TWI508655B - Modularized flowerpot set - Google Patents

Description

Modular flower pot set

The invention relates to a modular flowerpot group, in particular to a technically provided flowerpot group of modular flowerpots and related equipment, and the flowerpot group is used for growing various parts of the flowerpot and including a water storage basin. The related equipment such as the support frame and the protective cover are modularized, so that the planter can depend on the needs of the plant to be planted, the growth status, the planting site, and others. The condition of planting equipment is adjusted for the elasticity of the flower pots and related equipment used to achieve the purpose of simplifying the work of changing pots, fixing, etc., improving the cooperation with plant requirements, and improving the adaptability of the field.

Since the people entered the agricultural era, the plants planted have become an important source of food for human beings. Of course, humans do not only plant crops of edible value. Other purposes of planting include viewing (flowers, leaves, branches and appearances), soil and water conservation, pharmaceuticals, pay, materials, paper, wind, air, gifts, etc. In addition to natural places, farmland and other places, humans do not forget to plant plants around their living environment. Whether it is a roadside, a park, a vestibule backyard in the home, a balcony, a railing, or a roof, many people can see plants. When people plant plants at locations that are not in direct contact with the soil, the most commonly used equipment is flower pots. The well-known flower pots are made by the manufacturer according to their own specifications. The bottom end may be non-porous, single-hole or porous. The common shape is round, square, oval, and also for artistic styling. The material is ceramic, porcelain, bamboo, plastic, and styrofoam (such as: hydroponic group). In recent years, due to environmental awareness, there are also those made of chaff or other biodegradable materials. Since such flowerpot manufacturers are mass-produced according to custom specifications, most of them are widely used for plant lovers. However, the aforementioned conventional flowerpots still have the following defects:

First, the lack of extension and extension: Because the traditional flower pot itself is formed by the basin and the pelvic floor. When the root of the plant reaches the pelvic floor, if the plant is to continue to grow, there is no choice but to change the basin. After the replacement of the new pots, unless other crops are planted on the old pots, the old pots will lose their use and cause waste of resources.

Second, the change in depth and width lacks flexibility: the traditional flower pots are designed, if they belong to different specifications of the same manufacturer, usually only scaled up by the same shape. However, not all plant roots will increase in depth and breadth in proportion: for example, when shallow roots grow (such as most herbaceous plants), the breadth of roots will increase more than the depth; as for deep roots (such as most Arbor), the depth of its roots will increase by more than the breadth. However, due to the fact that the height and the width of the pot are usually increased in proportion when the product of a larger size is changed, the planter cannot rely on the plant. The root growth mode is adjusted to increase the depth or width of the flower pot. In the case that the basin type cannot be adjusted with the elasticity of the root characteristics of the plant, the use of a larger size flower pot may take up unnecessary space, and the soil filled in the pot may cause excessive waste of resources, and the plant may not be able to obtain the required Nutrition.

Third, the difficulty of changing the basin: the traditional flower pot is formed by one body, the basin is connected with the pelvic floor. If you want to change the basin, you need to remove the soil and take the roots out. However, in this process, since the back light of the flower pot is usually opaque, the grower can easily damage the root of the plant during the changing of the pot, resulting in poor growth or even death after the plant is transplanted.

4. It is difficult to integrate with other gardening equipment: although the manufacturers of traditional flower pots often manufacture other gardening equipment at the same time, because various gardening equipments are usually designed without considering the integration of each other, the flower pots are The combination with other gardening equipment is usually very loose. Due to the lack of close integration between flower pots and other gardening equipment, when encountering external forces such as earthquakes, strong winds and heavy rains, these combined horticultural equipment may rub the plants or lie on the plants to cause damage and death of the plants. However, if the support for placing the flower pot cannot be fixed to the flower pot due to lack of close connection with the flower pot, the flower pot may fall under the influence of external force. At this time, the flower pot itself may be damaged, and the plant may be affected by the plant. In addition to death, it may also cause casualties or property damage when dropped.

5. The effect of the flowerpot chassis is not obvious: some known flowerpots have a chassis with the function of collecting too much water flowing out of the flowerpot, and when the soil moisture saturation in the basin is reduced, the chassis can be absorbed by capillary action. The water in the water replenishes the water, thereby reducing the damage caused by insufficient water supply. However, in order to avoid excessive soil water saturation, most of the chassis is often shallow and cannot accommodate a large amount of water. Because of the small amount of water stored in the shallow disk, it is naturally easy to dry up, and thus it is not effective to reduce the damage caused by insufficient water supply.

Therefore, it is the ardent expectation of the planter to find a more practical and flexible flowerpot set for the problems of the above-mentioned conventional structures.

In view of this, the inventor has made observations and practical experience on various flowerpots and gardening equipment, and after detailed planning and evaluation of the above objectives, The invention is practical and feasible.

Technical problems to be solved: The well-known flowerpot group (referring to flower pots and related gardening equipment) is mass-produced by various manufacturers according to their own specifications, and most of their designs are integrated, and the related equipment is not considered in design. The integration of various equipments has led to the lack of extensibility and extendability of the well-known flowerpot group, the lack of flexibility in the change of depth and width, the difficulty of changing basins, the difficulty of tight integration with other gardening equipment, and the ineffectiveness of the flowerpot chassis. It is difficult for the planter to adjust the elasticity of the flower pots and related equipment used according to the needs of the plants to be planted, the growth conditions, the site to be planted, and the conditions of other planting equipment.

Technical characteristics of solving the problem: providing a modular flowerpot group, modularizing various parts of the flowerpot and related equipment including the water storage basin, the growth support frame and the protective cover, so that the planter can follow the The demand for planting plants, the growth status, the site of planting, and the condition of other planting equipment are adjusted for the flexibility of the flower pots and related equipment used to simplify the work of changing pots and fixing plants, and improving the cooperation with plant needs. Modular flowerpots for the purpose of improving the resilience of the site.

The above described objects, structures, and features of the present invention will become more apparent from the detailed description of the invention.

The invention relates to a modular flowerpot group which modularizes various parts of a flowerpot and related equipment including a water storage basin, a growth support frame and a protective cover.

In order to enable the reviewing committee to have a better understanding and understanding of the purpose, features and functions of the present invention, please refer to the following detailed description of the drawings as follows: Referring to the first figure, it is a schematic diagram of the present invention. The invention provides a modular flowerpot group, which can modularize various parts and related equipment including a water storage basin, a growth support frame and a protective cover, so that the planter can plant according to the plant The demand, growth status, planting site, and other planting equipment are adjusted for the flexibility of the flower pots and related equipment used to simplify the work of changing pots and fixing plants, improving the cooperation with plant needs, and improving Site resilience and other purposes.

The components of the schematic (such as the first figure) are from the top to the bottom: plant (01), basin top ring (02), basin ring (03), pelvic ring (04), basin ring (05). Wherein, the bottom end of the bowl top ring (02) is combined with a left-handed thread on the left-hand thread of the top of the bowl ring (03), and the top ring of the top ring of the bowl top ring can be combined with the left-hand thread of the top end of the bowl ring. For various shapes, sizes, lengths, and the top and bottom calibers of the basin top ring can be inconsistent. The bottom end of the bowl ring (03) is connected with a right-handed thread and a right-handed thread on the top end of the pelvic ring (04), and as long as the top end of the bowl ring has a left-handed thread that can be coupled with the left-handed thread at the bottom end of the bowl top ring, the bottom end has The right-handed thread combined with the right-handed thread at the top of the pelvic ring, the bowl ring can be of various shapes, sizes, lengths, and the upper and lower calibers of the bowl ring can be different. The bottom end of the pelvic ring (04) is connected with a right-handed thread to the right-hand thread of the top of the basin ring (05), and the bottom ring of the pelvic ring can be non-porous, single-hole or porous, and as long as the top of the pelvic ring has a pot and a bowl The right-handed thread of the bottom end of the ring is combined with the right-handed thread, and the bottom end has a right-handed thread which can be combined with the right-hand thread of the top of the base ring. The bottom ring of the pelvic ring can be of various shapes, sizes, lengths, and the bottom and bottom diameters of the pelvic ring can be different. . And as long as the top of the basin ring has a right-handed thread that can be combined with the right-handed thread at the bottom end of the pelvic ring, the bowl ring can be of various shapes, sizes, lengths, and the upper and lower calibers of the basin ring can be different. When these five are combined, they become a simple flowerpot for planting plants.

Herein is another embodiment of the protection, support and collection, and water storage device. The schematic diagram of the component (such as the second figure) is from the top to the bottom: the protective cover nut (06) and the protective cover ( 07), growth support frame (08), plant (01), basin top ring (02), weed control insect cover (09), water collection ring (10), water injection pipe (16), first basin ring (03), the basin extension ring (11), the second basin ring (12), the pelvic floor ring (04), the hydrating capillary (13), the water storage basin (14), and the basin ring (5). Wherein, the protective cover (07) is combined with the left-handed thread of the top left-handed nut (06) of the protective cover and the top end of the growth support frame (08), and the protective cover can have a left-handed screw that can be combined with the left-handed thread of the top end of the growth support frame, and the protective cover can be For all shapes, sizes, lengths. The growth support frame is combined with a left-handed thread at the bottom end and a left-hand threaded hole at the top end of the top ring, and the growth support frame can be of various shapes and sizes as long as the bottom end of the growth support frame can be combined with the left-hand threaded hole at the top end of the top ring of the bowl. ,length. The anti-weed insect-proof cover (09) is a two-piece semi-circular plate. When combined, a round hole is formed in the middle, placed on the soil, and the stem of the plant is worn by the round hole. Out. The bottom end of the top ring (02) is combined with a left-handed thread on the left-hand thread and a left-handed thread on the top end of the water collecting ring (10), and the top ring of the top ring can be a variety of left-handed threads that can be combined with the left-hand thread of the top of the water collecting ring. The shape, size, length, and the top and bottom caliber of the basin top ring can be inconsistent. The bottom end of the water collecting ring (10) is combined with the left-hand thread of the first bowl ring (03) with a left-handed thread, and the left end of the water collecting ring has a left-hand thread that can be combined with the left-hand thread of the top end of the bowl ring, the water collecting ring. Can be of various shapes, sizes, lengths, and the upper and lower calibers of the water collecting ring can be inconsistent. The bottom end of the bowl ring is connected with a right-handed thread to the right-hand thread of the top end of the basin extension ring (11), and as long as the top end of the bowl ring has a left-handed thread which can be combined with the left-hand thread of the bottom end of the bowl top ring and the left-hand thread of the bottom end of the water collecting ring Threaded, the bottom end has a right-handed thread that can be combined with the right-handed thread at the top of the extension ring of the basin. The bowl ring can be of various shapes, sizes, lengths, and the upper and lower calibers of the bowl ring can be inconsistent. The bottom end of the extension ring of the basin is combined with the left-hand thread of the left-hand thread of the second basin ring (12), and the upper and lower calibers of the basin extension ring may be inconsistent. And if it is necessary to continue to extend the basin, just attach the right-handed thread at the bottom end of the bottom end of the bottom ring to the right-hand thread of the top of the extension ring, and then connect the left-handed thread at the top of the other barrel ring to the end of the extension ring. The left side of the thread can extend the bowl. The bottom end of the bowl ring is connected with a right-handed thread to the right-hand thread of the top end of the pelvic ring (04). The bottom end of the pelvic ring is connected with a right-handed thread to the right-hand thread of the top of the water storage basin (14), and the bottom ring of the basin can be single-hole or porous, and as long as the top end of the pelvic ring has a right-handed thread with the bottom end of the bowl ring Combined with the right-handed thread, the bottom end has a right-handed thread that can be combined with the right-handed thread at the top of the storage basin. The bottom ring of the basin can be of various shapes, sizes, lengths, and the diameter of the bottom and bottom of the pelvic ring can be inconsistent. The hydrating capillary (13) is combined with a right-handed thread on the top right-handed thread and a right-handed thread on the bottom end of the pelvic ring. The length of the capillary is extended downward into the water storage basin after being coupled to the pelvic floor ring, and as long as the top of the hydrating capillary is available The right-handed thread combined with the right-handed thread on the bottom end of the bottom of the pelvic ring, the hydrating capillary can be of various shapes, sizes, lengths and lengths. If the pelvic floor ring is porous, it can also be combined with several hydrating capillaries. The bottom end of the water storage basin is combined with the right-handed thread on the top right-hand thread of the basin ring (05), and the bottom end has a right-hand thread which can be combined with the right-hand thread of the bottom end of the pelvic ring. The right side of the base ring is combined with the right-hand thread and there are at least two water injection ports (17) and (18) which can be connected to the water injection pipe (16). The water storage basin can be of various shapes, sizes and lengths. And the upper and lower calibers of the water storage basin may be inconsistent. The water injection port on the storage basin that is not connected to the water injection pipe should be plugged with the water stop plug (19), and there is a water discharge port (20) above the side of the water storage basin, which can be discharged when the water in the water storage basin is too much. Water. One side of the water injection pipe (16) is engaged with the joint (15) below the water collecting ring, and the other side of the water injection pipe (16) is engaged with the water standing (17) located at the side of the water storage tank. As long as the top end of the basin ring has a right-handed thread that can be combined with the right-handed thread at the bottom end of the water storage basin, the bowl ring can be of various shapes, sizes, lengths, and the upper and lower calibers of the basin ring can be different. After all the projects are combined, it becomes a full-featured flowerpot that can protect and support plants and has the functions of collecting and storing water.

Herein is another embodiment of the invention for elastically changing the diameter of the pot. The schematic (such as the third figure) elements from the top to the bottom are: plant (01), basin top ring (02), basin ring ( Small) (31), basin extension ring (small to large) (32), basin ring (large) (33), pelvic ring (large) (34), basin ring (large) (35). Wherein, the bottom end of the bowl top ring (02) is connected with a left-handed thread with a left-handed thread on the top end of the bowl ring (small) (31); the bottom end of the bowl ring (small) is a right-handed thread and a barrel extension ring (small to large) (32) Top right-handed threaded joint; the bottom end of the basin extension ring is connected with a left-handed thread to the left-hand thread of the top of the bowl (large) (33); the bottom end of the bowl ring (large) is a right-handed thread and a pelvic floor ring (large (34) Top right-hand thread; the bottom end of the pelvic ring is connected with a right-handed thread to the right-hand thread of the top of the basin ring (large) (35). After the combination of the seven, it becomes a plant that can be planted with a small bottom.

In order to illustrate the embodiment of the present invention, the flowerpot is closely coupled to the building, the schematic diagram (such as the fourth figure) is from the top to the bottom: the plant (01), the basin top ring (02), and the basin ring ( 03), pelvic floor ring (04), fixed frame (41), balcony (42). Wherein, the bottom end of the basin top ring is combined with the left-hand thread of the top end of the bowl ring; the bottom end of the bowl ring is right-handed with a right-handed thread and the top end of the pelvic ring; the bottom end of the pelvic ring is right-handed on the screw and the fixed frame. The right-handed thread is combined and the holder is fixed to the balcony (42) with screws or nails (43). A drainage ditch (44) may be disposed on the fixed frame. When this number is combined, it becomes a flowerpot group that can be firmly fixed in the building.

In addition, in order to explain the difference between the conventional pot changing pot and the changing pot of the present invention, a second schematic diagram is provided, wherein the fifth figure is a pot changing procedure of the conventional flower pot: as shown in the figure, the planter needs to be up to After digging the old pot (51) soil, remove the plant (01) from the old pot Put in a new basin (52). During this process, the stems and leaves (53) or rhizomes (54) of the plants may be cut off, causing damage to the plants and affecting the success rate of changing the pots.

The sixth figure is an embodiment of the changing potting process of the present invention. As can be seen from the figure, the planter can simply push the plant (01) out by simply turning the old basin bottom ring (63) away, and easily transplant the plant to the new pot. (consisting of 65~68) without damaging the plants.

The seventh figure is an embodiment of the flowerpot extension program of the present invention. As can be seen from the figure, the planter only needs to remove the original basin bottom ring (73) together with the basin ring (74) from the original basin, and then The pelvic floor ring together with the basin ring is connected to the bottom end of the basin ring (75) for extension to form an extended basin-pelvic bottom ring group (consisting of 73-75), and then filled in the extended basin-pelvic bottom ring group Into the new soil (76), then the basin extension ring (77) is connected to the bottom end of the original basin ring, and finally the extension of the basin-pellet bottom ring group and the basin extension ring can extend the flower pot. For smaller areas, extending the flower pot in this way can make better use of the site and avoid the problem of leaving the old basin difficult to handle after changing the basin.

The eighth figure is a schematic diagram of the water storage sharing mechanism of the present invention: there are two sets of flowerpots placed on the balcony (43) with storage and storage functions, one set (80) is placed closer to the outside of the balcony. The other group (81) is closer to the inside of the balcony, and the water storage basins of the two flowerpots are connected by a water injection pipe (82). At the time of rainfall, the pots closer to the outer side collect more water (83), so there is more water in the water storage basin (85), and less water is collected from the inner pot group (84). Therefore, the water in the water storage basin (86) is also less, but because the two storage basins are connected by a water injection pipe, the water storage in the two storage basins will eventually reach equilibrium (water level 87 and horizontal height 88). The same height), in this way, the rainwater collected by each basin can be used in a balanced and effective manner.

It can be seen from the foregoing description that, by using the modular flowerpot group of the present invention, the planter can flexibly combine the components according to the needs of the plant, the growth mode and the site condition, so as to simplify the work of changing the potting, fixing, etc. of the plant, and improving the plant. The purpose of the cooperation of the needs, to improve the adaptability of the site.

The fact that the efficacy of the present invention is enhanced is as follows:

1. Provide an innovative modular flowerpot group, which enables the planter to adjust the elasticity of the flowerpots and related equipment used according to the needs of the plants they are planted, the growth conditions, the planting sites and other planting equipment. Achieve simplified planting Potting, fixing, etc., improving the compatibility of plant needs, improving the adaptability of the site, etc., which are inflexible in size and shape, cannot be elastically extended and adjusted according to the needs of plants, and are difficult to integrate with other related equipment. There are considerable differences in the form of flower pots, and the present invention is not disclosed in the publication and the disclosure, and the present invention is novel.

2. With this special improvement design, it mainly provides a modular flowerpot group, which modularizes various parts of the flowerpot and related equipment including the water storage basin, the growth support frame and the protective cover to enable planting The flowerpots and related equipment used are flexible adjusters according to the needs of the plants they are planted, the growth conditions, the planting sites, and the conditions of other planting equipment. It divides the traditional flower pot into four main parts, such as the top ring, the basin ring, the pelvic ring and the basin ring, and combines them through the thread, so that the planter can easily assemble the plant and easily dismantle it without using tools. It is thought that the plants are changed, and the present invention is novel and progressive.

3. In addition, the invention converts the traditional bottom basin into a water storage basin, and combines the water collecting ring which can be combined with the basin top ring and the basin ring, the water injection pipe connecting the water collecting ring and the water storage basin, and the bottom ring of the basin. The water-retaining capillary tube at the bottom end of the hole directly combines the functions of water collecting, water storage and water replenishment with the flower pot, and the water storage basin tightly combined with the bowl body can also avoid the problem of the mosquito trapping in the traditional chassis water. Novelty and progress.

4. In the second case, the present invention utilizes the extension ring of the basin to impart the elastic extension function of the flowerpot, and the planter does not need to plant the plant to change the basin, as long as the basin extension ring and the other basin ring can be used to extend the flowerpot. The length and the increase or decrease of its caliber, eliminating the problem that the old pot is difficult to handle after changing the pot, the invention is novel and progressive.

5. Moreover, since the components of the present invention are threaded through the combination, as long as the wall surface, balcony, roof or any bracket of any building has the same thread size as the thread specification of the present invention, The flowerpot is firmly fixed to the aforementioned position by using the pelvic ring or the thread at the bottom end of the water storage basin, and the present invention is also novel and progressive.

6. In addition, since the present invention utilizes a modular water collecting ring, a water injection pipe and a water storage basin to achieve the function of collecting and storing water, the planter can use the water injection pipe to connect several flower pots having a water storage basin to make it Share the water collected by each flower pot, or store water with a water injection pipe The basin is connected to the external water source to achieve continuous water supply without water shortage, and the invention is novel and progressive.

The present invention has been described with reference to the preferred embodiments of the present invention. However, those skilled in the art can change and modify the present invention without departing from the spirit and scope of the invention. Such changes and modifications shall be covered in the scope defined by the following patent application.

In summary, the present invention provides a modular flowerpot set, which has indeed achieved all of the objects of the present invention, and the spatial type of the combination is not found in the same type of product, nor has it been disclosed before the application, and has met the patent law. The provisions of the law, 提出 apply in accordance with the law.

(01)‧‧‧ plants

(02) ‧ ‧ basin top ring

(03)‧‧‧Bowl ring

(04) ‧ ‧ pelvic ring

(05) ‧ ‧ pedestal ring

(06)‧‧‧ protective cover left-handed screw

(07)‧‧‧ Protective cover

(08)‧‧‧ Growth Support

(09) ‧ ‧ anti weed insect cover

(10) ‧‧‧ Water collecting ring

(11) ‧‧‧Bowl extension ring

(12)‧‧‧Bowl ring

(13) ‧ ‧ hydrating capillary

(14) ‧ ‧ storage basin

(15) ‧‧‧Fitting ring below the water collecting ring

(16)‧‧‧Water injection pipe

(17)‧‧‧Water inlet

(18)‧‧‧Water inlet

(19) ‧ ‧ water stop

(20)‧‧‧Discharge

(31)‧‧‧Bowl ring

(32) ‧‧‧Bath body extension ring (small to large)

(33)‧‧‧Bowl ring (large)

(34) ‧ ‧ pelvic ring (large)

(35) ‧ ‧ pedestal ring (large)

(41)‧‧‧ Fixing frame

(42) ‧ ‧ balcony

(43)‧‧‧ screws

(44)‧‧‧Drainage ditches

(51)‧‧‧Old pots

(52) ‧‧‧New basin

(53) ‧ ‧ damaged stems and leaves

(54) ‧ ‧ damaged roots

(61)‧‧‧ Old basin basin top ring

(62) ‧‧‧ Old basin body ring

(63)‧‧‧ Old basin bottom ring

(64)‧‧‧Old basin seat ring

(65)‧‧‧New basin top ring

(66)‧‧‧New basin body ring

(67)‧‧‧New basin bottom ring

(68)‧‧‧New basin seat ring

(71) ‧‧‧ original basin top ring

(72) ‧‧‧ original basin ring

(73) ‧‧‧ original basin bottom ring

(74)‧‧‧Original basin ring

(75) ‧‧‧Extended basin ring

(76) ‧ ‧ new soil

(77) ‧‧‧Bowl extension ring

(80) ‧‧‧Outer flowerpots

(81) ‧‧‧The inner pot group

(82)‧‧‧Water injection pipe

(83) ‧‧‧Outer flowerpots

(84) ‧‧‧Inside flowerpots

(85) ‧‧‧The outer pot of the outer pot group

(86) ‧‧‧The inner pot of the inner pot group has a high water level

(87) ‧‧‧Water storage in the outer pot group

(88) ‧‧‧The height of the water storage basin when the water flow in the inner pot group is balanced

(89) ‧ ‧ rain

First Figure: is a schematic view of a first embodiment of the present invention.

Second Figure: A schematic view of a second embodiment of the present invention.

Third Figure: is a schematic view of a third embodiment of the present invention.

Fourth Figure: is a schematic view of a fourth embodiment of the present invention.

Figure 5: Schematic diagram of the changing pot procedure of the known flower pot.

Fig. 6 is a schematic view showing the changing procedure of the flowerpot group of the present invention.

Figure 7 is a schematic view showing an embodiment of the flowerpot extension of the present invention.

Figure 8 is a schematic view showing an embodiment of the water storage sharing mechanism of the present invention.

(01)‧‧‧ plants

(02) ‧ ‧ basin top ring

(03)‧‧‧Bowl ring

(04) ‧ ‧ pelvic ring

(05) ‧ ‧ pedestal ring

(06)‧‧‧ protective cover left-handed screw

(07)‧‧‧ Protective cover

(08)‧‧‧ Growth Support

(09) ‧ ‧ anti weed insect cover

(10) ‧‧‧ Water collecting ring

(11) ‧‧‧Bowl extension ring

(12)‧‧‧Bowl ring

(13) ‧ ‧ hydrating capillary

(14) ‧ ‧ storage basin

(15) ‧‧‧Fitting ring below the water collecting ring

(16)‧‧‧Water injection pipe

(17)‧‧‧Water inlet

(18)‧‧‧Water inlet

(19) ‧ ‧ water stop

(20)‧‧‧Discharge

Claims (6)

a modular flowerpot group, the flowerpot group is: modularizing various parts of the flowerpot and related equipment including a water storage basin, a growth support frame and a protective cover; wherein the module of the flowerpot group The component is divided into a protective cover with a left-handed screw and a left-handed thread at the top of the growth support frame. When combined, a circular hole allowing the plant to be exposed is formed in the middle, and a two-piece anti-weed insect-proof cover placed on the soil is used. The growth bracket with the left-handed thread and the left-hand threaded hole at the top of the top ring of the bowl, combined with the left-handed thread at the bottom end and the left-hand thread of the top of the water collecting ring or the left-hand thread of the top of the bowl body, the top and bottom ends of the pot top ring can be different. The bottom left-hand thread is combined with the left-hand thread of the top end of the bowl body, and the top end and the bottom end of the barrel may have different water collecting rings, and the right-handed right-hand thread is combined with the right-hand thread of the top end of the bowl extension ring or the top end of the pelvic ring. The diameter of the top end and the bottom end may be different, the left-hand thread of the bottom end and the left-hand thread of the top end of the bowl ring may be different, and the diameter of the top end and the bottom end may be different, and the bottom end of the body may be different. Thread and The right-handed thread at the top of the water storage basin or the right-handed thread at the top of the basin ring can be combined with the apex ring at the top and bottom ends, and the right-handed thread at the bottom end is combined with the right-hand thread of the top end of the basin ring. The top end and the bottom end of the water tank can be different in size, and the top and bottom end can be different in size. The top right-hand thread is combined with the right-hand thread on the bottom end of the bottom ring of the pelvic ring, and the length is combined. After reaching the bottom ring of the pelvis, it can extend down to the hydration capillary in the water storage basin, one side connects the hole at the bottom end of the water collecting ring, and the other side connects the water injection pipe of the water storage basin. The modular flowerpot set according to claim 1, wherein the pelvic floor ring is non-porous, single-hole or porous. The modular flowerpot set according to claim 1, wherein the water storage basin is connected to other water storage basins through a water injection pipe to perform a water storage sharing function, or is connected to a water source through a water injection pipe. The modular flowerpot set according to claim 1, wherein the right-hand thread of the bottom end of the bolster ring can be engaged with a right-hand threaded hole of the same diameter as that of a building, a flower stand or other structure. Fix the pots to buildings, flower stands, or other structures. The modular flowerpot set according to claim 1, wherein the right-hand thread of the bottom end of the water storage basin can be engaged with a right-hand threaded hole of the same diameter as that of a building, a flower stand or other structure. Fix the pots to buildings, flower stands, or other structures. The modular flowerpot set according to claim 1, wherein the thread at the top end of the basin extension ring is a right-handed thread, and the thread at the bottom end is a left-hand thread, and in the combined flowerpot group, The basin extension ring does not contact the soil, and if the basin ring on both sides can be fixed when the barrel extension ring is rotated, the two barrel rings connected thereto can be rotated without relative rotation. Separation under the circumstances, to avoid the roots of the plant being twisted or damaged due to the relative rotation of the basin ring.