201041498 六、發明說明： 【發明所屬之技術領域】 本發明是有關於-種溫室系統，特別是指一種有效利 用垂直空間的綠能溫室培育系統。 【先前技術】 Ο 〇 至栽培在農漁業的培育養殖上已經行之有年，然而 ，溫室所需的培養環境需要業者精心設計和花心思去;;顧 ，再者’所需架構的水質條件、溫度範圍、空氣量，也都 需要嚴謹的考量，因此，如何在有限的溫室空間中，培養 最多的植栽或幼苗，將可創造出最大的商機。 目前最常使用的方式，是將多數個框架固定地排列在 溫室的地平面上，而每一個框架在其高度方向則固定置放 有多數間隔排列的培養箱，然而，這種方式容易讓使用者 在照顧植栽和幼苗時’受到上下層的培養箱阻隔，而必須 彎下腰來照顧，或是特別將培養箱搬出來照顧，使得整體 ^方便性不佳，再者，固定式的設計，使得植栽和幼苗受 光線照射的方位受到限制，而導致使用者必須多花心思去 移動需要特別照顧的培養箱。 依我國公告第咖7237號新型專 栽培床之全自動位跡、^ 』送裝置」是提供一種具有橫向傳動 機構及縱向傳動機構之傳 廿 改變的切換，使—放置機，並配合-光電開關作方向 架，能^工 地面平行之水平面上的植裁框 ” 該水平面作橫向和縱向的連續位移，並在其封 閉路徑上產生自動輪送的行為，㈣達财㈣溉、施= 201041498 除草荨植栽工作。 =然’ 4新型專利可以在同—水平面上提供兩種不同 方向’以提高其自動化輸送的便利性‘然而若將 該:自動位移輸送裝置以層疊的方式堆高，則一樣只能進 丁，、向與縱向的運輸，但是當使用者要照顧放在上下層之 植栽柜架的培養箱時，仍然必須將身體伸入兩上下相鄰的 植栽，架之間，如此不但危險’也增加使用者的麻煩，再 者右上下植栽框架之間的距離過高，導致使用者需要藉 由梯子登高’才能照顧到更上層之植栽和幼苗日夺，也是」 種麻須’也容易讓使用者—不小心滑^，而有安全上的疑 慮。 【發明内容】 ，此，本發明之目的，即在提供一種可以有效利用空 間且容易培育養殖的綠能溫室培育系統。 於是，本發明綠能溫室培育系統，適用於 之幼苗培育上，包含一罩覆單元、至少一轉動單元= 少一控制單元。 6亥罩覆單7L界定出一與外界隔離並形成溫度差異的容 室，該轉動單元包括一直立設置於該容室内的支撐架、一 固·又於5亥支撐架的動力源、一樞設於該支撐架且由該支撐 架k向延伸並文該動力源帶動而自轉的連接軸、一裝設於 該連接軸上並隨該連接轴轉動的轉輪，及多數個相間隔地 叹置於該轉輪上的培養箱，其中，所述幼苗是在對應的培 養粕内進行培育養殖；該控制單元連接於該轉動單元的動 201041498 力源並控制該連接軸轉動速度和轉動方向。 。本發明之功效在於，利用將所迷培養箱設置於該轉動 h的轉輪上’使該連接軸自轉時帶動該培養箱能於該支 撐架之咼度方向移動，進而使上 便上下相鄰的培養箱能相互錯 開’增加照顧植栽幼苗的方便性 田J乃1更生，從而能在有效地狹小空 間中，提供更多的養殖空間。 【實施方式】201041498 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a greenhouse system, and more particularly to a green energy greenhouse cultivation system that effectively utilizes vertical space. [Prior Art] Ο 〇 栽培 has been cultivated in agriculture and fishery for many years. However, the culture environment required by the greenhouse needs to be carefully designed and thought by the operators; Temperature range and air volume also need to be carefully considered. Therefore, how to cultivate the most plants or seedlings in a limited greenhouse space will create the biggest business opportunities. At present, the most commonly used method is to arrange a plurality of frames fixedly on the ground plane of the greenhouse, and each frame is fixedly arranged with a plurality of spaced-apart incubators in its height direction. However, this method is easy to use. When taking care of plants and seedlings, they are blocked by the upper and lower incubators, but they must bend down to take care of them, or take care of the incubators in particular, so that the overall convenience is not good, and, in addition, the fixed design, The orientation of the plants and seedlings exposed to light is limited, and the user has to spend more time moving the incubator that requires special care. According to China's announcement No. 7237, the automatic positioning of the new special cultivation bed, the ^" delivery device" is a switch with a lateral transmission mechanism and a longitudinal transmission mechanism, the switch-placement machine, and the photoelectric switch As a directional frame, it can work on the horizontal plane of the planting frame parallel to the ground." The horizontal plane is continuously displaced in the horizontal and vertical directions, and produces automatic rotation on its closed path. (4) Dacai (4) Irrigation, Shi = 201041498 Weeding荨 Planting work. = However, the new patent can provide two different directions on the same-horizontal surface to improve the convenience of automated transportation. However, if the automatic displacement conveyor is stacked in a stacked manner, then the same It can only be transported into the longitudinal direction, but when the user has to take care of the incubator placed on the upper and lower planting racks, the body must still be inserted into the two adjacent plants, between the racks. This is not only dangerous, it also increases the user's troubles, and the distance between the right and left planting frames is too high, so that the user needs to climb up by the ladder to take care of the upper layer. Planting and seedling day wins, but also "kind of hemp to be 'too easy for the user - accidentally slip ^, but there is doubt on safety. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a green energy greenhouse cultivation system which can effectively utilize space and is easy to breed and culture. Thus, the green energy greenhouse cultivation system of the present invention is suitable for seedling cultivation, and comprises a cover unit, at least one rotating unit = one less control unit. The 6-cover cover 7L defines a chamber that is isolated from the outside and forms a temperature difference. The rotating unit includes a support frame that is vertically disposed in the chamber, a power source that is fixed to the support frame, and a pivot. a connecting shaft disposed on the support frame and extending from the support frame k and rotating by the power source, a rotating wheel mounted on the connecting shaft and rotating with the connecting shaft, and a plurality of spaced sighs An incubator placed on the rotating wheel, wherein the seedling is cultivated and cultured in a corresponding culture bowl; the control unit is connected to the moving force of the rotating unit and controls the rotational speed and the rotating direction of the connecting shaft. . The utility model has the advantages that the incubator is arranged on the rotating wheel of the rotating h, so that when the connecting shaft rotates, the incubator can be moved in the twisting direction of the supporting frame, so that the upper and lower sides are adjacent to each other. The incubators can be staggered from each other' to increase the convenience of taking care of the planted seedlings, and to provide more breeding space in an effective small space. [Embodiment]
有關本發明之前述及他枯讲# a 、 1汉/、他技術内容、特點與功效，在 以下配合參考圖式之二個較佳竇谕 IL4平乂1土 X施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是’在以下的說 明内容中’類似的元件是以相同的編號來表示。 參閱圖卜本發明綠能溫室培育系統之第一較佳實施例 ’適用於農林漁牧業之幼苗培育上，包含—罩覆單元2、三 轉動單元3、三個控制單元4、多數照明座6,及一溫控單 兀7’該罩覆單12界定出—與外界隔離並形成溫度差異的 容室21。 搭配參閱圖2，在本實施例中是以三個轉動單元3並排 的方式排列，但也可以依據實際空間的大小增加或減少該 轉動單元3的數量，而每-轉動單元3包括-直立設置於 該谷室21内的支撑架31 一固設於該支撐架31的動力源 32、-梅&於該支擇架31且由該支撑架31徑向延伸並受 該動力源32帶動而自轉的連接軸33、一裝設於該連接輛 33上並隨該連接軸33轉動的轉輪34，及多數個相間隔地 201041498 設，於該轉輪34上的培養箱35，該控制單元4連接於該轉 動早兀3的動力源32並控制該連接軸33轉動速度和轉動 方向。 一回顧圖1 ’該轉動單兀3的轉輪34是呈輪盤狀並具有 周面341，及夕數間隔地凸設於該外周面341上的掛桿 ⑷’該等掛桿342是供所述培養箱％可分離地對應掛設 ，而該溫控單元7是控制該罩覆單元2之容室心的溫度 ’藉以在該容室21内提供適合植物生長的穩定溫度。 /閱圖3’搭配圖卜在本實施例中是以栽種植物類之 幼田為例’而每-培養箱35具有—環壁351，及—形 成於该環壁351上且對應穿掛於所述掛桿⑷上的掛孔… ’其中，在每-培養箱35内放人適量的土壌igi，使所述 =田在對應的培養箱35内進行培育養殖而該綠能溫 至培育系統的每一照明座6是相對應地安裝於該轉動單元3 之培養箱35的環壁内側面上且電連接該控制單元4,並朝 向對應的培養箱35内照射光線，且由該控制單元4控制其 光壳強度。 藉由上述的設計，使得本發明之綠能溫室培育系統， 具有下列優點： 1 ·提供更多的養殖空間： 利用將所述培養箱35設置於該轉動單元3的轉輪 34上’使該連接轴33自轉時’帶動所述培養箱35於 該支樓架31之高度方向，並沿著該連接軸33轉動的 方向移動’藉以在該罩覆單元2之容室2ι的高度方向 201041498 上也能有較多的培養空間。 2.方便照顧植裁幼苗1〇〇 : 藉由所述培養箱35隨 上升下降，進而使每—培 33轉動而能夠 用者照顧植栽幼苗―高目度^免可;上轉動到方便使 養箱35所遮蔽，再 〒皮上下相鄰的培 考使用者可藉由該控制單元4喟 整該轉動單元3的轉動速度與時間，進而^ 調With regard to the foregoing description of the present invention and his teachings, a.1, 1//, his technical content, characteristics and effects, in the following detailed description of the two preferred sinusoidal IL4 flat 乂1 soil X examples with reference to the reference pattern, Will be clearly presented. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. Referring to the first preferred embodiment of the green energy greenhouse cultivation system of the present invention, it is suitable for seedling cultivation of agriculture, forestry, fishery and animal husbandry, and includes a cover unit 2, a three-rotation unit 3, three control units 4, and a plurality of illumination seats. 6, and a temperature control unit 7' of the cover sheet 12 defines a chamber 21 that is isolated from the outside and forms a temperature difference. Referring to FIG. 2, in the embodiment, the three rotating units 3 are arranged side by side, but the number of the rotating units 3 may be increased or decreased depending on the size of the actual space, and each of the rotating units 3 includes an upright setting. The support frame 31 in the trough 21 is fixed to the power source 32 of the support frame 31, and the plum & is mounted on the support frame 31 and radially extended by the support frame 31 and driven by the power source 32. a rotating connecting shaft 33, a rotating wheel 34 mounted on the connecting vehicle 33 and rotating with the connecting shaft 33, and a plurality of spaced intervals 201041498, an incubator 35 on the rotating wheel 34, the control unit 4 is connected to the power source 32 that rotates the early turn 3 and controls the rotational speed and the rotational direction of the connecting shaft 33. Referring to FIG. 1 'the rotating wheel 34 of the rotating single cymbal 3 is a roulette (4) which is in the shape of a disk and has a circumferential surface 341 and is spaced apart from the outer peripheral surface 341. The hanging rods 342 are provided for The incubator % is detachably associated with the hanging, and the temperature control unit 7 is a temperature for controlling the chamber core of the covering unit 2 to provide a stable temperature suitable for plant growth in the chamber 21. / See Figure 3' collocation diagram. In this embodiment, the young field of the planting species is taken as an example, and each of the incubators 35 has a ring wall 351, and is formed on the ring wall 351 and correspondingly worn on the ring wall 351. a hanging hole on the hanging rod (4)... wherein a proper amount of soil gi is placed in each of the incubators 35, so that the field is cultivated and cultured in the corresponding incubator 35, and the green energy is warmed to the breeding system. Each of the lighting fixtures 6 is correspondingly mounted on the inner side of the ring wall of the incubator 35 of the rotating unit 3 and electrically connected to the control unit 4, and irradiates light into the corresponding incubator 35, and is controlled by the control unit. 4 control its light shell strength. With the above design, the green energy greenhouse cultivation system of the present invention has the following advantages: 1. Providing more culture space: by placing the incubator 35 on the runner 34 of the rotary unit 3 When the connecting shaft 33 rotates, it drives the incubator 35 in the height direction of the branch frame 31 and moves in the direction in which the connecting shaft 33 rotates, so that the height direction of the chamber 2 1 of the covering unit 2 is 201041498. There is also more room for cultivation. 2. Facilitating the care of planting seedlings 1 : By the rise and fall of the incubator 35, and then rotating each of the cultures 33, the user can take care of the planting seedlings - high-visibility ^ free; The cleaning box 35 is shielded, and the user who is adjacent to the upper and lower sides of the suede can adjust the rotation speed and time of the rotating unit 3 by the control unit 4, thereby adjusting
依照所需要照顧的時間長短， ”者能 3.多樣化的植栽幼苗1。。培育： 、培養官理。 每-内對應設置有照明座6,使得 二 “境能夠依照不同的生長需求， 而Γ 長條件，藉此提供多樣化的培養工作 =2用者能夠選擇在不同的培養箱35㈣育不同的 植栽幼备100或是不同的魚類幼苗1〇〇。 例 參閱圖4,為本發明綠能溫室培育系統的第二較佳實施 ’該第二較佳實施例大致上是與該第一較佳實施例相同 ’相同處不再資言’不相同之處在於：該綠能溫室培育系 統更包含-供水單元5、一雨水收集單元8，及多數片太陽 能發電板9;而該罩覆單元2包括—外框架22(金屬框架）， 及一遮覆體23(遮蔽於該外框架22上之物件）；而該轉動單 凡3的轉輪34具有多數個支桿343。 、該罩覆單元2的遮覆體23是連接於該外框架22上， 並與該外㈣22配合界定出該與外界隔離並形成溫度差異 的容室21，該外框架22具有一圍繞界定出該容室21的框 7 201041498 體22卜及多數跨設於該框體221上方的上襟支桿如（在 圖中因為採圖的關係，僅顯示出一根上樑支桿)。 該供水單元5包括一安裝於該罩覆單元2之外框架U 的上樑支桿222上的管件組51，及多數與該控制單元*連 接並可調整該管件組51出水時間和出水量的調節件^，在 本較佳實施射’該管件組51是供水液流通至該調節件^ 上並向所述培養箱35供水。 該雨水收集單元8包括多數固設於該外框架22之上襟 支桿222且連通該供水單元5之管件組51的輸水管81，及 多數架設於該罩覆單元2之外框架22的框體221頂上且對 應連通所述輸水管81的蓄水槽82，當㈣水槽Μ收集雨 水後，雨水順著所述輸水管81輸送到該供水單元5之管件 組51，並以該調節件52調整對應的出水時間與出水量，而 當該轉動單it 3的培養箱35轉到靠近該管件組51的位置 時，雨水直接㈣所述培養箱35内的植栽，藉以達到綠色 環保’節省能源的功效。 在此說明的是，流經該供水單元5的管件組51的水液 不限定是來自該雨水收集單元8的雨水，也可以是來自於 一般的自來水或是山泉水等，而該管件組51與自來水或是 山泉水連接的方式乃為—般所屬技術領域之人士可簡單轉 換之技術，亦非本發明之重點，故在此不再詳加敘述。 一併參閱圖4與圖5，本實施例的溫控單元7更包括一 第加熱器71、多數第二加熱器72,及一控溫器73;該溫 控單元7的第一加熱器71是設於該罩覆單元2之外框架22 201041498 上並對該容室21加溫’該溫控單元7的所述第二加熱器72 是對應地設於所述培養箱35的内面，該控溫器73連接所 述第一、二加熱器71、72,並調整所述第一、二加熱器71 、72的溫度高低，如此可單獨控制該容室21的溫度，也可 對每一培養箱3 5的溫度環境單獨控制，也不受相鄰培養箱 35的干擾。According to the length of time required for care, "can be 3. Diversified planting seedlings 1. Breeding: cultivating the government. Each room is equipped with a lighting seat 6, so that the two environments can be adapted to different growth needs. And the long conditions, in order to provide a variety of training work = 2 users can choose to plant different planting 100 or different fish seedlings in different incubators 35 (four). For example, FIG. 4 is a second preferred embodiment of the green energy greenhouse cultivation system of the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment. The green energy greenhouse cultivation system further comprises a water supply unit 5, a rainwater collecting unit 8, and a plurality of pieces of solar power generating panels 9; and the covering unit 2 includes an outer frame 22 (metal frame) and a covering The body 23 (the object shielded on the outer frame 22); and the rotating wheel 34 of the rotating unit 3 has a plurality of struts 343. The covering body 23 of the covering unit 2 is connected to the outer frame 22, and cooperates with the outer (four) 22 to define the chamber 21 which is isolated from the outside and forms a temperature difference, and the outer frame 22 has a surrounding defining The frame 7 201041498 of the chamber 21 has a plurality of upper struts spanning over the frame 221 (for example, only one upper beam struts are shown in the drawing because of the drawing). The water supply unit 5 includes a tube set 51 mounted on the upper beam stay 222 of the frame U outside the cover unit 2, and most of the connection with the control unit* and adjustment of the water discharge time and water output of the tube set 51. The adjusting member ^, in the preferred embodiment, the tube member group 51 is that the water supply liquid flows onto the regulating member ^ and supplies water to the incubator 35. The rainwater collecting unit 8 includes a plurality of water pipes 81 fixed to the outer frame 22 and supporting the pipe group 51 of the water supply unit 5, and a frame of the frame 22 which is disposed outside the cover unit 2 The water storage tank 82 is connected to the water tank 82 of the water supply unit 81, and the rainwater is transported along the water supply pipe 81 to the pipe group 51 of the water supply unit 5, and is adjusted by the adjusting member 52. Corresponding water discharge time and water discharge amount, and when the incubator 35 of the rotary unit it 3 is turned to a position close to the pipe group 51, the rainwater directly (4) the plant in the incubator 35, thereby achieving green environmental protection The effect. It is to be noted that the water liquid flowing through the tube group 51 of the water supply unit 5 is not limited to rainwater from the rainwater collecting unit 8, but may be from ordinary tap water or mountain spring water, etc., and the tube group 51 is provided. The method of connection with tap water or mountain spring water is a technique that can be easily converted by a person skilled in the art, and is not the focus of the present invention, and therefore will not be described in detail herein. Referring to FIG. 4 and FIG. 5, the temperature control unit 7 of the embodiment further includes a first heater 71, a plurality of second heaters 72, and a temperature controller 73. The first heater 71 of the temperature control unit 7 Is disposed on the frame 22 201041498 outside the cover unit 2 and warms the chamber 21. The second heater 72 of the temperature control unit 7 is correspondingly disposed on the inner surface of the incubator 35. The temperature controller 73 is connected to the first and second heaters 71, 72, and adjusts the temperature of the first and second heaters 71, 72, so that the temperature of the chamber 21 can be individually controlled, or The temperature environment of the incubator 35 is individually controlled and is not disturbed by the adjacent incubator 35.
該轉動單元3之轉輪34的支桿343是由該連接軸33 向外呈輻射狀延伸設置，而所述培養箱35是對應地掛設於 所述支桿343上。 參閱圖5，每一培養箱35具有一箱體353，及二間隔 地相對形成於其内環面的穿孔354，每一培養箱35是以所 述穿孔354對應枢接於對應的支桿343上（如圖4所示）， 此外，所述培養箱35内除了如圖3所示能夠養殖植物幼苗 100之外’也可以養殖魚類的幼苗刚’藉以使所述培養箱 35能有更多的養殖用途，另外，如圖4所示，在每一支桿 343上亦能夠間隔地掛設兩個培養箱乃，或者可依使用者 實際需求掛設更多或更少的培養箱35。 吻八吻阨赞冤板9是設 外框架22的框體221上，且是位在兩蓄水槽82之間，該 太陽能發電板9受太陽能照射後，能將光能轉換成電能， 而電能則可進—步提供給該轉動單元3的動力源、32，以驅 動該連接轴33轉動，此外該太陽能發電板9所產生的電能 亦可提供給料㈣座6奸照明，或是提供該溫控單元7 的第-、二加熱器71、72進行加熱工作。在此說明的是， 9 201041498 在圖6中’僅示繪出部份的太陽能發電板9設置於該外框 架22的框體221上，但在現場操作時，可依照實際的面積 ^小或現場需求，而加裝或減少所述太陽能發電板9的數 ® ’而其安裝的方式為所屬技術人士能簡單操作，亦不屬 於本發明實施重點，故在此不再詳加贅述。The support rod 343 of the rotary wheel 34 of the rotary unit 3 is radially extended from the connecting shaft 33, and the incubator 35 is correspondingly hung on the support rod 343. Referring to FIG. 5, each incubator 35 has a box 353 and two perforations 354 formed at opposite intervals on the inner ring surface. Each incubator 35 is pivotally connected to the corresponding strut 343 by the perforations 354. In addition, as shown in FIG. 4, in addition to the ability to culture plant seedlings 100 as shown in FIG. 3, the seedlings of the fish culture tank 35 can also be used to make the incubator 35 more For the purpose of breeding, in addition, as shown in FIG. 4, two incubators can be suspended on each of the rods 343, or more or less incubators 35 can be hung according to actual needs of the user. The kiss eight kisses eucalyptus board 9 is disposed on the frame 221 of the outer frame 22, and is located between the two water storage tanks 82. After being irradiated with solar energy, the solar power generation board 9 can convert light energy into electric energy, and electric energy. Then, the power source 32 of the rotating unit 3 can be further provided to drive the connecting shaft 33 to rotate, and the electric energy generated by the solar power generating board 9 can also provide the feeding material (four), or provide the temperature. The first and second heaters 71 and 72 of the control unit 7 perform a heating operation. Herein, 9 201041498 is shown in FIG. 6 'only part of the solar power generation panel 9 is disposed on the frame 221 of the outer frame 22, but in the field operation, it can be small according to the actual area or The number of the solar power panels 9 is installed or reduced in the field, and the manner of installation thereof is simple for the person skilled in the art to operate, and is not the focus of the present invention, and therefore will not be described in detail herein.
综上所述，利用所述培養箱35設置在該轉動單元3的 轉輪34上，使該連接軸33自轉時，帶動所述培養箱^於 該支撑架31之高度方向移動，藉以避免上下相鄰的培養箱 35相互阻礙，再者’利賴雨水收集單元8收集雨水並以 雜水單元5灌輯述培養箱35 _植栽，達到綠色環保 ’節約用水之功效’此外’該溫控單& 7可直接控制每— 培養箱35㈣溫度，使每_培養箱％的溫度不受相鄰培 養箱35干擾’而在不㈣培養箱35中培養不同的植栽之 幼苗1〇“戈魚類之幼肖100，進而有效地在有限的空間中達 到多量且多樣化栽培’故確實能達成本發明之目的。In summary, the incubator 35 is disposed on the rotating wheel 34 of the rotating unit 3, and when the connecting shaft 33 is rotated, the incubator is moved in the height direction of the supporting frame 31 to avoid the upper and lower sides. Adjacent incubators 35 are mutually obstructed, and the 'Lei Lai rainwater collection unit 8 collects rainwater and intercropped with the water tank unit 5 to cultivate the incubator 35 _ planting, to achieve green environmental protection 'water saving effect' and 'the temperature control Single & 7 can directly control the temperature of each (35) incubator, so that the temperature of each _ incubator is not disturbed by the adjacent incubator 35, and the seedlings of different plants are cultivated in the (four) incubator 35. The baby's young lion 100, which in turn effectively achieves a large amount and diverse cultivation in a limited space, can indeed achieve the object of the present invention.
惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請：利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一側視Η，說明本發明之綠能溫室培育系統的 第一較佳實施例之主要構造，哕赭包 、 文傅& °亥轉動早兀的培養箱隨著該 連接轴在該容室的南度方向作上下移動； 圖2是一側視圖，說明該第—較佳實施例的轉動單元 10 201041498 疋於該容室的地面上並排設置； 圖3是一立體局部剖面圖，說明該第一較佳實施例的 培養箱之主要結構態樣； 第1圖二是一側視圖，說明本發明之綠能溫室培育系統的 第一較佳實施例之主要構造； 圖5是一立體局部剖面阁 _ ^ ^ r ，說明該第二較佳實施例的 培養I目之主要結構態樣；及 ❹ 圖6是一局部立體圖，However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the present invention in the scope of the invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing the main structure of a first preferred embodiment of the green energy greenhouse cultivation system of the present invention, an incubator of a shovel, a wenfu & The connecting shaft moves up and down in the south direction of the chamber; FIG. 2 is a side view showing that the rotating unit 10 201041498 of the first preferred embodiment is arranged side by side on the floor of the chamber; Is a three-dimensional partial cross-sectional view illustrating the main structural aspect of the incubator of the first preferred embodiment; and FIG. 2 is a side view showing the first preferred embodiment of the green energy greenhouse cultivation system of the present invention. Main structure; FIG. 5 is a three-dimensional partial section pavilion _ ^ ^ r, illustrating the main structural aspect of the culture I of the second preferred embodiment; and FIG. 6 is a partial perspective view,
At ^ φ 〇月。亥第一較佳實施例的太陽 月t*發電板的裴設方式。 201041498 【主要元件符號說明】 100… —幼田 351 ··· •…環壁 101… …土壤 352… …·掛孔 2 ....... _…罩覆單元 353… …·箱體 21…… …容室 354… …·穿孔 22…… …·外框架 4…… •…控制單元 221 ··· …·框體 5 ...... •…供水單元 222·，·' •…上樑支桿 51 •… …·管件組 23…… …·遮覆體 52•…· •…調節件 〇 ..., .· · ·絲紅留 士 f....... J ...... 轉動早兀 0 〇 1 士 捧力口 7 ...... 5 1...... •…支得朱 /孤石·早/C* 32…… …·動力源 71 •…· •…第一加熱器 33…… •…連接軸 72….· …·第二加熱器 34…… •…轉輪 73 •…控溫器 341… •…外周面 8…… •…雨水收集單元 342 ·· •…掛桿 81 ••… •…輸水管 343… •…支桿 82…… •…蓄水槽 35…… •…培養箱 9…… •…太1%能發電板 12At ^ φ 〇月. The setting method of the solar moon t* power board of the first preferred embodiment of the sea. 201041498 [Description of main component symbols] 100... - 幼田 351 ····...ring wall 101... soil 352... ...hanging hole 2............ _...covering unit 353... ... housing 21 ... ... chamber 354 ... ... perforation 22 ... ... ... outer frame 4 ... • ... control unit 221 · · · ... · frame 5 ... ... ... ... water supply unit 222 ·, · ' •... Upper beam support 51 • ... ... tube set 23 ... ... · cover body 52 • ... · • ... adjustment piece 〇 ..., · · · · silk red sergeant f....... J . ..... Turn early 兀0 〇1 士士力口7 ...... 5 1...... •...Zhu Zhu / Lone Stone · Early / C* 32...... ... Power Source 71 •...· •...First heater 33... •...Connecting shaft 72....·...·Second heater 34...•...Rotor 73 •...thermostat 341... •...outer surface 8... ...rainwater collection unit 342 ·· •...hanging rod 81 ••... •...water supply pipe 343... •...strut 82... •...sump 35... •...incubator 9... •...too 1% energy board 12