M281404 16942twf.doc/006 八、新型說明： 【新型所屬之技術領域】 本創作是有關於_藉耕作分，R 土氣耕盆。 種耕作-且特別是有關於-種水 【先前技術】 隨著生活步調的不斷加快，現代人最需要的就是精神 調劑，以放鬆整日端腎的产而要的洗疋㈣ ====:不費太多時間與空間而且健康的選擇。 :生活空間 境’更可以帶來新鮮空氣，創造最舒適 ^分广栽&將植物種植於时土壤的花盆内，並於 二有ΐ個排水孔’以使過多的水分能經由排水孔 之土壤二士荄：種底部設有排水孔的花盆卻無法令花盆内 避免ίΙΙΓ_水分’因此栽種者必須定時洗水以 一種負擔。化樣，對於忙碌的上班族而言，不啻為另 圖1繪不為一種習知可自動給水的音 ==上習知可自動給水的花盆1二主i包括； 110 a 個内盆12〇以及一個吸水海綿130。外盆 右力Li水，而内盆120則用於盛土。在外盆110裝 1 = 後’將種有植物的内盆120置放於外盆11()中， 間^留儲ii20"1部的凸起結構122在外盆110與内盆120 120底部二_^間S1。此外，吸水海綿130則放置於内盆 一^ 、—個開孔ο1處，以自動吸取水分並供給至内盆 M28m_ 120中的土壤。然而，在這種習知的花盆100中無法設置 排氣孔，因此會導致植物的根部不能順利的排放二氧化 碳，也不能吸取足量的氧氣。 【新型内容】 本創作的目的就是在提供一種水土氣耕盆，具有自動 給水且可讓植物根部自由呼吸的功能。M281404 16942twf.doc / 006 8. Explanation of the new model: [Technical field to which the new model belongs] This creation is about _ borrowing farming points, R rustic farming pots. Farming-and especially about-planting water [Previous technology] As the pace of life continues to accelerate, the most important thing for modern people is to adjust the spirit, in order to relax the washing of the kidneys all day long ==== : Healthy choice without spending much time and space. 'Living space environment' can bring fresh air to create the most comfortable place. Plants are planted in soil pots in the soil, and there are two drainage holes in the two so that excess water can pass through the drainage holes. Soil Ershi: The planter with a drainage hole at the bottom can not prevent the water in the planter. Therefore, the planter must wash the water regularly to bear a burden. For the busy office workers, it is not good for another. Figure 1 is not a picture of a sound that can be automatically watered. == A flower pot that can be automatically watered on the first day. The two main i include; 110 a inner pot 12 〇 and an absorbent sponge 130. The outer basin is Li water, while the inner basin 120 is used to hold soil. Install 1 = 1 in the outer pot 110. 'Place the inner pot 120 with plants in the outer pot 11 (), and store the raised structure 122 at the bottom of the outer pot 110 and the inner pot 120 120. ^ S1. In addition, the absorbent sponge 130 is placed in the inner pot ^ and one opening ο to automatically absorb water and supply it to the soil in the inner pot M28m_120. However, the conventional flowerpot 100 cannot be provided with an exhaust hole, so that the roots of the plant cannot smoothly emit carbon dioxide, and cannot absorb a sufficient amount of oxygen. [New content] The purpose of this creation is to provide an aquatic rustic pot with automatic water supply and the function of allowing the roots of plants to breathe freely.
本創作提出一種水土氣耕盆，包括一外盆、一架高 件、至少一内盆以及一第一吸水件。外盆適於盛水至一水 位，而架高件配置於外盆内。内盆配置於架高件上。内盆 之底部高於前述的水位且具有至少一開孔。其中，外盆之 水位以上至内盆之底部間為一開放式空間。第一吸水件鋪 放於内盆之底部與架高件之間，且垂至前述的水位以下。 依照本創作的較佳實施例所述之水土氣耕盆，可更包 括一第二吸水件，其鋪放於内盆内。 依照糊作的錄實施綱狀水土氣，可更包 弟二吸水件，其鋪放於内盆之底部與架高件之間。 創作的較佳實施例_之水土 =二二其連通至外盆内。此外，水土氣耕盆還可ί 以感知外二二^其配置於外盆内且連接至給水器，用 器可為浮控制給水器進行給水。水位感知 盆之佳實施例所述之水土氣耕盆，其中外 藉由凸起處例如具有;凸起結構，而架高件是 勺支樓而配置於外盆中。&外，外盆之側壁 M281404 16942twf.doc/006 在水位至凸起結構之間例如具有至少-排氣孔。 依照本解的健實施儀狀水土紐盆，其中架 ^例如是呈板狀’並與外盆之側壁—體成形。此外，外 瓜之側土在水位至架咼件之間例如具有至少一排氣孔 古依本創作的較佳實施例所述之水土氣耕盆，其中 讀或柱狀。此外，架高件與外盆之底壁可為一 一依照本創作的較佳實施例所述之水土氣耕盆，並中架 :^有-腳部與-平板部，腳部用以接觸外盆之底㈣ I平板部’並使平板部高於水位。 在本創作之水土氣耕盆中，由於具有可盛水的外盆與 ϋ水件，因此可使用吸水件自動將水分經由 ^ =補充至内盆中。同時，由於内盆底部之開 :間，因此植物根部可延伸出内盆底部之開孔外，以自 :呼吸。綜上所述，本創作之水土氣耕盆可讓植物生長茂 π ’且不需栽種者時常澆水。 為瓖本創作之上述和其他目的、特徵和優點能更明顯 董，下文特舉較佳實施例，並配合所附圖式，作詳細說 明如下。 ° 【實施方式】 ^2繪示為本創作一實施例之水土氣耕盆的剖面示意 加一明參妝圖2，水土氣耕盆2〇〇包括一個外盆、一個 件220、至少一個内盆230 (在此為三個）以及一個第 吸水件240。外盆210適於盛水至一個水位L1，而架高 M28mc/〇〇6 件220配置於外盆210内。内盆230配置於架高件22〇上， 亦即内盆230是藉由架高件220進行支撐丫内@盆23〇之底 部會高於前述的水位，以避免内盆230之底部浸泡在外盆 210的儲水中。另外，内盆230之底部具有至少一個開^ 02值付/主思的疋，外盆210之水位li以上至内分mo 的底部之間是一個開放式空間S2，亦即開放式空間内 的空氣可輕易地與外界空氣對流，藉以讓開放式空間幻 内保有新鮮空氣。第一吸水件240鋪放於内盆^(^之0底部 與架咼件220之間，且部分第一吸水件24〇還往下垂至前 述的水位L1以下，以將外盆210之儲水帶至内盆23〇之 底部。 i 承上所述’在使用本實施例之水土氣耕盆2〇〇時，可 於内盆230中盛裝土壤、砂、礫石或其他可用於栽種植物 的材料。植物可栽種於内盆230中，而部分的植物其根部 可由内盆230底部之開孔02處向下延伸。由於内盆230 下方為開放式空間S2,因此植物根部所排出的二氧化碳等 廢氣就可以水平對流的方式向外輕易排出，並且從問 空間S2中獲取足量的氧氣。另外，若所栽種之 部適合在水中生長，則植物的根部亦可向下延伸至外盆 210所盛裝的水中。 由上述可知，本實施例之水土氣耕盆200由於可充分 供給植物所需的水、土與空氣，因此可讓栽種於其中的植 物獲得良好的生長條件。同時，藉由外盆210的儲水功能 以及第一吸水件240的自動給水，水土氣耕盆2〇〇的使用 M281404 16942twf.doc/006 者只f要在外盆210的儲水即將用盡時補充儲水即可，而 不必擔心疏於照顧植物會使植物枯死。 ^ ί 土氣耕盆還可包括—第二吸水件250， ^放㈣盆23㈣，例如是舖於内盆230之底部上。藉 =一吸水件細，可將水分均勻地傳送至内盆230中的 各處。 中叮Hi為了方便補充水至外盆210中，水土氣耕盆· ! f給水器260，其連通至外盆内。舉例而 此，使时僅需_水=Γ 接至水龍頭。因 21〇; 260 不而要另外以水瓢來運水。此外，由於 7\c^ ?60〇 Γ 、α° 〇，其配置於外盆210内且連接至給 奸:^位感知器27G是用來感知外盆210内之水量， 之^旦了 水。如此一來，只要外盆21()内 里、，¥，水位感知器270就可控制給水器260進行 使用上更為便利。i彳充足’也使得水土氣耕盆200在 彳 舉例而言，水位感知器270可以是浮球 ^ ^ 亦即利用浮球來感知外盆21G内之水量變 堪，：L纟位感知器270之形式還可有其他許多適當選 再者卩=略水位感知器270之細部構造的說明。 ，架向件220可呈管狀或柱狀，藉以支撐内盆 M28m,〇c/〇〇6 230。在本實施例中’架咼件220是以管狀為例。此外，架 高件220之底部還可保留一些開孔03，以供植物的根部通 過。另外，架高件220與外盆210之底壁也可以是一體成 形的。若擔心外盆210之儲水會滋生蚊蟲，也可在外盆21〇 内放養一些魚類，以最天然的方式消除蚊蟲。 圖3繪示為本創作另一實施例之水土氣耕盆的剖面示 意圖。請參照圖3，本實施例之水土氣耕盆3〇()與圖2之 水土氣耕盆200相似，主要包括一個外盆、一個架高 件320、至少一個内盆330以及一個第一吸水件“ο。但是， 架高件320之細部設計與圖2之架高件220有所差異。架 高件320具有一腳部322與一平板部324，腳部322是用 以接觸外盆310之底壁而支撐平板部32〇，並使平板部32〇 高於外盆310之水位L2。内盆330是置放於架高件32〇之 平板部324上。 另外，内盆330中可選擇性地鋪放一第二吸水件35〇。 再者，為了更進一步增加内盆330底部之含水量，水土氣 耕盆300還可包括一第三吸水件36〇，其鋪放於内盆之 底部與架高件320之間。此外，若外盆31〇之侧壁高於内 盆330之底部時，外盆310之側壁上也可設置數個排氣孔 04，以使植物所排放之二氧化碳能夠輕易從開孔處排 出。再者，架高件320之平板部324也可選擇性地設置數 個開孔（未繪示），以供植物的根部伸展。或者，架高件 320之平板部324也可直接採用網狀設計。 圖4繞不為本創作再一實施例之水土氣耕盆的剖面示 M281404 16942twf.doc/006 思圖。請參照圖4，本實施例之水土氣耕盆4〇〇與圖3之 水土氣耕盆3〇〇相似，主要包括一個外盆41〇、一個架高 件420、至少一個内盆430以及一個第一吸水件44〇。但是^ 架高件420是呈板狀，並且與外盆41〇之侧壁一體成形。 舉例而言，架高件420是連接到外盆410的部分側壁，而 架高件420與外盆410的其他侧壁之間則保留有空隙（圖 未示），以使第一吸水件440能夠由此空隙往下垂至内盆 齡 430的儲水處進行吸水（如圖4中第一吸水件44〇以虛二 表示的部分）。此外，外盆410之側壁在水位L3至架高 件420之間可選擇性地設置有至少一個排氣孔〇5，以使^ 物所排放之一氧化石炭能夠輕易從排氣孔〇5處排出。再者， 架高件420上也可選擇性地設置數個開孔（未繪示），以 供植物的根部伸展。或者，架高件420也可直接採用網狀 設計。另外，内盆430中可選擇性地鋪放一第二吸水件45〇。 圖5繪示為本創作又一實施例之水土氣耕盆的剖面示 丨意圖。請參照圖5，本實施例之水土氣耕盆500與圖4之 水土氣耕盆400相似，主要包括一個外盆51〇、一個架高 件520、至少一個内盆53〇以及一個第一吸水件54〇。其中， 外盆510之側壁在高於水位L4處例如具有一凸起結構 512,而架尚件520是藉由凸起結構512的支撐而配置於外 盆510中。此外，外盆51〇之側壁在水位L4至凸起結構 512之間例如具有至少一排氣孔〇6，以使植物所排放之二 氧化碳能夠輕易從排氣孔06處排出。再者，架高件52〇 上也可選擇性地設置數個開孔（未繪示），以供植物的根 11 M281404 16942twf.doc/006 部伸展。或者，架高件52G也可直接採用網狀設計 内盆530令可選擇性地鋪放一第二吸水件55〇。 本創作之水土氣耕盆的主要精神在··水土氣耕分 ，而吸水件可自動將水分經由内盆底;:開 ?充内盆中，由於内盆底部之開孔是連通開放办 口曰1 ’因此植物根部可延伸出内盆底部之開孔外，以自由ς 僅可本創作之水土氣耕盆祕栽·物時，不 僅了讓植物輕緖収量財、土與 =栽種者不需要時料水。此外，在搭配^=2 、'、5水器後，此盆栽幾乎不需要栽種者額外的照顧7 ° 雖然本創作已以較佳實施例揭露如上，鋏 ^本創作’任何熟習此技藝者，在不脫離:創=二： 當可作些許之更動與潤飾，因此本創作= 圍语視後附之申請專利範圍所界定者為準。 又 【圖式簡單說明】 圖。圖1繪示為-種習知可自動給水的花盆的剖面示音 圖 意圖 圖2繪示為本創作一實施例之水土氣耕盆的剖面示土 圖3繪示為本創作另一實施例之水土氣耕盆的剖面八 圖4繪示為本創作再一實施例之水土氣耕盆的剖面八 12 圖5繪示為本創作又一實施例之水土氣耕盆的剖面示 意圖。 【主要元件符號說明】 100 :花盆 110 :外盆 120 :内盆 122 :凸起結構 • 130 :吸水海綿This work proposes an aquatic rustic pot, which includes an outer pot, a raised piece, at least one inner pot, and a first water-absorbing piece. The outer basin is suitable for holding water to a water level, and the elevated parts are arranged in the outer basin. The inner basin is arranged on the elevated pieces. The bottom of the inner basin is higher than the aforementioned water level and has at least one opening. Among them, the space above the water level of the outer basin to the bottom of the inner basin is an open space. The first water absorbing member is laid between the bottom of the inner basin and the elevated member, and hangs below the aforementioned water level. The water-based rustic ploughing pot according to the preferred embodiment of the present invention may further include a second water absorbing member which is laid in the inner pot. According to the pasted record, the outline of the water is rustic, and it can also include the second water absorbing member, which is placed between the bottom of the inner basin and the elevated piece. The preferred embodiment of the creation of water and soil = 22 It is connected to the outer basin. In addition, the water-cultivated pots can be placed outside the pot and connected to the water supply device. The water supply device can be a floating control water supply device. The water level sensing pot described in the preferred embodiment of the water rustic ploughing pot, wherein the outer part has, for example, a raised structure, and the elevated part is a scoop support and is arranged in the outer pot. & Outside, the side wall of the outer basin M281404 16942twf.doc / 006 has, for example, at least a vent hole between the water level and the raised structure. According to the Jian implementation of the instrument-shaped soil and water button pot, the frame ^ is, for example, plate-shaped 'and is integrally formed with the side wall of the outer pot. In addition, the side soil of the melon has at least one vent hole between the water level and the frame member, for example, the water-based rustic ploughpot described in the preferred embodiment of the present invention, which is read or columnar. In addition, the raised parts and the bottom wall of the outer pot can be a water-cultivated rustic pot according to the preferred embodiment of the present invention, and the middle rack: ^ has-feet and-flat parts, the feet are used for contact The bottom of the outer bowl ㈣I plate portion 'makes the plate portion higher than the water level. In the water-based rustic plough pot of this creation, because there is an outer pot and a water-retaining part that can hold water, the water absorbent part can be used to automatically replenish the water to the inner pot via ^ =. At the same time, due to the open space at the bottom of the inner pot, the roots of the plants can extend out of the open hole at the bottom of the inner pot to breathe from. To sum up, the water-based rustic plough pot of this creation allows plants to grow π ′ without the need for watering. In order to make the above and other objects, features, and advantages of this work more obvious, the following specific examples are given in conjunction with the accompanying drawings to explain in detail as follows. ° [Embodiment] ^ 2 shows a schematic cross-section of a hydroponic ploughing pot with an example of the present invention as shown in Fig. 2. The hydroponic ploughing pot 200 includes an outer pot, a piece 220, and at least one inner part. Basins 230 (three here) and a first water-absorbing member 240. The outer basin 210 is suitable for holding water to a water level L1, and the elevated M28mc / 〇06 pieces 220 are arranged in the outer basin 210. The inner basin 230 is arranged on the elevated piece 22, that is, the inner basin 230 is supported by the elevated piece 220. The bottom of the inside @ 盆 23〇 will be higher than the aforementioned water level to prevent the bottom of the inner basin 230 from soaking outside. Storage water in basin 210. In addition, the bottom of the inner basin 230 has at least one opening value, and there is an open space S2 between the water level li of the outer basin 210 and the bottom of the inner portion mo, that is, in the open space. The air can easily convect with the outside air to keep fresh air inside the open space. The first water-absorbing member 240 is laid between the bottom of the inner basin ^ (^ 0 and the frame member 220, and a part of the first water-absorbing member 24 is also drooped below the aforementioned water level L1 to store water in the outer basin 210. Take it to the bottom of the inner pot 23. i According to the above description, when using the water-cultivated pot 200 of this embodiment, the inner pot 230 can contain soil, sand, gravel, or other materials that can be used for planting. Plants can be planted in the inner pot 230, and some plants have their roots extended downward from the opening 02 at the bottom of the inner pot 230. Since the inner space 230 is an open space S2, the carbon dioxide and other waste gases emitted by the roots of the plants It can be easily discharged outward in a horizontal convection manner, and sufficient oxygen can be obtained from the space S2. In addition, if the planted part is suitable for growth in water, the root of the plant can also extend down to the outer pot 210. From the above, it can be known that the water-cultivated pot 200 of this embodiment can sufficiently supply the water, soil and air required by the plants, so that the plants planted therein can obtain good growth conditions. At the same time, through the outer pot 210 water storage function And the automatic water supply of the first water-absorbing member 240, the use of water in a rustic ploughing pot 200, M281404 16942twf.doc / 006, is only necessary to replenish the water storage when the storage of the outer pot 210 is about to run out, without worrying about neglect Taking care of plants will cause the plants to die. ^ A rustic cultivation pot can also include a second water-absorbing member 250, ^ put the pot 23, for example, spread on the bottom of the inner pot 230. By borrowing a thin water-absorbing member, the water can be evenly distributed The ground is transmitted to various places in the inner basin 230. In order to facilitate the replenishment of the water in the outer basin 210, Zhongding Hi. The water supply device 260 is connected to the outer basin. For example, this only requires _ 水 = Γ is connected to the faucet. Because 21〇; 260, it is necessary to transport the water in a water scoop. In addition, since 7 \ c ^? 60〇Γ and α ° 〇, it is arranged in the outer basin 210 and connected to Ghost: The sensor 27G is used to sense the amount of water in the outer basin 210, and the water is gone. In this way, as long as the outer basin 21 () is inside, and ¥, the water level sensor 270 can control the water dispenser 260. It ’s more convenient to use. “I 彳 Adequate” also makes the water-cultivated pot 200 in water. For example, the water level sensor 270 can be floating The ball ^ ^ means that the floating ball is used to sense that the amount of water in the outer basin 21G has changed. There can be many other suitable options for the form of the L level sensor 270, and the detailed structure of the water level sensor 270 is explained. The erection member 220 may be tubular or columnar to support the inner basin M28m, 0c / 〇〇230 230. In this embodiment, the erection member 220 is a tube. In addition, the bottom of the elevated member 220 Some openings 03 can also be reserved for the roots of plants to pass through. In addition, the elevated part 220 and the bottom wall of the outer basin 210 can also be integrated. If you are worried that the water stored in the outer basin 210 will breed mosquitoes, you can also go outside. Some fish are stocked in the basin 21, and mosquitoes are eliminated in the most natural way. Fig. 3 is a schematic cross-sectional view of a rustic pot according to another embodiment of the present invention. Please refer to FIG. 3. The water-based rustic pot 30 () of this embodiment is similar to the water-based rustic pot 200 of FIG. 2, and mainly includes an outer pot, an elevated member 320, at least one inner pot 330 and a first water absorption. ". However, the detailed design of the elevated part 320 is different from the elevated part 220 of FIG. 2. The elevated part 320 has a foot portion 322 and a flat plate portion 324, and the foot portion 322 is used to contact the outer bowl 310. The bottom wall supports the flat plate portion 32 and makes the flat plate portion 32 above the water level L2 of the outer bowl 310. The inner bowl 330 is placed on the flat plate portion 324 of the elevated piece 32. In addition, the inner bowl 330 may A second water-absorbing member 35 is selectively placed. Furthermore, in order to further increase the water content at the bottom of the inner pot 330, the water-cultivated pot 300 may further include a third water-absorbing member 36, which is placed on the inner pot. Between the bottom and the elevated part 320. In addition, if the side wall of the outer pot 31 is higher than the bottom of the inner pot 330, a plurality of exhaust holes 04 may also be provided on the side wall of the outer pot 310 to allow the plants to discharge Carbon dioxide can be easily discharged from the openings. In addition, the flat plate portion 324 of the elevated member 320 can also be selectively provided with several openings. (Not shown) so that the roots of the plants can be stretched. Alternatively, the flat plate portion 324 of the elevated piece 320 can also be directly designed in a mesh shape. 16942twf.doc / 006 Schematic diagram. Please refer to FIG. 4. The water-based rustic pot 400 of this embodiment is similar to the water-based rustic pot 300 of FIG. 3, which mainly includes an outer pot 41 and an elevated piece 420. , At least one inner basin 430 and one first water-absorbing member 44o. However, the raised member 420 is plate-shaped and integrally formed with the side wall of the outer basin 41o. For example, the raised member 420 is connected to the outside Part of the side wall of the basin 410, and a gap (not shown) is reserved between the elevated piece 420 and the other side wall of the outer basin 410, so that the first water absorbing member 440 can sag down to the inner basin age 430. Water is absorbed in the water storage part (as shown by the first water absorption member 44 in imaginary second in FIG. 4). In addition, at least one row of the side wall of the outer bowl 410 can be selectively provided between the water level L3 and the elevated member 420. Pores 05, so that one of the oxidized charcoal emitted by ^ can be easily discharged from the exhaust holes 05 In addition, a plurality of openings (not shown) may be selectively provided on the elevated member 420 for the root of the plant to extend. Alternatively, the elevated member 420 may also be directly designed in a mesh shape. In addition, the inner pot A second water-absorbing member 45 can be selectively placed in 430. Fig. 5 is a cross-sectional view of a water-based rustic pot according to another embodiment of the present invention. Please refer to Fig. 5 for a water-based rustic pot according to this embodiment. The 500 is similar to the water rustic ploughing pot 400 in FIG. 4, which mainly includes an outer pot 51, an elevated part 520, at least one inner pot 53 and a first water-absorbing part 54. Among them, the side wall of the outer pot 510 is at a high level. There is, for example, a raised structure 512 at the water level L4, and the frame member 520 is arranged in the outer basin 510 by the support of the raised structure 512. In addition, the side wall of the outer basin 510 has, for example, at least one exhaust hole 06 between the water level L4 and the raised structure 512, so that carbon dioxide emitted by the plant can be easily discharged from the exhaust hole 06. In addition, a number of openings (not shown) can be optionally provided on the elevated piece 52, so that the roots of the plant can be extended. 11 M281404 16942twf.doc / 006 Alternatively, the elevated part 52G can also be directly designed in a mesh shape. The inner basin 530 enables a second water-absorbing member 55 to be selectively placed. The main spirit of the water-based rustic farming pot in this creation is ... water-based rustic farming, and the water-absorbing member can automatically pass water through the bottom of the inner pot ;: open? Fill the inner pot, because the opening at the bottom of the inner pot is connected and open "1" Therefore, the roots of the plants can extend beyond the openings in the bottom of the inner pot, so that the plants can be freely planted only when the water is created in the rustic pots. This will not only allow the plants to harvest lightly, the soil and the planter. Feed water when needed. In addition, after pairing with ^ = 2, ', 5 water devices, this pot plant requires almost no additional care of the planter 7 ° Although this creation has been disclosed above with a preferred embodiment, 铗 ^ this creation' Anyone skilled in this art, Do not leave: creation = two: when some changes and retouching can be made, so this creation = Wai Yu depending on the scope of the patent application attached. [Schematic description] Figure. Fig. 1 is a schematic diagram of a cross section of a flower pot that is known to be automatically watered. Fig. 2 is a cross-sectional diagram of a rustic pot that is an example of the present invention. Fig. 3 is another implementation of the present invention. Section 8 of an example of a rustic rustic pot according to another embodiment of the present invention. FIG. 4 illustrates a section of an example of a rustic rustic pot according to another embodiment of the present invention. [Description of main component symbols] 100: flower pot 110: outer pot 120: inner pot 122: raised structure • 130: absorbent sponge
51 :儲水空間 01 :開子L 200、300、400、500 :水土氣耕盆 210、310、410、510 :外盆 - 220、320、420、520 :架高件 . 230、330、430、530 :内盆 240、340、440、540 :第一吸水件 250、350、450、550 :第二吸水件 • 260:給水器 270 :水位感知器 02、03 :開子匕 LI、L2、L3、L4 :水位 52 :開放式空間 322 :腳部 324 :平板部 360 :第三吸水件51: Water storage space 01: Opener L 200, 300, 400, 500: Water-based rustic pots 210, 310, 410, 510: Outer pots-220, 320, 420, 520: Elevated pieces. 230, 330, 430 530: Inner basin 240, 340, 440, 540: First water absorber 250, 350, 450, 550: Second water absorber 260: Water supply device 270: Water level sensor 02, 03: Opener dagger LI, L2 L3, L4: Water level 52: Open space 322: Foot 324: Flat plate 360: Third water absorber
13 M281 燃 d。· 04、05、06 :才非氣子L 512 :凸起結構13 M281 Ignition d. 04, 05, 06: only non-Qizi L 512: raised structure
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