JP5919416B1 - Elevated cultivation equipment for facility house - Google Patents
Elevated cultivation equipment for facility house Download PDFInfo
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- JP5919416B1 JP5919416B1 JP2015085896A JP2015085896A JP5919416B1 JP 5919416 B1 JP5919416 B1 JP 5919416B1 JP 2015085896 A JP2015085896 A JP 2015085896A JP 2015085896 A JP2015085896 A JP 2015085896A JP 5919416 B1 JP5919416 B1 JP 5919416B1
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- 239000000725 suspension Substances 0.000 claims abstract description 25
- 230000008878 coupling Effects 0.000 claims description 8
- 238000010168 coupling process Methods 0.000 claims description 8
- 238000005859 coupling reaction Methods 0.000 claims description 8
- 230000002093 peripheral effect Effects 0.000 claims description 6
- 238000007796 conventional method Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 239000011521 glass Substances 0.000 description 1
- 230000007257 malfunction Effects 0.000 description 1
- 230000000452 restraining effect Effects 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/02—Receptacles, e.g. flower-pots or boxes; Glasses for cultivating flowers
- A01G9/022—Pots for vertical horticulture
- A01G9/024—Hanging flower pots and baskets
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
- Soil Working Implements (AREA)
Abstract
【課題】上下位置に移動調整可能に懸架された栽培容器を整列させるとともに栽培容器が地面に落ちてしまうのを防ぐ施設ハウス用の高設栽培装置を提供する。【解決手段】施設ハウスの骨組み1に一定の間隔で取り付けられ一端又は中間部に正逆回転する電動回転機Mと、一端が回転軸2に固定され他端は施設ハウスの骨組み1に取り付けられて回転軸2の回転方向に沿って回転軸2に巻かれたり解かれたり懸架用の紐3と、栽培箱4に結合して栽培箱4を懸架用の紐3に結合させ上端に滑車が取り付けられた栽培箱4の支持リングと、回転軸2の一端又は両端に取り付けられ回転軸2の無断回転を防止する安全装置イとが備えられた施設ハウス用の高設栽培装置。【選択図】図1The present invention provides an elevated cultivation apparatus for a facility house that aligns cultivation containers suspended so as to be movable and adjustable in the vertical position and prevents the cultivation containers from falling on the ground. An electric rotating machine M that is attached to a framework 1 of a facility house at regular intervals and rotates forward and backward at one end or an intermediate portion, one end is fixed to a rotating shaft 2 and the other end is attached to the framework 1 of the facility house. Then, the rope 3 is wound or unwound around the rotary shaft 2 along the rotation direction of the rotary shaft 2 and is coupled to the cultivation box 4 to couple the cultivation box 4 to the suspension string 3 and a pulley is provided at the upper end. An upright cultivation device for a facility house provided with a support ring of the attached cultivation box 4 and a safety device a that is attached to one or both ends of the rotation shaft 2 and prevents unauthorized rotation of the rotation shaft 2. [Selection] Figure 1
Description
本発明は、ビニールハウスをはじめ、ガラス温室のような施設ハウス内で懸架用の紐に吊り下がって懸架されるように栽培箱を設け、栽培箱の位置を上下に調整可能にした施設ハウス用の高設栽培装置に関し、より具体的には、施設ハウスの骨組みに一定の間隔で取り付けられた軸取付部に設けられ、施設ハウスの長さ方向に取り付けられ、一端又は中間部に電動回転機が取り付けられ、電動回転機の駆動によって正逆回転する回転軸と、回転軸から長さ方向に一定の間隔で配置され、一端が回転軸に固定され、回転軸の回転方向に沿って回転軸に巻かれたり解かれたり、他端は施設ハウスの骨組みに取り付けられて中間部が懸架される懸架用の紐と、施設ハウス内に配置される栽培箱と、栽培箱に結合して栽培箱を懸架用の紐に結合させ、上端に滑車が取り付けられた栽培箱の支持リングと、回転軸の一端又は両端に取り付けられ、回転軸の無断回転を防止する安全装置と、が備えられ、栽培箱の位置を施設ハウスの内部で上下に強制に移動させて、必要な位置で停止させることができるようにすることを特徴とする高設栽培装置に関する。 The present invention is for a greenhouse, such as a greenhouse, in which a cultivation box is provided so as to be suspended from a suspension string in a facility house such as a glass greenhouse, and the position of the cultivation box can be adjusted up and down. More specifically, it is provided in a shaft mounting part that is attached to the framework of the facility house at regular intervals, and is attached in the length direction of the facility house, and an electric rotating machine at one end or an intermediate part. Is attached to the rotary shaft that rotates forward and backward by the drive of the electric rotating machine, and is arranged at a constant interval in the length direction from the rotary shaft, and one end is fixed to the rotary shaft, and the rotary shaft along the rotational direction of the rotary shaft The other end is attached to the framework of the facility house and the other end is attached to the suspension string, the middle part is suspended, the cultivation box placed in the facility house, and the cultivation box connected to the cultivation box To the suspension string, A support ring for the cultivation box with a pulley attached to the end, and a safety device attached to one or both ends of the rotation shaft to prevent unauthorized rotation of the rotation shaft, and the position of the cultivation box within the facility house The present invention relates to an elevated cultivation apparatus characterized in that it can be forcibly moved up and down and stopped at a required position.
従来の施設ハウス用の高設栽培装置は、施設ハウスの内部に取り付けた回転軸に固定ロープの上端を固定し、固定ロープの下端に直接に栽培容器を取り付け、固定ロープを回転軸に巻いて栽培容器を上昇させ、回転軸に巻かれた固定ロープを解いて降ろし、栽培箱が下降されるようにし、栽培容器を昇降させている。 The conventional cultivation equipment for a facility house has an upper end of a fixed rope fixed to a rotation shaft attached inside the facility house, a cultivation container is directly attached to the lower end of the fixed rope, and the fixed rope is wound around the rotation shaft. The cultivation container is raised, the fixed rope wound around the rotating shaft is unwound and lowered so that the cultivation box is lowered, and the cultivation container is raised and lowered.
しかし、従来の方法は、栽培容器が固定ロープの下端に直接に吊り下がって支持されるため、栽培箱を回転軸の方向に整列させることが難しく、回転フレームの自動回転装置に故障が発生し、回転抑制力が解除されれば栽培容器の重量により固定ロープが回転軸から無断で解かれ、栽培容器が地面に落ちて破損されてしまうことが発生するような不便があった。 However, in the conventional method, since the cultivation container is supported by being directly suspended from the lower end of the fixed rope, it is difficult to align the cultivation box in the direction of the rotation axis, and a failure occurs in the automatic rotation device of the rotation frame. If the rotation restraining force is released, the fixed rope is unwound from the rotating shaft without permission due to the weight of the cultivation container, and there is an inconvenience that the cultivation container falls to the ground and is damaged.
本発明は、上記の不便を解消できるようにするために開発されたものである。 The present invention has been developed to solve the above inconvenience.
本発明は、施設ハウスの骨組みに、骨組みの長さに沿って一定の間隔で軸取付部が施設ハウスの長さ方向に並んで設けられ、一端又は中間部に電動回転機が取り付けられ、強制的に正逆回転する回転軸と、回転軸から回転軸の長さ方向に沿って一定の間隔で配置され、配置部において、一端は回転軸に固定され、回転軸の回転方向に沿って回転軸の外面に巻かれたり解かれたり、他端は施設ハウスの骨組みに固定されて中間部が下方に懸架される懸架用の紐と、施設ハウス内に配置される栽培箱と、栽培箱と懸架用の紐とを結合させることができるように、支持体の中央部に滑車収容部が形成され、滑車が軸棒に支持されて設けられ、滑車の外周に懸架用の紐の下端が結合し、支持体の底面にU型リングが取り付けられ、U型リングの両側の支持溝に上端連結部が連結され、下端部に連結リングが形成された掛けリングが具備される栽培箱支持具と、回転軸の一側あるいは両側の端部に取り付けられて回転軸と共に回転する連結管と、連結管の外面に取り付けられる鋸歯状の歯車と、鋸歯状の歯車の両側方に設けられて一定の間隔を維持するように間隔保持具によって支持される支持板と、支持板の前方の支持板の上部の外周縁に、外周縁に沿って一定の間隔で形成される締結孔と、締結孔に取り付けられるように雌ネジ孔が形成された付着板がボルトによって取り付けられ、両端部にUボルトが取り付けられて施設ハウスの骨組みに締結される付着板と、鋸歯状の歯車が取り付けられた位置で、支持板下側の間に設けられた軸棒に中心孔が嵌め込まれ、一側の上端に鋸歯状突起が形成され、他側に曲面接触部が形成され、下端部に鋸歯状の突部が形成され、鋸歯状の突部の傾斜面に、バネに弾発される摩擦ボールが接触されるストッパーと、軸棒の先端部にクランク突起を取り付け、クランク突起の下側突部に連結突起を形成し、連結突起の内側端が前方の支持板の案内孔を通じてストッパーに連結されるストッパー作動具と、連結管の先端部の外周から回転軸の方向に突き出るように支持軸棒が形成され、前記支持軸棒に内側連結部が回転自在に接続され、他端に固定部が形成されて軸受が締結具により締結される重量体と、で構成され、回転軸の無断回転を防止できるような安全装置を備えた構成である。 The present invention provides a framework of a facility house, shaft mounting portions are provided along the length of the framework at regular intervals along the length direction of the facility house, and an electric rotating machine is attached to one end or an intermediate portion to force Are arranged at regular intervals along the length direction of the rotating shaft from the rotating shaft, and one end is fixed to the rotating shaft and rotates along the rotating direction of the rotating shaft. A suspension string that is wound or unwound on the outer surface of the shaft, the other end is fixed to the framework of the facility house, and the middle portion is suspended downward, a cultivation box disposed in the facility house, and a cultivation box A pulley accommodating part is formed in the center of the support so that the suspension string can be coupled, the pulley is supported by the shaft rod, and the lower end of the suspension string is coupled to the outer periphery of the pulley U-shaped rings are attached to the bottom of the support, A cultivation box support provided with a hanging ring in which an upper end coupling portion is coupled to a holding groove and a coupling ring is formed at a lower end portion, and is attached to one or both ends of the rotation shaft and rotates together with the rotation shaft. A connecting pipe, a serrated gear attached to the outer surface of the connecting pipe, a support plate provided on both sides of the serrated gear and supported by a spacing holder so as to maintain a constant spacing; Fastening holes formed at regular intervals along the outer peripheral edge and an attachment plate formed with female screw holes to be attached to the fastening holes are attached to the outer peripheral edge of the upper portion of the front support plate by bolts. At the position where the U-bolt is attached to the part and fastened to the framework of the facility house and the sawtooth gear is attached, the center hole is fitted into the shaft rod provided between the lower side of the support plate, Serrated projections on one side A curved contact portion is formed on the other side, a serrated projection is formed at the lower end, and a stopper that is contacted by a friction ball that is struck by a spring on the inclined surface of the serrated projection; A crank projection is attached to the tip of the shaft rod, a coupling projection is formed on the lower projection of the crank projection, and the inner end of the coupling projection is connected to the stopper through the guide hole of the front support plate. A support shaft rod is formed so as to protrude from the outer periphery of the distal end portion of the tube in the direction of the rotation shaft, an inner coupling portion is rotatably connected to the support shaft rod, a fixed portion is formed at the other end, and the bearing is a fastener. And a safety device capable of preventing unauthorized rotation of the rotating shaft.
このような本発明は、回転軸を回転させる電動装置が正逆回転する電動装置からなっており、電動装置を駆動させて回転軸に懸架用の紐が巻かれる方向に回転させ、懸架用の紐の一端を回転軸に巻けば懸架用の紐の下端が上昇して栽培箱の位置を上に上昇させることができ、逆に回転させて回転軸に巻かれている懸架用の紐の一端が解けるようにすれば、懸架用の紐の下端が下降して栽培箱を下降させることができるようになる。この際、回転軸の回転速度は栽培箱に衝撃が加えられないように低速で回転させるため、回転軸に取り付けられた安全装置の重量体も遠心力を受けていない状態で被動し、クランク突起の外面を通り過ぎるようになるため、安全装置のクランク突起が重量体と接触しても可変動作が起こらないようになるが、回転軸の駆動装置に故障が発生して回転軸の抑止力が解除されれば、回転軸に巻かれている懸架用の紐が栽培箱の重量で被動される状態が発生し、回転軸から解かれるようになり、これによって回転軸が急速に回転するため、回転軸に取り付けられた安全装置の重量体が高速回転するようになり、遠心力が作用して重量体の移動線上にあるクランク突起の上端を殴って、重量体の回転方向に傾き、反対側に形成された下側突部11aが重量体の回転方向の反対方向に回転し、連結突起11bがストッパー10の鋸歯状突起10aを上向かせ、連結管7に付着された鋸歯状の歯車7aに接触するようになり、摩擦ボールがストッパーの復帰を防止する側に接触するようになり、その状態が維持されて回転軸2の回転が直ぐ制動されるようになるので、懸架用の紐が自ら解けることを防止するようになる。即ち、栽培箱の無断下落を中断させ、落下による事故を防止するようになる。
The present invention comprises an electric device in which the electric device that rotates the rotating shaft rotates forward and backward. The electric device is driven to rotate in the direction in which the suspension string is wound around the rotating shaft, If one end of the string is wound around the rotation shaft, the lower end of the suspension string can be raised to raise the position of the cultivation box, and one end of the suspension string wound around the rotation shaft by rotating in the reverse direction If so, the lower end of the suspension string descends and the cultivation box can be lowered. At this time, since the rotation speed of the rotating shaft is rotated at a low speed so that no impact is applied to the cultivation box, the weight of the safety device attached to the rotating shaft is also driven without receiving centrifugal force, and the crank protrusion Since the passage of the safety device will pass through the outer surface of the safety device, even if the crank protrusion of the safety device comes into contact with the weight body, the variable operation will not occur, but the rotating shaft drive device will fail and the rotational shaft deterrence will be released. If this happens, the suspension string wound around the rotating shaft will be driven by the weight of the cultivation box, and will be released from the rotating shaft. The weight of the safety device attached to the shaft starts rotating at high speed, and the centrifugal force acts on the upper end of the crank protrusion on the moving line of the weight, tilting in the direction of rotation of the weight, and on the opposite side The formed
回転軸の故障が解消され、回転軸を正常回転で回転させることができるようになれば、回転軸を反対に回して、連結管の鋸歯状の歯車に接触されたストッパーの鋸歯状突起を押し退け、ストッパーが元の位置に戻って鋸歯状の歯車とストッパーが離間され、摩擦ボールがストッパーの鋸歯状の歯車から分離された状態を維持する側に接触するようにすることで、回転軸を懸架用の紐が巻かれる方向に低速回転させたり、解かれる方向に低速回転させたりして、栽培箱の高低を意図的に調整できるようになる。 When the failure of the rotating shaft is resolved and the rotating shaft can be rotated at normal rotation, the rotating shaft is turned counterclockwise to push away the serrated protrusion of the stopper that is in contact with the serrated gear of the connecting pipe. Suspend the rotating shaft by bringing the stopper back to its original position and separating the serrated gear and the stopper so that the friction ball contacts the side of the stopper that remains separated from the serrated gear. The height of the cultivation box can be adjusted intentionally by rotating at a low speed in the direction in which the string is wound or rotating at a low speed in the direction in which it is unwound.
また、本発明の安全装置は、前方の支持板の上端部に取り付けられる付着板が多数の締結孔に選択されて支持板に付着される角度を選択できるため、施設ハウスの骨格の両側方に配置される場合、クランクの直立状態が維持されるように安全装置を付着することができるようになり、これによって安全装置の誤動作を防止することができるようになる利点が得られる。 In addition, the safety device of the present invention can select the angle at which the attachment plate attached to the upper end portion of the front support plate is selected by a number of fastening holes and is attached to the support plate. When arranged, it is possible to attach the safety device so that the crank is upright, and this has the advantage that malfunction of the safety device can be prevented.
さらに、施設ハウス内に設けられる栽培箱の両側の上端部に栽培箱支持具の掛けリングの下端の連結リングを結合したり、栽培箱の形状のように作られて栽培箱を拘束する支持リングを被せ、支持リングの両側の連結リングを支持体の掛けリングの下端に結合された連結管体の連結孔に結合したりすることで、栽培箱の上端を栽培箱支持具の支持体に安全に結合させることができるようになり、この状態で支持体の上端の中央部に取り付けられた滑車に懸架用の紐の下端の結合部を結合させ、栽培箱と懸架用の紐とを結合させることができ、この状態で懸架用の紐を巻いたり解いたりする際に、滑車が回転して懸架用の紐の昇降を案内するので、懸架用の紐の長さが可変しても懸架用の紐の下端は中心が維持されて栽培箱を安定的に昇降させることができるようになり、栽培箱の昇降を安定的に管理できる利点が得られると共に、滑車と支持体のU型リング、掛けリング、及び支持リングは組み立て式になっているため、摩損時に部分的な交換が可能なので、経済的に有用に使用できるという利点が得られ、懸架用の紐の下端が滑車と結合し、懸架用の紐が下降する際に摩擦力を減少させるので、懸架用の紐の寿命も長く維持することができる利点がある。 Furthermore, the support ring which binds the connection ring of the lower end of the hanging ring of the cultivation box support tool to the upper end parts on both sides of the cultivation box provided in the facility house, or is made like the shape of the cultivation box and restrains the cultivation box The upper end of the cultivation box is secured to the support of the cultivation box support by connecting the connection rings on both sides of the support ring to the connection hole of the connection tube body coupled to the lower end of the support ring. In this state, the coupling portion at the lower end of the suspension string is coupled to the pulley attached to the center of the upper end of the support body, and the cultivation box and the suspension string are coupled. In this state, when winding or unwinding the suspension string, the pulley rotates and guides the lifting and lowering of the suspension string. The lower end of the string is maintained at the center so that the cultivation box can be raised and lowered stably. The U-ring, hanging ring, and support ring of the pulley and the support are assembled so that it can be partly worn when worn. Can be used economically, so that it has the advantage that it can be used economically. The lower end of the suspension cord is connected to the pulley, and the friction force is reduced when the suspension cord is lowered. There is an advantage that the life of the string can be maintained long.
本発明は、施設ハウスの骨組み1に、骨組みの長さに沿って一定の間隔で軸取付部が施設ハウスの長さ方向に並んで設けられ、一端又は中間部に電動回転機Mが取り付けられて強制的に正逆回転する回転軸2と、回転軸2から回転軸の長さ方向に沿って一定の間隔で配置され、配置部において、一端は回転軸に固定されて回転軸の回転方向に沿って回転軸の外面に巻かれたり解かれたり、他端は施設ハウスの骨組みに固定されて中間部が下方に懸架される懸架用の紐3と、施設ハウス内に配置される栽培箱4と、栽培箱と懸架用の紐とが結合できるように、支持体6の中央部に滑車収容部6aが形成され、滑車6eが収容部内で軸棒6fに支持されて回転するように設けられ、滑車の外周に懸架用の紐3の下端が結合し、支持体の底面にU型リング60が取り付けられ、U型リングの両側の支持溝60c、60dに上端連結部5aが連結され、下端部に連結リング5bが形成されて、栽培箱4の上端支持部4aに接続される掛けリング5を具備し、又は、掛けリング5の下端連結リング5bに連結管体50が結合され、連結管体の両端連結孔に栽培箱を囲む支持リング51を具備する栽培箱支持具と、回転軸2の一側あるいは両端部に取り付けられ、回転軸と共に回転する連結管7と、連結管の外面に取り付けられる鋸歯状の歯車7aと、鋸歯状の歯車の両側に設けられて、一定の間隔を維持するように間隔保持具8bによって支持される支持板8、8aと、前方の支持板8の上部の外周縁に、外周縁に沿って一定の間隔で形成される締結孔8cと、締結孔に取り付けられるように雄ネジ孔8fが形成された付着板8dと、付着板の両端部に取り付けられて施設ハウスの骨組み1に締結されるUボルト8eと、鋸歯状の歯車が取り付けられた位置から下向した位置に設けられる軸棒9と、軸棒9に中心孔が嵌め込まれ、一側の上端に鋸歯状突起10aが形成され、他側に曲面接触部10bが形成され、下端部に鋸歯状の突部10cが形成され、鋸歯状の突部の傾斜面に、バネ10dに弾発される摩擦ボール10eが接触されるストッパー10と、軸棒9の先端部にクランク突起11を取り付け、クランク突起の下側突部11aに連結突起11bを形成し、連結突起11bの内側端が前方の支持板8の案内孔8gを通じてストッパー10の連結孔に連結されるストッパー作動具と、連結管7の先端部の外周から回転軸の方向に突き出るように支持軸棒12が形成され、前記支持軸棒に内側連結部13aが回転自在に接続され、他端に固定部13bが形成されて軸受13cが締結具13dにより締結される重量体13と、で構成され、回転軸の無断回転を防止できるようにした安全装置を備えた構成である。
According to the present invention, a shaft mounting portion is provided on the
1:施設ハウスの骨組み
2:回転軸
3:懸架用の紐
4:栽培箱
4a:上端支持部
5:掛けリング
5a:上端連結部
5b:連結リング
50:連結管体
51:支持リング
6:支持体
6a:滑車収容部
6e:滑車
6f:軸棒
60:U型リング
60c、60d:支持溝
7:連結管
7a:鋸歯状歯車
8、8a:支持管
8b:間隔保持具
8c:締結孔
8d:付着板
8e:Uボルト
8f:雄ネジ孔
8g:案内孔
9:軸棒
10:ストッパー
10a:鋸歯状突起
10b:曲面接触部
10c:鋸歯状突部
10d:バネ
10e:摩擦ボール
11:クランク突起
11a:下側突部
11b:連結突起
12:支持軸棒
13:重量体
13a:内側連結部
13b:固定部
13c:軸受
13d:締結具
イ:安全装置
1: Frame of facility house 2: Rotating shaft 3: Suspension string 4:
Claims (1)
回転軸2から回転軸の長さ方向に沿って一定の間隔で配置され、配置部において、一端は回転軸に固定されて回転軸の回転方向に沿って回転軸の外面に巻かれたり解かれたりされ、他端は施設ハウスの骨組み1に固定されて中間部が下方に懸架される懸架用の紐3と、 施設ハウス内に配置される栽培箱4と、
栽培箱4と懸架用の紐3とが結合できるように、中央部に滑車収容部6aが形成され、収容部6a内で滑車6eが軸棒6fに支持されて回転するように設けられ、滑車6eの外周に懸架用の紐3の下端が結合した支持体6と、支持体6の底面に取り付けられたU型リング60と、U型リングの両側の支持溝60c、60dに上端連結部5aが連結され、下端部に連結リング5bが形成されて、栽培箱4の上端支持部4aに接続される掛けリング5を具備する又は、上記支持体6と、上記U型リング60と、上記掛けリング5に加えて、さらに掛けリング5の下端連結リング5bに結合される連結管体50と、連結管体50の両端連結孔に栽培箱4を囲む支持リング51を具備する栽培箱支持具と、
回転軸2の一側あるいは両端部に取り付けられ、回転軸2と共に回転する連結管7と、
連結管7の外面に取り付けられる鋸歯状の歯車7aと、鋸歯状の歯車7aの両側に設けられて、一定の間隔を維持するように間隔保持具8bによって支持される支持板8、8aと、前方の支持板8の上部の外周縁に、外周縁に沿って一定の間隔で形成される締結孔8cと、締結孔8cに取り付けられるように雄ネジ孔8fが形成された付着板8dと、付着板8dの両端部に取り付けられて施設ハウスの骨組み1に締結されるUボルト8eと、
鋸歯状の歯車7aが取り付けられた位置から下向した位置に設けられる軸棒9と、
軸棒9に中心孔が嵌め込まれ、一側の上端に鋸歯状突起10aが形成され、他側に曲面接触部10bが形成され、下端部に鋸歯状の突部10cが形成され、鋸歯状の突部10cの傾斜面に、バネ10dに弾発される摩擦ボール10eが接触されるストッパー10と、
軸棒9の先端部にクランク突起11を取り付け、クランク突起11の下側突部11aに連結突起11bを形成し、連結突起11bの内側端が前方の支持板8の案内孔8gを通じてストッパー10の連結孔に連結されるストッパー作動具と、
連結管7の先端部の外周から回転軸2の方向に突き出るように支持軸棒12が形成され、前記支持軸棒12に内側連結部13aが回転自在に接続され、他端に固定部13bが形成されて軸受13cが締結具13dにより締結される重量体13と、で構成され、回転軸の無断回転を防止できるようにした安全装置を備えた施設ハウス用の高設栽培装置。 On the framework 1 of the facility house, shaft attachment portions are provided in the length direction of the facility house at regular intervals along the length of the framework, and the electric rotating machine M is attached to one end or an intermediate portion to forcibly. A rotating shaft 2 that rotates forward and backward,
The rotating shaft 2 is arranged at a constant interval along the length direction of the rotating shaft, and one end of the arranging portion is fixed to the rotating shaft and wound or unwound around the outer surface of the rotating shaft along the rotating direction of the rotating shaft. is or, the other end the strap 3 for suspension of the intermediate portion is fixed to the framework 1 of the facility house is suspended downwardly, the cultivation box 4 arranged on site House,
As the growth chamber 4 and the cord 3 for the suspension can be attached, the pulley housing part 6a is formed in the center portion, the pulley 6e is provided so as to rotate and is supported by the shaft rod 6f in the housing portion 6a, pulley the support 6 the lower end of the cord 3 for suspension is bonded to the outer periphery of 6e, the U-shaped ring 60 attached to the bottom surface of the support 6, on both sides of the U-shaped ring support groove 60c, upper connecting portion 5a to 60d Are connected, and a connecting ring 5b is formed at the lower end, and the hanging ring 5 is connected to the upper end supporting portion 4a of the cultivation box 4, or the support 6, the U-shaped ring 60, and the hanging In addition to the ring 5, there is further provided a connection tube 50 that is coupled to the lower end connection ring 5 b of the hanging ring 5, and a cultivation box support that includes a support ring 51 that surrounds the cultivation box 4 in both end connection holes of the connection tube 50. ,
A connecting pipe 7 attached to one or both ends of the rotating shaft 2 and rotating together with the rotating shaft 2;
A serrated gear 7a attached to the outer surface of the connecting pipe 7, and support plates 8, 8a provided on both sides of the serrated gear 7a and supported by a spacing holder 8b so as to maintain a constant spacing; Fastening holes 8c formed at regular intervals along the outer peripheral edge on the outer peripheral edge of the upper portion of the front support plate 8, and an attachment plate 8d having male screw holes 8f formed so as to be attached to the fastening holes 8c; U-bolts 8e attached to both ends of the attachment plate 8d and fastened to the framework 1 of the facility house;
A shaft rod 9 provided at a position downward from a position where the sawtooth gear 7a is attached;
A center hole is fitted into the shaft 9, a sawtooth projection 10 a is formed at the upper end on one side, a curved contact portion 10 b is formed on the other side, a sawtooth projection 10 c is formed at the lower end, and a sawtooth projection is formed. A stopper 10 with which a friction ball 10e repelled by a spring 10d is brought into contact with the inclined surface of the protrusion 10c;
A crank projection 11 is attached to the tip of the shaft rod 9, a connecting projection 11 b is formed on the lower projection 11 a of the crank projection 11, and the inner end of the connecting projection 11 b extends through the guide hole 8 g of the front support plate 8. A stopper actuator coupled to the coupling hole;
A support shaft rod 12 is formed so as to protrude in the direction of the rotary shaft 2 from the outer periphery of the distal end portion of the connection tube 7, an inner connection portion 13 a is rotatably connected to the support shaft rod 12, and a fixing portion 13 b is connected to the other end. A high-cultivation apparatus for a facility house comprising a weight body 13 formed and a weight body 13 to which a bearing 13c is fastened by a fastener 13d, provided with a safety device capable of preventing unauthorized rotation of the rotating shaft.
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