DE202024104924U1 - Structure of a waterway for a flowerpot stand - Google Patents

Abstract

A structure of a waterway for a flowerpot stand, comprising: a plurality of posts (11), each of which is a hollow vertical rod, with a gap between two posts (11) to form a front row of posts (11) facing a rear row of posts (11) arranged in at least two rows; a plurality of support members (12), each of which is arranged between two adjacent posts (11) for placing a flowerpot (30), an outer side of the post (11) being provided with a mounting plate (111), the mounting plate (111) of a post (11) of the front row facing the mounting plate (111) of a post (11) of the rear row, each post (11) being provided with a plurality of through holes (112) and a lower through hole (1120) at a lower end of the post (11), the support member (12) being made of two horizontal rods (121) and several longitudinal bars (122), the horizontal bars (121) run perpendicular to the longitudinal bars (122), the horizontal bars (121) are arranged between two adjacent posts (11) in the front row and between two adjacent posts (11) in the rear row, the longitudinal bars (122) being distributed between the two horizontal bars; anda water path device (20) consisting of a plurality of lower water hoses (21) and a plurality of upper water hoses (22), the lower water hoses (21) being mounted to the lower through holes (1120) on the bottoms of the posts (11) in the front row, the lower water hoses (21) being connected between the bottoms of the posts (11), an upper water hose (22) being connected to a through hole (112) above the post (11), a rear end of the upper water hose (22) being a nozzle (221), the nozzle (221) being arranged above the flowerpot (30), the water from the water source being able to be guided into the connected post (11) through the lower water hose (21), and the structure of a water path being designed such that the water flows to the upper water hose (22), thereby being sprayed into the flowerpot (30) through the nozzle (221).

Description

BACKGROUND OF THE INVENTION

a) FIELD OF THE INVENTION

The present invention relates to a waterway structure for a flowerpot stand, particularly to a waterway structure for a flowerpot stand, wherein the posts of the flowerpot stand are a support structure and also a waterway structure that makes the appearance of the entire assembly attractive and elegant. Moreover, there are no irregular waterways and the entire installation is clean and uniform without the need to lay an explicitly exposed piping and water from a water source can flow completely through the posts provided.

b) DESCRIPTION OF THE KNOWN STATE OF THE ART

Since it is not easy to acquire a plot of land, bonsai is still mostly used as a green plant in home life. By placing the bonsai indoors or outdoors, not only can the air be purified, the environment beautified, refreshed, but also the emotions can be regulated and it can be fun, physical and mental health can be improved and human immunity can be strengthened. The bonsai plants can facilitate the elimination of particulate matter, formaldehyde, carbon monoxide, carbon dioxide and bacterioplankton and release negative ions, oxygen and water. In addition, the plants contain water and are able to absorb electromagnetic waves. So the bonsai can relax and relieve stress, and Homo sapiens, who are constantly staring at the screen, can look at the green plants for a change to relax their eyes. On the other hand, the love of plants can even have a stabilizing effect on emotions and planting flowers can promote mental health and reduce psychological stress, anxiety and depression. Through the cultivation of the plants, the daily watering of the bonsai, the changing of the seasons as the plants grow, and the different scenes of the flowers blooming and fading, a sense of joy can be experienced, while a healing effect can be achieved.

Although planting the bonsai has so many effects, the placement of the bonsai is extremely important. If the bonsai is planted irregularly, you will get the opposite effects without benefiting from the original effects. Therefore, the bonsai should be placed neatly so that you can enjoy its positive effects and relax while doing so. To place the bonsai neatly, you use a flowerpot stand, and the flowerpot stands available in the market all offer the possibility of being able to place the bonsai neatly. The bonsai can be placed on the flowerpot stand in more than two or three layers, and the flowerpot stand is mainly composed of several vertical rods, several horizontal rods, and several supporting members. The vertical rods and the horizontal rods are crossed to form the flowerpot stand, and the supporting member can be constructed of a supporting board or several supporting rods and is arranged between two horizontal rods in the same layer to allow the bonsai to be placed. This is the common flowerpot stand. A bonsai grower needs to water the bonsai regularly. Since the watering of the bonsai starts from the upper layer of the bonsai to the lower layer of the bonsai, the soil may become wet, which can easily make the interior dirty. In addition, if the grower leaves the house for several days or forgets to water the bonsai, the plants will wither. Therefore, automatic bonsai watering devices are available in the market.

For an automatic bonsai watering device, a prior art flowerpot stand is provided with multiple pipes along the vertical rods or horizontal rods, with a rear end of the pipe provided with a nozzle arranged above the bonsai. The pipes are connected not only to a water source but also to a valve for controlling the water source, a timer or a flow regulator so that the bonsai can be watered at specific times and with specific amounts to avoid the bonsai from withering. However, the pipes of this type of automatic bonsai watering device protruding from the vertical rods or horizontal rods of the flowerpot stand are quite unattractive. In addition, the pipes are easy to fall off from the vertical or horizontal rods after long-term use, with the nozzle unable to be aligned with the bonsai. Furthermore, it is not easy for the consumer to lay the pipes by himself after purchasing the device and build it up layer by layer.

SUMMARY OF THE INVENTION

• mehrere Pfosten, von denen jeder ein hohler vertikaler Pfosten ist, wobei ein Zwischenraum zwischen zwei Pfosten angeordnet ist, um einen vorderen Pfosten gegenüber einer hinteren Reihe von Pfosten zu bilden, die in mindestens zwei Reihen angeordnet werden sollen;
• mehrere Tragelemente, die jeweils zwischen zwei benachbarten Pfosten angeordnet sind, um einen Blumentopf aufzustellen, und wobei die vorliegende Erfindung dadurch gekennzeichnet ist, dass eine Außenseite des Pfostens mit einer Montageplatte versehen ist, wobei die Montageplatte eines Pfostens der vorderen Reihe der Montageplatte eines Pfostens der hinteren Reihe gegenüberliegt, jeder Pfosten mit mehreren Durchgangslöchern und einem unteren Durchgangsloch am Boden versehen ist, das Tragelement aus zwei horizontalen Stäben und mehreren Längsstäben besteht, die horizontalen Stäbe senkrecht zu den Längsstäben stehen, die horizontalen Stäbe zwischen zwei benachbarten Pfosten in der vorderen Reihe sowie zwischen den beiden benachbarten Pfosten in der hinteren Reihe angeordnet sind, während die Längsstäbe zwischen den beiden horizontalen Stäben verteilt sind; und
• eine Vorrichtung der Wasserwege, die aus mehreren unteren Wasserschläuchen und mehreren oberen Wasserschläuchen besteht, wobei die unteren Wasserschläuche an den unteren Durchgangslöchern an den Böden der Pfosten in der vorderen Reihe montiert sind, die unteren Wasserschläuche zwischen den Böden der Pfosten angeschlossen sind, ein oberer Wasserschlauch an das Durchgangsloch oberhalb des Pfostens angeschlossen werden kann, ein Endstück des oberen Wasserschlauchs eine Düse ist, die Düse oberhalb des Blumentopfes angeordnet ist, das Wasser von der Wasserquelle durch den unteren Wasserschlauch in den verbundenen Pfosten geführt wird und zum oberen Wasserschlauch fließt und dann durch die Düse in den Blumentopf gesprüht wird.

Accordingly, the present invention is intended to provide a structure of a waterway for a Flower pot stand can be created, which includes the following components:

• a plurality of posts, each of which is a hollow vertical post, with a space arranged between two posts to form a front post opposite a rear row of posts to be arranged in at least two rows;
• a plurality of support members each arranged between two adjacent posts for placing a flowerpot, and wherein the present invention is characterized in that an outer side of the post is provided with a mounting plate, the mounting plate of a post of the front row being opposite to the mounting plate of a post of the rear row, each post being provided with a plurality of through holes and a lower through hole at the bottom, the support member consists of two horizontal bars and a plurality of longitudinal bars, the horizontal bars are perpendicular to the longitudinal bars, the horizontal bars are arranged between two adjacent posts in the front row and between the two adjacent posts in the rear row, while the longitudinal bars are distributed between the two horizontal bars; and
• a waterway device composed of a plurality of lower water hoses and a plurality of upper water hoses, the lower water hoses are mounted on the lower through holes on the bottoms of the posts in the front row, the lower water hoses are connected between the bottoms of the posts, an upper water hose can be connected to the through hole above the post, a terminal of the upper water hose is a nozzle, the nozzle is arranged above the flowerpot, the water from the water source is led into the connected post through the lower water hose and flows to the upper water hose and then sprayed into the flowerpot through the nozzle.

A main object of the present invention is to provide a waterway structure for a flowerpot stand, wherein the posts of the flowerpot stand are both a support structure and a waterway structure. The present invention has an attractive and elegant appearance, the waterway is clean and uniform and also has no irregularities, it is not necessary to arrange the explicitly protruding pipes, the water can fully flow from the water source into each post.

Another object of the present invention is to provide a structure of a waterway for a flowerpot stand, wherein the post is provided with the mounting plate extended outward and all the supporting members are erected by the mounting plates, which are strong and reliable, thereby improving the disadvantages of the prior art in which holes must be drilled in the posts of the prior art, with the holes supporting the supporting member through bolts.

Still another object of the present invention is to provide a water path for a flower pot stand, wherein all of the lower water hoses and the upper water hoses are reliably secured with hollow nuts so that the lower water hoses and the upper water hoses are not loosened when the user moves the flower pot stand.

Still another object of the present invention is to provide a water path for a flowerpot stand, wherein water can flow from one set of flowerpot stands to another set of flowerpot stands through the water path, or a flowerpot stand which is set up in a wide manner can also be extended with a water path for flowing through; therefore, the user can extend the flowerpot stand and extend the water path by himself according to the need and environment, which makes the assembly simple and convenient.

Still another object of the present invention is to provide a waterway structure for a flowerpot stand, wherein the waterway device has a flow control valve to control the flow rate and a timer to turn the water source on or off at specific times so that the user can plan the time and flow rate in advance before leaving the house for several days to keep the bonsai moist so that it does not wither and fade.

For a better understanding of the objects and technical methods of the present invention, the brief description of the accompanying drawings is followed by a detailed description of the preferred embodiments.

SHORT DESCRIPTION OF THE DRAWINGS

• 1 shows a three-dimensional exploded view of an assembly of an embodiment of a flowerpot stand and a part of the waterway device according to the present invention.
• 2 shows a three-dimensional exploded view of a part of the embodiment of the flowerpot stand and a part of the waterway device according to the present invention.
• 3 shows a three-dimensional view of the assembly of the embodiment of the present invention.
• 4 shows a front view of the embodiment of the present invention.
• 5 shows a sectional view of a waterway extending from a waterway device of the posts in a front row to the bottoms of the posts in a rear row according to the present invention.
• 5A shows an enlarged sectional view at a mark A in 5 .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

The 1 to 5 show a flowerpot stand 10 mounted with a device of waterways 20. The flowerpot stand 10 comprises a plurality of posts 11 and a plurality of support members 12, each post 11 is a hollow rod, wherein there is a gap between the two posts 11, the posts 11 in a front row are formed opposite the posts 11 in a rear row (the posts 11 in the front row have the same shapes and structures as the posts 11 in the rear row), which are arranged in at least two rows. The support members 12 are placed between two adjacent posts 11, wherein each support member 12 offers enough space for a flowerpot 30. An outer side of the post 11 is provided with a mounting plate 111 (see 5A) , wherein the mounting plate 111 in the front row is opposite to the mounting plate 111 of the post 11 in the rear row, and each post 111 has a plurality of through holes 112 and a lower through hole 1120. The through holes 112 are threaded holes, wherein the lower through hole 1120 is also a threaded hole. The support member 12 consists of two horizontal bars 121 and a plurality of longitudinal bars 122, and the horizontal bars 121 are arranged perpendicular to the longitudinal bars 122. The horizontal bars 121 are arranged between two adjacent posts 11 in the front row and between two adjacent posts 11 in the rear row, while the longitudinal bars 122 are distributed between the two horizontal bars 121. The mounting plate 111 of the post 11 is fixed to the horizontal bar 121 of the support member 12 with a plurality of bolts 123 (self-tapping bolts), while the horizontal bars 121 of the support member 12 are fixed to the longitudinal bars 122 with a plurality of bolts 124 (self-tapping bolts). An upper end of the post 11 has an upper opening 113 (see 1 ), the upper opening being closed by an upper plug 1131. Further, a lower end of the post 11 has a lower opening 114, the lower opening 114 being closed by a lower plug 1141, while a lower surface of the lower plug 1141 is provided with a foot pad 1142.

The device of the water ways 20 consists of a plurality of lower water hoses 21 and upper water hoses 22. Each lower water hose 21 is mounted on a bottom of the post 11 in the front row or on a bottom of the post 11 in the rear row. The lower water hose 21 can be connected to the lower through hole 1120 on the bottom of the post 11, wherein the lower water hose 21 can be connected between the bottoms of the posts 11. The lower water hose 21 enters the lower through hole 1120 and is fixed to an outer part with a hollow nut 11210 and a sealing ring 11220. An upper water hose 22 can be connected to a through hole 112 above the post 11, the upper water hose 22 leading into the through hole 112 and also being fixed to an outer part by a hollow nut 1121 and a sealing ring 1122. The rear end of the upper water hose 22 is a nozzle 221 arranged above the flower pot 30. The through hole 112 to which the upper water hose 22 is not connected or the lower through hole 1120 to which the lower water hose 21 is not connected is blocked by a fixed nut 115.

A flow control valve 40 and a timer 50 are attached to the lower water hose 21 at the front end of the waterway device 20 and connected to a water source. With the timer 50 and the flow control valve 40, the water from the water source is supplied to each lower water hose 21 at regular times and in regular amounts, the water from the water sources being supplied through the lower water hoses 21 into the connected posts 11. In addition, the water from the water source flows into the posts 11 and to the upper water hoses 22 and is then sprayed from the nozzles 221 into the flowerpot 30.

Due to the above-mentioned structures, during assembly, several supporting elements 12 are initially placed between two adjacent posts 11. Then, depending on the position, several bolts 123 are inserted into the Mounting plates 111 of the posts 11 to be attached are pressed onto the horizontal bars 121 of the support elements 12, the horizontal bars 121 are fastened to the longitudinal bars 122 by pressing in several bolts 124, whereby the support elements 12 are mounted between two adjacent posts 11, each support element 12 can be placed with a flower pot 30. The lower water hoses 21 of the device of the water ways 20 are mounted one after the other in the lower through holes 1120 on the undersides of the posts 11. Each lower water hose 21 is connected between the posts 11, the upper water hose 22 is mounted in a through hole 112 above the post 11, the nozzle 221 of the upper water hose 21 is mounted to face an upper surface of the flowerpot 30, the lower water hose 21 at the foremost end of the water path device 20 is attached to the flow control valve 40 and the timer 50, after which the water source is connected. Through the timer 50 and the flow control valve 40, the water from the water source is fed into each lower water hose 21 at a certain time and in a certain amount, so that the water from the water source can be supplied to the connected posts 11 via the lower water hoses 21. In addition, the water flows into the posts and to the upper water hoses 22 and is sprayed into the flowerpots 30 from the nozzles 221.

The 1 to 3 show that a hollow nut 11211, a sealing ring 11221 and a short lower water hose 210 are attached to the lower through hole 1120 below the post 11 in the front row on the outermost side. The short lower water hose 210 is then connected to a T-piece 23, while a vertical joint 231 (see 1 ) of the T-piece 23, a lower water hose 21 can in turn be connected. The lower water hose 21 is connected to a bent joint 24, a short lower water hose 211, with a hollow nut 11212 and a sealing ring 11222 attached to the lower water hose 21. The lower water hose 21 is then connected to the lower through hole 1120 on the underside of the post 11 in the rear row, so that the water from the water source can be led through the posts 11 in the front row into the posts 11 in the rear row. The upper water hoses 22 can also be connected to the posts 11 in the rear row, whereby the water from the water source can be led from the nozzles 221 into the flower pots 30. Or another joint 232 (see 1 ) of the T-piece 23 in the same direction is not sealed, but a lower water hose 21 is connected to another flowerpot stand 10 so that the water path can be extended to another flowerpot stand 10. However, if the water path is not extended to another flowerpot stand 10, another connection 232 of the T-piece 23 in the same direction can also be sealed.

1. 1. Die Pfosten 11 des Blumentopfständers 10 sind eine Trägerstruktur und gleichzeitig ein Wasserweg.
2. 2. Das gesamte Erscheinungsbild ist attraktiv und elegant und erscheint ohne die unregelmäßigen Wasserwege ordentlich und einheitlich. Obwohl der untere Wasserschlauch 21 am Boden nach außen hin freiliegt, ist er am Boden so gut wie unsichtbar, ohne das Erscheinungsbild zu beeinträchtigen. Daher ist es nicht notwendig, explizit freiliegende Rohrleitungen zu verlegen, wobei das Wasser von der Wasserquelle vollständig durch die benötigten Pfosten 11 fließen kann.
3. 3. Eder untere Wasserschlauch 21 ist mit jeder Hohlmutter 11210 (11211, 11212) befestigt, wobei jeder obere Wasserschlauch 22 durch die Hohlmutter 1121 zuverlässig befestigt ist. Daher wird jeder untere Wasserschlauch 21 und jeder obere Wasserschlauch 22 nicht gelockert, selbst wenn der Benutzer den Blumentopfständer 10 bewegt, was die Mängel des Blumentopfständers nach dem Stand der Technik verbessert, bei dem der Wasserweg zusätzlich festgezogen werden muss, da der Wasserweg sonst leicht gelockert werden kann, was das Erscheinungsbild beeinträchtigt.
4. 4. Der Pfosten 11 ist mit der Montageplatte 111 verlängert, wobei der Pfosten 11 und die Montageplatte 111 aus einer Aluminiumlegierung hergestellt sind. Alle Tragelemente 12 werden mit Hilfe der festen und zuverlässigen Montageplatten 111 montiert. Außerdem müssen keine Löcher zusätzlich in die Pfosten 11 gebohrt werden, um das Tragelement 12 aufzustellen, was die Mängel des Blumentopfständers nach dem Stand der Technik verbessert, bei dem zusätzlich Löcher in den Pfosten gebohrt werden müssen, um das Tragelement aufzustellen, bei dem das Wasser aus den Löchern des Pfahls fließen kann und bei dem die Pfosten nicht die ganze Zeit als Wasserweg verwendet werden können.
5. 5. Daneben, dass die Pfosten 11 in der vorderen Reihe mit einem Wasserweg versehen sind, können auch die Pfosten 11 in der hinteren Reihe mit einem Wasserweg versehen sein.
6. 6. Ein Wasserweg eines Blumentopfständers 10 kann zu einem anderen Blumentopfständer 10 führen oder der Blumentopfständer 10, der verlängert aufgestellt ist, kann auch mit einem Wasserweg verlängert werden. Der Benutzer kann den Blumentopfständer 10 selbst ausbauen und aufstellen und den Wasserweg je nach Bedarf und Umgebung erweitern, wobei die Montage einfach und praktisch ist.
7. 7. Die Kosten können eingespart werden. Das Wasser fließt durch die Pfosten 11, ohne dass zusätzliche Rohrleitungen und Bandverbindungen erforderlich sind, wodurch Kosten eingespart werden.
8. 8. Das Durchflussregelventil 40 und die Zeitschaltuhr 50 der Vorrichtung der Wasserwege 20 sind optional. Wenn das Durchflussregelventil 40 montiert ist, kann der Auslassstrom gesteuert werden; wenn die Zeitschaltuhr 50 montiert ist, kann die Wasserquelle zu bestimmten Zeiten ein- oder ausgeschaltet werden. Wenn der Benutzer das Haus für mehrere Tage verlässt, kann er die Zeit und die Durchflussmenge im Voraus planen, damit der Bonsai mit Feuchtigkeit versorgt wird und somit ein Verwelken und Verblassen vermieden werden.
9. 9. An einigen Pfosten 11 sind die untere Wasserschläuche, jedoch nicht die oberen Wasserschläuche 22 angeschlossen. Diese Pfosten 11 können zum Speichern, Ableiten oder Ablassen von Wasser verwendet werden.

The present invention has the following advantages:

1. 1. The posts 11 of the flowerpot stand 10 are a supporting structure and at the same time a waterway.
2. 2. The overall appearance is attractive and elegant, and appears neat and uniform without the irregular waterways. Although the lower water hose 21 is exposed to the outside at the bottom, it is almost invisible at the bottom without affecting the appearance. Therefore, it is not necessary to lay explicitly exposed piping, allowing the water from the water source to flow completely through the required posts 11.
3. 3. Each lower water hose 21 is fixed with each hollow nut 11210 (11211, 11212), and each upper water hose 22 is reliably fixed by the hollow nut 1121. Therefore, even if the user moves the flowerpot stand 10, each lower water hose 21 and each upper water hose 22 will not be loosened, which improves the shortcomings of the prior art flowerpot stand in which the waterway needs to be additionally tightened, otherwise the waterway is easy to be loosened, affecting the appearance.
4. 4. The post 11 is extended with the mounting plate 111, the post 11 and the mounting plate 111 are made of aluminum alloy. All the supporting members 12 are assembled by means of the solid and reliable mounting plates 111. In addition, there is no need to additionally drill holes in the posts 11 to set up the supporting member 12, which improves the shortcomings of the prior art flowerpot stand which requires additionally drilling holes in the post to set up the supporting member, which allows water to flow out of the holes of the post, and which allows the posts to not be used as a waterway all the time.
5. 5. In addition to the posts 11 in the front row being provided with a waterway, the posts 11 in the rear row may also be provided with a waterway.
6. 6. A waterway of a flowerpot stand 10 can be connected to another flowerpot stand 10 or the flowerpot stand 10 which is set up extended can also be extended with a waterway. The user can disassemble and set up the flowerpot stand 10 by himself and extend the waterway according to the needs and environment, and the assembly is simple and convenient.
7. 7. Costs can be saved. Water flows through the posts 11 without the need for additional piping and band connections, thus saving costs.
8. 8. The flow control valve 40 and the timer 50 of the waterway device 20 are optional. When the flow control valve 40 is installed, the outlet flow can be controlled; when the timer 50 is installed, the water source can be turned on or off at specific times. When the user leaves the house for several days, he can plan the time and flow rate in advance to keep the bonsai hydrated, thus preventing withering and fading.
9. 9. Some posts 11 have the lower water hoses connected, but not the upper water hoses 22. These posts 11 can be used to store, drain or discharge water.

It is to be understood that the embodiments described above merely illustrate the principles of the present invention and that those skilled in the art may make various modifications without departing from the spirit and scope of the present invention as described in the appended claims.

In summary, the present invention relates to a waterway structure for a flowerpot stand. The flowerpot stand 10 is comprised of a waterway device 20 having a plurality of posts 11, a plurality of support members 12, and a waterway device 20. Each post 11 is provided with an external mounting plate 111, a plurality of through holes 112, and a lower through hole 1120. The support member 12 enables a flowerpot 30 to be placed thereon, the waterway device 20 has a plurality of lower water hoses 21 and a plurality of upper water hoses 22, the lower water hose 21 is connected to the bottom of the post 11, while the upper water hose 22 is connected to a location above the post 11. The post 11 serves as a support structure and also as a water source through which the water flows. The water enters the connected posts 11 through the lower water hose 21 and flows to the upper hoses 22 and is then sprayed from the upper water hoses 22 into the flower pots 30.

Claims (10)

A structure of a waterway for a flowerpot stand comprising a plurality of posts (11), each of which is a hollow vertical rod, with a space between two posts (11) to form a front row of posts (11) facing a rear row of posts (11) arranged in at least two rows; a plurality of support elements (12), each of which is arranged between two adjacent posts (11) for setting up a flower pot (30), an outer side of the post (11) being provided with a mounting plate (111), the mounting plate (111) of a post (11) of the front row being opposite the mounting plate (111) of a post (11) of the rear row, each post (11) being provided with a plurality of through holes (112) and a lower through hole (1120) at a lower end of the post (11), the support element (12) consisting of two horizontal bars (121) and a plurality of longitudinal bars (122), the horizontal bars (121) running perpendicular to the longitudinal bars (122), the horizontal bars (121) being arranged between two adjacent posts (11) in the front row and between two adjacent posts (11) in the rear row, the longitudinal bars (122) distributed between the two horizontal bars; and a water path device (20) consisting of a plurality of lower water hoses (21) and a plurality of upper water hoses (22), wherein the lower water hoses (21) are mounted to the lower through holes (1120) on the bottoms of the posts (11) in the front row, the lower water hoses (21) are connected between the bottoms of the poles (11), an upper water hose (22) is connected to a through hole (112) above the pole (11), a rear end of the upper water hose (22) is a nozzle (221), the nozzle (221) is arranged above the flowerpot (30), the water from the water source is guideable through the lower water hose (21) into the connected post (11), and the structure of a water path is formed such that the water flows to the upper water hose (22), thereby being sprayed into the flowerpot (30) through the nozzle (221). The structure of a waterway for a flowerpot stand according to claim 1 , wherein the mounting plate (111) of the post (11) is attached to the horizontal bars (121) of the support element (12) by fastening with a plurality of bolts (123). The structure of a waterway for a flowerpot stand according to claim 1 , wherein the horizontal bars (121) of the support element (12) are attached to the longitudinal bars (122) by fastening with a plurality of bolts (123). The structure of a waterway for a flowerpot stand according to claim 1 , wherein the lower water hose (21) is connected to the lower through hole (1120), while a hollow nut (11210) and a sealing ring (11220) are attached to the outer part, wherein the lower through hole (1120) is a threaded hole. The structure of a waterway for a flowerpot stand according to claim 1 , wherein the upper water hose (22) is connected to the through hole (112) and a hollow nut (11210) and a sealing ring (11220) are attached to the outer part, wherein the through hole (112) is a threaded hole. The structure of a waterway for a flowerpot stand according to claim 1 , wherein the through hole (112) to which the upper water hose (22) is not connected or the lower through hole (1120) to which the lower water hose (21) is not connected is blocked with a fixed nut (115). The structure of a waterway for a flowerpot stand according to claim 1 , wherein an upper end of the post (11) has an upper opening (113) and this upper opening (113) is closed by an upper plug (1131). The structure of a waterway for a flowerpot stand according to claim 1 , wherein the lower end of the post (11) has a lower opening (114), the lower opening (114) is blocked with a lower plug (1141), and a lower surface of the lower plug (1141) is provided with a foot pad (1142). The structure of a waterway for a flowerpot stand according to claim 1 , wherein a hollow nut (11210), a sealing ring (11220) and a short lower water hose (210) are attached to the lower through hole (1120) below the post (11) in the front row on the outermost side, which is then connected to a T-piece (23); a lower water hose (21) is in turn connected to a vertical joint (231) of the T-piece (23), the lower water hose (21) is connected to a curved joint (24), a short lower water hose (210), a hollow nut (11210) and a sealing ring (11220); the lower water hose (21) is then connected to the lower through hole (1120) at the lower end of the post (11) in the rear row, and another joint of the T-piece (23) is sealed in the same direction or a lower water hose (21) is connected to this in turn. The structure of a waterway for a flowerpot stand according to claim 1 , wherein a flow control valve (40) and a timer (50) are attached to the lower water hose (21) at the foremost end of the water path device (20), the flow control valve (40) and the timer (50) are connected to a water source, while the timer (50) and the flow control valve (40) feed the water from the water source into each lower water hose (21) at regular times and in regular amounts.