料30833 五、新型說明： 【新型所屬之技術領域】 —本創作係涉及一種用於水耕作物的種植器具，尤其是 一種水耕作物栽培床照明升降裝置。 【先前技術】 一般的水耕裁種細液態方式對作物提供水份及養份 二：作物的根部浸泡於特別調製的培養液中，讓培養 ^ Ύ物热1^ 土壌的栽種以及土地的 〶求’能夠穩定的收產並且有高經濟價值； 行』此二般的水耕栽種大多是在室内以-栽培床來進 多個 。床、'具有多數個層板並於各層板之間形成 栽:Τ空間内係高密度地排列擺置種有 且來對各植Ρ目 放空間内的頂部設置有一燈 、 栽相内的水耕作物提供光線，彳日由； 之高度會因生夺而，s ^ 彳一由方、水耕作物 讲床之置放ί 漸增高’但各燈具只能夠固定於該栽 ; 間的頂部，無法針對各種不同時期的# 物高度來調整該燈 jU的水耕作 有改善之必要。 回度’…不同程度的光照，實 【新型内容】 為了解決-般栽培床之燈具無法隨 南度來進行調整的問題，本㈣的主要目的生長 水耕作物裁拉I .在於提供一種 置來控制燈且 错由兩鲨升降裝 作動調整，並對J具隨著水耕作物的生長情形而上、下 士水耕作物提供較佳的光照。 培床段係一供-種水耕作物裁 間係：為架“該栽培床的上、下頂面之 的頂部俜哎置有 空間，於該-個以上的置玫空間 丁、°又置有一個以上的滑輪組； 置放：=升降裝置，其係對應設置於該-個… 個以上的燈具，其係包括有一燈體及一連接索’該 、索知以端連接於該燈體的頂部，另一端係穿過玆— 個以上的滑於έ 丄 輪、、且上方，並纏繞結合於該升降裝置。 …月j述之水耕作物栽培床照明升降裝置，其中該栽培床 係2 —多層的架體，該栽培床係包括有位於兩側的複數個 立木、複數個以橫向連接於該複數個立架兩側的橫框條， ^及複數個以縱向連接於該複數個立架及各橫框條的縱框 條位於相同平面的複數個橫框條及複數個縱框條係相連 形成一擺放層，在上下相鄰的各擺放層之間係形成有該置 放空間，於各擺放層的上方係鋪設有一層板，於各置放空 貝σ卩的各;fK框條之底面設有該一個以上的滑輪組。 月1J述之水耕作物栽培床照明升降裝置，其中該複數個 升降裝置係包括有一殼座、一轉動桿、一驅動桿及複數個 支架，該殼座係鎖固於各置放空間頂部的各該擺放層之側 面’減轉動桿之前端係穿設結合於該殼座並連接於該驅動 桿之w端’該驅動桿係以前端穿設於該殼座的側邊，並且 平行於各縱框條，另一端係固定結合於該栽培床另一側， 並以該複數個支架間隔設置並包覆該驅動桿結合固定於各 橫框條。 、〃之&耕作物栽培床照明升降裝置，其巾該轉動桿 尸乂 °才干之月"而係為一扇形#輪，該驅動桿係以該驅動 杯之扇形絲W連接於該㈣桿之扇形齒輪。 月'J述之水耕作物裁 处 戰k床照明升降裝置，其中於各置放 該複數個燈具 且該組燈具係 其中該燈體係 其中複數個升 乂 °卩的各k框條之底面設有兩滑輪組 :以兩個為一組呈平行並排設置各橫框條 分別由兩側經由該滑輪組連接至該驅動桿 岫述之水耕作物栽培床照明升降裝置 於内部裝設有複數個LED植物燈管。 刖述之水耕作物栽培床照明升降裝置 降裝置係、以-馬達I置連接該轉動桿。 本創作利用所提供的水耕作物栽培床照明升降裝置， 得的功效增進在於能夠依據水耕作物的生長情況來 ;=降！'，藉以控制燈具的高度，使燈具能夠配合水 ，的円度调整至適當的距離’提供給水耕作物適當的 九，、?、’使水耕作物能夠有更佳的生長條件。 【實施方式】 為了能夠詳細瞭解本創作的技術特微 1M 及貫用功效，並 可依，、?、S兒明書的内容來實施，更進—步 供杏浐,， / Μ如圖式所示的較 仏貝把例’詳細說明如后： 本創作係-種水耕作物栽培床照明升降裝置，請參閱 圖1及圖2所示的第一較佳實施例，其係包括—栽培床忉、 複數個升降裝置20及複數個燈具30。 如圖1及圖2所示，該栽培床1〇係為—多層的架體，該 5 M430833 栽坨床1 Οίτ'包括有位於兩側的複數個立加 Λ、查拉执#、fe h Α 木Ί1、複數個以橫 向連接於该複數個立架彳彳兩側的橫框條 、 姙Α嗝拉认A * η 、 ’以及複數個以 縱向連接於各立架彳1及各橫框條12的縱 千面的複數個橫框條12及複數個縱框㈣係相連形成 放層1〇1,在上下相鄰的擺放層101之間係形成有—置放: 間14’於各擺放層101的上方係鋪設有—層板15，用於： 放排列植栽箱，於各置放空間彳4頂部 設有兩滑輪㈣。 卩的各彳讀们2之底面 如圖2及圖3所示，該複數個升降裝置2〇係設置在位於 各置放空間14頂部之各橫框條12，該複數個升降裝置2〇係 包括有一殼座21 '—轉動桿22及—驅動桿23,該殼座Μ 鎖固於位於各置放空間14頂部之各擺放層1〇1的側面，守 轉動桿22係由下而上穿設於該殼座21，該轉動桿22的頂端 係為一扇形齒輪221 ’該驅動桿23係以前端穿設於該殼座 21的側邊，並且平行於各縱框條13,另一端係固定結合於 該栽培床1〇另一側，並以複數個支架231間隔設置並包覆 該驅動桿23結合固定於各橫框條12，該驅動桿“之前端係 為一扇形齒輪232，該驅動桿23係以該扇形齒輪232嚙合連 接於該轉動桿22之扇形齒輪221，藉由轉動該轉動桿22可 驅使該驅動桿23旋轉作動，於該驅動桿23上係間隔設有複 數個的連接件233，該複數個連接件233係對應於各橫框條 1 2的位置’並以兩個為一組呈相對設置，用於連接燈具。 如圖2及圖3所示，該複數個燈具3〇係以兩個為一組呈 平行並排設置各橫框條12，且各組燈具3〇係分別連接至該 驅動桿23，該複數個燈具3〇係包括有一燈體3彳及一連接索 M430833 。亥燈組31係於内部裝設有複數個l e 〇植物燈管，該連 接索32係以-端連接於該燈體31的頂部，另一端係穿過該 栽培床10的其中之一該滑輪組16上方，並缠繞結合於相對 應的s亥驅動桿2 3之連接.件2 3 3。 本創作較佳的實&例如圖3及圖4所示，其係於該栽培 床1 0之各層板1 5上間隔排列置放複數個植栽箱4〇，於各植 栽箱4〇内係種植有複數個水耕作物41，於各植栽箱4〇上方 係排列有該複數個燈具3〇對各水耕作物糾提供光照，當欲 調整各燈具30與各植栽箱4〇之間的距離時，能夠藉由轉動 各升降裝置20之轉動桿22，使該驅動桿23旋轉纏捲各連接 索32 ’當各連接索32被該離動桿23捲繞時，該燈體31即會 ' 拉動田及轉動桿22朝反向旋動時，該燈體31即會 下放，藉由該複數個升降裝置2〇使相對應的該複數個燈呈 3〇能夠隨著各水耕作物41的生長情況而調整高低，使各水 耕作物41能夠得到最佳的光照，來提升水耕種植的品質。 本創作之第二較佳實施例係如圖5所示，其係與前述 第一較佳實施例雷同，唯一的差異在於該複數個升降裝置 20A係以一馬達裝置 24·^· s： & π置於该威座2 1並連接該轉動桿22 ’藉由馬達裝置24驅動該轉動桿22Μ吏該驅動桿23能夠旋 轉並捲動該複數個燈具30上、下作動，而不需要使用人力 產動該轉動桿2 2。 〃本創作之升降裝置20及燈具3〇不僅能夠適用於本創作 第一較佳實施例中所提供的栽培床1〇型態，還能夠對庫裝 設於各種型式或不同大小尺寸的栽培床10上，升降裝請 及燈具30也能夠調整至相對應的數量，本創作不予限制。. '乂上所述’僅是本 作任何形式上“制，k ’並料本創作 者，4 何所屬技術領域中具有通常知織 作在不脫離冬創作所提技術特徵的範圍内，别用本創 妗胃丁技術内谷所作出局部更動或修飾的等效實施例， 句仍屬於本創作技術特徵的範圍内。 【圖式簡單說明】 圖1係本創作第一較佳實施例的前視圖。 圖2係本創作第一較佳實施例的側視圖。 圖3ίτ本創作第一較佳實施例的前視作動示意圖。 圖4係本創作第一較佳實施例的側視作動示意圖。 【主要元件符號說明】 圖5係本創作第二較佳實施例的放大示意圖。 10 栽培床 101 擺放層 11 立架 12 橫框條 13 縱框條 14 置放空間 15 層板 16 滑輪級 20 升降裝置 21 殼座 22 轉動桿 221 扇形齒輪 23 驅動桿 231 支架 232 扇形齒輪 233 連接件 24 馬達裝置 30 燈具 31 燈體 32 連接索 40 植栽箱 41 水耕作物Material 30833 V. New description: [New technical field] The present invention relates to a planting device for hydroponic crops, in particular to a hydroponic crop cultivation bed lighting lifting device. [Prior Art] The general hydroponic cutting method provides water and nutrients to the crops. The roots of the crops are immersed in a specially prepared culture solution, so that the culture and the heat of the soil can be planted and the soil is licked. It is demanded that it can be stably harvested and has high economic value. The two types of hydroponic cultivation are mostly indoors with a cultivation bed. The bed, 'having a plurality of layers and forming a plant between the layers: the space is arranged in a high-density arrangement and the water is placed in the top of each planting space. The crops provide light, and the height of the day will be due to the fact that the height will be lost. s ^ 彳 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 It is not possible to adjust the water quality of the lamp jU for various heights of different periods. Regression '...different levels of illumination, real [new content] In order to solve the problem that the lamps of the general cultivation bed cannot be adjusted with the south degree, the main purpose of this (four) is to grow the hydroponic crops. The control lamp is erroneously adjusted by the two sharks, and provides better illumination for the upper and lower sloping crops along with the growth of the hydroponic crop. The bed section is a supply-cultivation type of crops: the space on the top of the upper and lower top surfaces of the cultivation bed is set, and the space is set in the above-mentioned There are more than one pulley block; placing: = lifting device, which is corresponding to the one or more lamps, which includes a lamp body and a connecting cable, which is connected to the lamp body by the end The top end, the other end is passed through more than one of the sliding wheels, and is superimposed on the lifting device. The hydroponic crop cultivation bed lighting lifting device of the month, wherein the cultivation bed system 2 a multi-layered frame comprising a plurality of standing trees on both sides, a plurality of horizontal frame strips laterally connected to both sides of the plurality of stand frames, and a plurality of longitudinally connected to the plurality of vertical stands The frame and the vertical frame strips of the horizontal frame strips are located on the same plane, and the plurality of horizontal frame strips and the plurality of vertical frame strips are connected to form a placement layer, and the placement is formed between the upper and lower adjacent placement layers. Space, a layer of plates is laid on top of each layer, and each space is placed Each of the σ卩 is provided with the one or more pulley blocks on the bottom surface of the fK frame. The hydroponic crop cultivation bed lighting lifting device of the above-mentioned item 1J, wherein the plurality of lifting devices comprise a housing, a rotating rod and a driving rod And a plurality of brackets, the housing is locked on a side of each of the placement layers at the top of each of the placement spaces, and the front end of the rotation rod is coupled to the housing and coupled to the w-end of the drive rod. The driving rod is disposed at a side of the front end of the housing and parallel to the longitudinal frame strips, and the other end is fixedly coupled to the other side of the cultivation bed, and is disposed at intervals of the plurality of brackets and covers the driving rod The combination is fixed to each of the horizontal frame strips, the 〃 && cultivating crop cultivation bed lighting lifting device, the towel is the rotating rod corps, the genius of the month, and is a fan-shaped # wheel, the driving rod is driven by the driving cup The fan-shaped wire W is connected to the sector gear of the (four) rod. The hydro-cultivation cropping and arranging k-bed lighting lifting device of the moon, wherein each of the plurality of lamps is placed and the group of lamps is a plurality of the lamp systems The bottom surface of each k frame of the 乂°°卩There are two pulley blocks: two horizontally arranged strips are arranged side by side in parallel, and the hydroponic crop cultivation bed lighting lifting device connected to the driving rod by the two sides is connected with a plurality of LED plants Light tube. The hydroponic crop cultivation bed lighting lifting device descending device system is connected with the motor rod by the motor I. This creation uses the provided hydroponic crop cultivation bed lighting lifting device, and the improvement is effective. The growth of hydroponic crops; = drop!', in order to control the height of the luminaire, so that the luminaire can be adjusted to the appropriate distance with the water, the appropriate distance to provide the appropriate crops for the hydroponic crops, It is possible to have better growth conditions. [Embodiment] In order to be able to understand in detail the technical characteristics of the creation and the efficacy of the creation, and to implement the contents of the book, and the contents of the S-book,浐,, / 仏 仏 把 把 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Embodiment, The system includes a cultivation bed, a plurality of lifting devices 20, and a plurality of lamps 30. As shown in FIG. 1 and FIG. 2, the cultivation bed 1 is a multi-layered frame, and the 5 M430833 planting bed 1 Οίτ' includes a plurality of Lijia, Chalazhi#, fe h located on both sides. Α Ί1, a plurality of horizontal frame strips laterally connected to both sides of the plurality of erect frames, A* η, ' and a plurality of longitudinally connected to each of the vertical frame 及1 and each horizontal frame A plurality of horizontal frame strips 12 and a plurality of vertical frames (4) of the longitudinal plane of the strip 12 are connected to form a discharge layer 1〇1, and a placement between the upper and lower adjacent placement layers 101 is formed: between 14' A layer 15 is arranged on the top of each of the placement layers 101 for: arranging the planting boxes, and two pulleys (four) are arranged on the top of each of the placement spaces 彳4. As shown in FIG. 2 and FIG. 3, the plurality of lifting devices 2 are disposed on the horizontal frame strips 12 at the top of each of the placement spaces 14, and the plurality of lifting devices 2 are attached. The utility model comprises a housing 21' - a rotating rod 22 and a driving rod 23, the housing Μ is locked on the side of each of the placing layers 1〇1 at the top of each of the placing spaces 14, and the rotating rod 22 is bottom-up The front end of the rotating rod 22 is a sector gear 221. The driving rod 23 is disposed at a front end of the housing 21 and parallel to the longitudinal frame strips 13 and the other end. The driving rod is fixedly coupled to the other side of the cultivation bed, and is spaced apart from the plurality of brackets 231 and covered with the driving rod 23 and fixed to each of the horizontal frame strips 12, the front end of which is a sector gear 232. The driving rod 23 is meshed with the sector gear 221 of the rotating rod 22 by the sector gear 232, and the driving rod 23 is driven to rotate by rotating the rotating rod 22, and a plurality of the driving rods 23 are spaced apart from each other. Connector 233, the plurality of connectors 233 correspond to the position ' of each of the horizontal frame strips 1 2 and A set of oppositely arranged for connecting the luminaires. As shown in FIG. 2 and FIG. 3, the plurality of luminaires 3 are arranged in parallel with each other in parallel, and each set of illuminating strips is arranged in parallel. Connected to the driving rod 23, the plurality of lamps 3 includes a lamp body 3彳 and a connecting cable M430833. The LED group 31 is internally provided with a plurality of le 〇 plant lamps, the connecting cable 32 The end is connected to the top of the lamp body 31, and the other end is passed over one of the pulley blocks 16 of the cultivation bed 10, and is wound and coupled to the corresponding connection of the driving rods 23. The piece 2 3 3. The preferred embodiment of the present invention is as shown in FIG. 3 and FIG. 4, which are arranged on the respective layers 15 of the cultivation bed 10, and a plurality of planting boxes 4 are arranged at intervals, in each planting box. 4 〇 〇 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 种植 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 When the distance between the crucibles is 4, the driving rod 23 can be rotated and wound around the connecting cables 32' by rotating the rotating rods 22 of the lifting devices 20. When the connecting wires 32 are wound by the disengaging rod 23, the lamp body 31 will 'pull the field and the rotating rod 22 will rotate downward, and the lamp body 31 will be lowered, by the plurality of lifting devices 2. The corresponding plurality of lamps are set to 3 〇 to adjust the height of each of the hydroponic crops 41, so that each of the hydroponic crops 41 can obtain the best light to improve the quality of the hydroponic cultivation. The second preferred embodiment of the creation is shown in FIG. 5, which is the same as the first preferred embodiment described above, the only difference being that the plurality of lifting devices 20A are equipped with a motor device 24·^·s: & The π is placed on the pedestal 2 1 and connected to the rotating rod 22 ′. The rotating rod 22 is driven by the motor device 24 , and the driving rod 23 can rotate and scroll the plurality of lamps 30 to move up and down without using human power. The rotating rod 2 2 is produced. The lifting device 20 and the lamp 3〇 of the present invention can be applied not only to the type of cultivation bed provided in the first preferred embodiment of the present invention, but also to the cultivation bed of various types or sizes. On the 10th, the lifting device and the lamp 30 can also be adjusted to the corresponding number, and the creation is not limited. . 'On the above' is only in this form, "k' is the creator of the creator, 4 is in the technical field of the general knowledge of the woven fabric, without departing from the technical characteristics of the winter creation, do not use The equivalent embodiment of the local modification or modification made by the scorpion scorpion technique is still within the scope of the technical features of the present invention. [Simplified Schematic] FIG. 1 is a front view of the first preferred embodiment of the present invention. Figure 2 is a side elevational view of the first preferred embodiment of the present invention. Figure 3 is a front view of the first preferred embodiment of the present invention. Figure 4 is a side elevational view of the first preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 5 is an enlarged schematic view of a second preferred embodiment of the present invention. 10 Cultivation bed 101 Placement layer 11 Stand 12 Horizontal frame 13 Vertical frame 14 Placement space 15 Laminate 16 Pulley level 20 Lifting device 21 Housing 22 Rotating rod 221 Sector gear 23 Drive rod 231 Bracket 232 Sector gear 233 Connecting piece 24 Motor unit 30 Lamp 31 Lamp body 32 Connecting cable 40 Planting box 41 Hydroponic crop