i52a to correspondingly The buckle is equipped with two 4^- Γί. In the embodiment shown by him, it is also possible to form a phase structure i 5 when the mouth is connected, tTV connection means). When the three-dimensional fabric 110 is covered with m buckle (four) °. *5 152& detachably snaps on opposite sides of the corresponding buckle groove 154a = U〇 to secure the three-dimensional fabric (10) to two: %. However, this creation does not limit the modular form and number of three-dimensional fabrics. The f 丨丨 of the Department is the assembly w diagram of the three-dimensional planting device of the present invention. Referring to FIG. 1G and FIG. 9, in the present embodiment, the two-dimensional body includes two three-dimensional fabrics 21G, a plurality of connecting members 5, and a member 250 and a water supply circulation unit 260. The connecting members 220 are connected at the intersections between the respective fabrics 210 to closely contact the opposite sides of the three-dimensional fabrics 210. The official assembly 250 is circulated and communicates with the planting channels 212. The 13 M436325 water circulation unit 260 is coupled to the line assembly 250. Similar to the above embodiment, the connecting member 220 of the embodiment includes a first fastening unit 222 and a second fastening unit 224. The first fastening unit 222 has a latching portion 222a', and the second fastening unit 224 has a latching slot 224a. The latching portion 222a is detachably snapped to the corresponding latching slot 224a. The difference between the first fastening unit 222 and the second fastening unit 224 of the present embodiment belongs to different three-dimensional fabrics 210 and 220. To connect the vertical fabric 210. 12 and 13 are assembly diagrams of a vertical planting device according to still another embodiment of the present invention. Different from the above embodiment, the connecting member 230 of the present embodiment is fastened by a click. In other words, the present invention, the connector 22 (shown in Figures 10 and 11), 230 (shown in Figure 12 /, Figure 13) includes buckles that are in the form of male and female components that are mutually corresponding to each other. Pieces. For example, clips, buckles, knuckles, buttons, buckles, double D buckles, etc. 14 is a schematic view of a three-dimensional planting apparatus according to still another embodiment of the present invention. Referring to FIG. 14 , the difference from the above embodiment is that the three-dimensional planting device 2 of the embodiment includes a first joint unit ^1, a second joint unit 244 and a third joint unit. 246. The first joint unit το 242 is disposed on the corresponding three-dimensional fabric 21〇a, and the second joint unit 44 is disposed on the corresponding three-dimensional fabric 21〇b, and the first joint unit is torn and the second joint by the third joint unit. The units 244 are combined so that the pair of three-dimensional fabrics are inspected and connected to each other. Here, the = chain is used as the system, but the structure of the _, such as screws, locks, and the like, can be applied to the present embodiment. In addition, M436325 is used as a connecting agent, tape, lacing, forging belt, thread, and for example, a connecting piece, so that the three-dimensional fabrics are connected to each other can be ':,, the creation of the creation: the creation The three-dimensional planting device is made up of a pipe assembly: ΐ and then combined with a three-dimensional fabric into a single-module sheet; the two-piece Γ is also provided by the connecting member to the environment of the plurality of ships and the three-dimensional planting device Practicality and mobility. This is disclosed in the above example. The financial is not used to limit the customs. When some changes and refinements can be made, this [simplified description of the drawings] shall be subject to the definition of Liganwei. A schematic diagram of a three-dimensional planting apparatus according to an embodiment of the present invention. Schematic diagram of the water supply cycle of the three-dimensional planting device. = Sectional view of the three-dimensional fabric along the Α_Α section line. ^ 5 3 Schematic diagram of creating a three-dimensional planting device of another embodiment. Figure 4 is a cross-sectional view of the three-dimensional fabric taken along the Β_Β section line. g 7 ? This is another schematic diagram of the three-dimensional planting of the embodiment.円 = cross-sectional view of the three-dimensional fabric of Fig. 6 taken along line B_B. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 9 is a schematic view of a three-dimensional planting apparatus to which FIG. 8 is applied. . Fig. 10 and Fig. U are respectively assembled diagrams of the three-dimensional planting 15 M436325 of the present invention. 12 and 13 are assembled views of a three-dimensional planting apparatus according to still another embodiment of the present invention. Figure 14 is a schematic view of a three-dimensional planting apparatus according to still another embodiment of the present invention. [Description of main component symbols] 50: Structures 100, 200, 300: Three-dimensional planting apparatus 110, 210, 210a, 210b, 310: Three-dimensional fabrics 110a, 110b, 310a, 310b: Fabric units 112, 212: for planting Channel 114: first fabric layer 116: second fabric layer 116a: planting opening 118: planting filler 119, 319: pocket-like space 120, 250: pipe assembly 120a: water supply zone 120b: full pipe area 122a, 122b, 122c, 122d: pipe fitting 124: quick joint 126: water outlet 130, 260: water supply circulation unit 132: water outlet valve 134: water inlet valve M436325 140: waterproof member 150, 220, 230, 240: connecting member 152, 222: a fastening unit 152a, 222a: a fastening portion 154, 224: a second fastening unit 154a, 224a: a buckle groove 242: a first engagement unit 244: a second engagement unit 246: a third engagement unit G: a gravity direction
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