M261021 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種室内溫室箱，尤指一種設置在室内 栽培植物，可提供植物根部能獲得水份，以及莖部、葉部 能獲得噴霧水份潤澤，而能達到更好的栽培成長效果之室 内溫室箱設計。 【先前技術】 按，室内設置溫室箱進行植物栽培，可提供美化環境 及改善室内空氣品質，於目前已知的設計結構，係如申請 案號第7921 0761號「室内溫室栽培裝置」，其主要是由 供水系統、溫控系統、輔助照明系統及一栽種槽所組成， 其供水系統可供應植物水份，温控系統中具有排風扇、溫 度感應器，可在溫度超過所設定的溫度時啟動排風扇進行 内部散熱，以及輔助照明系統可提供照射植物的光線，而 讓植物栽培能獲得適切的呵護成長； 上述設計之「室内溫室栽培裝置」，因其供水系統僅 能提供栽種槽内部所需用水，使得植物的栽培只能在根部 獲得水份，而無法讓水份直接潤澤位於栽培土上方的莖部 及葉部，此於植物栽培來說，即難以讓植物感受到雨露滋 潤之位於大自然界的成長效果。 < 【新型内容】 有鑑於上述問題，本創作人乃思及改良，並研製設計 M261021 出一種室内溫室箱」，可提供植物栽培之水份、模擬自 然界之陽光照射，以及可定時噴霧，使植物根部能獲得水 份，以及莖部、葉部能獲得噴霧水份潤澤，達到更好的裁 培成長效果； 為達成上述目的之結構特徵及技術内容，本創作「室 内溫室箱」，其包括： 一箱體，其内部下側之底板上設置間隔壁，間隔壁前 方形成谷置空間’間隔壁後方形成養殖槽，於箱體頂端設 置光源’於相體刖方下側設置端面板，端面板上方設置透 明門板； 一水箱，其設置在箱體内部下側的容置空間中，水箱 中設置浮球開關，水箱底側設置一泵浦可將水箱中所容置 的水向外抽出， 一水位偵測器，其設置在箱體内部下側的容置空間中 ，水位偵測器中具有雙浮球開關； 一噴霧器，其設置在箱體内部下側的容置空間中，於 喷霧器與栗浦之間設置一送水管加以連接，使栗浦抽出水 箱中的水可送入喷霧器内部的水槽中； 一控制裝置，其設置在箱體内部下側的容置空間中， 控制裝置具有多段定時器、雙計時器、數個警示燈、無嫁 絲斷電器及總開關，可對於噴霧器進行給水控制。 、… 藉此設計，可利用人造光源及箱體内壁面所設置的多 重膜反射板，使光源能在箱體内壁多重反射， 夕 能更為立、 勻的模擬自然光，使植物如同在大自秋中决且^ 二 曰…、甲生長而進行光合 M261021 作用，並且，植物栽培所需要的水份，除了可在養殖槽處 /九水以外，更可以噴霧器的設置進行噴霧，而讓植物的莖 部、葉部及表面土壤都能獲得喷霧水份的潤澤，而能達到 更好的栽培成長效果，讓植物能在更好的環境中成長進行 光合作用，淨化室内空氣及增加室内綠化環保效果。 【實施方式】 本創作「室内溫室箱」係於箱體中設置養殖槽及容置 空::於箱體内壁面設置多重膜反射板及頂端設置光源， 使此模擬自然太陽光波，讓植物如同在大自然環境下成長 ’並於容置空間中設置水箱、噴霧器及控制裝置而能進行 喷霧作業’使箱體中所栽培的植物之莖部、葉部及土壤表 面能獲得噴霧水份滋潤，達到更有利於室内植物栽培成長 甘翏看第一圖及第 室箱（1)包括： 一箱體（1〇)，其内部下側之底板上設置間隔壁 1 4 )，間隔壁（i 4 )前方形成容置空間（丄6 )， 隔壁（14)後方形成養殖槽（15)，於箱體 頂端設置光源（11)，於箱體（1Q)内壁面設置多 膜反射板C 2 0 )，於箱體（1 〇 )前方Ί^日丨 < 虫夕 ^刖方下側設置端面 (1 2 )，端面板（1 2 )上方設置透明門板（"） 透明門板（1 3 )上、下緣設置透氣孔（ 9 、 · ^ V 丄 M261021 於箱體（1 ο)頂端所設置的光源（i i)，可為槙 物燈或太陽燈； 於粕體（1 0)内壁面所設置的多重膜反射板（2 0 )，可為多重膜玻璃或多重膜鏡面； 於透明門板（1 3 )表面設置把手（1 3 3 ); 水相（3 0 )’其設置在箱體（1 〇 )内部下侧的 容置空間（1 6 )中，水箱（3 0 )中設置浮球開關（3 2 ) ’水箱（3 2 )底側設置一泵浦（3 3 )可將水箱（ 3 0 )中所容置的水向外抽出； 一水位偵測器（6 0 )，其設置在箱體（1 〇 )内部 下側的容置空間（1 6 )中，水位偵測器（6 〇 )中具有 雙浮球開關（6 1 ) (62)； 於水位偵測器（6 0 )之底側設置一連通管（6 3 ) 穿過間隔壁（1 4 )及穿入養殖槽（1 5 )中，水位偵測 器（6 0 )鄰側設置水位顯示器（6 5 )，水饭顯示器（ 6 5 )以銜接管（6 4 )接至水位偵測器（6 〇 )中，並 且’在端面板（1 2 )上設置透明板（1 2 1 )，水位顯 示器（6 5 )即位於透明板（1 2 1 )後側’而能由箱體 (1 0 )外部查看養殖槽（1 5 )内的水位高度； 一噴霧器（5 0 )，其設置在箱體（1 0 )内部下側 的容置空間（16)中，於喷霧器（5〇)與泵浦 )之間設置一送水管（3 3 1 )加以連接，使泵浦（3 3 )抽出水箱（1 〇 )中的水可送入喷霧器（5 〇 )内部的 水槽（51)中； M261021 一控制裝置（4 G )，其設置在箱體（工Q )内部下 側的容置空間（1 6 )巾，控制裝置（4 0 )具有多段定 時器（4 1 )、雙計時器（4 2 )、數個警示燈（u ) (4 4 )、無炼絲斷電器（4 6 )及總開關（4 可 對於喷霧器進行給水控制。 ”於濕度控制方面，可採用控制裝置（4〇)的雙計時 -(42)去②定與其電路連接的噴霧器（5 q 時間及間歇時間； 、 我配合參看第三圖所示，其中，養殖槽（1 5 )内堆置 栽培土及栽種植物的淹水’可以打開透明門板（工 行洗水動作，而養殖_ ( 1 香殖槽（15)中所容置的水位高度，可 :氣壓作用，使水位偵測器（6 0)及水位顯示器（ )能顯示出相同水位，而當養殖槽（i 5 )内部的水 ::，使雙浮球開關（61) (62)之水位下降至設 =度時，可觸發與其電路連接的控制裝4 (4 〇)之警 4 4 )發亮’以提醒使用者，要對於養殖槽⑴ 娀„仃加水’且於養殖# ( 1 5 )中注入適當的水，使浮 二關（6 1 )( 6 2 )隨著水位上昇後可熄滅發亮的警 丁：（44)冑除警示，而養殖槽（1 5)中之水位高低 :’、可以初步的經由透明板（1 2 1 )後側之水位顯示器 6 5 )的查看’去判讀養殖槽（丄5 )的水位高度； 配合參看第四圖所示，在喷霧作業上，設置在喷霧器 ^ )水槽（5 2 )中的浮球開關（5 2 )以及設置在 7箱（3 G ) +的浮球開關（3 2 )之雙浮球開關與控制 M261021 裝置（4(n電路連接，可在水槽（51)中 至浮球開關（52)下限位置時，去觸發與控制裝二 0 )電路連接之泵浦（3 3 )，使 、 (30)中之水送入水槽（51) = (33)可將水箱 ，當水箱㈡㈡内部之水位下降至=位補給’以及 3 2 )的下降可觸發警示燈（ ，子球開關（ 發冗及切斷嗜霖 5 0 )電源加以停止，而讓使 、° ^ 表便用者有所警覺’並能掀開水 相 所设置的水箱蓋（3 1 )進行補水作f， 以避免喷霧器（5G)在無水情況下空轉造絲壞，， 13”：？Γ板（13)上、下緣所設置的透氣孔（ ^ ) (132)，在植物進行光合作用之二氧化碳吸 納及氧氣吐放，可對於篇_ r (10)内部與外界的空氣形 =二：’而能自行調節所需之空氣量及其内部溫度能 趨近於室内溫度。 因此、、二由上述組成結構及技術内容的詳細說明，可 清楚看出本創作設計特點在於·· #提七、種至内溫室箱」可利用人造的光源（1 1 ) 相體（10)内壁面所設置的多重膜反射板（2〇)， 使光源（11 )能在箱體（1 〇)内壁多重反身ί，而能更 為均勻的模擬出自麸伞 . Ώ目然先波，使植物如同在大自然的陽光下 生長及進行光人祚田# σ乍用’並且，植物栽培所需要的水份，除 了可在養殖槽 、丄b )處澆水以外，更可以喷霧器（5 ο )的設置進行哈I^ # J 1務作業，而讓植物的莖部、葉部及養殖槽 (15)中栽拉士 ° 土之表面土壤都能獲得喷霧水份的潤澤， M261021 而能達到更好的栽痒 的環境中成長及進行光=果’如此’可讓植物能在更好 室内綠化之環保效益 ，而能淨化室内空氣及增加 性 综上所述，本創作「 進步性，符合新型專 室内溫室箱」，具有較佳的實 利要件，爰依法俱文提出申請。 用 【圖式簡單說明】 (一） 圖式部分 第一圖··本創作正視圖 第二圖··第一圖之2 一 弟三圖：本創作養殖槽 苐四圖：本創作進行喷 (二） 元件代表符號 (2 )室内溫室箱 (1 1 )光源 (1 2 1 )透明板 (1 3 1 )透氣孔 (1 3 3 )把手 (1 5 )養殖槽 (2 0 )多重膜反射板 (3 1 )水箱蓋 (3 3 )泵浦 (4 0 )控制裝置 (4 2 )雙計時器 2剖視圖。 中無水之示意圖。 霧之實施例圖。 (1 0 )箱體 (1 2 )端面板 (1 3 )透明門板 (1 3 2 )透氣孔 (1 4 )間隔壁 (1 6 )容置空間 (3 0 )水箱 (3 2 )浮球開關 (3 3 1 )送水管 (4 1 )多段定時器 (4 3 )水箱警示燈 M261021 (4 4 )養殖槽警示燈（4 (4 6 )無熔絲斷電器（5 (51)水槽 （5 (6 0 )水位偵測器 （6 (6 2 )浮球開關 （6 (6 4 )銜接管 （6 5 )總開關 0 )噴霧器 2 )浮球開關 1 )浮球開關 3 )連通管 5 )水位顯示器M261021 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to an indoor greenhouse, especially a type of indoor cultivated plant, which can provide water to the roots of plants and spray water to the stems and leaves It is an indoor greenhouse design that can moisturize and achieve better cultivation and growth effects. [Previous technology] Pressing, setting up a greenhouse box for plant cultivation indoors can provide landscaping and improve indoor air quality. The currently known design structure is, for example, Application No. 7921 0761 "Indoor Greenhouse Cultivation Device". It is composed of a water supply system, temperature control system, auxiliary lighting system and a planting tank. The water supply system can supply plant water. The temperature control system has an exhaust fan and a temperature sensor. The exhaust fan can be started when the temperature exceeds the set temperature. The internal heat dissipation and auxiliary lighting system can provide the light that illuminates the plants, so that the plant cultivation can obtain appropriate care and growth; the "indoor greenhouse cultivation device" designed above, because its water supply system can only provide the water needed in the planting tank, It makes the cultivation of plants only obtain water at the roots, but cannot directly moisten the stems and leaves above the cultivated soil. In terms of plant cultivation, it is difficult for plants to feel the moisture of rain dew. Growth effect. < [New content] In view of the above problems, the creator thought and improved, and developed M261021 to design an indoor greenhouse box, which can provide water for plant cultivation, simulate sunlight exposure in nature, and can be sprayed regularly to make The roots of plants can get water, and the stems and leaves can get moisturized sprays to achieve better cropping and growth effects. In order to achieve the structural characteristics and technical content of the above purpose, this creation "indoor greenhouse box", which includes : A box with a partition wall on the bottom side of the interior. A valley space is formed in front of the partition wall. A breeding tank is formed behind the partition wall. A light source is set on the top of the box. An end panel is set on the lower side of the body. A transparent door panel is arranged above the panel; a water tank is arranged in the containing space on the lower side inside the tank body, a float switch is arranged in the water tank, and a pump is arranged at the bottom side of the water tank to draw out the water contained in the water tank outwards, A water level detector, which is arranged in the accommodation space on the lower side inside the box, and the water level detector has a double float switch; a sprayer, which is arranged in the box In the accommodating space at the lower part, a water supply pipe is provided between the sprayer and Lipu for connection, so that the water pumped from the water tank in Lipu can be sent to the water tank inside the sprayer; a control device, which is arranged at In the accommodating space on the lower side of the inside of the cabinet, the control device has a multi-segment timer, dual timers, several warning lights, non-grooming circuit breakers and a main switch, which can control the water supply of the sprayer. … With this design, artificial light sources and multiple film reflectors provided on the inner surface of the cabinet can be used to make the light source multiple reflections on the inner surface of the cabinet, which can more naturally and uniformly simulate natural light, making the plant as if in a large self In the middle of autumn, ^ Ⅱ ..., formazan grows and performs photosynthesis M261021, and the water required for plant cultivation can be sprayed in addition to the aquaculture tank / nine water, and the sprayer can be set, so that the plant ’s The stem, leaves, and surface soil can be moisturized by spraying water, which can achieve better cultivation and growth effects, so that plants can grow in a better environment for photosynthesis, purify indoor air, and increase indoor greening and environmental protection. effect. [Implementation] The creation of the "indoor greenhouse box" is to set a breeding tank and empty space in the box :: set multiple film reflection plates on the inner wall of the box and set a light source at the top, so that this simulates natural solar light waves, making plants like Grow in the natural environment 'and install water tanks, sprayers and control devices in the accommodation space to perform spraying work', so that the stems, leaves and soil surfaces of the plants cultivated in the box can be sprayed with moisture It is more conducive to indoor plant cultivation and growth. Seeing the first picture and the first chamber box (1) includes: a box body (10), with a partition wall 1 4) on the bottom plate inside, and a partition wall (i 4) A receiving space (丄 6) is formed in the front, a breeding tank (15) is formed behind the partition wall (14), a light source (11) is provided on the top of the box, and a multi-film reflecting plate C 2 0 is provided on the inner wall surface of the box (1Q). ), The front end of the box (1 〇) ^^ 丨 <end of the insect night ^ 刖 side end surface (1 2), the end panel (1 2) above the transparent door panel (") transparent door panel (1 3) The upper and lower edges are provided with ventilation holes (9, · ^ V 丄 M261021 in the box (1 ο) The light source (ii) provided at the top can be a stent lamp or a sun lamp; the multiple film reflecting plate (20) provided on the inner wall surface of the meal (10) can be a multiple film glass or a multiple film mirror surface; A handle (1 3 3) is provided on the surface of the transparent door panel (1 3); the water phase (3 0) 'is arranged in the accommodation space (1 6) on the lower side inside the box body (10), and in the water tank (3 0) Set a float switch (3 2) 'A pump (3 3) is set at the bottom of the water tank (3 2) to draw out the water contained in the water tank (3 0); a water level detector (6 0) It is set in the accommodating space (16) on the lower side inside the box (10). The water level detector (60) has a double float switch (6 1) (62). The water level detector A communication pipe (6 3) is arranged on the bottom side of (60), passes through the partition wall (1 4) and penetrates into the breeding tank (1 5), and a water level detector (60) is provided with a water level indicator (6 5) ), The water rice display (6 5) is connected to the water level detector (60) with a connecting pipe (6 4), and 'a transparent plate (1 2 1), a water level display ( 6 5) is located on the transparent plate (1 2 1) The water level in the breeding tank (1 5) can be viewed from the outside of the tank (1 0); a sprayer (50) is arranged in the storage space (16) on the lower side inside the tank (1 0) In the sprayer, a water supply pipe (3 3 1) is connected between the sprayer (50) and the pump), so that the pump (3 3) can pump the water in the water tank (10) to the sprayer. (50) in the internal water tank (51); M261021 a control device (4G), which is arranged in the accommodation space (16) on the lower side inside the box (work Q), and the control device (4 0) has Multi-segment timer (4 1), dual timer (4 2), several warning lights (u) (4 4), non-refining device (4 6) and main switch (4 can supply water to the sprayer) control. "In terms of humidity control, you can use the dual timing of the control device (40)-(42) to determine the sprayer (5 q time and interval time) connected to its circuit; I refer to the third figure for cooperation. The flooded water in which the cultivation soil and planting plants are stacked in the tank (1 5) can open the transparent door panel (ICBC's washing action, and the height of the water level contained in the breeding _ (1 fragrant tank (15), can be: air pressure) , So that the water level detector (60) and the water level display () can show the same water level, and when the water inside the breeding tank (i5) ::, the water level of the double float switch (61) (62) is lowered to When it is set to degrees, the alarm 4 (4) of the control device 4 (4 〇) connected to its circuit can be triggered to light up to remind the user to add water to the breeding tank 仃 仃 仃 仃 and add water to the breeding tank (1 5). Fill the appropriate water so that the floating siren (6 1) (6 2) can extinguish the illuminated slings as the water level rises: (44) remove the warning, and the water level in the breeding tank (1 5): ' 1. You can preliminarily look through the water level indicator 6 5) on the rear side of the transparent plate (1 2 1) to determine the high water level of the breeding tank (丄 5). As shown in the fourth figure, in the spraying operation, a float switch (5 2) provided in the spray tank ^) water tank (5 2) and a float switch provided in 7 boxes (3 G) + (3 2) Double float switch and control M261021 device (4 (n circuit connection, when the water tank (51) reaches the lower limit position of the float switch (52), trigger the pump connected to the control circuit)) (3 3), so that the water in (30) is sent to the water tank (51) = (33), the water tank can be lowered, and the warning light will be triggered when the water level inside the water tank 下降 drops to = bit supply 'and 3 2) (, The sub-ball switch (redundant and cut off the Chi Lin 50)) to stop the power, so that the user will be alert, and can open the water tank cover (3 1) Make up the water as f to avoid the spinning of the sprayer (5G) in the absence of water. 13 ”:? The ventilation holes (^) (132) provided on the upper and lower edges of the plate (13). The carbon dioxide absorption and oxygen release of photosynthesis can be adjusted for the article _ r (10) the internal and external air form = 2: 'and can adjust the required air volume and its internal The temperature can approach the indoor temperature. Therefore, the detailed description of the composition structure and technical content of the above two, it can be clearly seen that the characteristics of this creative design are ... # 提 七 、 种 到 内 greenhouse box "can use artificial light sources ( 1 1) The multiple-film reflecting plate (20) provided on the inner wall surface of the phase body (10) enables the light source (11) to reflect on the inner wall of the box body (10), and more uniformly simulates the bran umbrella ΏThe first wave, so that the plants grow and perform in the light of nature in the light of people 祚 田 # σ first use ', and the water required for plant cultivation, in addition to watering in the cultivation tank, 丄 b) In addition, the sprayer (5 ο) can be set to carry out I ^ # J 1 work, and the stems and leaves of the plants and the cultivation surface (15) can be obtained from the soil on the surface of the soil. Moisturizing spray, M261021 can achieve better growth and light in the itchy environment = fruit 'this' can allow plants to better environmental protection of indoor greening, and can purify indoor air and increase comprehensive As mentioned above, this creation "progressive, in line with the new special indoor greenhouse "Box", with better practical requirements, apply in accordance with the law. Use [Schematic explanation] (1) Schematic part 1st .... This creation is a front view. 2nd .... 1st. 2nd. 1st. 3rd .: 4th. (2) Symbols of components (2) Indoor greenhouse (1 1) Light source (1 2 1) Transparent plate (1 3 1) Ventilation hole (1 3 3) Handle (1 5) Breeding tank (2 0) Multiple film reflecting plate (3 1) A sectional view of the double timer 2 of the water tank cover (3 3), the pump (4 0) control device (4 2). Schematic diagram of waterless. Illustration of the fog embodiment. (1 0) Cabinet (1 2) End panel (1 3) Transparent door panel (1 3 2) Ventilation hole (1 4) Partition wall (1 6) Accommodating space (3 0) Water tank (3 2) Float switch (3 3 1) Water pipe (4 1) Multi-stage timer (4 3) Water tank warning light M261021 (4 4) Breeding tank warning light (4 (4 6) No fuse breaker (5 (51) Water tank (5 (6 0) water level detector (6 (6 2) float switch (6 (6 4) connecting pipe (6 5) total switch 0) sprayer 2) float switch 1) float switch 3) connecting pipe 5) Water level display