JP3181458U - Plant cultivation equipment - Google Patents

Plant cultivation equipment Download PDF

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JP3181458U
JP3181458U JP2012007200U JP2012007200U JP3181458U JP 3181458 U JP3181458 U JP 3181458U JP 2012007200 U JP2012007200 U JP 2012007200U JP 2012007200 U JP2012007200 U JP 2012007200U JP 3181458 U JP3181458 U JP 3181458U
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plate
cultivation
sliding
frame
light
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林銘村
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林銘村
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P60/00Technologies relating to agriculture, livestock or agroalimentary industries
    • Y02P60/20Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
    • Y02P60/21Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures

Abstract

【課題】土地利用率を向上させ、培養液を循環供給させる植物栽培設備を提供する。
【解決手段】植物栽培設備は、少なくとも複数の栽培壁10、複数のライト台20及び供給液循環ユニット30から構成される。そのうち栽培壁10は、相互に平行設置し、且つライト台20は栽培壁10に相対して設置して植込板13に光源を与える。供給液循環ユニット30は複数の液体供給部品31、液体収集部品32、複数のパイプライン33及びモーター34が連結して培養液循環経路が構成される。植込板13の上方には液体供給部品31を設置し、栽培壁10に固定する。循環利用培養液は、植物の生長に用い、ライト板23の光源によって植物を照射し、自然の日照に取って代わり植物生長の速度を制御する。更に該植込板13は第一滑動部品12によって壁フレーム11から引き押し移動して開閉を達成し、平均単位面積の栽培密度を大幅に向上させ、栽培収穫量を高める。
【選択図】図1
An object of the present invention is to provide a plant cultivation facility for improving the land utilization rate and circulatingly supplying a culture solution.
A plant cultivation facility includes at least a plurality of cultivation walls, a plurality of light stands, and a supply liquid circulation unit. Among them, the cultivation walls 10 are installed parallel to each other, and the light stand 20 is installed relative to the cultivation wall 10 to give a light source to the planting plate 13. In the supply liquid circulation unit 30, a plurality of liquid supply parts 31, a liquid collection part 32, a plurality of pipelines 33, and a motor 34 are connected to form a culture liquid circulation path. A liquid supply component 31 is installed above the planting plate 13 and fixed to the cultivation wall 10. The circulating culture solution is used for plant growth, irradiates the plant with the light source of the light plate 23, replaces natural sunlight, and controls the rate of plant growth. Furthermore, the planting plate 13 is pulled and moved from the wall frame 11 by the first sliding part 12 to achieve opening and closing, greatly increasing the cultivation density of the average unit area and increasing the cultivation yield.
[Selection] Figure 1

Description

本考案は、植物栽培設備に関するもので、特に有効に土地利用率を向上させ、培培養液を循環供給させる植物栽培設備に係わる。   The present invention relates to a plant cultivation facility, and particularly relates to a plant cultivation facility that effectively improves the land use rate and circulates and supplies a culture broth.
公知の大型植物栽培場は、一般的に開放式平面土耕農地を使用する。そのため、広大な面積が必要で、且つ天候の影響を受けやすく、生産量に影響する。更に害虫の被害にも遭いやすいため、伝統的な土耕式栽培は、都市生活の現代人には不適当である。そのことからも、水耕栽培法は、近年来非常に歓迎され、居住環境に制限がある人々にも家の一角に野菜を植えることができる。上述から、市場で売られている残留農薬の野菜を食べなくてもよく、更に娯楽として費用が少なくて済む植物を植えて育てる楽しみを得ることができる。 Known large plant farms generally use open planar soil farms. Therefore, a vast area is required, and it is easily affected by the weather, which affects the production volume. In addition, traditional soil cultivation is unsuitable for modern people in urban life because they are more susceptible to pest damage. For this reason, hydroponics has been greatly welcomed in recent years, and even people with limited living environments can plant vegetables in a corner of the house. As described above, it is not necessary to eat vegetables of residual agricultural chemicals sold in the market, and further, it is possible to obtain the pleasure of planting and growing plants that are less expensive for entertainment.
しかしながら、伝統的農業の土耕栽培または水耕栽培にかかわりなく生産量を向上するためには土地に沿った水平方向の栽培箱や栽培容器の数を増やすことで、栽培面積を増やすことができる。けれども、土地が貴重な現代社会において、水平方向に栽培場所を広げるには栽培作業員に制限がかかり、生産量に影響を与える。 However, in order to improve the production regardless of the traditional agricultural soil cultivation or hydroponics, the cultivation area can be increased by increasing the number of horizontal cultivation boxes and cultivation containers along the land. . However, in a modern society where the land is precious, expanding the cultivation place in the horizontal direction places restrictions on cultivation workers and affects the production volume.
更に農作物の栽培には関連する設備によって日照、水、空気等の生物の生長に必要なエネルギーが制御される。安定して品質が高い収穫を得るためには、水耕栽培の空間が公知の土耕よりも簡単であるためには、公知の水耕栽培の根の部分が培養液につけてあることが原則であり、更に日照及び水は植物栽培の生長に対して非常に重要な要素であり、植物の生長はほとんどがそれらに依存している。そのため、植物の生長の条件の中でも日照の条件は植物の生長の品質に影響を大きく及ぼす。そのことから、日常の水の供給作業は、時間がかかるだけでなく、植物の習性、生長、発育規律等特徴に基づいて植物の環境を制御することは重要な点である。 Furthermore, the energy required for the growth of organisms, such as sunlight, water, and air, is controlled by the related equipment for the cultivation of agricultural products. In order to obtain a stable and high-quality harvest, in order that the hydroponics space is simpler than the known soil culture, the root part of the known hydroponic culture should be attached to the culture solution in principle. Furthermore, sunshine and water are very important factors for the growth of plant cultivation, and the growth of plants is mostly dependent on them. Therefore, among the conditions for plant growth, sunshine conditions have a great influence on the quality of plant growth. For this reason, daily water supply operations are not only time consuming, but it is also important to control the plant environment based on characteristics such as plant habits, growth, and growth discipline.
これらの点から、栽培面積を増やし、そのた土地面積を占有せず、植物の習性、生長の特徴基づきながら生長環境をコントロールすることは、野菜果物花卉などの農家にとって非常に重要である。 From these points, it is very important for farmers such as vegetables, fruits and flowers to increase the cultivation area, do not occupy the land area, and control the growth environment based on the habits of plants and the characteristics of growth.
解決しようとする問題点は、土耕栽培では広大な面積が必要で、且つ天候の影響を受けやすく、生産量に影響する。公知の水耕栽培では土地の有効利用率が低い点である。     The problem to be solved is that soil cultivation requires a large area, is easily affected by the weather, and affects the production volume. In the well-known hydroponics, the effective utilization rate of land is low.
本考案は、少なくとも複数の栽培壁、複数のライト台及び供給液循環ユニットから構成される。そのうち栽培壁は、相互に平行設置し、且つライト台は栽培壁に相対して設置して植込板に光源を与える。供給液循環ユニットは複数の液体供給部品、液体収集部品、複数のパイプライン及びモーターが連結して培養液循環経路が構成される。植込板の上方には液体供給部品を設置し、栽培壁に固定する。循環利用培養液は、植物の生長に用い、ライト板の光源によって植物を照射し、自然の日照に取って代わり植物生長の速度を制御する。更に該植込板は第一滑動部品によって壁フレームから引き押し移動して開閉を達成し、平均単位面積の栽培密度を大幅に向上させ、栽培収穫量を高めることを最も主要な特徴とする。   The present invention comprises at least a plurality of cultivation walls, a plurality of light stands, and a supply liquid circulation unit. Among them, the cultivation walls are installed parallel to each other, and the light stand is installed opposite to the cultivation wall to give a light source to the planting board. In the supply liquid circulation unit, a plurality of liquid supply parts, liquid collection parts, a plurality of pipelines, and a motor are connected to form a culture liquid circulation path. A liquid supply part is installed above the planting plate and fixed to the cultivation wall. The circulating culture solution is used for plant growth, irradiates the plant with a light source of a light plate, replaces natural sunlight, and controls the rate of plant growth. Furthermore, the planting plate is pulled and moved from the wall frame by the first sliding part to achieve opening and closing, and the main feature is that the cultivation density of the average unit area is greatly improved and the cultivation yield is increased.
本考案の植物栽培設備は、有効に土地利用率を向上させ、培培養液を循環供給させるという利点がある。   The plant cultivation equipment of the present invention has the advantages of effectively improving the land utilization rate and circulatingly supplying the culture medium.
本考案の第一実施例立体構造図である。It is a three-dimensional structure diagram of the first embodiment of the present invention. 本考案の構造指示図である。It is a structure instruction diagram of the present invention. 本考案の第二実施例立体構造図である。It is a three-dimensional structure diagram of the second embodiment of the present invention. 本考案の滑動部品の構造指示図である。It is a structure instruction | indication figure of the sliding component of this invention. 本考案の滑動部品の別一構造指示図である。It is another structure instruction | indication figure of the sliding component of this invention. 本考案の応用の状態構造図である。It is a state structure figure of application of the present invention. 本考案の応用の状態平面図である。It is a state top view of the application of this invention. 本考案の空調構造指示図である。It is an air-conditioning structure instruction | indication figure of this invention.
循環経路を備えることで植物栽培への培養液を行き渡らせ、重複して運用し、面積の再倍率を有効に高める植物栽培設備を提供することを本考案の目的とする。 It is an object of the present invention to provide a plant cultivation facility that is provided with a circulation path, distributes the culture solution to plant cultivation, operates it redundantly, and effectively increases the re-magnification of the area.
上述の目的を達成するため、本考案の植物栽培設備は、少なくとも複数の栽培壁、複数のライト台及び一供給液循環ユニットから構成される。そのうち該栽培壁は、壁フレーム、第一滑動部品及び少なくとも一植込板から構成され、該植込板は壁フレーム内に嵌合し、且該植込板は第一滑動部品によって壁フレームで可動し、栽培壁間は相互に平行設置し、且つライト台は栽培壁に相対して設置し植込板に光源を与える。該ライト台は固定フレーム、第二滑動部品及びライト板から構成され、該固定フレームは、少なくとも一ライト板を嵌合し、且つ該ライト板は第二滑動部品によって固定フレーム内で横向移動する。供給液循環ユニットは複数の液体供給部品、液体収集部品、並びに複数のパイプラインが連結されて構成され、且つ液体収集部品内には、培養液を入れパイプラインから液体供給部品へ輸送され植込板に供給される。また、培養液はパイプラインから液体収集部品に戻り、循環経路を形成する。 In order to achieve the above-mentioned object, the plant cultivation equipment of the present invention is composed of at least a plurality of cultivation walls, a plurality of light stands, and one supply liquid circulation unit. Among them, the cultivation wall is composed of a wall frame, a first sliding part and at least one implantation board, the implantation board is fitted in the wall frame, and the implantation board is a wall frame by the first sliding part. It is movable, the cultivation walls are installed parallel to each other, and the light stand is installed relative to the cultivation wall to give a light source to the planting plate. The light base is composed of a fixed frame, a second sliding component, and a light plate. The fixed frame is fitted with at least one light plate, and the light plate is moved laterally within the fixed frame by the second sliding component. The supply liquid circulation unit is configured by connecting a plurality of liquid supply parts, a liquid collection part, and a plurality of pipelines, and in the liquid collection part, a culture solution is placed and transported from the pipeline to the liquid supply parts. Supplied to the board. In addition, the culture solution returns from the pipeline to the liquid collecting part to form a circulation path.
本考案は、全体に培養液を植物に供給して行き渡らせ、またライト板の光源を植物に照射して自然光に代え、植物生長の速度を制御する。該植込板は第一滑動部品によって壁フレームから引き押し移動して開閉を達成し、平均単位面積の栽培密度を大幅に高め栽培物を増やす目的を達成する。 In the present invention, the culture solution is supplied to the whole plant and spread, and the light source of the light plate is irradiated to the plant to replace natural light, thereby controlling the speed of plant growth. The planting plate is pushed and moved from the wall frame by the first sliding part to achieve opening and closing, and achieves the purpose of greatly increasing the cultivation density of the average unit area and increasing the cultivation.
本考案の特徴を、図式と共に実施例を挙げて詳細に説明する。 The features of the present invention will be described in detail with reference to examples and examples.
図1及び図2に示すとおり、本考案の植物栽培設備は、少なくとも複数の栽培壁10、複数のライト台20及び供給液循環ユニット30から構成される。そのうち、 As shown in FIGS. 1 and 2, the plant cultivation facility of the present invention includes at least a plurality of cultivation walls 10, a plurality of light stands 20, and a supply liquid circulation unit 30. Of which
該栽培壁10は、相互に平行して設置し、該栽培壁10は壁フレーム11、第一滑動部品12及び少なくとも一植込板13から構成される。該植込板13は壁フレーム11に嵌合し、且つ該植込板13は第一滑動部品12によって壁フレーム11で可動する。 The cultivation wall 10 is installed in parallel to each other, and the cultivation wall 10 includes a wall frame 11, a first sliding component 12, and at least one implantation plate 13. The implantation plate 13 is fitted to the wall frame 11, and the implantation plate 13 is movable in the wall frame 11 by the first sliding component 12.
該ライト台20は、栽培壁10に相対して設置し植込板13に光源を与え、該ライト台20係由固定フレーム21、第二滑動部品22及びライト板23から構成され、該固定フレーム21は少なくとも一ライト板23を嵌合し、且つ該ライト板23は第二滑動部品22によって固定フレーム21内で横向移動する。 The light stand 20 is installed relative to the cultivation wall 10 to give a light source to the planting plate 13, and is composed of the light stand 20 fixed frame 21, the second sliding component 22, and the light plate 23, and the fixed frame. 21 is fitted with at least one light plate 23, and the light plate 23 is moved sideways in the fixed frame 21 by the second sliding part 22.
該供給液循環ユニット30は、複数の液体供給部品31、液体収集部品32、複数のパイプライン33及びモーター34が連結して構成される。該液体供給部品31は、植込板13位置に相対し、上方は該壁フレーム11に固定し、且つ液体収集部品32は培養液35を入れてパイプライン33から液体供給部品31へ輸送し、植込板13に供給し、培養液35は再びパイプライン33を経由して流回液体収集部品32へ回流し、循環経路を形成する。 The supply liquid circulation unit 30 is configured by connecting a plurality of liquid supply components 31, a liquid collection component 32, a plurality of pipelines 33, and a motor 34. The liquid supply part 31 is opposed to the position of the implantation plate 13, the upper part is fixed to the wall frame 11, and the liquid collection part 32 is loaded with the culture solution 35 and transported from the pipeline 33 to the liquid supply part 31, The culture solution 35 is supplied to the implantation plate 13 and circulates again to the circulating liquid collecting component 32 via the pipeline 33 to form a circulation path.
図1は第一実施例であり、植込板13は壁フレーム11に嵌合し、植込板13間は壁フレーム11に直立隣接するか、背中合わせに設置する。また、図3は第二実施例であり、各植込板13は壁フレーム11に嵌合して水平に分ける。各植込板13は複数の貫通孔131を備えて植物幼苗40を定位して植えるのに用いる。該植込板13は第一滑動部品12によって壁フレーム11から引いたり押したりして開閉を達成し、植込板13の作業空間を変化させるだけでなく、作業員の植込、もしくは移動もしくは収穫作業時の活動空間を作り出し、更に平均単位面積の栽培密度を高め、栽培物の生産量を高める目的を達成する。 FIG. 1 shows a first embodiment in which the implantation plate 13 is fitted to the wall frame 11 and the implantation plate 13 is installed upright adjacent to the wall frame 11 or back to back. Moreover, FIG. 3 is a 2nd Example and each implantation board 13 fits into the wall frame 11, and is divided | segmented horizontally. Each planting plate 13 includes a plurality of through holes 131 and is used to localize and plant the plant seedling 40. The implantation plate 13 is opened and closed by pulling or pushing from the wall frame 11 by the first sliding component 12 to change the working space of the implantation plate 13, The purpose is to create an activity space for harvesting, increase the cultivation density of the average unit area, and increase the production of cultivated products.
図4に示すとおり、第一滑動部品12は相互に対応する滑動輪及びレール構造であり、壁フレーム11には滑動輪を設置し、植込板にはレールを設置して植込板13によって壁フレーム11間を滑動移動させる。もしくは壁フレーム11にレールを設置し、植込板13に滑動輪を設置して植込板13が壁フレーム11間で滑動移動する。その他、図5に示すとおり、第一滑動部品12は相対する滑動塊及び滑動桿構造であり、壁フレーム11に滑動塊を設置し、植込板13に滑動桿を設置して,植込板13が壁フレーム11間を滑動移動させるか、もしくは壁フレーム11に滑動桿を設置し植込板13に滑動塊を設置し、植込板13が壁フレーム11間を滑動移動する。 As shown in FIG. 4, the first sliding component 12 has a sliding wheel and rail structure corresponding to each other. The sliding frame is installed on the wall frame 11, the rail is installed on the implantation plate, and the implantation plate 13 is used. Slide between the wall frames 11. Alternatively, a rail is installed on the wall frame 11, a sliding wheel is installed on the implantation plate 13, and the implantation plate 13 slides between the wall frames 11. In addition, as shown in FIG. 5, the first sliding part 12 has an opposing sliding block and sliding rod structure, the sliding block is installed on the wall frame 11, the sliding plate is installed on the implantation plate 13, and the implantation plate 13 slidably moves between the wall frames 11, or a sliding rod is installed on the wall frame 11 and a sliding lump is installed on the implantation plate 13, and the implantation plate 13 slides and moves between the wall frames 11.
次に壁フレーム11は植込板13位置に相対し、上方は液体供給部品31を固定する。モーター34が作動すると、液体収集部品32内の培養液35がパイプライン33から各液体供給部品31へ送られ、培養液35は液体供給部品31から分流もしくは噴霧方式で植込板13へ送られ、各植込板13上の幼苗40はすべて培養液35が十分に吸収され、更に培養液は再びパイプライン33から液体収集部品32へ戻り循環経路を形成し、培養液35の循環利用を失わない。 Next, the wall frame 11 faces the position of the implantation plate 13, and the liquid supply component 31 is fixed on the upper side. When the motor 34 is operated, the culture solution 35 in the liquid collection component 32 is sent from the pipeline 33 to each liquid supply component 31, and the culture solution 35 is sent from the liquid supply component 31 to the implantation plate 13 by a diversion or spray method. All of the seedlings 40 on each planting plate 13 have sufficiently absorbed the culture solution 35, and the culture solution returns to the liquid collecting part 32 from the pipeline 33 again to form a circulation path, and the circulation use of the culture solution 35 is lost. Absent.
更に、栽培壁10の植込板13に相対する前にはライト台20を設置し、ライト板23は第二滑動部品22によって固定フレーム21で横向左右移動し、第二滑動部品22は自動制御もしくは手動制御する。栽培壁10の植込板13はライト板23光源が順に回って当たることで自然光に取って代わり、成長速度制御する。当然、第二滑動部品22は対応する滑動輪及びレール構造でもよく、固定フレーム21に滑動輪を設置し、ライト板23にレールを設置してライト板23が固定フレーム21間で滑動移動するか、もしくは固定フレーム21にレールを設置し、ライト板23に滑動輪を設置し、ライト板23は固定フレーム21間で滑動移動する。その他、第二滑動部品22は相対する滑動塊及び滑動桿構造で、固定フレーム21は滑動塊を設置し、ライト板23は滑動桿を設置し、ライト板23は固定フレーム21間で滑動移動するか、または固定フレーム21は滑動桿を設置し、ライト板23に滑動塊を設置し、ライト板23は固定フレーム21間で滑動移動する。 Further, a light stand 20 is installed before the cultivation wall 10 is opposed to the planting plate 13, the light plate 23 is moved laterally and horizontally by the fixed frame 21 by the second sliding component 22, and the second sliding component 22 is automatically controlled. Or manually control. The planting plate 13 of the cultivating wall 10 is replaced with natural light by the light plate 23 light source rotating in order, and the growth rate is controlled. Of course, the second sliding part 22 may have a corresponding sliding wheel and rail structure. If the sliding wheel is installed on the fixed frame 21, the rail is installed on the light plate 23, and the light plate 23 slides between the fixed frames 21. Alternatively, a rail is installed on the fixed frame 21, a sliding wheel is installed on the light plate 23, and the light plate 23 slides between the fixed frames 21. In addition, the second sliding component 22 has an opposing sliding block and sliding rod structure, the fixed frame 21 has a sliding block, the light plate 23 has a sliding rod, and the light plate 23 slides between the fixed frames 21. Alternatively, the fixed frame 21 is provided with a sliding rod, a sliding block is provided on the light plate 23, and the light plate 23 is slid between the fixed frames 21.
更に、図6及び図7に示すとおり、複数の栽培壁10、複数のライト台20及び供給液循環ユニット30は受入板50上に固定し、且つ該栽培壁10は複数の固定輪14を設置し、固定輪14間には折り畳み可能な支持車輪15を設置し、植込板13が壁フレーム11間で滑動移動するだけでなく、設備全体を位置移動しやすくなるのに役立つ。更に、図8に示すとおり、全体には納置空間を備えた空調室60を結合し、調整室内の温湿度を調整し、植物生長環境を制御して幼苗の生長を加速させる。 Further, as shown in FIGS. 6 and 7, the plurality of cultivation walls 10, the plurality of light stands 20, and the supply liquid circulation unit 30 are fixed on the receiving plate 50, and the cultivation wall 10 is provided with a plurality of fixed wheels 14. In addition, a foldable support wheel 15 is installed between the fixed wheels 14, which not only allows the implantation plate 13 to slide between the wall frames 11, but also facilitates the movement of the entire facility. Furthermore, as shown in FIG. 8, an air conditioning room 60 having a storage space is coupled to the whole, the temperature and humidity in the adjustment room are adjusted, the plant growth environment is controlled, and the growth of the seedlings is accelerated.
上述のとおり、本考案は植物栽培設備を提供し、法に基づき実用新案を申請する。本考案の技術内容及び技術特徴は上述のとおりであるが、当領域に習熟した者が本考案の提示に基づき、各種の本考案の精神から乖離しない入れ替え及び修飾を行うかもしれない。拠って、本考案の保護範囲は実施例に制限されず、本考案から乖離しない入れ替え及び修飾は以下の請求範囲に属するものとする。 As described above, the present invention provides plant cultivation equipment and applies for a utility model based on the law. The technical contents and technical features of the present invention are as described above, but those skilled in the field may make various alterations and modifications based on the present invention, without departing from the spirit of the present invention. Therefore, the protection scope of the present invention is not limited to the embodiments, and replacements and modifications that do not depart from the present invention shall belong to the following claims.
10 栽培壁
11 壁フレーム
12 第一滑動部品
13 植込板
131 貫通孔
14 固定輪
15 支持車輪
20 ライト台
21 固定フレーム
22 第二滑動部品
23 ライト板
30 供給液循環ユニット
31 液体供給部品
32 液体収集部品
33 パイプライン
34 モーター
35 培養液
40 幼苗
50 受入板
60 空調室
DESCRIPTION OF SYMBOLS 10 Cultivation wall 11 Wall frame 12 First sliding component 13 Implantation plate 131 Through hole 14 Fixed wheel 15 Support wheel 20 Light stand 21 Fixed frame 22 Second sliding component 23 Light plate 30 Supply liquid circulation unit 31 Liquid supply component 32 Liquid collection Parts 33 Pipeline 34 Motor 35 Culture solution 40 Seedling 50 Accepting plate 60 Air conditioning room

Claims (8)

  1. 植物栽培設備において、少なくとも
    相互に平行設置し、壁フレーム、第一滑動部品及び少なくとも一植込板から構成され、該植込板は壁フレームに嵌合し、且つ該植込板は第一滑動部品によって壁フレームで可動移動する複数の栽培壁と、
    栽培壁に相対して設置し植込板に光源を当て、固定フレーム、第二滑動部品及びライト板から構成し、該固定フレームは少なくとも一ライト板に嵌合し、且つ第二滑動部品によって固定フレーム内で横向移動する複数のライト台と、
    複数の液体供給部品、液体収集部品、複数のパイプライン及びモーターが連結して構成し、該液体供給部品は植込板位置に相対し、上方は該壁フレームに設置し、且つ液体収集部品は培養液を入れてパイプラインから液体供給部品へ輸送し、植込板に与え、培養液はパイプラインを経由して液体収集部品へ戻り循環経路を形成する供給液循環ユニットを含むことを特徴とする植物栽培設備。
    In a plant cultivation facility, at least parallel to each other, comprising a wall frame, a first sliding part and at least one implantation plate, the implantation plate being fitted to the wall frame, and the implantation plate being a first sliding A plurality of cultivated walls that are movable in the wall frame depending on the parts;
    Installed against the cultivation wall, illuminates the planting plate with a light source, and consists of a fixed frame, a second sliding part, and a light plate. The fixed frame fits at least one light plate and is fixed by the second sliding component. Multiple light stands that move sideways in the frame;
    A plurality of liquid supply parts, a liquid collection part, a plurality of pipelines and a motor are connected to each other, the liquid supply part is opposed to the implantation plate position, the upper part is installed on the wall frame, and the liquid collection part is It is characterized in that it contains a supply liquid circulation unit that puts the culture liquid, transports it from the pipeline to the liquid supply part, applies it to the implantation plate, and returns to the liquid collection part via the pipeline to form a circulation path. Plant growing equipment.
  2. 前記植込板は、壁フレームに隣接して直立嵌合し、且つ複数の貫通孔を備えることを特徴とする請求項1記載の植物栽培設備。   The plant cultivation facility according to claim 1, wherein the planting plate is fitted upright adjacent to the wall frame and includes a plurality of through holes.
  3. 前記植込板は、壁フレームで分けて水平に嵌合し、且つ複数の貫通孔を備え整列して設置することを特徴とする請求項1記載の植物栽培設備。   The plant cultivation facility according to claim 1, wherein the planting plate is horizontally fitted by being divided by a wall frame and provided with a plurality of through holes.
  4. 前記第一滑動部品及び第二滑動部品はそれぞれ相対する滑動輪及びレール構造とすることを特徴とする請求項2または3記載の植物栽培設備。   The plant cultivation facility according to claim 2 or 3, wherein the first sliding part and the second sliding part have a sliding wheel and a rail structure which face each other.
  5. 前記第一滑動部品及び第二滑動部品は、それぞれ相対する滑動塊及び滑動桿構造とすることを特徴とする請求項2または3記載の植物栽培設備。   The plant cultivation facility according to claim 2 or 3, wherein the first sliding component and the second sliding component have a sliding block and a sliding rod structure, respectively.
  6. 前記植物栽培設備は、更に受入板を結合し、複数の栽培壁、複数のライト台及び供給液循環ユニットは受入板上に設置し、且つ該栽培壁は複数の固定輪を設置することを特徴とする請求項2または3記載の植物栽培設備。   The plant cultivation facility further includes a receiving plate, a plurality of cultivation walls, a plurality of light stands and a supply liquid circulation unit are installed on the receiving plate, and the cultivation wall is provided with a plurality of fixed rings. The plant cultivation equipment according to claim 2 or 3.
  7. 前記栽培壁は、支持車輪を設置し、該支持車輪は固定輪の間に設置して折り畳みすることを特徴とする請求項2または3記載の植物栽培設備。   The plant cultivation facility according to claim 2 or 3, wherein the cultivation wall is provided with a support wheel, and the support wheel is installed between the fixed wheels and folded.
  8. 前記植物栽培設備は、更に納置空間を備えた空調室を結合し、空調室は複数の栽培壁、複数のライト台及び供給液循環ユニットを設置して室内の温湿度を制御することを特徴とする請求項2または3記載の植物栽培設備。   The plant cultivation facility further includes an air conditioning room having a storage space, and the air conditioning room is provided with a plurality of cultivation walls, a plurality of light stands, and a supply liquid circulation unit to control the temperature and humidity in the room. The plant cultivation equipment according to claim 2 or 3.
JP2012007200U 2012-11-28 2012-11-28 Plant cultivation equipment Expired - Fee Related JP3181458U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105660356A (en) * 2016-04-12 2016-06-15 浙江大学 Mist type modularized ornamental plant culture device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105660356A (en) * 2016-04-12 2016-06-15 浙江大学 Mist type modularized ornamental plant culture device

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