五、新型說明： 【新型所屬之技術領域】 本創作係關於一種植株灌溉裝置，特別是一種運用於 種苗栽培或水耕栽培之植株灌溉裝置。 【先前技術】 請參照第1圖所示，係習知運用於種苗栽培之灌溉盤 結構’該灌溉盤9係概呈一方形的淺盤體，以供種苗盆栽 放置於該灌既盤9内’且該灌溉盤9之側板或底板處設有 一溢水孔91。其灌溉時’係於固定時間以人工或自動灑水 器由各該種苗植株上方灑水，讓水充分浸潤各該盆栽内的 栽培介質（如水苔、椰纖或樹皮）後，多餘的水再由各該 盆栽底部的孔流出並收集於該灌溉盤9内，最後再經由該 溢水孔91排出。 然而，由於習知結構之溢水孔所排出的水並無回收， 每次灌_會耗_當多的水賴。灌狀後，該灌;既盤 内的水並:f &會&全排出，造成該灌凝盤底部仍有部分 積水，尤其是各該盆栽底部與該魏盤之間的縫隙處，而 該盆栽底部也是最接近植株根·位置，造成植株根部長 %間浸泡在水裡，因不易與空氣相接觸而容易腐爛。 而少Ί:Γ、‘構4硬時係由種苗植株上方直接麗水， 數種田都是採用網室裁培，因而造成該網室内的空 容易滋生菌藻°而且’種苗植株的莖及葉必須 經吊接觸水，對於一些必須4 ^ 、 蘭和灿〜 持片1 _植株（如蝴蝶 闌王心或仙各來）’谷易發生植株軟腐病。 M378632 【新型内容】 之目的_決先前技術會耗費大量水資源缺 置，供可回收循環再利用以達到省水目㈣株灌;既裝 部長時間 通風作用 本創作之次-目的係解決先前技術植株根 泡水及通風不良缺點’提供可維持植株根部適度 以避免其根部腐爛之植株灌·;既裝置。V. New description: [New technical field] This creation is about a plant irrigation device, especially a plant irrigation device used for seedling cultivation or hydroponic cultivation. [Prior Art] Please refer to Figure 1 for the structure of the irrigation tray used for seedling cultivation. The irrigation tray 9 is a square shallow tray body for seedling potting in the irrigation tray 9. And an overflow hole 91 is provided at the side plate or the bottom plate of the irrigation tray 9. When it is irrigated, it is sprinkled with water from above the plant by artificial or automatic sprinkler at a fixed time, so that the water fully infiltrates the cultivation medium (such as sphagnum, coconut fiber or bark) in each pot, and the excess water The holes in the bottom of each pot are flowed out and collected in the irrigation tray 9, and finally discharged through the overflow hole 91. However, since the water discharged from the overflow hole of the conventional structure is not recovered, each time the irrigation_ consumes more water. After filling, the irrigation; the water in the tray and: f & will & all discharge, causing some water at the bottom of the irrigation tray, especially the gap between the bottom of the pot and the Wei disk, The bottom of the pot is also closest to the root position of the plant, causing the root of the plant to be soaked in the water, which is easily rotted due to the difficulty of contact with the air. And a small number of cockroaches: Γ, 'construction 4 hard time is directly from the top of the seedling plants Lishui, several kinds of fields are cut using net room, thus causing the net indoors to easily breed bacteria algae ° and 'the stems and leaves of the seedling plants must After sling contact with water, for some must 4 ^, Lan and Can ~ hold a piece of 1 _ plant (such as the butterfly 阑王心 or 仙来来来) '谷易的植物软腐腐病. M378632 [New Content] The purpose of the previous technology is that the previous technology will consume a large amount of water resources for recycling and recycling to achieve water saving (4) plant irrigation; the long-term ventilation of the installation department is the second time - the purpose is to solve the prior art Plant root water and poor ventilation defects provide a plant irrigation that can maintain the roots of plants to avoid root rot.
本創作之另-目的係解決先前技術容易滋生菌藻缺 可降低空氣濕度，以抑制財_及賴滋生之植株 本創作之再-目的係解決先前技術植株容易發生軟 腐病缺點，提供可保持植株的莖及魏社植株灌親裝置。 本創作之又一目的係解決先前技術以人工麗水益法 均-給水且費時缺點，提供可對各該灌哺内的種苗盆栽 均一給水且可節省時間之植株灌溉裝置。 木 根據本創作植株灌溉裝置，係包含：數個灌溉槽，均 具有一底板及數個側板，該側板設置於該底板之外周緣， 該底板及各該側板之間圍成一容室，該底板具有溝部，該 溝部與該容室相連通，該溝部設有一貫穿該底板之溢流 孔；一集水盤，設置於各該灌溉槽之溢流孔下方，該集水 盤底部設有一排水管，該集水盤一侧延伸設有跨置架，嗜 跨置架係用以承置各該灌溉槽；一回收槽，設置於各該集 水盤之排水管下方；及一供水組件’具有一管路及一分流 件，該管路一端連接該回收槽，另一端連接該分流件，該 分流件設有數個出水孔，各該出水孔分別與各該灌概槽相 —4 一 對位。 【實施方式】 為讓本創作之上迷及其他目的、特徵及優點能更明顯 从I重’下文特舉本創作之較佳實施例，並配合所附圖式， 作詳細說明如下： π芩如、第2及3圖所示，係本創作第一實施例之植株 二概裝置，該植株灌敕裝置係包含數個灌派槽1、-回收 枰及供水、’且件3。其中，各該灌规槽1係位於該回收 2由的^方’令各該灌概槽1 _水可向下流至該回收槽 賴水崎3係連翻回收槽2，且該供水組件3 可將該回㈣2内的水輸送至各該灌厥槽卜 各m槽1均具有一底板η，該底板η係具有兩 1£/1長邊及兩平柄且邊之長方形板體，且該底板11周緣均 样刑ΐ側板12 ’令該底板11及各該侧板12之間形成一長 二恕的容室13。如第5圖所示，各該灌渡槽1另具有至 心14 ’圖中所不係單—個溝部14之實施態樣，該 tL14較佳設置於該底板11處並與該容室13相連通，且 Γ4:14係沿著平行於該_# 1之長邊方向延伸。又如 =:::各該灌凝槽1均具有-溢流孔…該溢流孔 車父*f土位在5亥溝部14之jl中一令山□ λ. . -7UfL-mr^ 八 而且该砬奴孔】5中設有 广該水位調節管16係呈可移動的設置於 孔1)中，使該水賴衫16—端可在該溝部14 —⑤度麟，該水位調節管】6的外周壁與該 心瓜孔】5的内周壁之間較佳設有止水件〔未♦示〕，該止 水件可選擇為一Ο型環或一止水墊圈。 該：㈣2可供盛裝灌概用水，該回收槽2係位於各 ==的^，城麵㈣各賴㈣}之溢流孔 該供水組件3係、具有—管路3卜m2及一分流 該管路31之一端係連接該回收槽2，另一端則連接 =流件33，且該㈣32錢置於該管路31之中段處， ^亥泵浦32可將翻收槽2 _水經由該管路31輸送至 5亥分糾33處。本實施例之分流件33係為兩端均呈封閉 的長管體，該分流件33的相貫f設有數個出水孔％卜 各該出σ孔331的數量較佳與各該㈣槽丨的數量相同， 且各該出水孔331係於該分流件33外周沿著相同的一個轴 向直線排列。 士再茶,¾第2及3圖所不’本創作之植株灌凝裝置級合 日守’各該賴槽1係制設置’使各該雜槽〗設有溢流 孔15之一端均朝向相同方向，該回收槽2係設置於各該灌 嘅槽1之溢流孔15下方。而且，各該灌溉槽丨亦可選擇併 歹1h又置於一支撐架4上方，該回收槽2則可設置於該支撐 架4下方，並使該回收槽2位於各該灌溉槽〗之溢流孔15 下。另外，該供水組件3之分流件33係設置於各該灌溉槽 1未設置溢流孔15之另一端，並使各該出水孔331分別與 各該權概槽1對齊。 本創作之植株灌溉裝置可另增設一集水盤5，該集水 盤5係概呈一長方形的淺盤體，且該集水盤5的一側邊延 伸設有跨置架51。另外，該集水盤5底部設有一排水管52, 該排水管52 一過據件53Γ 集水盤5底面，另—端則設有 槽1呈㈣前述支撐架4上方’使各該灌凝 集水二:=!集f盤5之各該跨置架51上，並使該 亦設置於:支==之溢流孔15下方。該回收槽2 之排水管52 _^下方，使該回收槽2位於該集水盤5 該灌簡1供水崎3之分料33枚置於各 槽i對齊。 而，使各該出水孔331分別與各該觀 參昭第， 時，係3圖騎，本創作之植株_裝置使用 i裝置於各該咖11中，並將灌娜 回收槽2内的H ’該供水組件3係可於固定時間將該 由該分流件==管路3?送珊流件33，再經 ::=r可觀細管原理由二= 盤5内，該隼=繼槽1之溢流孔15流至該集水 收槽的賴又.㈣賴水管心流至該回 一中種田盆裁放置於各該灌溉槽1内時，各分裁 部的孔Y位於盆裁底部中央）係對齊該溝部14，如第5圖 所7Γ /纽之後’各盆栽内多餘的水即可透過該孔流至該 漠部Η，縣姆根部糾泡在水裡，並提供植栽根 部f f f作用以避免腐爛。再者，由於各__】的水 位调即官16係呈可移動的設置於該溢流孔15中，如第4 M378632The purpose of this creation is to solve the problem that the prior art is easy to breed bacteria and algae to reduce the air humidity, so as to suppress the creation of the plant and the purpose of solving the problem of soft rot. Stem and Weishe plant irrigation device. Another object of the present invention is to solve the prior art that the artificial Lishui method is uniform-water supply and time-consuming disadvantages, and provides a plant irrigation device capable of uniformly supplying water to the seedlings in each of the feedings and saving time. According to the present invention, the plant irrigation device comprises: a plurality of irrigation tanks each having a bottom plate and a plurality of side plates, wherein the side plates are disposed on a periphery of the bottom plate, and the bottom plate and each of the side plates define a chamber. The bottom plate has a groove portion, the groove portion is in communication with the chamber, the groove portion is provided with an overflow hole penetrating the bottom plate; a water collecting tray is disposed under the overflow hole of each of the irrigation tanks, and a drain pipe is arranged at the bottom of the water collecting tray. A straddle frame is arranged on one side of the water collecting tray, and the straddle frame is used for receiving the irrigation tanks; a recovery tank is disposed under the drain pipes of each water collecting tray; and a water supply assembly has a pipeline And a diverter, one end of the pipeline is connected to the recovery tank, and the other end is connected to the diverter. The diverter is provided with a plurality of water outlet holes, and each of the water outlet holes is respectively in a pair with each of the irrigation tanks. [Embodiment] In order to make the present invention and other objects, features and advantages more apparent, the preferred embodiment of the present invention will be described in detail below, and in conjunction with the drawings, as follows: π芩As shown in Figures 2 and 3, the plant apparatus of the first embodiment of the present invention comprises a plurality of irrigation tanks 1, a recovery tank and a water supply, and a piece 3. Wherein, each of the filling tanks 1 is located in the recycling unit 2, so that each of the irrigation tanks 1_water can flow down to the recovery tank Laisizaki 3 series continuous recycling tank 2, and the water supply assembly 3 can The water in the back (4) 2 is transported to each of the grouting troughs, and each of the m troughs 1 has a bottom plate η having a rectangular plate body of two 1 £/1 long sides and two flat shanks and sides. The periphery of the bottom plate 11 is evenly circumscribed by the side plate 12' so that a space 13 is formed between the bottom plate 11 and each of the side plates 12. As shown in FIG. 5, each of the aqueducts 1 has an embodiment in which the center portion 14' is not a single groove portion 14. The tL14 is preferably disposed at the bottom plate 11 and connected to the chamber 13. Passing, and the Γ4:14 line extends along the longitudinal direction parallel to the _#1. Another example is =::: each of the irrigation tanks 1 has an overflow hole... The overflow hole of the parent *f soil level is in the jl of the 5 haigou section 14 a mountain λ. . -7UfL-mr^ 八Moreover, the 砬 slave hole 】 5 is provided with a wide water level adjusting tube 16 is movably disposed in the hole 1), so that the 16-end of the water lining can be 14-5 degrees in the groove portion, the water level regulating tube Between the outer peripheral wall of the 6 and the inner peripheral wall of the melon hole 5 is preferably provided with a water stop member (not shown), and the water stop member may be selected as a Ο-shaped ring or a water-stop gasket. The: (4) 2 can be used to fill the water, the recovery tank 2 is located in each == ^, the city surface (four) each (four)} overflow hole the water supply assembly 3 series, with - pipeline 3 b m2 and a shunt One end of the pipeline 31 is connected to the recovery tank 2, the other end is connected to the flow member 33, and the (four) 32 money is placed in the middle of the pipeline 31, and the Hei pump 32 can pass the dump tank 2_water through the The line 31 is conveyed to the 5th minute correction 33. The diverter 33 of the present embodiment is a long tube body which is closed at both ends, and the intersecting f of the diverter 33 is provided with a plurality of water outlet holes. The number of the σ holes 331 is preferably the same as that of the (four) slots. The number of the water outlet holes 331 is linearly arranged along the same axial direction on the outer circumference of the flow dividing member 33.士再茶, 3⁄4 The second and third figures are not 'the plant irrigating device grading and defensive' of the creation of each of the slabs 1 system set 'to make each of the miscellaneous grooves〗 with one end of the overflow hole 15 In the same direction, the recovery tank 2 is disposed below the overflow hole 15 of each of the irrigation tanks 1. Moreover, each of the irrigation tanks can also be selected and placed on top of a support frame 4 for 1 hour. The recovery tank 2 can be disposed under the support frame 4, and the recovery tank 2 is located in each of the irrigation tanks. Below the orifice 15. Further, the flow dividing member 33 of the water supply unit 3 is disposed at the other end of each of the irrigation tanks 1 where the overflow hole 15 is not provided, and each of the water discharge holes 331 is aligned with each of the weighting grooves 1. In the plant irrigation device of the present invention, a water collecting tray 5 is further provided, and the water collecting tray 5 is formed into a rectangular shallow disc body, and a spanning frame 51 is extended on one side of the water collecting tray 5. In addition, a drain pipe 52 is disposed at the bottom of the water collecting tray 5, and the drain pipe 52 passes through the bottom surface of the water collecting plate 5, and the other end is provided with a groove 1 (4) above the support frame 4 to make each of the water collecting and collecting water :=! Each of the spans 51 of the f-disc 5 is placed, and this is also disposed below the overflow hole 15 of the branch ==. Below the drain pipe 52__ of the recovery tank 2, the recovery tank 2 is placed on the water collecting tray 5, and 33 pieces of the material of the water supply tank 3 are placed in the respective tanks i aligned. In addition, when each of the water outlet holes 331 is respectively associated with each of the observations, the figure 3 rides, and the plant_device of the present invention uses the i device in each of the coffee machines 11, and the H in the collection tank 2 is collected. 'The water supply unit 3 can send the shunt member == line 3 to the shunt member 33 at a fixed time, and then::=r can see the thin tube principle from the second = the disc 5, the 隼 = the step 1 The overflow hole 15 flows to the water collecting trough. (4) The water pipe flow to the back of the field is placed in each of the irrigation tanks 1. The hole Y of each dividing portion is located at the bottom of the potting The central part is aligned with the groove portion 14, as shown in Fig. 5, after the Γ/纽, the excess water in each pot can flow through the hole to the moat, and the county roots are entangled in the water and provide the root of the plant. Fff action to avoid decay. Furthermore, since the water level of each __], that is, the official 16 series is movably disposed in the overflow hole 15, as in the 4th M378632
圖所示，因此可自由調整該水位調節管16之一端凸出於該 溝部Η的南度，以控制各該灌溉槽1肉的水位高度，故可 依扣、不同的種苗或是栽培介質的吸水能力調節其灌溉給水 量。另外，該集水盤5之過濾件53可過濾水中雜質（如栽 培介貝殘屑或植株葉片），以維持灌溉用水的清潔。而且， 各该灌溉槽1可於該集水盤5之各跨置架51上移動，可配 合备邊灌溉槽1内之種苗盆栽的生長情形，調整各該灌溉 槽1之_間距，避免各該種苗盆栽之姻枝葉過於擁撥 而邊成損傷，且方便於各該種苗盆栽成整排的移動。 4參照第6及7圖所示，係本創作第二實施例之植株 灌溉裝置，該植株灌溉裝置亦包含數個灌溉槽1、一回收 槽2、一供水組件6、一支撐架4及一集水盤5。本第二實 施例之灌溉槽1、回收槽2、支撐架4及集水盤5的結構型 態均與前述第一實施例完全相同，恕不再贅述。As shown in the figure, therefore, one end of the water level adjusting tube 16 can be freely adjusted to protrude from the south of the groove portion to control the water level of each of the irrigation tanks 1 so that it can be buckled, different seedlings or cultivation medium. The water absorption capacity adjusts the amount of irrigation water supplied. In addition, the filter member 53 of the water collecting tray 5 can filter impurities in the water (e.g., planting shell debris or plant leaves) to maintain the irrigation water clean. Moreover, each of the irrigation tanks 1 can be moved on each of the straddles 51 of the water collecting tray 5, and the growth of the seedling pots in the irrigating irrigation tank 1 can be adjusted to adjust the spacing of the irrigation tanks 1 to avoid The seedlings of the seedlings are too thick to be damaged, and it is convenient for each seedling to be potted into a whole row of movements. 4 is a plant irrigation device according to the second embodiment of the present invention, the plant irrigation device also includes a plurality of irrigation tanks 1, a recovery tank 2, a water supply assembly 6, a support frame 4 and a Water collecting tray 5. The structural forms of the irrigation tank 1, the recovery tank 2, the support frame 4, and the water collecting tray 5 of the second embodiment are all the same as those of the first embodiment described above, and will not be described again.
本第二實施例之供水組件6的结構型態大致亦與前. 第一實施例之供水組件3相同，本第二實施例之供樣] 6亦具有一管路61、一泵浦62及一分流件63結構，且$ 分流件63亦設有數個出水孔631。惟，相較於前述第一4 =例’本第二實施例係進一步於各該出水孔631處分別4 設有延伸管64，各該延伸管64較佳選擇為可撓性軟其 =各該延伸管64上設能個财孔641，她日水孔^ 勺孔徑較佳小於各該出水孔631的孔徑。 中，且Μ Γ 於各該灌㈣1的溝部14 心 輕鄰近各_簡1的雜孔15，使各該 田盆栽係呈放置於各該延伸管64上方。因此，當水經由 —8 — 該分流件63之各出水孔631流至各該延伸管64時，該延 伸管64内的水可經由各該汩水孔641徐徐噴出，各該盆栽 内的栽培介質即利用毛細管原理由各該盆栽底部的二 水，如此對於根部較脆弱的植株而言，可避免 冲刷而損傷其根部，並可對各該灌'凝槽2内之所有種苗盆 栽均:給水，使各該種苗盆栽之給水量及給水時間相同Γ 請參照第8圖所示，係本創作第三實施例之植株灌親 裝置，相較於前述第一實施例，本第三實施例係 :二均增設有—定植板7，各該定植板7均設有數: ^孔，各該定植孔71可供由該定植板7的頂面植入 植株，並使該植株根部由該定植板7的底面 該灌溉槽1可坰妒& , 王·^各 中，以L —里 定水位高度，使植株根部泡於水 〒以作為疏果水耕栽培。 用，:係將多餘的灌爾回收再循環使 時間灌==部設計，可避免植株根部長 其植株根部_。適度_風及透氣效果，以避免 本創作之植株灌溉裝置不會诰 制病害傳播及菌藻滋生。 〜成工’可抑 成、、主、之植株灌概裝置可保持植株的莖葉乾燥，以参 成/“㈣綠的葉片，並減少軟腐病發生。 養 ^ =作之植株灌 田皿裁均-給水，並 θ W有種 雖然本創作已利用上二夏人工灑水的時間。 用上述較佳實施例揭示，然其並非用 M378632 以限定本創作，任何熟習此技藝者在不脫離本創作之精神 和範圍之内，相對上述實施例進行各種更動與修改仍屬本 創作所保護之技術範轉，因此本創作之保護範圍當視後附 之申請專利範圍所界定者為準。 M378632 【圖式簡單說明】 第1圖：習知結構之立體外觀圖。 第2圖：本創作第一實施例之立體分解圖。 第3圖：本創作第一實施例之組合剖面圖。 第4圖：本創作第一實施例灌溉槽之前視局部剖面圖。 第5圖：本創作第一實施例灌溉槽之侧視剖面圖。 第6圖：本創作第二實施例之立體外觀圖。 第7圖：本創作第二實施例灌溉槽之侧視剖面圖。 第8圖：本創作第三實施例之組合剖面圖。 【主要元件符號說明】 〔本創作〕 1 灌微槽 11 底板 13 容室 15 溢流孔 2 回收槽 3 供水組件 31 管路 33 分流件 4 支撐架 5 集水盤 跨置架 12 側板 14 溝部 16 水位調節管 32 泵浦 331出水孔 51 52 排水管 M378632 53 過慮件 6 供水組件 61 管路 62 泵浦 63 分流件 631 出水孔 64 延伸管 641 汨水孔 7 定植板 71 定植孔 〔習知〕 9 灌溉盤 91 溢水孔The structure of the water supply unit 6 of the second embodiment is also substantially the same as that of the water supply unit 3 of the first embodiment. The sample of the second embodiment also has a line 61, a pump 62 and A shunt 63 is constructed, and the diverter 63 is also provided with a plurality of water outlet holes 631. However, compared with the first 4th example of the foregoing, the second embodiment further includes extension tubes 64 respectively at each of the water outlet holes 631, and each of the extension tubes 64 is preferably selected to be flexible. The extension tube 64 is provided with a wealth hole 641, and the aperture of the daily water hole is preferably smaller than the aperture of each of the water outlet holes 631. And the groove portion 14 of each of the irrigation (four) 1 is lightly adjacent to each of the holes 15 of the simple one, so that each of the field potting systems is placed above each of the extension tubes 64. Therefore, when water flows to each of the extension pipes 64 via the respective water outlet holes 631 of the flow dividing member 63, water in the extension pipe 64 can be slowly ejected through the respective water holes 641, and cultivation in each of the pots The medium uses the capillary principle to separate the water from the bottom of each pot, so that for plants with weak roots, it is possible to avoid scouring and damage the roots, and all the seedlings in each of the irrigation tanks can be potted: water supply For the seedlings of the seedlings, the amount of water supplied and the time of water supply are the same. Referring to Figure 8, the planting device of the third embodiment of the present invention is compared with the first embodiment. The second plant is provided with a planting plate 7, and each of the planting plates 7 is provided with a plurality of holes, each of which can be used for implanting the plant from the top surface of the planting plate 7, and the root of the plant is made of the planting plate. The bottom surface of the irrigation tank 1 can be 坰妒&, Wang· each, with the height of the L-Liding water level, so that the roots of the plant are soaked in the water raft to be cultivated as a thin fruit. Use:: Recycling the excess irrigated and recirculating the time to make the planting roots _. Moderate _ wind and breathable effect to avoid the plant irrigation device of this creation will not curb the spread of disease and the growth of algae. ~ Chenggong' can suppress, and the main plant irrigation device can keep the stems and leaves of the plants dry, to participate in the "(4) green leaves, and reduce the occurrence of soft rot. Mean-water supply, and θ W, although this creation has utilized the time of artificial watering in the last two summers. It is disclosed by the above preferred embodiment that it is not limited to M378632 to limit the creation, and anyone skilled in the art does not deviate from this. Within the spirit and scope of the creation, various changes and modifications to the above-described embodiments are still the technical changes protected by this creation. Therefore, the scope of protection of this creation is subject to the definition of the patent application scope attached. M378632 [ BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a conventional structure. Fig. 2 is an exploded perspective view of a first embodiment of the present invention. Fig. 3 is a sectional view showing a combination of the first embodiment of the present invention. Fig. 5 is a side cross-sectional view showing the irrigation tank of the first embodiment of the present invention. Fig. 6 is a side elevational view showing the second embodiment of the present invention. Figure: The second creation of this book A side cross-sectional view of an embodiment of an irrigation tank. Fig. 8 is a sectional view of a combination of the third embodiment of the present invention. [Description of main components] [This creation] 1 filling microchannel 11 bottom plate 13 chamber 15 overflow hole 2 recycling Slot 3 Water supply assembly 31 Piping 33 Diverter 4 Support frame 5 Drainage tray straddle 12 Side plate 14 Groove 16 Water level adjustment tube 32 Pump 331 water outlet 51 52 Drain pipe M378632 53 Circumvention 6 Water supply unit 61 Line 62 Pump 63 Diverter 631 Outlet hole 64 Extension tube 641 Water hole 7 Planting plate 71 Colonization hole [General] 9 Irrigation plate 91 Overflow hole