WO2021125707A1

WO2021125707A1 - Separable flowerpot

Info

Publication number: WO2021125707A1
Application number: PCT/KR2020/018175
Authority: WO
Inventors: 정기성
Original assignee: 정기성
Priority date: 2019-12-20
Filing date: 2020-12-11
Publication date: 2021-06-24
Also published as: KR102346341B1; KR20210079656A

Abstract

The present invention relates to a separable flowerpot comprising: a flowerpot main body in which a first sub-assembly and a second sub-assembly are separably combined to each other such that a plant is potted therein; and a moisture supply means provided in the flowerpot main body to efficiently supply moisture with water filled in a water tank so as to facilitate moisture management, wherein the flowerpot supports the flowerpot main body and the moisture supply means. The present invention has the effect that since the first sub-assembly and the second sub-assembly of the flowerpot main body can easily be separated from each other when being momentarily pressed from the top after the flowerpot main body is rotatively raised from the ground when repotting, it is possible to easily carry out a repotting process even in a narrow space after separating the flowerpot main body.

Description

detachable flowerpot

The present invention relates to a detachable flowerpot, and more particularly, by improving the detachable flowerpot, by locating the flowerpot at a certain height from the ground on which the flowerpot is placed, to provide the convenience of repotting, and to provide continuous moisture to the growing plant (tree) planted in the flowerpot It relates to a detachable potted plant that can increase the efficiency of using medium and large pots by significantly extending the supply period for growth.

In general, in an apartment or office, plants are planted and raised in a nature-friendly pot for the purpose of beautifying the environment and reducing indoor air.

When plants are planted and raised in pots, sunlight, proper nutrition and moisture supply must be prioritized for growth and growth, and most importantly, timely management is required.

In particular, if you will be away from home or office for a long period of time, give it plenty of water, but as time goes on, it becomes difficult to supply moisture, so you need to provide a separate moisture supply and install it next to the flowerpot so that the moisture is gradually supplied to protect the plant from drying out.

In addition, repotting is essential for the purpose of developing and growing plants. At this time, the planted plants are transferred to a larger pot by separating the soil and the root from the pot.

Most of the small pots can be easily separated from the soil filled with potted plants by simply turning the pot upside down, but especially for medium and large pots, which are not easy to repot, remove the soil little by little without damaging the roots of the plants. In the form of digging, it should be removed and divided.

Most of the soil filled in pots of medium and large size is filled with pots over a long period of time, and the weight is so great that it is impossible to easily remove the soil by overturning the pots like small pots. There is an even more difficult problem to work with.

On the other hand, as a result of investigating the prior art related to detachable flowerpots or prefabricated flowerpots, a number of patent documents were searched, some of which are introduced as follows.

Patent Document 1 discloses an ornamental flowerpot that is automatically replenished with water, and the configuration includes: a lower case for storing water; It is detachably coupled to the lower case of the flowerpot to receive a supply of moisture, and consists of an upper case in which soil is contained and plants are grown; The lower case of the flowerpot includes: a lower case body having a water chamber and a diaphragm coupling hole formed in an upper portion of the water chamber; A chamber for replenishing water formed along the circumference of the upper case of the flowerpot to store a certain amount of water in an integrated state with the body of the lower case, a water inlet formed in the upper part of the chamber for replenishing water, and one bottom surface in the chamber for replenishing water. a water replenishment tank having an opening for replenishing water formed to communicate with the water chamber; a valve lever hingedly connected to the wall side of the water chamber; a bugu connected to one end of the valve lever and floating on the water surface along the water level filled in the water chamber; a water replenishment valve connected to the other end of the valve lever to open the water replenishment opening/closing port when the water chamber runs out of water according to the height position of the float, and closing the water replenishment opening/closing port when the water chamber is full of water; a diaphragm detachably coupled to the diaphragm coupling hole to support the bottom of the flowerpot upper case and having a plurality of perforated pockets for wick holder; It consists of a capillary wick for supplying moisture that is inserted into the perforated pocket for the wick holder.

In the flowerpot of Patent Document 1, continuous water supply is made into the upper case of the flowerpot by the valve opening and closing method from the lower case of the flowerpot, and the decrease in water level can be easily confirmed by the color of the LED lighting, so that it is possible to easily determine the water injection time. It is designed to automatically replenish moisture so that the moisture content in the pot can be easily known through a terminal such as a smart watch.

Patent Document 2, a prefabricated flowerpot, consists of a bottom portion and a plurality of divided side wall plates divided along the circumferential direction, and a plurality of inverted trapezoidal coupling rails along the circumferential surface at regular intervals on a portion of the upper edge of the bottom portion It is installed in an arc shape, and a concave coupling groove is formed along the circumferential surface in an arc shape between both coupling rails so that the coupling rail and coupling groove are alternately arranged to form a single circle, while the dividing side wall plate is the It consists of a locking divider plate having a concave groove in the shape of an inverted trapezoid to be engaged with the coupling rail at the lower end and an insertion divider plate having a coupling protrusion to be inserted into the coupling groove, and the longitudinal edge of the engaging divider plate and the insertion divider plate. Each of the coupling protrusions and coupling grooves are formed so that they can be slidably coupled.

This prefabricated flowerpot is supported in the vertical direction by inserting the engaging divider plate into each coupling rail formed on the bottom surface, and inserting the inserting divider from the top between the engaging divider plates to combine the engaging divider plate and the inserting divider plate. By allowing them to be coupled to each other through the protrusion and the coupling groove, the flowerpot can be easily and firmly assembled as well as easily disassembled as needed, so that the planting operation can be conveniently performed.

Patent Document 3 discloses a functional flowerpot equipped with a water tank, comprising: a planter body having a bottom portion and a sidewall portion extending upwardly from the sidewall of the bottom portion, the pot body being filled with soil; a water tank in which the lower end is formed in contact with the bottom in the pot body, and water is filled therein; and a mesh member disposed in the upper opening of the water tank and having a plurality of through holes.

As the water in the internal water tank evaporates naturally, water can be continuously supplied to the plant roots for a certain period of time, providing an environment in which plants can grow well.

While the above Patent Documents 1 and 3 provide moisture and easy management according to long-term plant growth, it has a difficult structure to split, and the split and prefabricated flowerpot in Patent Document 2 is in the form of a flowerpot before putting soil in the initial stage. It is easy to assemble, but there is a problem in that it is not easy to repot, especially in the case of medium or large-sized pots, because it is not easy to separate each part in a state where a large amount of soil is filled with plants.

The present invention was invented to solve the problems of the related art as described above, and by improving the detachable flowerpot, the flowerpot is placed at a certain height from the ground where the flowerpot is placed to provide the convenience of repotting, and a plant that is planted in a flowerpot and growing The purpose of this is to provide a detachable potted plant that can increase the efficiency of using medium and large pots by significantly extending the period of continuous water supply to the plant for growth.

In the detachable flowerpot according to the present invention for achieving the above object, a recessed handle is formed from the outside to the inside on the upper side of the side part having a polygonal surface with a wide part and a narrow lower part, and a first coupling part is provided on both sides of the side part, A second coupling part is provided in the middle of both length sides of the side part, a first coupling part is provided on both sides of the side part, and a support protrusion is formed on the lower inner surface of the side part; And the first semi-assembly and A recessed handle is formed from the outside to the inward direction on the upper side of the side part having a polygonal surface having a wide upper part and a narrow lower part to match, and a first connection part detachably connected to the first coupling part is provided on both sides of the side part upper part, A second connection part detachably connected to the second coupling part is provided in the middle of both length sides of the side part, and a third connection part detachably connected to the third coupling part is provided on both upper sides of the side part, A planter body divided and assembled by a second semi-assembly having a supporting protrusion formed on the lower inner surface of the side part; A hollow inner cylinder having a plurality of L-shaped fastening grooves formed at the upper end, and a polygonal shape guided to the inner surfaces of the first semi-assembly and the second semi-assembly in the outer direction of the inner cylinder, the upper part of which is open and the outer cylinder has a depth for accommodating water Formed integrally, a drain valve is provided on the lower side of the side, and a water tank in which a plurality of coupling recesses coupled to the support protrusion are formed at the lower edge, a hollow cylindrical body, a flange portion and a flange portion provided with a plurality of fitting projections on the upper portion A plurality of fastening protrusions that are guided and assembled into the L-shaped fastening groove of the inner cylinder are formed on the outer periphery of the lower side of the connecting assembly member, and a plurality of coupling protrusions are formed radially at the bottom, and the upper center is curved upward, and the plan is at the bottom. A plurality of assembly grooves coupled to the fitting protrusion of the branch are formed and tightened, and the cover member is provided with a cap part having a handle in the upper center and a mesh part attached to the outside in a curved downward direction from the edge of the cap part. It is coupled to the upper part of the connection assembly member and is coupled to the water tank Water supply means for partitioning the soil (sand) and water flowing between the inner tube and the outer tube of the; A hollow cylindrical body, a plurality of coupling concavo-convex portions coupled to the coupling protrusion are formed on the outer periphery of the upper end, and a lifting member having a female screw portion formed on the inner diameter, and a male screw fastening portion fastened to the female screw portion of the lifting member on the outer periphery of the cylindrical body is formed A first support jaw on which the bottom surface of the lifting member is supported is formed on the outer periphery of the lower outer side where the male screw fastening part ends, and is integrally expanded and formed on the outer lower part of the first support jaw to support the bottom of the planter body and part of the vertical guide part of the planter body A flowerpot pedestal composed of a bottom supporting member having a second supporting jaw for guiding; It is characterized in that it is configured to include a cover support for accommodating the pot stand and an upper cover for covering the upper end of the pot body.

On the outer periphery of the lifting member according to the present invention, a steel ball is interposed in each of the steel ball insertion port and the steel ball insertion port communicating with the female screw part, and a hairless bolt for preventing separation of the steel ball is fastened to the steel ball insertion port, so that the lifting member is provided on the floor support member It is characterized in that it is screwed by a ball screw fastening method and is installed to prevent separation of the male screw fastening part from the female screw part.

A plurality of drainage grooves communicating with the inner diameter are radially formed on the bottom surface of the second support jaw of the bottom support member according to the present invention, and a cross-shaped handle is integrally formed with the inner diameter where the second support jaw is located.

The detachable pot according to the present invention includes a pot body that is separably combined into a first semi-assembly and a second semi-assembly to plant plants, and it is provided in the pot body and efficiently supplies moisture with water filled in the water tank to facilitate moisture management Support the flowerpot body together with the water supply means and the water supply means so as to be able to do so, and when planting, simply rotate the flowerpot body from the ground and then momentarily press the first semi-assembly and the second semi-assembly of the flowerpot body from the top. Since it can be separated, there is an effect that the planting operation can be carried out easily even in a narrow space after the separation of the pot body.

1 is a perspective view showing a detachable flowerpot of the present invention;

2 is a perspective view showing an exploded detachable flowerpot according to the present invention;

3 is an enlarged perspective view showing the flowerpot body extracted from FIG. 2;

4 is a perspective view showing the water supply means separated from FIG. 2;

Figure 5 is a perspective view showing the bottom of the bottom support member in Figure 2;

6 is an enlarged cross-sectional view showing a detachable flowerpot of the present invention;

7 is a cross-sectional view showing a state in which a plant is planted in a detachable pot of the present invention;

8 is a cross-sectional view showing a state in which the lifting member and the pot body are raised from the bottom support member of the pot stand according to the present invention;

9 is a cross-sectional view showing a state in which the upper part of the pot body is pressed in the lower direction in FIG. 8;

10 is a cross-sectional view illustrating a bidirectional separation state of the pot body in FIG. 9 .

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor should properly understand the concept of the term in order to best describe his invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all the technical spirit of the present invention, so at the time of the present application, they can be replaced It should be understood that various equivalents and modifications may be made.

The detachable flowerpot according to the present invention is largely divided into a flowerpot body 100 , a water supply means 200 , and a floor support 300 , as shown in FIGS. 1 to 10 .

The flowerpot body 100 is composed of a first semi-assembly 110 and a second semi-assembly 120, each of which is formed of a polygonal surface with a wide upper part and a narrow lower part.

The first semi-assembly 110 has a handle portion 112 recessed from the outside to the inside on an upper portion of the side portion 111 having a polygonal surface, and a first coupling portion provided on both sides of the side portion 111 (113), second coupling parts 114 provided in the middle of both sides of the side part are provided, respectively, and third coupling parts 115 provided on both sides of the lower part of the side part 111 are provided, and the side part A support protrusion 116 is formed on the lower inner surface.

The second semi-assembly 120, the handle 122 recessed from the outside to the inside is formed on the upper side of the side part 121 having a polygonal surface, and is provided on both sides of the side part on the upper part of the side part, and the first coupling part 113 and A first connection part 123 that is detachably connected, a second connection part 124 that is provided in the middle of both length sides of the side part and is detachably connected to the second coupling part 114 is provided, respectively, and the lower part of both sides of the side part A third connecting portion 125 provided in the third coupling portion 115 and detachably connected to each other is provided, respectively, and a support protrusion 126 is formed on the lower inner surface of the side portion.

The first engaging portion on the side portion is fitably engaged with the first connecting portion, the third engaging portion is fitably engaged with the third connecting portion, and the second engaging portion is engaged with the second connecting portion in a button-like manner. make this happen

The combination of the first semi-assembly 110 and the second semi-assembly 120 in the drawing is the flowerpot body 100 forming an octagonal shape, and other hexagonal shapes can also be produced.

The flowerpot body 100 is manufactured by injection molding of a durable synthetic resin-based plastic material.

The water supply means 200 is composed of a water tank 210 which is guided and installed inside the flowerpot body 100, a connection assembly member 220, and a cover member 230, and is coupled to the upper portion of the connection assembly member and is coupled to the water tank. It is a part installed inside for the purpose of partitioning the soil (sand) and water flowing between the inner and outer cylinders of

The water tank 210 has a hollow center and a plurality of L-shaped fastening grooves 211a at the upper end of the inner cylinder 211 and the first semi-assembly 110 and the second semi-assembly 120 in the outer direction of the inner cylinder. ) is a polygon that is guided to the inner surface, the upper part is opened and the outer cylinder part 212 having a depth for accommodating water is integrally formed, and the bottom surface of the water tank is the first semi-assembly 110 and the second semi-assembly 120 of the It is seated and installed on the

support protrusions

116 and 126 formed on the inner surface.

In addition, in the water tank 210, a drain valve 213 for draining the water filled in the water tank is provided on the lower side of the water tank, and a coupling recessed groove 214 coupled to the

support protrusions

116 and 126 is provided at the lower edge. ) is formed.

The connection assembly member 220 is a hollow cylindrical body, the flange portion 221 having a plurality of fitting projections 221a on the upper portion, and the L-shaped fastening groove 211a of the inner cylinder on the outer periphery of the lower side of the flange portion. A plurality of fastening protrusions 221b to be guided and assembled are formed, and a plurality of coupling protrusions 221c are formed radially at the bottom.

The cover member 230 is curved upwardly in the center of the upper portion, and a plurality of assembly grooves 231a coupled to the fitting protrusion 221a of the flange portion 221 are formed at the bottom thereof, and a recessed handle 231a is formed in the upper center. The formed cap portion 231 and the mesh portion 232 are provided to be curved downwardly from the edge of the cap portion and are installed in the water tank 210 .

The cap portion 231 has a form that supports the soil filled in the pot, and the mesh portion 232 is a non-corrosive synthetic resin or metal material, in which water passes into the water tank 210 and the soil of coarse particles is supported. partition the inside of the tank with

On the other hand, the flowerpot holder 300 is composed of a lifting member 310 and a floor support member 320, and the lifting member 310 is a hollow cylindrical body, which is coupled to the coupling protrusion 221c on the upper outer periphery. A plurality of coupling concavo-convex portions 311 are formed, and a female screw portion 312 is formed in the inner diameter.

The bottom support member 320 has a cylindrical body and a male screw fastening part 321 fastened to the female screw part 312 of the lifting member 310 on the outer periphery is formed, and the lifting member 310 is formed on the lower outer periphery where the male screw fastening part ends. ) is formed with a first supporting jaw 322 on which the bottom surface is supported, and the second supporting jaw 323 is integrally expanded and formed on the lower outer side of the first supporting jaw.

A non-slip pad is attached to the bottom surface of the second support protrusion 323 for stability so that it is supported so that it does not flow.

In addition, a plurality of drain grooves 323a communicating with the inner diameter are radially formed on the bottom surface of the second support jaw 323 of the bottom support member 320, and the inner diameter where the second support jaw 323 is located has a cross-shaped handle ( 323b) is integrally formed.

On the outer periphery of the lifting member 310, a steel ball insertion hole 313 communicating with the female screw part 312 and a steel ball B are respectively interposed in the steel ball insertion hole, and a hairless bolt 314 for preventing separation of the steel ball in the steel ball insertion hole. ) is fastened, and the lifting member 310 is screwed to the floor support member 120 by a ball screw fastening method, and is installed to prevent separation of the male screw fastening part from the female screw part.

In addition to the purpose of preventing separation, the steel ball serves as a bearing to help smooth lifting and lowering of the lifting member 310 from the floor support member 320 when rotating in the screw fastening or loosening direction.

An upper cover 500 is provided on the upper portion of the flowerpot body 100 according to the present invention, and a cover support 400 is provided on the bottom surface of the bottom support member 320 .

The upper cover 500 maintains the shape of the pot body 100 while keeping the soil in the pot body so that it can be usefully used when fertilizing and aging, and a handle is provided on the top.

The cover support 400 is for receiving water flowing from the bottom side of the floor support member 320 and is the same as a general use of a flowerpot holder.

In the drawings, unexplained reference numeral A denotes a plant planted in a pot, and reference numeral E denotes soil.

Another action for plant cultivation and repotting using the detachable pollen of the present invention configured as described above is as follows.

First, the flowerpot body 100 includes the first coupling part 113 and the second coupling part 114 formed in the first semi-assembly 110, the first connection part 123 of the second semi-assembly 120, the second By matching the two connecting parts 124, the first semi-assembly 110 is coupled to the second semi-assembly 120, respectively, to form one pot body.

The assembly of the moisture supply means 200 includes a plurality of fitting projections 221a formed on the flange portion 221 of the connection assembly member 220, and an assembly groove 231a provided on the bottom surface of the cap portion 231 of the cover member 230. match and combine

At this time, the mesh portion 232 of the cover member 230 is in a state in which its end is seated between the inner tube portion 211 and the outer tube portion 212 of the water tank 210 .

When the assembly of the connecting assembly member 220 and the cover member 230 is completed as described above, while the connecting assembly member 220 is placed in the inner tube of the prepared water tank 210, the fastening protrusion 221b formed on the outer periphery of the When the connecting assembly member 220 is rotated in the fastening direction after being seated in conformity with the L-shaped fastening groove 211a of the inner cylinder 211, the fastening protrusions 221b are formed in the L-shaped fastening groove 211a, respectively. It is bound to assemble the connecting assembly member 220 including the cover member 230 together with the water tank 210 .

When the water supply means 200 is placed in the pot body 100 combined as described above, the outer tube 212 of the water tank is guided along the inner angular shape of the pot body 100 and the bottom of the water tank 210 is the first The first semi-assembly 110 and the second semi-assembly 120 are supported and seated on the supporting

protrusions

116 and 126 formed on the inner surfaces. That is, the coupling groove 214 formed on the outer lower edge of the water tank 210 is coupled to receive the

support protrusions

116 and 126 to support the water tank 210. The first semi-assembly 110 and the second It is supported within the subassembly 120 .

In the state where the water tank 210 is seated as described above, the flowerpot holder 300 is coupled with the connection assembly member 220 connected to the seated water tank 210 .

The lifting member 310 constituting the flowerpot holder 300 is pre-coupled with the floor support member 320 . Here, by holding the cross-shaped handle 323b provided on the lower inner diameter side of the bottom support member 320, the bottom support member 320 is rotated in the fastening direction to connect.

At this time, the male screw fastening part 321 of the bottom support member 320 is fastened with the female screw part 312 formed in the inner diameter of the lower side of the lifting member 310, but at least one provided on the outer periphery of the lifting member 310 The steel ball (B) is inserted into the steel ball insertion hole (313), and the steel ball insertion hole (313) is fastened with a headless bolt (314).

If the fastening of the floor support member 320 is completely completed as described above, the bottom surface of the lifting member 310 is seated on the first support jaw 322 of the floor support member 320, and the planter body 100 ), the arc-shaped vertical guide portion 118 formed on the bottom portion 117 is combined in a form to be guided up and down in a form to accommodate the outer circumference of the second support jaw 323 of the floor support member 320 .

The steel ball (B) serves as a spiral guide of the male screw fastening portion 321 of the floor support member 320 fastened to the female screw portion 312, and facilitates lifting and lowering of the lifting member 310, and at the same time, a floor support member ( 320 serves to prevent the male screw fastening portion 321 from being completely separated from the female screw portion 312 .

As described above, in the state in which the lifting member 310 and the floor support member 320 are coupled, the coupling concave-convex portion 311 formed on the outer periphery of the upper end of the lifting member 310 is aligned with the connecting assembly member 220 and assembled , the assembly of the flowerpot body 100, the moisture supply means 200, and the flowerpot holder 300 is completed.

In the state in which the pot is provided as described above, the plant (A) is planted together with the input of soil (E) having different particles inside the pot body 100 . Here, the input soil is in a state of holding the root of the plant in a state in which it is sequentially stacked on the mesh part 232 of the cover member 230 .

If water is given in such a state, water is absorbed into the interior through the soil and is filled with the water tank 210 .

When the water is supplied with a sufficient amount as described above, water flows from the curved cap portion 231 of the cover member 230 to the mesh portion 232 side, and the inner tube portion 211 corresponding to the inner portion of the mesh portion through the mesh portion. Water is filled between the and the outer cylinder (212).

For example, when water is filled to the extent that it exceeds the upper end of the inner tube, water overflows to the upper portion of the inner tube 211, and the overflowed water is the inner diameter of the lifting member 310 and the floor support member, which is the flowerpot holder 300. It is discharged to the outside through the bottom side drain groove 323a of the bottom support member 320 in contact with the ground through the , which is finally collected in the lower cover support 500 .

This indicates that sufficient water has been supplied.

If the above and water are sufficiently filled, it retains a considerable amount of moisture, and the water in the water tank 210 gradually supplies the necessary moisture to the plants through the soil medium, so it can be managed without additional watering when going out for a long time. be able to

On the other hand, when it is desired to repot according to the growth degree of the plant, the pot body is raised and lowered from the pot stand to a predetermined height.

In this operation, if the flowerpot body 100 is rotated in the unscrewing direction, the lifting member 310 is relatively raised from the male screw fastening portion 321 of the bottom support member 320, and is It becomes a state in which it does not rise any more.

By elevating the pot body 100 as described above, the work becomes simpler compared to the work of carrying the whole pot heavy and repotting, and provides the advantage of being able to work sufficiently even in a narrow space such as a veranda.

In the state as described above, hold the handle portions formed on the upper side of the first semi-assembly 110 and the second semi-assembly 120, respectively, and press the pot body 100 downward as shown in FIG. 7 attached.

This pressing operation makes it possible to make the inner surface of the pot body 100 easy to separate from the soil E filled therein with respect to the water supply means 200 connected to the pot holder 300, where Separated from the first coupling portion 113, the second coupling portion 114, the first connection portion 123, and the second connection portion 124 of the second semi-assembly 120 formed in the first semi-assembly 110, respectively On the main surface, it is possible to separate the first semi-assembly 110 and the second semi-assembly 120 from both sides as shown in FIG. 10 .

As described above, when the first semi-assembly 110 and the second semi-assembly 120 are separated, the planted plant is separated from the soil so that it can be easily repotted into a new pot.

As described above, the present invention has been described with specific matters such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims to be described later, but also all those with equivalent or equivalent modifications to the claims will be said to belong to the scope of the spirit of the present invention. .

[Explanation of code]

100: pot body 110: first semi-assembly

120: second semi-assembly 200: moisture supply means

210: water tank 220: connection assembly member

230: cover member 300: pot stand

310: lifting member 320: floor support member

400: support cover 500: top cover

A: Plant B: Steel ball

E: soil

Claims

In a detachable flowerpot,

A handle portion 112 recessed from the outside to the inside is formed on the upper side of the side portion 111 having a polygonal surface having a wide upper portion and a narrow lower portion, and first coupling portions 113 are provided on both sides of the side portion 111 . A second coupling part 114 is provided in the middle of both side length sides of the side part 111, and a third coupling part 115 is provided on both sides of the lower part of the side part 111, and the lower inner surface of the side part The first semi-assembly 110 in which the support protrusion 116 is formed, and

A recessed handle 122 is formed from the outside to the inside on the upper side of the side part 121 having a polygonal surface having a wide upper part and a narrow lower part so as to butt-match the first semi-assembly 110, and on both sides of the side part, the first A first connection part 123 detachably connected to the coupling part 113 is provided, and a second connection part 124 detachably connected to the second coupling part 114 is provided in the middle of both length sides of the side part. The second semi-assembly is provided, and the third connection part 125 detachably connected to the third coupling part 115 is provided at both lower sides of the side part, and the supporting protrusion 126 is formed on the lower inner surface of the side part. The pot body 100 is divided and assembled by 120;

The inner cylinder portion 211 having a plurality of L-shaped fastening grooves 211a formed at the top with a hollow shape and a polygonal upper portion guided to the inner surface of the first semi-assembly 110 and the second semi-assembly 120 in the outer direction of the inner cylinder is opened and the outer cylinder portion 212 having a depth for accommodating water is integrally formed, a drain valve 213 is provided at the lower side of the side, and a plurality of coupling recessed grooves 214 coupled to the support protrusion at the lower edge. The formed water tank 210 and

A hollow cylindrical body, a flange portion 221 having a plurality of fitting projections 221a on the upper portion, and a fastening projection 221b that is guided and assembled in the L-shaped fastener groove 211a of the inner cylinder on the outer periphery of the lower side of the flange portion A connection assembly member 220 formed in plurality and having a plurality of coupling protrusions 221c radially formed at the bottom thereof, and

A cap portion 231 and a cap provided with a handle 231a in the upper center, curved upward in the upper center, and coupled to the fitting protrusion 221a of the flange portion 221 at the bottom are formed in a plurality of assembly grooves 231a. The mesh part 232 from the edge of the part is made of a cover member 230 provided to be curvedly attached to the outside, and is coupled to the upper portion of the connection assembly member between the inner tube portion 211 and the outer tube portion 212 of the water tank 210. Moisture supply means 200 for partitioning the incoming soil (sand) and water;

A hollow cylindrical body, a plurality of coupling concavo-convex portions 311 coupled to the coupling protrusion 221c are formed on the outer periphery of the upper end, and a lifting member 310 having a female threaded portion 312 formed on the inner diameter thereof;

A male screw fastening part 321 fastened to the female screw part 312 of the lifting member 310 is formed on the outer periphery of the cylindrical body, and the bottom surface of the lifting member 310 is supported on the lower outer periphery where the male screw fastening part ends. A support jaw 322 is formed, and the second support jaw is formed integrally with the lower outer side of the first support jaw to support the bottom of the flowerpot body 100 and guide the vertical guide parts 118 and 128 of the flowerpot body. A flowerpot holder 300 comprising a bottom support member 320 on which 323 is formed;

A detachable flowerpot comprising a cover support 400 for accommodating the flowerpot stand 300 and an upper cover 500 covering the upper end of the flowerpot body 100 .
According to claim 1,

On the outer periphery of the lifting member 310, a steel ball insertion hole 313 communicating with the female screw part 312 and a steel ball B are respectively interposed in the steel ball insertion hole, and a hairless bolt 314 for preventing separation of the steel ball in the steel ball insertion hole. ) is fastened, and the lifting member 310 is screwed to the bottom support member 120 by a ball screw fastening method, so that the male screw fastening part is installed to prevent separation from the female screw part.
According to claim 1,

A plurality of drain grooves 323a communicating with the inner diameter are radially formed on the bottom surface of the second support jaw 323 of the bottom support member 320, and a cross-shaped handle 323b has an inner diameter in which the second support jaw 323 is located. A detachable flowerpot, characterized in that it is integrally formed.