TWM624159U

TWM624159U - Column type modular planting structure

Info

Publication number: TWM624159U
Application number: TW110213501U
Authority: TW
Inventors: 楊鐘祥
Original assignee: 普家康興業股份有限公司
Priority date: 2021-11-16
Filing date: 2021-11-16
Publication date: 2022-03-01

Abstract

一種立柱型模組化栽種結構，其至少包含有一基座及一立設於基座上之植栽管柱，而植栽管柱係由至少一節管串接而成，且各節管上設有複數供栽種植物之栽培管，各節管係由兩分別具有一間隔腔室之半圓管殼相對蓋合組成，且節管頂端與底端分別有可相對插接之一環扣插孔及一環扣插柱，且各半圓管殼上分別形成有複數供栽培管選擇性插設之貫穿安裝孔，藉此，栽培管柱與節管能易於拆裝，方便進行清理與清洗，減少病蟲害相互感染，且能增進整體的溫度對流效果應，以降低外部環境溫度對於植物栽種的影響，而能避免影響植物的栽種成效。A column type modular planting structure, which at least includes a base and a planting pipe column erected on the base, and the planting pipe column is formed by connecting at least one pipe in series, and each pipe is provided with There are a plurality of cultivation tubes for planting plants, each section of the tube is composed of two semi-circular tube shells with a spaced chamber respectively, and the top and bottom ends of the section tubes are respectively provided with a ring buckle socket and a ring that can be connected to each other. Buckle the insertion column, and each semi-circular tube shell is respectively formed with a plurality of through installation holes for the selective insertion of the cultivation tube, whereby the cultivation tube column and the section tube can be easily disassembled and assembled, which is convenient for cleaning and cleaning, and reduces the mutual infection of diseases and insect pests. , and can improve the overall temperature convection effect, so as to reduce the impact of the external environment temperature on plant planting, and avoid affecting the planting effect of plants.

Description

立柱型模組化栽種結構Column type modular planting structure

本創作隸屬一種植物栽種之技術領域，特別是指一種組合式之立柱型模組化栽種結構。This creation belongs to the technical field of plant planting, and particularly refers to a combined column-type modular planting structure.

按，隨著時代變遷，人們由早期農業社發展至現今的工業社會，使得農業可耕作面積日漸縮減，相對使得蔬菜價格產生經常性的波動，進而形成消費者的負擔，若再加上農藥的不當使用等食安問題，消費者往往因擔心農藥的殘留會影響身體的健康，則此坊間陸續開發有多樣的小型植物栽種裝置，以自行進行有機蔬菜或綠色植物的培養，其除了可以提供自身所需的有機蔬菜外，亦可兼具改善環境及空氣之效。According to the change of the times, people have developed from the early agricultural society to the present industrial society, which has reduced the arable area of agriculture, which has relatively caused regular fluctuations in the price of vegetables, which in turn creates a burden on consumers. For food safety issues such as improper use, consumers are often worried that pesticide residues will affect their health. Therefore, a variety of small plant planting devices have been developed in the market to cultivate organic vegetables or green plants by themselves. In addition to providing their own In addition to the required organic vegetables, it can also improve the environment and air.

而近期的植物栽種，主要係利用魚菜共生培養系統或植栽架為主，其不僅佔用使用面積，且需運用到大量的培養土，則造成環境衛生及清理不易。再者，若是遭遇其中單一植株發生病蟲害時，將極易產生相互感染，因此，近年來有開發多種個人用立柱型栽種裝置，如我國專利第M536459號、第M556066號及美國專利US2020/0236864A1等專利前案，其主要係架構於一基座上立設有一管柱，且於管柱外周緣分設有複數可供逐一栽種植物之栽培管，並利用抽水系統將基座內的水源持續抽取至管柱頂端，以可由上而下持續提供水源或養分給各栽培管內的植物吸收，而達到可直立栽種植物之目的。惟，綜合上述專利其常見的問題是，若栽培管係呈一體固定設計，則無法進行單一換盆；若是為組裝式，則又會存在支撐性不足的情形，畢竟當植物成長至一定生長狀態時，其整體重量會逐漸增加，而栽培管則會因負重問題產生下垂的現象，進而影響植物後續的生長條件。再者，當管柱為一體式設計結構，於需要換盆清理時，則無法進行有效清洗，且無法有效杜絕病蟲害，故在實際使用上會受到較多的限制，從而無法有效地提升蔬果產量。However, the recent plant cultivation mainly uses aquaponics symbiotic culture system or planting frame, which not only occupies the usable area, but also needs to use a large amount of culture soil, which makes environmental sanitation and cleaning difficult. Furthermore, if one encounters diseases and insect pests on a single plant, it will be very easy to cause mutual infection. Therefore, in recent years, a variety of personal column-type planting devices have been developed, such as Chinese Patent No. M536459, No. M556066 and US Patent US2020/0236864A1, etc. In the previous case of the patent, the main structure is that a pipe column is erected on a base, and a plurality of cultivation pipes for planting plants are arranged on the outer periphery of the pipe column, and the water source in the base is continuously pumped to the pedestal by a pumping system. The top of the pipe column can continuously provide water or nutrients from top to bottom for the plants in each cultivation pipe to absorb, so as to achieve the purpose of planting plants upright. However, the common problem of the above patents is that if the cultivation tube system is an integral fixed design, it is impossible to perform a single pot change; if it is an assembled type, there will be insufficient support. After all, when the plant grows to a certain growth state. At the same time, its overall weight will gradually increase, and the cultivation tube will sag due to the load problem, which will affect the subsequent growth conditions of the plant. Furthermore, when the pipe string is an integrated design structure, when the basin needs to be changed for cleaning, it cannot be cleaned effectively, and it cannot effectively prevent pests and diseases, so it will be more restricted in actual use, so that the output of vegetables and fruits cannot be effectively improved. .

換言之，由於上述各現有立柱型栽種結構因設計未臻完善，在使用時確實存在上述問題與缺失尚待改進，而如何解決前述問題，係業界與使用者所亟思探討者，亦是本創作所欲探討解決之課題。In other words, due to the imperfect design of the above-mentioned existing column-type planting structures, there are indeed the above-mentioned problems and shortcomings when using The problem to be discussed and solved.

有鑑於此，本創作人乃針對現有立柱型栽種結構在使用時所面臨的問題深入探討，並藉由創作人多年從事相關產品開發的經驗，積極尋求解決之道，藉以克服現有立柱型栽種結構不易清洗及栽培管不易拆裝及支撐性不足所造成的缺點與困擾。In view of this, the creator has conducted in-depth discussions on the problems faced by the existing column-type planting structure in use, and actively seeks solutions based on the creator's years of experience in related product development, so as to overcome the existing column-type planting structure. Disadvantages and troubles caused by difficult cleaning, difficult disassembly and assembly of the cultivation tube and insufficient support.

因此，本創作之主要目的，係在提供一種立柱型模組化栽種結構，藉由各管柱可分別進行拆解，以方便進行清理與清洗，進而可減少病蟲害的相互感染，亦可有效確保於下一循環栽種的植物生長環境，而可避免影響植物的栽種成效。Therefore, the main purpose of this creation is to provide a column-type modular planting structure, through which each column can be disassembled separately to facilitate cleaning and cleaning, thereby reducing mutual infection of diseases and insect pests, and effectively ensuring The growth environment of the plants planted in the next cycle can be avoided to affect the planting effect of the plants.

本創作之另一主要目的，係在提供一種立柱型模組化栽種結構，藉由可易於拆裝的栽培管，則能方便植物進行換盆，且因其支撐性佳，而不會發生有栽培管下垂的問題，以可有效確保植物的後續生長。Another main purpose of the present invention is to provide a column-type modular planting structure. The planting tube that can be easily disassembled and assembled can facilitate the plant to change pots, and because of its good support, there will be no occurrence of clutter. The problem of sagging cultivation tubes can effectively ensure the subsequent growth of plants.

另，本創作之又一主要目的，係在提供一種立柱型模組化栽種結構，藉由該等半圓管殼的外壁面與內壁面間形成有一封閉之間隔腔室，使其能增進整體的溫度對流效應，以減少外部環境溫度對於植物栽種的影響。In addition, another main purpose of this creation is to provide a column-type modular planting structure, by forming a closed compartment between the outer wall surface and the inner wall surface of the semicircular tube shells, so that it can improve the overall Temperature convection effect to reduce the impact of external ambient temperature on plant cultivation.

再者，本創作之再一主要目的，係在提供一種立柱型模組化栽種結構，其能方便搭配不同配件的組裝，以協助使用者可進行不同條件的植物栽種，而能促進使用者於栽種植物的樂趣。Furthermore, another main purpose of this creation is to provide a column-type modular planting structure, which can be easily assembled with different accessories, so as to help users to plant plants under different conditions, and to facilitate users to The joy of growing plants.

緣是，為達成前述之目的，本創作係提供一種立柱型模組化栽種結構，其至少包含有一基座及一立設於該基座上之植栽管柱：The reason is that, in order to achieve the aforementioned purpose, the present invention provides a column-type modular planting structure, which at least includes a base and a planting column erected on the base:

該植栽管柱係由至少一節管及複數栽培管所組成，其中各該節管具有兩可相對蓋合之半圓管殼，又兩側半圓管殼分別具有間隔之一圓弧狀外壁面及一多角狀內壁面，且該等半圓管殼的外壁面與該內壁面間形成有一封閉之間隔腔室，又該等節管頂端由兩半圓管殼蓋合後形成有一環扣插孔，另該等節管底端由兩半圓管殼蓋合後形成有一環扣插柱，且該等節管之環扣插柱可選擇性插掣於相鄰之節管的環扣插孔內；The planting tube column is composed of at least one tube and a plurality of cultivation tubes, wherein each tube has two semicircular tube shells that can be covered with each other. a polygonal inner wall surface, and a closed compartment is formed between the outer wall surface of the semicircular tube shells and the inner wall surface, and the top ends of the tubes are covered by the two semicircular tube shells to form a ring buckle socket, In addition, the bottom ends of the tube sections are covered by two semicircular tube shells to form a ring-locking post, and the ring-locking posts of the tube segments can be selectively inserted into the ring-locking sockets of the adjacent tube segments;

再者，該等節管之半圓管殼上分別形成有複數供前述栽培管選擇性插設之貫穿安裝孔，而該等栽培管具有一斜向向上之栽種段及一供插設於該安裝孔之安裝段，其中該安裝段具有一可貼抵於該等半圓管殼外壁面之凸抵環緣及一對應該等半圓管殼內壁面之凹扣環槽，供利用一相對之扣片嵌扣於該凹扣環槽上。Furthermore, the semicircular tube shell of these section pipes is respectively formed with a plurality of through-mounting holes for the selective insertion of the aforementioned cultivation pipes, and these cultivation pipes have an obliquely upward planting section and one for being inserted in this installation. The installation section of the hole, wherein the installation section has a convex abutting ring edge that can abut against the outer wall of the semi-circular tube shell and a pair of concave retaining ring grooves corresponding to the inner wall surface of the semi-circular tube shell for using an opposite buckle It is embedded and buckled on the groove of the concave buckle ring.

且本創作並利用下列的技術手段，進一步實現前述之目的及功效；諸如：And this creation and use of the following technical means to further achieve the aforementioned purposes and effects; such as:

該基座上具有一注入口，可供填充水源或營養液。There is an injection port on the base, which can be filled with water source or nutrient solution.

該基座內部具有一對應該等節管環扣插柱之環扣插孔，以供前述植栽管柱利用相鄰節管插掣立設。The base is provided with a pair of looping sockets corresponding to the pipe looping and inserting posts of equal lengths, so that the aforementioned planting pipe posts can be erected by using the inserting switches of adjacent segments.

該基座內部可供設有一泵浦系統，以將該基座內部的水源抽取至該植栽管柱內部頂端，而提供水源給栽種於植栽管柱上之植物。The inside of the base can be provided with a pump system to pump the water source inside the base to the inner top of the planting column, and provide the water source to the plants planted on the planting column.

該植栽管柱之各該節管於兩側半圓管殼間嵌夾有至少一多角狀之承水盤，該等承水盤上具有複數透孔，俾供水源可均勻擴散、且向下滴流。At least one polygonal water-receiving tray is embedded and sandwiched between the semi-circular tube shells on both sides of each section of the planting column. The water-receiving trays are provided with a plurality of through holes, so that the water supply source can spread evenly and drip downward. flow.

該植栽管柱之該等栽培管於節管內部一端塞設有一擋件，其可避免滴入栽培管內部的水源或營養液快速流失。The cultivation pipes of the planting pipe column are plugged with a stopper at one end inside the section pipe, which can prevent the rapid loss of water source or nutrient solution dripped into the cultivation pipe.

該植栽管柱最頂端節管可供設置一掛件，該掛件具有一對應該節管環扣插孔之環扣插柱，可供使用者用於懸掛栽培之用。The topmost section of the planting column can be provided with a pendant, and the pendant has a pair of looped inserts for the looped sockets of the section, which can be used by users for hanging cultivation.

該植栽管柱頂端可以設置有一植物燈，該植物燈具有一安裝座，該安裝座形成有一對應該節管環扣插孔之環扣插柱，且該安裝座上設有至少一對應植栽管柱外周緣之發光元件，又該安裝座具有一電氣連接該等發光元件之電源控制器。The top of the planting column can be provided with a plant light, the plant light has a mounting seat, the mounting seat is formed with a pair of ring-buckling posts corresponding to the pipe ring-buckle sockets, and at least one pair of planting plants is arranged on the mounting seat The light-emitting elements on the outer periphery of the pipe column, and the mounting base has a power controller electrically connected to the light-emitting elements.

為使　貴審查委員能進一步了解本創作的構成、特徵及其他目的，以下乃舉若干較佳之實施例，並配合圖式詳細說明如后，同時讓熟悉該項技術領域者能夠具體實施。In order to enable your reviewers to further understand the composition, characteristics and other purposes of this creation, the following are some preferred embodiments, which are described in detail with the drawings as follows, and at the same time, those who are familiar with the technical field can implement it.

本創作係一種立柱型模組化栽種結構，隨附圖例示本創作之具體實施例及其構件中，所有關於前與後、左與右、頂部與底部、上部與下部、以及水平與垂直的參考，僅用於方便進行描述，並非限制本創作，亦非將其構件限制於任何位置或空間方向。圖式與說明書中所指定的尺寸，當可在不離開本創作之申請專利範圍內，根據本創作之具體實施例的設計與需求而進行變化。This creation is a column-type modular planting structure, and the accompanying drawings illustrate the specific embodiments of this creation and its components, all related to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical. References are only used for convenience of description, and are not intended to limit the creation, nor restrict its components to any position or spatial orientation. The dimensions specified in the drawings and the description can be changed according to the design and requirements of the specific embodiments of the present invention without departing from the scope of the patent application of the present invention.

關於本創作立柱型模組化栽種結構的構成，係如圖1、圖2所顯示者，其至少包含有一基座（10）及一立設於該基座（10）上之植栽管柱（20）所組成；Regarding the composition of the column-type modular planting structure of the present invention, as shown in Figures 1 and 2, it at least includes a base (10) and a planting column erected on the base (10). (20) consists of;

至於該立柱型模組化栽種結構之詳細構成，則請參看圖1、圖2及圖3所示，其中，該基座（10）內部可供填充水源，且該基座（10）內部可供設置一泵浦系統（15），以將該基座（10）內部的水源抽取至該植栽管柱（20）內部頂端，藉此提供水源給栽種於該植栽管柱（20）上之植物，其中供水系統為典型結構，容不再贅述，而該基座（10）內部具有一環扣插孔（11），係供前述之植栽管柱（20）插掣立設，又該基座（10）上具有一注入口（12），可供使用者填充水源或營養液；As for the detailed structure of the column-type modular planting structure, please refer to FIG. 1 , FIG. 2 and FIG. 3 , wherein the interior of the base (10) can be filled with a water source, and the interior of the base (10) can be filled with water. A pumping system (15) is provided for pumping the water source inside the base (10) to the inner top of the planting column (20), thereby providing a water source for planting on the planting column (20) The plant, in which the water supply system is a typical structure, and will not be repeated, and the base (10) has a ring socket (11) inside, which is used for the aforementioned planting column (20) to be inserted and erected, and the An injection port (12) is provided on the base (10) for the user to fill with water or nutrient solution;

於本實施例中，該植栽管柱（20）係由至少一節管（30）及複數栽培管（40）所串接而成，其中各該節管（30）係由兩可相對蓋合之半圓管殼（31）所構成，又兩側半圓管殼（31）分別具有間隔之一外壁面（311）及一內壁面（312），使得兩側半圓管殼（31）之外壁面（311）可圍繞成各該節管（30）的圓弧狀外周面，而兩側半圓管殼（31）之內壁面（312）可圍繞成各該節管（30）的多角狀內周面，且各該節管（30）之半圓管殼（31）的外壁面（311）與該內壁面（312）間形成有一封閉之間隔腔室（313）［如圖5、圖6所示］，令其具有保溫及隔熱之效果，以確保各該節管（30）內部空氣對流，使得各該節管（30）內部溫度能降低受到外部環境影響，再者，各該節管（30）於兩側半圓管殼（31）間嵌夾有至少一多角狀之承水盤（32），該等承水盤（32）上具有複數透孔（320），以供水源可均勻擴散、且向下滴流，又該等節管（30）頂端由兩半圓管殼（31）蓋合後形成有一環扣插孔（33），另該等節管（30）底端由兩半圓管殼（31）蓋合後形成有一環扣插柱（34），且該等節管（30）之環扣插柱（34）可選擇性插掣於相鄰之節管（30）或基座（10）的環扣插孔（33、11）內，使該等節管（30）可依序串接形成植栽管柱（20）或立設於該基座（10）上；In the present embodiment, the planting pipe column (20) is formed by connecting at least one pipe (30) and a plurality of planting pipes (40) in series, wherein each pipe (30) is composed of two oppositely coverable pipes. The semicircular tube shell (31) is formed, and the semicircular tube shells (31) on both sides respectively have an outer wall surface (311) and an inner wall surface (312) spaced apart, so that the outer wall surfaces (312) of the semicircular tube shells (31) on both sides ( 311) can surround the arc-shaped outer peripheral surface of each tube (30), and the inner wall surfaces (312) of the semicircular tube shells (31) on both sides can surround the polygonal inner peripheral surface of each tube (30). , and a closed compartment (313) is formed between the outer wall surface (311) and the inner wall surface (312) of the semicircular tube shell (31) of each tube (30) [as shown in Figures 5 and 6] , so that it has the effect of heat preservation and heat insulation, so as to ensure the air convection inside each pipe section (30), so that the internal temperature of each pipe section (30) can be reduced and affected by the external environment. Furthermore, each pipe section (30) ) between the semicircular tubular shells (31) on both sides, at least one polygonal water-receiving disc (32) is embedded and sandwiched, and the water-receiving discs (32) are provided with a plurality of through holes (320), so that the water supply source can be evenly diffused, and It drips downward, and the top ends of the tubes (30) are covered by two semicircular tube shells (31) to form a ring buckle socket (33). (31) After the cover is closed, a ring-locking post (34) is formed, and the ring-locking posts (34) of the segments (30) can be selectively inserted into the adjacent segment tubes (30) or the base ( 10) in the ring buckle sockets (33, 11), so that the sections (30) can be serially connected in series to form a planting column (20) or erected on the base (10);

再者，如圖4、圖5所示，該等節管（30）上分別形成有複數供前述栽培管（40）選擇性插設之貫穿安裝孔（35），以供逐一栽種植物，而該等栽培管（40）具有一斜向向上之栽種段（41）及一供插設於該安裝孔（35）之安裝段（42），其中該安裝段（42）具有一可貼抵於該等半圓管殼（31）外壁面（311）之凸抵環緣（421）及一對應該等半圓管殼（31）內壁面（312）之凹扣環槽（422），使得該等栽培管（40）利用該安裝段（42）***該等半圓管殼（31）之安裝孔（35）後，可分別利用一相對之扣片（45）嵌扣於該栽培管（40）之安裝段（42）凹扣環槽（422）上，且該扣片（45）並可貼抵該半圓管殼（31）之內壁面（312），使得各該栽培管（40）可利用安裝段（42）之凸抵環緣（421）與扣片（45）夾掣於該等半圓管殼（31）上，再者該等栽培管（40）於節管（30）內部一端塞設有一擋件（46），其可避免滴入栽培管（40）內部的水源或營養液快速流失；Furthermore, as shown in Fig. 4 and Fig. 5, these section pipes (30) are respectively formed with a plurality of through-mounting holes (35) for selectively inserting the aforementioned cultivation pipes (40), so as to plant plants one by one, and The cultivation tubes (40) have an obliquely upward planting section (41) and an installation section (42) for being inserted into the installation hole (35), wherein the installation section (42) has a The convex abutting ring edges (421) of the outer wall surface (311) of the semicircular tube shells (31) and a pair of concave retaining ring grooves (422) corresponding to the inner wall surface (312) of the semicircular tube shells (31) allow the cultivation of the After the tube (40) is inserted into the installation hole (35) of the semicircular tube shell (31) by using the installation section (42), a relative buckle (45) can be used to be inserted into the installation of the cultivation tube (40) respectively. The segment (42) is on the concave clasp groove (422), and the clasp (45) can be attached to the inner wall surface (312) of the semicircular tube shell (31), so that each of the cultivation tubes (40) can use the installation segment (42) The protruding abutment ring (421) and the buckle (45) are clamped on the semicircular tube shells (31), and the cultivation tubes (40) are provided with a plug inside one end of the section tube (30). a stopper (46), which can avoid the rapid loss of the water source or nutrient solution dripped into the cultivation tube (40);

再請參閱圖3，該植栽管柱（20）於最頂端節管（30）可供設置一掛件（50），該掛件（50）具有一對應該節管（30）環扣插孔（33）之環扣插柱（51），俾供該掛件（50）可以選擇性設置於該植栽管柱（20）頂端，可供使用者用於懸掛栽培之用。另根據某些實施例，如圖7及圖8所揭示者，該立柱型模組化栽種結構之植栽管柱（20）頂端可設置有一植物燈（60），該植物燈（60）具有一安裝座（61），該安裝座（61）形成有一對應該節管（30）環扣插孔（33）之環扣插柱（62），俾供該安裝座（61）可以選擇性設置於該植栽管柱（20）頂端，且該安裝座（61）上設有至少一對應該植栽管柱（20）外周緣之發光元件（63），又該安裝座（61）具有一電氣連接該等發光元件（63）之電源控制器（65），以提供該等發光元件（63）所需電力，且可控制該等發光元件（63）之啟閉及亮度，以提供植栽管柱（20）上各該栽培管（40）之植物於光合作用時所需之光源。Please refer to FIG. 3 again, the planting pipe column (20) can be provided with a pendant (50) at the topmost section tube (30), and the pendant (50) has a pair of sockets ( 33) The ring buckle inserting post (51), so that the pendant (50) can be selectively arranged on the top of the planting column (20), which can be used by the user for hanging cultivation. According to some embodiments, as shown in FIG. 7 and FIG. 8 , a plant lamp (60) may be provided at the top of the planting column (20) of the column-type modular planting structure, and the plant lamp (60) has A mounting seat (61), the mounting seat (61) is formed with a pair of ring-locking posts (62) corresponding to the ring-locking sockets (33) of the joint pipe (30), so that the mounting seat (61) can be selectively arranged At the top of the planting column (20), and the mounting seat (61) is provided with at least a pair of light-emitting elements (63) corresponding to the outer periphery of the planting column (20), and the mounting seat (61) has a The power supply controller (65) of the light-emitting elements (63) is electrically connected to provide the power required by the light-emitting elements (63), and the on-off and brightness of the light-emitting elements (63) can be controlled to provide planting The light source required by the plants in the cultivating tubes (40) on the tube column (20) during photosynthesis.

經由前述之結構設計說明可知，本創作立柱型模組化栽種結構之植栽管柱（20）中，各該節管（30）係由可相對蓋合之半圓管殼（31）所組成，且各該節管（30）上插設於各該安裝孔（35）之栽培管（40）係利用位於內部之扣片（45）來選擇性扣掣，因此其將各該節管（30）之兩側半圓管殼（31）分離後，可逐一拆下各該栽培管（40）進行清洗與清理，可以有效避免前一次栽種的培養渣殘留，而可防止病蟲害相互感染，且具有易於拆裝進行換盆之效，同時可以提高該等栽培管（40）的支撐性，不致發生植物因成長過程導致重量增加時，該栽培管（40）會下垂的問題，可以確保植物的有效生長，再者，該植栽管柱（20）之各該節管（30）可無限對接，而能滿足不同栽種產量的需求；It can be seen from the above-mentioned structural design description that in the planting column (20) of the column-type modular planting structure of the present invention, each section of the pipe (30) is composed of a semicircular tube shell (31) that can be closed relative to each other, And the cultivation tubes (40) inserted into the mounting holes (35) on each of the tube sections (30) are selectively buckled by using the clips (45) located inside, so that the sections of the tubes (30) are selectively buckled. After the semicircular tube shells (31) on both sides of the ) are separated, the cultivation tubes (40) can be removed one by one for cleaning and cleaning, which can effectively avoid the residue of the culture residue from the previous planting, prevent mutual infection of diseases and insect pests, and has the advantages of easy The effect of dismantling and changing pots can be improved, and the supportability of the cultivation tubes (40) can be improved at the same time, so that the problem of sagging of the cultivation tubes (40) will not occur when the weight of the plants increases due to the growth process, and the effective growth of the plants can be ensured. Furthermore, each of the sections (30) of the planting pipe string (20) can be connected infinitely, so as to meet the needs of different planting yields;

又，因該植栽管柱（20）之各該節管（30）的半圓管殼（31）係透過該外壁面（311）與內壁面（312）間之間隔腔室（313）的設計，使其具有保溫及隔熱之效果，以確保各該節管（30）內部空氣對流，使得各該節管（30）能減少受到外部環境影響到內部溫度。In addition, because the semicircular tube shell (31) of each tube (30) of the planting column (20) passes through the design of the spaced chamber (313) between the outer wall surface (311) and the inner wall surface (312) , so that it has the effect of heat preservation and heat insulation, so as to ensure the air convection inside each pipe section (30), so that each pipe section (30) can reduce the internal temperature affected by the external environment.

再者，利用其植栽管柱（20）之各該節管（30）上具有對接用之環扣插孔（33）的設計，而能用於方便不同配件的組裝，如掛件（50）或植物燈（60），以協助使用者進行不同條件的植物栽種，而能促進使用者栽種植物的樂趣，並可大幅增進其實用性。Furthermore, each section of the pipe (30) of the planting column (20) is provided with the design of the ring socket (33) for docking, which can be used to facilitate the assembly of different accessories, such as the pendant (50) Or a plant lamp (60) to assist the user in planting plants under different conditions, thereby promoting the user's enjoyment of planting plants and greatly improving its practicality.

10:基座 11:環扣插孔 12:注入口 15:泵浦系統 20:植栽管柱 30:節管 31:半圓管殼 311:外壁面 312:內壁面 313:間隔腔室 32:承水盤 320:透孔 33:環扣插孔 34:環扣插柱 35:安裝孔 40:栽培管 41:栽種段 42:安裝段 421:凸抵環緣 422:凹扣環槽 45:扣片 46:擋件 50:掛件 51:環扣插柱 60:植物燈 61:安裝座 62:環扣插柱 63:發光元件 65:電源控制器 10: Pedestal 11: Ring buckle jack 12: Injection port 15: Pump system 20: Planting columns 30: Tube section 31: Semi-circular tube shell 311: outer wall 312: inner wall surface 313: Spacer Chamber 32: Water tray 320: Through hole 33: Ring buckle jack 34: Ring buckle post 35: Mounting holes 40: Cultivation tube 41: Planting section 42: Installation segment 421: convex contact ring 422: Recessed ring groove 45: Buckle 46: Stopper 50: pendant 51: Ring buckle post 60: Plant Lights 61: Mounting seat 62: Ring buckle post 63: Light-emitting element 65: Power Controller

圖1：本創作之立體外觀示意圖。圖2：本創作之側視剖面示意圖，供說明其組成後之內部狀態。圖3：本創作之立體分解示意圖，供說明其主要構件之態樣及相對關係。圖4：本創作之局部立體分解示意圖，供說明其栽培管之組成元件及態樣。圖5：本創作圖4組成後之局部剖面示意圖，供說明其栽培管之組成狀態。圖6：本創作管柱之俯視剖面示意圖，供說明其組成後之內部狀態。圖7：本創作另一實施例之立體外觀示意圖。圖8：本創作另一實施例之局部立體分解示意圖。 Figure 1: Schematic diagram of the three-dimensional appearance of this creation. Figure 2: Schematic cross-sectional side view of this creation to illustrate its internal state after composition. Figure 3: A three-dimensional exploded schematic diagram of this creation to illustrate the state and relative relationship of its main components. Figure 4: A partial three-dimensional exploded schematic diagram of this creation to illustrate the components and appearance of the cultivation tube. Figure 5: A partial cross-sectional schematic diagram after the composition of Figure 4 in this creation, to illustrate the composition state of the cultivation tube. Figure 6: A schematic top-view cross-sectional view of the pipe column of this creation, for illustrating its internal state after composition. FIG. 7 is a schematic three-dimensional appearance diagram of another embodiment of the present invention. Fig. 8 is a partial perspective exploded schematic diagram of another embodiment of the present invention.

10:基座 10: Pedestal

11:環扣插孔 11: Ring buckle jack

15:泵浦系統 15: Pump system

20:植栽管柱 20: Planting columns

30:節管 30: Tube section

31:半圓管殼 31: Semi-circular tube shell

311:外壁面 311: outer wall

312:內壁面 312: inner wall surface

313:間隔腔室 313: Spacer Chamber

32:承水盤 32: Water tray

33:環扣插孔 33: Ring buckle jack

34:環扣插柱 34: Ring buckle post

40:栽培管 40: Cultivation tube

41:栽種段 41: Planting section

42:安裝段 42: Installation segment

50:掛件 50: pendant

Claims

一種立柱型模組化栽種結構，其至少包含有一基座及一立設於該基座上之植栽管柱：該植栽管柱係由至少一節管及複數栽培管所組成，其中各該節管具有兩可相對蓋合之半圓管殼，又兩側半圓管殼分別具有間隔之一圓弧狀外壁面及一多角狀內壁面，且該等半圓管殼的外壁面與該內壁面間形成有一封閉之間隔腔室，又該等節管頂端由兩半圓管殼蓋合後形成有一環扣插孔，另該等節管底端由兩半圓管殼蓋合後形成有一環扣插柱，且該等節管之環扣插柱可選擇性插掣於相鄰之節管的環扣插孔內；再者，該等節管之半圓管殼上分別形成有複數供前述栽培管選擇性插設之貫穿安裝孔，而該等栽培管具有一斜向向上之栽種段及一供插設於該安裝孔之安裝段，其中該安裝段具有一可貼抵於該等半圓管殼外壁面之凸抵環緣及一對應該等半圓管殼內壁面之凹扣環槽，供利用一相對之扣片嵌扣於該凹扣環槽上。 A column-type modular planting structure at least comprises a base and a planting column erected on the base: The planting tube column is composed of at least one tube and a plurality of cultivation tubes, wherein each tube has two semicircular tube shells that can be covered with each other. a polygonal inner wall surface, and a closed compartment is formed between the outer wall surface of the semicircular tube shells and the inner wall surface, and the top ends of the tubes are covered by the two semicircular tube shells to form a ring buckle socket, In addition, the bottom ends of the tube sections are covered by two semicircular tube shells to form a ring-locking post, and the ring-locking posts of the tube segments can be selectively inserted into the ring-locking sockets of the adjacent tube segments; Furthermore, the semicircular tube shell of these section pipes is respectively formed with a plurality of through-mounting holes for the selective insertion of the aforementioned cultivation pipes, and these cultivation pipes have an obliquely upward planting section and one for being inserted in this installation. The installation section of the hole, wherein the installation section has a convex abutting ring edge that can abut against the outer wall of the semi-circular tube shell and a pair of concave retaining ring grooves corresponding to the inner wall surface of the semi-circular tube shell for using an opposite buckle It is embedded and buckled on the groove of the concave buckle ring.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該基座上具有一注入口，可供填充水源或營養液。The column-type modular planting structure described in claim 1, wherein the base has an injection port for filling with water source or nutrient solution.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該基座內部具有一對應該等節管環扣插柱之環扣插孔，供前述植栽管柱利用相鄰節管插掣立設。The column-type modular planting structure as described in claim 1, wherein the base is provided with a pair of ring sockets corresponding to equal-section pipe ring sockets for the aforementioned planting columns to use adjacent The pipe inserting switch is erected.

如申請專利範圍第1或2或3項所述之立柱型模組化栽種結構，其中，該基座內部可供設有一泵浦系統，以將該基座內部的水源抽取至該植栽管柱內部頂端，以提供水源給栽種於植栽管柱上之植物。The column-type modular planting structure as described in claim 1 or 2 or 3 of the scope of the application, wherein a pump system can be provided inside the base to pump the water source inside the base to the planting tube The inner top of the column is used to provide water source to the plants planted on the planting column.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該植栽管柱之各該節管於兩側半圓管殼間嵌夾有至少一多角狀之承水盤，該等承水盤上具有複數透孔，供水源可均勻擴散、且向下滴流。The column-type modular planting structure described in claim 1, wherein at least one polygonal water-receiving tray is embedded and sandwiched between the semicircular tube shells on both sides of each tube of the planting column. There are a plurality of through holes on the water-receiving plate, and the water supply source can spread evenly and drip downward.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該植栽管柱之該等栽培管於節管內部一端塞設有一擋件，其可避免滴入栽培管內部的水源或營養液快速流失。The column-type modular planting structure as described in item 1 of the scope of the application, wherein the planting tubes of the planting column are plugged with a stopper at one end inside the joint tube, which can avoid dripping into the planting tubes. Rapid loss of water or nutrient solution.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該植栽管柱最頂端節管可供設置一掛件，該掛件具有一對應該節管環扣插孔之環扣插柱，可供使用者用於懸掛栽培之用。The column-type modular planting structure described in claim 1, wherein the topmost section of the planting column can be provided with a pendant, and the pendant has a pair of buckles corresponding to the sockets of the joints. Post, which can be used by users for hanging cultivation.

如申請專利範圍第1項所述之立柱型模組化栽種結構，其中，該植栽管柱頂端可以設置有一植物燈，該植物燈具有一安裝座，該安裝座形成有一對應該節管環扣插孔之環扣插柱，且該安裝座上設有至少一對應植栽管柱外周緣之發光元件，又該安裝座具有一電氣連接該等發光元件之電源控制器。The column-type modular planting structure as described in item 1 of the scope of the application, wherein a plant light can be provided at the top of the planting column, the plant light has a mounting seat, and the mounting seat is formed with a pair of corresponding pipe loops The socket is clasped with a socket, and the mounting seat is provided with at least one light-emitting element corresponding to the outer periphery of the planting column, and the mounting seat has a power controller electrically connected to the light-emitting elements.