JP3017903U - Plant growing equipment - Google Patents

Abstract

(57)【要約】 【目的】 苺等の子株を、きわめて簡単に、確実に育成
するようにしたことにある。 【構成】 上端が開口して下部に水抜き孔２２，２３を
形成した筒状容器体２の開口上端部に、外縁から中央に
向かって緩く下り傾斜する受皿部３を設け、前記受皿部
３の外縁には、雄部３１を有する第１の連結片３２と、
前記雄部３１が嵌入することができる雌部３３を有する
第２の連結片３４とを設けてなる。 (57) [Summary] [Purpose] The purpose of this study is to make it easy and reliable to grow strawberry and other child strains. [Structure] At a top end of an opening of a cylindrical container body 2 having an upper end opened and drainage holes 22 and 23 formed in the lower part, a saucer portion 3 which is gently inclined downward from an outer edge toward a center is provided. A first connecting piece 32 having a male part 31 on the outer edge of
And a second connecting piece 34 having a female portion 33 into which the male portion 31 can be fitted.

Description

【考案の詳細な説明】[Detailed description of the device]

【０００１】[0001]

【産業上の利用分野】[Industrial applications]

本考案は、例えば苺の株を成育させるために使用する植物の株育成装置に関す るものである。 The present invention relates to, for example, a plant strain raising device used for growing a strawberry strain.

【０００２】[0002]

【従来の技術】[Prior art]

周知の様に、苺を栽培するには、３月中旬頃にビニールハウス内若しくは屋外 に高さ３０〜５０センチメートル、幅が２〜３メートル程度で、上面が平坦状の 長尺な畝を立て、その上面に苗取り専用の親株を３０〜５０センチメートル程度 の間隔で植えつける。この親株は、５月下旬頃から蔓が伸び、蔓の途中に小さな 葉と根からなる子株が多数出来るので、この子株を畝の土壌表面に接触させて成 育させる。そして、子株がある程度成育したら、子株間の蔓を切断するとともに 子株の根を掘り起こし、予め準備した仮植え床の畝に縦横２０センチメートル程 度の間隔で仮植えし、子株が充分に成育して苗となる９月下旬頃に、苗を仮植え 床から抜き取ってビニールハウスの畝の本田に植え付け、実らせる。 As is well known, in order to grow strawberries, a long ridge with a flat top surface with a height of about 30 to 50 cm and a width of about 2 to 3 cm is placed in a greenhouse or outdoors around mid March. Stand up and plant parent strains dedicated to seedling collection on the upper surface at intervals of about 30 to 50 cm. This parent strain grows vines from the end of May, and many pedigrees consisting of small leaves and roots are formed in the middle of the vine. Therefore, this pedigree is brought into contact with the ridge soil surface for growth. After the child strain has grown to a certain extent, the vines between the child strains are cut, the roots of the child strain are dug up, and they are temporarily planted in the ridges of the temporary planting floor prepared in advance at intervals of about 20 cm in length and width, and the child strain is fully grown. In late September, the seedlings will be harvested from the temporary planting floor and planted in the furrow Honda of the greenhouse to produce seedlings.

【０００３】[0003]

【考案が解決しようとする課題】[Problems to be solved by the device]

従来では、苗取り用の親株から出る子株を前記の方法で育苗しているので、仮 植え床の場所を確保しなければならないし、しかも蔓を切断して子株を掘り起こ し、子株を仮植えする手間等、多大な労力を要することになる。また、土壌中に は無数の雑菌、微生物が繁殖しているので、雑菌等が子株に侵入して腐敗させた り枯らすことにもなる。 したがって、きわめて簡単に、しかも小面積で無数の子株を管理、育苗するこ とができ、しかも子株が安定して成育することができる株の育成装置が要望され ている。 Conventionally, since the seedlings from the parent stock for seedling collection are raised by the above method, it is necessary to secure a place for a temporary planting floor, and moreover, the vines are cut to dig up the seed stocks, and It takes a lot of labor such as planting time. In addition, since a myriad of bacteria and microorganisms propagate in the soil, the bacteria also invade the offspring to cause spoilage and death. Therefore, there is a demand for a stock breeding device that can manage and grow a large number of small stocks in a very small area, and that can stably grow the new stocks.

【０００４】[0004]

【課題を解決するための手段】[Means for Solving the Problems]

本考案は前記した従来からの欠点を解消し、また従来からの要望に対応するた めに提案されたもので、上端が開口して下部に水抜き孔を形成した筒状容器体の 開口上端部に、外縁から中央に向かって緩く下り傾斜する受皿部を設け、前記受 皿部の外縁には、雄部を有する第１の連結片と、前記雄部が嵌入することができ る雌部を有する第２の連結片とを設けてなることを特徴とする。 The present invention has been proposed in order to solve the above-mentioned drawbacks of the related art and to meet the demands of the related art. An open upper end of a cylindrical container body having an upper end opened and a drainage hole formed in the lower part Is provided with a saucer portion that gently inclines downward from the outer edge toward the center, and the outer edge of the saucer portion has a first connecting piece having a male portion and a female portion into which the male portion can be fitted. And a second connecting piece having

【０００５】[0005]

【作用】[Action]

親株の蔓が伸びて子株が形成されると、土壌や培土を充填した筒状容器体を子 株の下側にあてがって子株を土壌等に接触させ、子株がある程度成育すると、蔓 を切断するとともに子株を上面に植え付けた容器体を連結して並列させ、自立さ せて育苗、管理するのである。 When the vine of the parent strain grows to form a child strain, the cylindrical container body filled with soil or soil is placed on the lower side of the child strain to bring the child plant into contact with the soil, etc., and when the child strain grows to some extent, the vine is cut At the same time, the container bodies with the plantlets planted on the top surface are connected and arranged side by side so that the seedlings can be raised and managed independently.

【０００６】[0006]

【実施例】【Example】

以下に本考案を図面の実施例に基づいて詳細に説明する。 Hereinafter, the present invention will be described in detail based on embodiments of the drawings.

【０００７】 図１から図４は本考案の株育成装置１の実施例を示すもので、前記株育成装置 １は、筒状容器体２と、前記筒状容器体２の上端に一体に設けられた受皿部３と を有する。1 to 4 show an embodiment of a strain growing device 1 of the present invention. The strain growing device 1 is provided integrally with a cylindrical container body 2 and an upper end of the cylindrical container body 2. And the saucer section 3 is provided.

【０００８】 前記容器体２は上端が開口し、上端から下方に向って次第に縮径する緩傾斜状 円筒体で、下方には底面に向かう急傾斜状筒部２１が設けられている。The container body 2 is a gently sloping cylindrical body whose upper end is open and whose diameter is gradually reduced downward from the upper end, and a steeply sloping cylindrical portion 21 that faces the bottom surface is provided below.

【０００９】 そして、前記容器体２の底面部には、第１の水抜き孔２２が開設され、また側 面部の下端には縦長なスリット状の第２の水抜き孔２３が周方向に並列するよう に複数開設されている。A first drainage hole 22 is formed in the bottom surface of the container body 2, and vertically elongated slit-shaped second drainage holes 23 are arranged in parallel in the circumferential direction at the lower end of the side surface portion. It has been opened more than once.

【００１０】 前記した受皿部３は、外縁から中央に向って緩く下り傾斜する浅い皿枠状で、 傾斜下端の中央部に通孔が形成されて、前記通孔の内周縁が前記容器体２の上端 開口部の外周縁と一体になっている。したがって、容器体２の上端からは受皿部 ３が、緩く斜め上方に向って延在する状態に設けられ、容器体２の受皿部３は合 成樹脂で一体に成型するのである。The saucer portion 3 has a shallow dish frame shape that gently inclines downward from the outer edge toward the center, and a through hole is formed at the center of the inclined lower end, and the inner peripheral edge of the through hole is the container body 2. It is integrated with the outer edge of the upper end of the opening. Therefore, the saucer portion 3 is provided from the upper end of the container body 2 so as to extend loosely and obliquely upward, and the saucer portion 3 of the container body 2 is integrally molded of synthetic resin.

【００１１】 前記受皿部３は、平面視で四辺形状で、図面の実施例では正方形であるが、長 方形、若しくはその他の形状でもよい。そして、受皿部３の外縁には、雄部３１ を有する第１の連結片３２と、前記雄部３１が嵌入することができる雌部３３を 有する第２の連結片３４とを有し、図面の実施例では、四辺形の外縁の隣り合う ２辺に第１の連結片３２が、他の隣り合う２辺に第２の連結片３４が設けられて いる。また、前記第１の連結片３２は、前記第２の連結片３４に対し、第２の連 結片３４の肉厚分だけ下側に位置している。しかし、２つの第１の連結片３２及 び第２の連結片３４を対向する様に設けてもよい。The saucer portion 3 has a quadrilateral shape in a plan view, and is square in the illustrated embodiment, but may have a rectangular shape or another shape. The outer edge of the tray 3 has a first connecting piece 32 having a male part 31 and a second connecting piece 34 having a female part 33 into which the male part 31 can be fitted. In this embodiment, the first connecting piece 32 is provided on two adjacent sides of the outer edge of the quadrilateral, and the second connecting piece 34 is provided on the other two adjacent sides. Further, the first connecting piece 32 is located below the second connecting piece 34 by the thickness of the second connecting piece 34. However, the two first connecting pieces 32 and the second connecting pieces 34 may be provided so as to face each other.

【００１２】 図面の実施例では、各第１の連結片３２の雄部３１は高さが低い円柱状の突起 部で左右に２個突設してあり、各第２の連結片３４の雌部３３は前記雄部３１が 下から嵌入することができる左右２個の小孔である。In the embodiment shown in the drawings, the male portion 31 of each first connecting piece 32 is a cylindrical projection having a low height, and two protruding portions are provided on the left and right sides. The parts 33 are two left and right small holes into which the male part 31 can be fitted from below.

【００１３】 また、隣り合う第１の連結片３２の間の隅部には、第１の連結片３２の肉厚分 だけ低くなっている第１の予備連結片３５を設けるとともに、隣り合う第２の連 結片３４の間の隅部には、第２の連結片３４の肉厚分だけ低くなっている第２の 予備連結片３６を設け、各第１の予備連結片３５、第２の予備連結片３６には仮 連結用小孔３７を開設する。Further, at the corners between the adjacent first connecting pieces 32, the first preliminary connecting pieces 35 which are lower by the thickness of the first connecting pieces 32 are provided, and the adjacent first connecting pieces 32 are provided. At the corners between the two connecting pieces 34, a second preliminary connecting piece 36, which is lowered by the thickness of the second connecting piece 34, is provided. A small hole 37 for temporary connection is formed in the preliminary connection piece 36.

【００１４】 そして、図面の実施例によれば、受皿部３の傾斜下端部であって、容器体２の 上端開口部の径方向に対向する位置に、保持材の支持孔３８，３８を開設し、容 器体２の上端開口部を径方向に横切るようにして、金属線、細い棒材等からなる 保持材４１を、弾力性により円弧状にして橋渡すことができる。Further, according to the embodiment shown in the drawings, support holes 38, 38 for the holding material are formed at the inclined lower end of the pan 3 at a position facing the upper end opening of the container body 2 in the radial direction. Then, the holding member 41 made of a metal wire, a thin rod, or the like can be bridged in an arc shape by elasticity so as to cross the upper end opening of the container body 2 in the radial direction.

【００１５】 本考案の株育成装置１は前記した構成であって、多数の容器体２を、第１の連 結片３２と第２の連結片３４とが同一位置になる様に配置して直立させ、隣り合 う一方の容器体２の第１の連結片３２を下側に、他方の容器体２の第２の連結片 ３４を上側にし、雄部３１を雌部３３に下から嵌入することにより、前後左右に 何個でも列状に、面状に連結することができる。そして、前記株育成装置１の連 結状態は、第１の連結片３２が第２の連結片３４より肉厚分だけ低いので、列状 の株育成装置１はすべて同一高さになる。The stock growing device 1 of the present invention has the above-described configuration, and a large number of container bodies 2 are arranged so that the first connecting piece 32 and the second connecting piece 34 are at the same position. With the first connecting piece 32 of one adjacent container body 2 on the lower side and the second connecting piece 34 of the other container body 2 on the upper side, the male portion 31 is fitted into the female portion 33 from below. By doing so, any number of front, rear, left and right can be connected in a line and in a plane. In addition, since the first connecting piece 32 is lower than the second connecting piece 34 by the thickness of the connected state of the stock growing apparatus 1, all the row-shaped stock growing apparatuses 1 have the same height.

【００１６】 また、育成装置１の前記した連結状態では、第１の連結片３２の隅部に設けて ある第１の予備連結片３５と、斜めに隣り合う育成装置１の第２の連結片３４の 隅部に設けてある第２の予備連結片３６とが上下に重なって各仮連結用小孔３７ が一致するので、一致する上下の仮連結用小孔３７に、例えば細い棒材を上から 挿通すると、斜めに隣り合う株育成装置１同志を強固に連結固定することができ る。Further, in the above-described connected state of the growing device 1, the first preliminary connecting piece 35 provided at the corner of the first connecting piece 32 and the second connecting piece of the growing device 1 which is diagonally adjacent to each other. Since the second preliminary connecting pieces 36 provided at the corners of 34 are vertically overlapped with each other, the small holes 37 for temporary connection are aligned with each other. By inserting from above, diagonally adjacent strain growing devices 1 can be firmly connected and fixed.

【００１７】 本考案の株育成装置１を例えば苺の苗用の育成装置として使用するには、親株 から蔓が地表面に沿って伸び、子株ができたら、容器体２の内部に土壌や培土を 充填した株育成装置１の下方一部を畝の土壌に埋設して直立させ、蔓の多数の子 株を株育成装置１の土壌の上面に接触させる。したがって、株育成装置１は、多 数本の蔓の各子株毎に設けるのである。 この状態において、図４で示すように、前記保持材４１の下側に蔓を這わせて 子株を保持すると、風雨等の自然状況によって子株が育成装置１の上面から外れ たり離れることがなく、子株は確実に株育成装置１の内部の土壌表面に接触し、 育成する。To use the plant growing device 1 of the present invention as a growing device for strawberry seedlings, for example, when a vine grows along the ground surface from a parent plant and a child plant is formed, soil or cultivated soil is placed inside the container body 2. A part of the lower part of the stock growing device 1 filled with is embedded in the ridge soil and made to stand upright, and a large number of vines of the vine are brought into contact with the upper surface of the soil of the stock growing device 1. Therefore, the stock raising apparatus 1 is provided for each child stock of a large number of vines. In this state, as shown in FIG. 4, when the vines are held under the holding material 41 to hold the saplings, the saplings are not detached or separated from the upper surface of the growing device 1 due to natural conditions such as wind and rain. The sub-plants surely come into contact with the soil surface inside the plant growing device 1 and grow.

【００１８】 各蔓の子株を前記のように各株育成装置１の土壌や培土に接触させ、この子株 の根がある程度土壌中に這って葉もある程度育成したら、蔓を切断して子株を植 え付けた各株育成装置１を畝の土壌から引き抜き、前記の様に隣り合う株育成装 置１の第１の連結片３２と第２の連結片３４とにより容器体２を前後左右に連結 するとともに、第１の予備連結片３５と第２の予備連結片３６とを上下に重合し て棒材等を小孔３７に挿通して止着し、列状、面状に連結する。As described above, the saplings of each vine are brought into contact with the soil or cultivated soil of each plant cultivating apparatus 1, and when the roots of the saplings crawl into the soil to some extent and the leaves grow to some extent, the vines are cut and the saplings are planted. Each of the attached stock growing apparatus 1 is pulled out from the ridge soil, and the container body 2 is connected to the front, rear, left and right by the first connecting piece 32 and the second connecting piece 34 of the adjacent stock growing apparatus 1 as described above. At the same time, the first preliminary connecting piece 35 and the second preliminary connecting piece 36 are vertically overlapped with each other to insert a rod or the like into the small hole 37 and fasten it to connect them in a row or a plane.

【００１９】 この状態では、各株育成装置１の容器体２が脚になるので、地表面に安定する ことになり、また各株育成装置１の子株は容器体２の内部の土壌に植え付けられ ているので、充分に成育することができる。In this state, since the container body 2 of each strain growing device 1 becomes a leg, it becomes stable on the ground surface, and the child strains of each strain growing device 1 are planted in the soil inside the container body 2. Since it has been grown, it can grow sufficiently.

【００２０】 また、各株育成装置１の内部の子株の育苗管理において、水、消毒液、肥料等 を上から散布すると、株育成装置１の受皿部３が水等を受け止めて傾斜により容 器体２の土壌に導くので、子株の育成に水等を有効に利用することができる。し かも、育成装置１の下面がビニール床等で閉塞されても、上から散布される水等 が第２の水抜き孔２３から抜けるので、子株の根が腐食することがない。In addition, in the seedling management of child strains inside each stock growing device 1, when water, disinfectant, fertilizer, etc. are sprayed from above, the saucer part 3 of the stock growing device 1 receives water and the like and tilts the container. Since it is led to the soil of the body 2, water or the like can be effectively used for growing the offspring. Even if the lower surface of the growing device 1 is blocked by a vinyl floor or the like, water sprinkled from above escapes from the second drainage holes 23, so that the roots of the shoots do not corrode.

【００２１】 子株が充分に育成して定植可能な状態な苗になったら、株育成装置１から土壌 ごと引き抜き、ビニールハウスに形成されている畝に形成した縦穴に上から挿入 して移植し、苗を成長させる。前記縦穴は、容器体２の寸法と略同一の寸法で、 畝に３０センチメートル程度の間隔で形成してあるので、株育成装置１から抜い た根を土壌や培土とともに縦穴に挿入し、わずかに目土を詰めるだけで成育した 苗を畝に沿って並列状に移植することができる。そして、畝に縦穴を形成するに は、空の容器体２を畝の表面にあてがって内部に押し込み、引き抜くだけでよい から極めて簡単で、しかも、育成装置１から抜き取った形状そのものの縦穴を形 成することができる。When the seedlings are sufficiently grown into seedlings that can be planted, the soil is pulled out from the stock growing device 1, the seedlings are inserted into the vertical holes formed in the ridges formed in the greenhouse from above, and the seedlings are transplanted. Grow seedlings. Since the vertical holes are approximately the same size as the container body 2 and are formed in the ridges at intervals of about 30 cm, the roots extracted from the plant growing device 1 are inserted into the vertical holes together with the soil and the cultivated soil. The seedlings grown just by filling the soil with can be transplanted in parallel along the ridges. In order to form a vertical hole in the ridge, it is extremely easy to apply the empty container body 2 to the surface of the ridge, push it into the interior, and pull it out. Moreover, the vertical hole of the shape extracted from the growing device 1 is formed. Can be made.

【００２２】 前記した畝の株を、育苗管理しながら成育すると、開花して実が成り、実を摘 み取ることができる。When the above-mentioned ridge strain is grown while managing the raising of seedlings, it blooms to produce a fruit, and the fruit can be picked.

【００２３】 図９は本考案の他の実施例で、雄部３１に縦方向の割り溝部３１’を形成して ２分割すると、雄部３１に弾性が作用するので雌部３３に下から嵌入しやすく、 しかも雌部３３の径を雄部３１と外径とほとんど同一にすると、雌部３３と雄部 ３１との嵌入が強固になるし、育成装置１を多数連結した状態で搬送したり植え 付け作業することができる。 以上本考案を図面の実施例に基づいて説明したが、本考案は前記実施例に限定 されず、実用新案登録請求の範囲に記載の構成であればどのようにでも実施する ことができる。FIG. 9 shows another embodiment of the present invention. When a vertical dividing groove portion 31 'is formed in the male portion 31 and the male portion 31 is divided into two, elastic force acts on the male portion 31, so that the female portion 33 is fitted from below. If the diameter of the female part 33 is almost the same as the outer diameter of the male part 31, the fitting of the female part 33 and the male part 31 will be strong, and a large number of growing devices 1 will be transported in a connected state. Can be planted. The present invention has been described above based on the embodiments of the drawings, but the present invention is not limited to the above embodiments and can be implemented in any manner as long as it has the structure described in the scope of claims for utility model registration.

【００２４】[0024]

【考案の効果】[Effect of device]

以上要するに、本考案は、上端が開口して下部に水抜き孔を形成した筒状容器 体の開口上端部に、外縁から中央に向かって緩く下り傾斜する受皿部を設け、前 記受皿部の外縁には、雄部を有する第１の連結片と、前記雄部が嵌入することが できる雌部を有する第２の連結片とを設けてなる。 In short, according to the present invention, the cylindrical container body having the upper end opened and the drainage hole formed in the lower part is provided with the saucer portion which is gently inclined downward from the outer edge toward the center. The outer edge is provided with a first connecting piece having a male portion and a second connecting piece having a female portion into which the male portion can be fitted.

【００２５】 したがって、子株を育苗管理しながら成育させる場合、各子株を植え付けた筒 状容器体を連結させるので、従来より小面積の場所に無数の子株を育成すること ができる。しかも、育苗管理する過程で、子株が土壌から離れないし、肥料や水 を有効に子株に導くことができ、また育成した苗を畝に移植する場合も、畝に形 成した縦穴に苗を土壌ごと挿入するだけであるからきわめて簡単で作業効率も著 しく良好となる。更に、子株が発育する根は縦方向の筒状容器体の内部であるか ら直線状となり、植え傷みがないばかりでなく短時間で植え替えることができ、 実用的価値の高いものとなる。Therefore, in the case of growing the sub-strains while raising and managing the seedlings, since the cylindrical containers in which the sub-strains are planted are connected, it is possible to grow an innumerable number of sub-strains in a smaller area than before. Moreover, during the process of raising and managing the seedlings, the seedlings do not leave the soil, and fertilizer and water can be effectively introduced into the seedlings, and even when the grown seedlings are transplanted to the ridges, the seedlings are placed in the vertical holes formed in the ridges. Since it is only inserted in the whole, it is extremely easy and the working efficiency is remarkably good. Furthermore, the roots on which the offspring grow are straight because they are inside the cylindrical container in the vertical direction, and not only can there be no damage to the plant, but they can also be replanted in a short time, which is of high practical value.

【図面の簡単な説明】[Brief description of drawings]

【図１】本考案の実施例を示す正面図である。FIG. 1 is a front view showing an embodiment of the present invention.

【図２】本考案の実施例を示す平面図である。FIG. 2 is a plan view showing an embodiment of the present invention.

【図３】図２のＡ〜Ａ線断面図である。3 is a sectional view taken along line AA of FIG.

【図４】内部に土壌を入れた場合の図２のＢ〜Ｂ線の一
部の断面図である。FIG. 4 is a partial cross-sectional view taken along the line BB of FIG. 2 when soil is put inside.

【図５】複数の株育成装置を分解した斜視図である。FIG. 5 is an exploded perspective view of a plurality of stock growing devices.

【図６】複数の株育成装置を連結した状態の正面図であ
る。FIG. 6 is a front view of a state in which a plurality of stock growing devices are connected.

【図７】複数の株育成装置を連結した状態の平面図であ
る。FIG. 7 is a plan view showing a state in which a plurality of stock growing devices are connected.

【図８】畝に株育成装置を一部埋め込んだ状態の斜視図
である。FIG. 8 is a perspective view showing a state where a stock growing device is partially embedded in a ridge.

【図９】本考案の他の実施例を示す一部拡大斜視図であ
る。FIG. 9 is a partially enlarged perspective view showing another embodiment of the present invention.

【符号の説明】[Explanation of symbols]

１ 株育成装置 ２ 容器体 ３ 受皿部 ２１ 急傾斜状筒部 ２２ 第１の水抜き孔 ２３ 第２の水抜き孔 ３１ 雄部 ３２ 第１の連結片 ３３ 雌部 ３４ 第２の連結片 ３５ 第１の予備連結片 ３６ 第２の予備連結片 ３７ 仮連結用小孔 ３８ 支持孔 1 stock raising apparatus 2 container body 3 saucer part 21 steeply inclined tubular part 22 first drainage hole 23 second drainage hole 31 male part 32 first connecting piece 33 female part 34 second connecting piece 35 35th 1 preliminary connection piece 36 2nd preliminary connection piece 37 temporary connection small hole 38 support hole

───────────────────────────────────────────────────── フロントページの続き (73)実用新案権者 595039380 岩本 俊孝 静岡県田方郡韮山町韮山山木336 (72)考案者 鈴木 正弘 静岡県田方郡韮山町韮山土手和田196 (72)考案者 小山 章 静岡県田方郡韮山町奈古谷1607 (72)考案者 山口 光雄 静岡県田方郡韮山町南条８ (72)考案者 梅原 治信 静岡県田方郡韮山町韮山多田743 (72)考案者 岩本 俊孝 静岡県田方郡韮山町韮山山木336 ─────────────────────────────────────────────────── ─── Continuation of the front page (73) Utility model holder 595039380 Toshitaka Iwamoto 336 Nirayama Yamaki, Nirayama-cho, Takata-gun, Shizuoka Prefecture Masahiro Suzuki 196 (72) Niwayama Dowada, Nirayama-cho, Tata-gun, Shizuoka Prefecture Akira Koyama 1607 Nagoya, Nirayama-cho, Tagata-gun, Shizuoka Prefecture Inventor Mitsuo Yamaguchi 8 Nanjo, Nirayama-cho, Tata-gun, Shizuoka Prefecture 72 (72) Inventor Harunobu Umehara 743 Nirayama-Tada, Nirayama-cho Tawara-gun Toshitaka Iwamoto Takata Shizuoka 336 Nirayama Yamaki, Nirayama Town, Gun-gun

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項１】 上端が開口して下部に水抜き孔を形成し
た筒状容器体の開口上端部に、外縁から中央に向かって
緩く下り傾斜する受皿部を設け、前記受皿部の外縁に
は、雄部を有する第１の連結片と、前記雄部が嵌入する
ことができる雌部を有する第２の連結片とを設けてなる
植物の株育成装置。1. A saucer portion is provided at a top end portion of an opening of a cylindrical container body having an upper end opened and a drainage hole formed in a lower portion, and a saucer portion gently inclined downward from an outer edge toward a center is provided at an outer edge of the saucer portion. A plant stock growing device comprising a first connecting piece having a male part and a second connecting piece having a female part into which the male part can be fitted.