KR101317939B1 - Assemble type flowerpot - Google Patents

Abstract

The present invention relates to a multi-stage assembled planter, and more specifically, consists of a planter structure is formed in the height direction to enable the planting of a variety of flowers by type, easy to assemble and dismantle, easy portability and mobility, such as home or flower plantations It relates to a multi-stage prefabricated flowerpot that allows to grow flowers or flowers in place.
Multi-stage prefabricated plant pot according to the present invention, the support leg is supported from the bottom, the vertical connecting rod is vertically connected by a certain height to the upper support leg, and a central insertion hole for insertion into the vertical connecting rod is formed on the upper support leg An inner space having a predetermined depth so as to be seated and supported by the water support, which is seated outside the vertical connecting rod and arranged at fixed intervals, and fixed to the upper portion of each of the plurality of flower pot fixtures in a coupled state. A horizontal support rod having a plurality of flower pots each formed with a pair of first side pots and a pair of second side pots which are detachably coupled to the outside of the vertical connecting rods, and a connection hole inserted into an upper end of the vertical connecting rods and branched in a horizontal direction; Characterized in that configured to include.

Description

Multi-Stage Prefab Planter {ASSEMBLE TYPE FLOWERPOT}

The present invention relates to a multi-stage assembling potted plant, and more particularly, consists of a potted structure formed in the height direction to enable the planting of a variety of flowers by type, easy to assemble and dismantle, easy portability and mobility, such as home or flower plantations It relates to a multi-stage prefabricated flowerpot that allows to grow flowers or flowers in place.

In general, pots do not have flower beds separately, and are simply used to grow plants for ornamental or edible use. These pots are provided with a separate hole in which water can be drained under the pots. When water is supplied to the pots, the water is drained through the holes provided under the pots. Therefore, when using the pot indoors, it is common to install a separate pot stand in the pot.

In addition, the conventional potted plants as described above were cultivated by displaying several potted plants horizontally using a potted display stand consisting of two-stage or three-stage forms having a long shape in the horizontal direction. However, since conventional flowerpot shelves are multi-stage shelves formed long in the horizontal direction, basic space occupation is inevitable and there is a limited problem that the flowerpot can be used only in a room having a certain layout space. In addition, the conventional flowerpot display stand has a simple configuration that cannot be grown by displaying various types of plants, such as hydroponic cultivation or sprout cultivation, with general plants grown in the soil, and they display common pots because of the size of the pots. There was a limit that cannot be displayed and grown,

As a result, such a simple arrangement of pots does not exhibit a great natural interior effect, but rather has a problem of deteriorating interior aesthetics. In addition, when watering the pots on the pot stand, the water drops directly from the pots to the floor, so even if the pots are supported, the water flows again and makes the floor dirty. There is a demand for a method that can be easily collected by collecting them in one place. On the other hand, because the conditions are different depending on the characteristics of the plant, it is inefficient to purchase a dedicated potted product for the crop to be grown separately and to use it separately. There was a problem that was.

Therefore, in order to solve the above problems, it is a situation that a potted plant for cultivating several kinds of plants simultaneously or selectively together in a narrow indoor space is required. The need for potted plants that can also play a role as a showcase that can be effective.

Thus, in the conventional utility model Republic of Korea Registered Room No. 20-0320265 'multi-stage pollen structure' is a circular flower pot 120 of the center is empty is laminated in a multi-layer structure by two fixed pipes 130, in the center Bucket 110 for storing the water supplied from the outside is formed in the center of the flower pot 120 hanging on the fixed pipe 130 through the two hooks 111 installed on the rim, the pot 120 Two semi-circular bodies are made to be coupled with screws 122, and the fitting portion 121 is installed inside the pot 120, and the fixed pipe (120) is fitted to the fitting portion 121 installed on the pot 120 of each layer. 130 is inserted to form a multi-layered structure, and the fixed pipe 130 is provided with a length adjusting portion 131 is installed to adjust the length of the fixed pipe 130, if necessary to install additional plant pot structure and On the lowest floor, buckets of each floor (1 10 is a technology for enabling water supply to the pot 120 of each layer is formed by receiving the water passing through the water 200 is disclosed.

However, the above-described technique is assembled and dismantled because the assembly is made in the form that the potted plant 120 made of assembly is screwed, and the potted plant 120 is inserted in order in the direction of the upper end of the fixed pipe 130. Inconvenient and time-consuming, especially in places where flower or plant replacement cycles are frequent, such as a flower plantation, planting work of the plant due to the complex structure may be delayed, and the central part of the pot 120 By providing the 110, there was a problem that the space for planting plants can be narrowed.

The present invention has been made to solve the above problems, in particular, easy to assemble and dismantle so that the planting work of the plant in the room, such as a flower garden is quickly made, and at the same time to facilitate the operation of supplying water to the pot It is easy to move as it is dismantled in size for easy portability for each part, and it is easy to move by making it possible to rotate by each flower pot. When planted, it is to provide a multi-stage assembled planter that has an excellent aesthetic effect indoors.

In order to achieve the above object, the multi-stage assembled plant pot according to the present invention, in the multi-stage assembled plant pot, the supporting leg and the vertical connecting rod vertically connected by a predetermined height to the upper support leg, the vertical connecting rod, A central insertion hole is formed to be inserted into the water support seat is seated on the upper leg, a plurality of planter fixtures that are fixed to be placed outside the vertical connecting rods and fixed by a predetermined height, and the plurality of pots in a state coupled with each other A plurality of flower pots each comprising a pair of first side pots and a pair of second side pots which are respectively formed to have a predetermined depth of inner space so as to be seated and supported on an upper part of the fixture, and detachably coupled to the outside of the vertical connecting rods; A horizontal support rod is formed in the upper end portion and includes a connection hole for branching in the horizontal direction. .

In addition, the multi-stage assembled planter according to the present invention, each pot is formed with each side wall to form the inner space of each of the first and second potted plant pots, each insertion groove fitted to the outside of the vertical connecting rod Is formed, the side projections are formed in each of the fitting projections and fitting grooves corresponding to each other are formed to be coupled to each other and separated, a plurality of drain holes in the bottom of the inner space of the first and second side pots It is characterized in that each formed.

In addition, the multi-stage assembled planter according to the present invention, the supporting leg, the spaced portion formed to be bent toward the center direction from all directions so as to be spaced apart by a predetermined height from the floor, and horizontally in the spaced portion to support the bottom of the water support. It is composed of a horizontal bottom portion formed to extend in the center and a vertical through-hole formed so as to penetrate up and down to support the vertical connecting rod in the central portion where the horizontal bottom portion gathers, each of the spaced portion is horizontal to the bottom surface A bent surface is formed, and the bent surface is formed with a screw thread to form a vertically penetrated screw coupling hole, the height adjusting means having a height adjusting screw which is fastened and loosened by being vertically fastened to the screw coupling hole; Characterized in that configured.

In addition, the multi-stage prefabricated plant pot according to the present invention is configured to further include a connecting rod coupled to the connection hole of the horizontal support rod, so that the plurality of multi-stage prefabricated plant pots can be continuously arranged in parallel with each other through a plurality of the connecting rods. Characterized in that configured.

By the above configuration, the multi-stage assembled plant pot according to the present invention is particularly easy to assemble and dismantle so that the planting work of the plant can be quickly performed indoors in a place such as a flower farm, and at the same time, it is easy to supply water to the pot. It is easy to move because it is configured to be dismantled in a size that is easy to carry for each part, and a plurality of flower pots are composed of layers so that each plant can be rotated for each flower pot. When planted in the room interior effect has the advantage of having an excellent aesthetics.

1 is a perspective view showing a multi-stage powder structure according to a conventional embodiment.
Figure 2 is an exploded perspective view showing the configuration of a multi-stage assembled planter according to an embodiment of the present invention.
Figure 3 is a partially exploded perspective view for showing the potted plant combined state of the multi-stage assembled pollen according to an embodiment of the present invention.
Figure 4 is a cross-sectional state view showing the operating state of the pot planter of the multi-stage prefabricated pot according to an embodiment of the present invention.
5 is a plan view of the potted state of the multi-stage assembled planter according to an embodiment of the present invention.
Figure 6 is a side view conceptually showing the assembly sequence of the multi-stage assembled planter according to an embodiment of the present invention.
Figure 7 is a perspective view of the use state showing the height adjustment means of the multi-stage assembled planter according to an embodiment of the present invention.
Figure 8 is a perspective view showing a state in which a plurality of multi-stage assembled plant pots side by side in accordance with an embodiment of the present invention.

Hereinafter, with reference to the embodiment shown in the drawings will be described in more detail the multi-stage granulation according to the present invention.

Figure 2 is an exploded perspective view showing the configuration of a multi-stage assembled plant pot according to an embodiment of the present invention, Figure 3 is a partially exploded perspective view for showing the potted state of the pot assembly assembly according to an embodiment of the present invention, Figure 4 is a cross-sectional state view showing an operating state of the potted fixture of the multi-stage assembled planter according to an embodiment of the present invention, Figure 5 is a plan view of the combined potted plant of the multi-stage assembled planter according to an embodiment of the present invention, Figure 6 is a side state diagram conceptually showing the assembly sequence of a multi-stage assembled plant pot according to an embodiment of the present invention, Figure 7 is a use state perspective view showing the height adjustment means of the multi-stage assembled plant pot according to an embodiment of the present invention 8 is a perspective view showing a state in which a plurality of multi-stage assembled plant pots are coupled side by side according to an embodiment of the present invention.

Referring to the drawings, the multi-stage assembled planter 1 according to an embodiment of the present invention, the supporting leg 10, the vertical connecting rod 20, drip tray 30, potting fixture 40, potted plant 50, It is configured to include a horizontal support rod (60).

The supporting leg 10 and the vertical connecting rod 20 are coupled to each other so that the potted layer 50 of the present invention multi-stage assembled pollen 1 can be configured with a multi-tiered layer. It is configured to be able to support the pot 50 made of a plurality by being supported by a long.

Referring to FIG. 2, the support leg 10 is positioned at a height spaced apart by a predetermined height from the bottom surface of the water support 30 to be described later so that it can be easily seated on the top of the support leg 10. Characterized in that configured.

The supporting leg 10 is formed by the separation part 11, the horizontal bottom part 12, and the vertical through hole 13. The spaced portion 11 is formed to be bent toward the center direction with the other side facing each other in a state in which each one end is supported on all sides of the bottom to form a gentle bend from the bottom to the top to be spaced apart from the floor by a certain height Is formed. The horizontal bottom portion 12 is formed to be split in a cross shape when viewed in a plane, and extends horizontally toward the direction from the other end of the separation portion 11 which is bent in the direction facing each other toward the center so as to have a long horizontal plane in all directions. To form. In addition, a vertical through hole 13 to allow the vertical connecting rod 20 to be inserted and supported at the center portion of the horizontal bottom portion 12, that is, the horizontal bottom portion 12 is gathered at the center in the cross shape. Is formed.

The vertical connecting rod 20 is configured to be coupled to each other with the support leg 10 as described above, the lower end is supported by the support leg 10 is formed vertically in the height direction. The vertical connecting rod 20 may be formed long in one configuration in the form of a pipe, but in the present invention is formed in a pipe shape having a predetermined height so as to be easy to carry when dismantling the vertical connecting rod 20 divided into two The feature is that it is configured to be. The vertical connecting rod 20 is composed of a first connecting rod 20a coupled to the support leg 10 at the bottom and a second connecting rod 20b coupled to the upper portion of the first connecting rod 20a.

The first connecting rod 20a is formed in a cylindrical shape through which the lower brace portion 21 for insertion into the vertical through hole 13 of the support leg 10 is formed so that the lower brace portion 21 is vertical. Only by simply inserted into the through-hole 13 is firmly coupled to each other. In addition, in order to more securely coupled to the inner periphery of the vertical through-hole 13 and the outer periphery of the lower support portion 21 may be formed with threads for screwing together, but in the present invention the support leg 10 Since the separation part 11 is formed to be firmly supported from all sides of the bottom surface, a solid assembly is possible only by the configuration of the lower support portion 21 for ease of assembly.

In addition, the upper connecting portion 22 is formed at the upper end of the first connecting rod 20a in the same cylindrical shape as the lower brace 21, so that the second connecting rod 20a penetrated inside in a pipe form is coupled to the upper portion. To be possible. On the other hand, the coupling portion of the second connecting rod (20a) and the upper connecting portion 22, as described in the configuration of the lower bracing portion 21 is formed with a screw thread can be made to enable a secure coupling.

The drip tray 30 is configured to be easily seated on the horizontal bottom portion 12 of the support leg 10 as described above, the central insertion hole into which the vertical connecting rod 20 can be inserted ( 31a) is formed to form an insertion portion 31 protruding upward by a predetermined height to have a cylindrical inner wall. The drip tray 30 is formed in a disk shape having a bottom surface and sidewalls to form an inner space capable of containing water. The water support 30 as described above can be stably seated on the upper portion of the support leg 10 only by a simple operation of inserting the insertion portion 31 into the vertical connecting rod 20, the pot (to be described later) The configuration of 50) is located at the top to support the water flowing down from the pot 50.

The potting fixture 40 is composed of a plurality corresponding to the number of each of the potted plants 50 so that a plurality of the potted plant 50 is made of a plurality of layered in the height direction along the vertical connecting rod 20 Is a configuration for fixing each of the pots (50). The pot fixing fixture 40 is fitted to the outside of the vertical connecting rod 20 is made of a movable structure. Thus, as shown in Figure 3, each of the potted fixture 40 is guided along the vertical connecting rod 20 so as to be spaced apart by a predetermined height interval and a predetermined height so that each of the plurality of pots 50 can be fixed by a desired interval It is arranged and fixed by the interval of. The pot fixing fixture 40 as described above is composed of an outer cylinder 41, the inner cylinder 42, the pressing body 43, the spring 44.

Referring to FIG. 4, the potted fixture 40 has a lower through hole in the outer cylinder 41 such that the inner cylinder 42 is inserted into the outer side of the vertical connecting rod 20 in a state where the inner cylinder 42 is accommodated inside the outer cylinder 41. 41a) is formed, and an upper through hole 42a is formed in the inner cylinder 42. In addition, the inner circumferential surface of the outer cylinder 41 and the outer circumferential surface of the inner cylinder 42 are formed with respective threads 41b and 42b to be screwed together. Therefore, when any one of the outer cylinder 41 and the inner cylinder 42 is rotated to tighten or loosen the screw thread, the inner cylinder 42 is vertically moved up and down in the inner space of the outer cylinder 41. The lower end of the inner circumferential surface of the inner cylinder 42 is provided with an inclined tapered surface 42c. In addition, the pressing body 43 is formed in the shape of a cylinder inclined downward, it is configured to be divided into 2 to 8 pieces. In the center of the pressing body 43, each inner groove 43a is formed so as to form a circular cross section in the state where each piece is gathered in the center direction, when the divided pieces of the pressing body 43 are gathered together At least the diameter of the inner groove (43a) is smaller than the diameter of the size that can be compressed to the outer surface of the vertical connecting rod (20). In addition, the pressurizing member 43 has a tapered surface 43b corresponding to the tapered surface 42c of the inner cylinder 42 on the outer circumferential surface thereof to be inclined and accommodated in the inner space of the inner cylinder 42. And, the upper portion of the pressing body 43 is provided with a spring 44 for elastically supporting the pressing body 43 to the bottom portion of the outer cylinder 41.

Thus, the potted fixture 40 configured as described above when the outer cylinder 41 and the inner cylinder 42 is screwed together to tighten as shown in Figure 5 the inner cylinder 42 of the outer cylinder 41 While descending to the inner space, the tapered surface 42c of the inner cylinder 42 and the tapered surface 43b of the pressing body 43 abut each other, and the inner cylinder 42 makes the pressing body 43 perpendicular to the vertical space. It is pressed in the direction of the outer circumferential surface of the connecting rod (20). At this time, the spring 44 is elastically supported downward to prevent the pressurized body 43 from flowing at any time while the inner cylinder 42 is raised or lowered upward in the outer cylinder 41. . Therefore, when the inner cylinder 42 is lowered, the pressurizing member 43 is formed of the inner circumferential surface of the inner circumferential surface 43a which is in contact with each other in the outer surface direction of the vertical connecting rod 20 by the tapered surface 43b. As the diameter decreases gradually, the end face of the inner groove 43a is fixed while pressing the outer side of the vertical connecting rod 20 at a uniform pressure. On the contrary, when the inner cylinder 42 rises from the outer cylinder 41, the divided pieces of the pressing body 43 are unfolded, and the pressing body 43 in close contact with the vertical connecting rod 20 falls and the Flower pot fixture 40 is to be able to move up and down along the longitudinal direction of the vertical connecting rod (20). As described above, the pot fixing fixture 40 is firmly fixed to the outside of the vertical connecting rod 20 and at the same time can be moved up and down by a simple operation, the potted plant 50 on the top of the pot fixing fixture 40 Make sure that) is stable.

The flower pot 50 is composed of a plurality so that various kinds of flowers can be planted, characterized in that configured in a pair to be easily coupled to the outside of the vertical connecting rod (20). 3 is a partially exploded perspective view for showing the coupling state of the pot 50, Figure 5 is a plan view showing a coupling state of the pot 50.

3 and 5, the pot 50 is composed of a pair of first side pots 51 and the second side pots 52. In addition, each of the first side potted plant 51 and the second side potted plant 52 not only forms a potted plant having a space for accommodating a plant therein, the first side potted plant 51 And each of the second side pots 52 is formed in the same shape, when the pair is coupled to each other, characterized in that configured to form a circular basket having two inner spaces. Each of the first side pots 51 and the second side pots 52 constituting the pot 50 has side walls 51a and 52a to have internal spaces of a predetermined depth. The side walls 51a and 52a are formed to protrude upward by a predetermined height along the edges so as to form a semicircular shape in plan view so that the earth and sand can be filled to allow planting of plants therein. In addition, each of the first side pots 51 and the second side pots 52 is inserted into the outside of the vertical connecting rod 20, that is, the first side connecting rod 20a and the second side connecting rod 20b. Grooves 51b and 52b are formed. The insertion grooves 51b and 52b are formed to have a semicircular shape at portions of the sidewalls 51a and 52a in the direction in which the first side connecting rods 20a and the second side connecting rods 20b face each other. The side pot 51 and the second side pot 52 are in contact with each other to form a circular groove. In addition, fitting surfaces 51c and 52c and fitting grooves 51d and 52d are formed on surfaces of the side walls 51a and 52a that are in contact with each other.

3 and 5, the first side potted plant 51 and the second side potted plant 52 are coupled in a direction facing each other by the fitting protrusions 51c and 52c and the fitting grooves 51d and 52d. It is characterized in that it is formed to form a circular basket. Thus, the fitting protrusion 51c of the first side potted plant 51 is formed to have a vertical surface in a form protruding to the outside of the side wall 51a at one side portion of the portion where the insertion groove 51b is formed, The fitting groove 52d of the two-sided potted plant 52 is recessed inwardly of the side wall 52a at one side of the portion where the insertion groove 52b is formed, that is, the position corresponding to the fitting protrusion 51c. It is formed to have a vertical plane. In such a structure, the fitting protrusions 51c and 52c and the fitting grooves 51d and 52d are inserted so that the respective fitting protrusions 51c and 52c and the fitting grooves 51d and 52d can be coupled at positions corresponding to each other. The first side potted plant 51 and the second side potted plant 52 are vertically fitted at the surfaces in contact with each other by being formed on both sides of the grooves 51b and 52b, respectively.

In other words, the first side potted plant 51 and the second side potted plant 52 are configured to have the same shape, not separately manufactured products, each fitting protrusion 51c provided in the side wall 52a. , 52c) and fitting grooves 51d and 52d so as to be coupled to each other in a vertical direction, the fitting protrusion of any one of the first side potted plant 51 and the second side potted plant 52. Forming and forming the fitting groove in the other one can be configured to be combined, but in the present invention, in order to manufacture a separate product as described above, additional processes such as having to manufacture different molds will be required. In addition, the first cost of the potted plant 51 and the second side in order to reduce the cost and at the same time to simplify the manufacturing process in view of such a problem because the consumption cost is generated accordingly It is preferable that the minutes 52 are made of the same configuration.

In addition, a plurality of drain holes 51e and 52e are formed at the bottom of the inner space of each of the pots 50, that is, the first side pots 51 and the second side pots 52. When the drain holes 51e and 52e supply water to the pot 50 located at the top of the pot 50, which is formed in multiple layers along the vertical connecting rod 20, the residual amount of water sufficiently absorbed by the soil is pollen 50 If you go to the bottom part of the), it is configured to continue to flow downward. Therefore, when it is necessary to quickly supply water to a large number of plants in places such as flower farms and arbors, the multi-stage assembled plant pot 1 of the present invention has a relatively large number of pots 50 located on the top floor using a hose or the like. By supplying a sufficient amount of water, and to the lower layer to supply a smaller amount of water than the top layer to allow a sufficient amount of water to be delivered to the lower pots 50 over time.

The first side potted plant 51 and the second side potted plant 52 configured as described above are disposed on the vertical connecting rod 20 at a predetermined interval in a coupled state and seated on an upper portion of the potted plant fixture 40 fixed. By being able to be fixed stably, as the plants planted in each of the pots 50 grows up and down by adjusting the position of the pot fixing fixture 40 to be able to easily adjust the interval between the plurality of pots (50) do. In addition, since each of the pots 50 having the structure as described above is a structure that can be rotated around the vertical connecting rod 20, the user rotates the pot 50 to face the direction of sunlight coming in As it grows, it will have the effect of making mining appropriate.

The horizontal support rod 60 is configured to be inserted into the upper end portion of the vertical connecting rod 20 to branch in the horizontal direction. 2 and 3, the horizontal support rod 60 may be configured to branch in various directions, but in the present invention is connected to the vertical connecting rod 20 to branch in both directions in the horizontal direction. It consists of a vertical portion 61 and a horizontal portion 62 is branched in the horizontal direction, the horizontal portion 62 is formed with a connection hole (62a) formed to penetrate the inside.

On the other hand, the multi-stage assembled plant pot (1) of the present invention configured as described above is characterized in that it is configured to be quickly assembled through the following sequence.

Referring to Figure 6, the multi-stage assembled plant pot (1) of the present invention can be largely summarized in four steps of (a), (b), (c), (d). As described through the above configuration, the multi-stage assembled plant pot (1) has a step (a) in which the components of the support leg 10, the vertical connecting rod 20, and the water support 30 can be quickly assembled. It is preceded. Then, a plurality of the pots fixtures 40 are arranged spaced apart by a predetermined interval along the longitudinal direction of the vertical connecting rod 20, thereafter, a horizontal support rod coupled to the upper end of the vertical connecting rod 20 ( 60) has the assembly step of step (b) is installed. And, finally, as the planter 50 is installed, the assembly work of the multi-stage assembled planter 1 of the present invention is completed, and the planter 50 is spaced apart by a predetermined distance along the longitudinal direction of the vertical connecting rod 20. The assembly is completed through the steps (c) and (d) which are installed at the upper portion of each pot fixing fixture 40 arranged so as to be sequentially.

Thus, the steps (c) and (d) is made of the following assembly method, first, the worker is a pair of the potted plant 50, that is, the first side potted plant 51 and the second side potted plant 52 The potted plant in any one direction is in close contact with the outside of the vertical connecting rod 20 through the insertion groove (51b, 52b). Then, the one-sided planter in close contact with the outer side of the vertical connecting rod 20 is guided to the vertical connecting rod 20 so that the bottom portion of the lower end of the insertion groove (51b, 52b) is supported by the top of the pot fixing fixture (40) It is lowered in the vertical direction as much as possible, and vertically through the fitting protrusions 51c and 52c and the fitting grooves 51d and 52d in the other direction to be combined with the potted plant in a state positioned above the pot fixing fixture 40. Will fit. Through the simple assembly method as described above, the flower pot 50 can be easily combined in the form as shown in FIG. 4, and the plurality of flower pots 50 can be configured in multiple layers on the vertical connecting rod 20. At this time, the potted plant 50 may be installed on the vertical connecting rod 20 in a state that the pair of the first side potted plant 51 and the second side potted plant 52 is already coupled, in this case the ( In the step a) at the same time installing one of the plurality of pot fixing fixtures 40, and at the same time, a plurality of pots 50 in a multi-stage through the method of installing a potted plant 50 together The horizontal support rod 60 is to be finally assembled after the installation of the potted plant 40 and the potted plant 50 first.

As described above, the multi-stage assembled plant pot 1 of the present invention is configured to be easily detachable by simple coupling even when the coupling means such as a screw is not provided as in the prior art, so that the assembly work and the movement and storage in the room are easy. Will be generated.

In addition, the multi-stage assembled planter 1 according to an embodiment of the present invention is characterized in that the height adjusting means 15 is provided on the support leg 10. The height adjustment means 15 is to enable the horizontal adjustment of the support leg 10, the bottom of the place where the multi-stage prefabricated planter 1 is installed in the place is uneven in all directions of the support leg 10 Height adjustment is made so that the vertical connecting rod 20 can be vertically supported.

Referring to FIG. 7, the height adjusting means 15 is installed at each of the distal ends of the spaced portions 11 provided in all directions to form the support leg 10. In addition, the separation portion of the support leg 10 is formed with a bent surface (11a) and a screw coupling hole (11b) for installing the height adjusting means (15). The bent surface (11a) is formed to be horizontal with the bottom surface of the place where the multi-stage assembled planter (1) of the present invention is installed at each of the distal end of the separation portion 11, the screw coupling hole (11b) is the bent surface It is formed in a shape protruding by a predetermined height in the direction of the upper end of (11a), the inside is vertically penetrated, the inner thread is formed with a threaded bolt hole.

Thus, the height adjusting means 15 is composed of a height adjusting screw (15a) and the upper cap (15b) is installed on each of the bending surface (11a) of the support leg 10 as shown in FIG. The height adjustment means 15 as described above is installed to be fastened and loosened by fastening perpendicularly to the screw coupling hole (11b), the height adjustment screw (15a) is a body that can be rotated by the planter user bottom It is formed in the part, the bolt screw is formed on the upper part of the bolt screw is fastened to the bolt hole of the screw coupling hole (11b) to rotate the body portion of the height adjustment screw (15a) while moving up and down to adjust the horizontal You can do it. In addition, the upper cap (15b) is to be connected to the bolt screw end portion of the height adjustment screw (15a) to cover and cover the bolt screw portion protruding to the upper portion of the bending surface (11a) protruding to the height adjustment To compensate for the disadvantage of damaging the peripheral beauty by the screw (15a). However, the same configuration as the upper cap (15b) is to form the screw coupling hole (11b) to the top, and to form a short length of the height adjustment screw (15a) to compensate for the above disadvantages Is not necessary configuration for height adjustment of the support leg (10). On the other hand, the four spaced apart portion 11 of the support leg 10 may be provided with a wheel (not shown in the drawing) through such a configuration is more easy to move in the place of use of the present invention multi-stage assembled plant pot (1). Can be configured to

On the other hand, the multi-stage assembled plant pot (1) according to an embodiment of the present invention is configured to further include a connecting rod (60 ') is inserted into the connection hole (62a) of the horizontal support rod 60, the multi-stage assembled plant pot (1) ) Is characterized in that a plurality of can be arranged in a row in parallel with each other through a plurality of connecting rods (60 ') inserted into the connecting hole (62a) of the horizontal support bar (60).

Referring to Figure 8, the multi-stage prefabricated plant pot (1) of the present invention can be arranged at the same time in the indoor space of a plant cultivation facility is formed in a large complex, such as a flower complex, in this case, the multi-stage prefabricated plant pot (1) It is characterized in that the plurality is installed so as to have a constant interval from each other to enhance the peripheral aesthetics, and to facilitate the water supply operation.

Thus, the connecting rod 60 'is formed in the shape of a pipe or bar having a length surface as long as the plurality of multi-stage assembled plant pots 1 can be spaced at a desired interval, the length of the connecting rod 60' Each of the two sides in the direction is fitted with a connection hole (62a) of the horizontal support rod 60 is formed with a fitting portion (60 'a) for supporting on its inner peripheral surface. Through the configuration of the connecting rod (60 ') as described above, a plurality of the multi-stage assembled plant pot (1) of the present invention can be provided with a plurality of at regular intervals as shown in Figure 6, the horizontal of the horizontal support rod (60) The part 62 may be configured in various forms so as to branch in various directions such as diagonal directions or cross directions, and the plurality of multi-stage assembled pollen 1 of the present invention may be arranged in various forms.

The multi-stage prefabricated planter described above and shown in the drawings is only one embodiment for carrying out the present invention, and should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is defined only by the matters set forth in the claims below, and the embodiments which have been improved and changed without departing from the gist of the present invention will be apparent to those skilled in the art. It will be said to belong to the protection scope of the present invention.

<Brief Description of Main Drawings>
1 Multistage Planter 10 Stands
11 Separator 12 Horizontal Bottom
13 Vertical through hole 20 Vertical connecting rod
20a first side connecting rod 20b second side connecting rod
21 Lower Brace 22 Upper Connection
30 Drip tray 31 Insert
31a central inserter 40 planter fixture
41 outer cylinder 42 inner cylinder
43 Pressurized 42c, 43b Taper Surface
44 Spring 50 Pollen
51 1st side potted plant 52 2nd side potted plant
51a, 52a Sidewall 51b, 52b Insertion Groove
51c, 52c Fittings 51d, 52d Fitting Grooves
51e, 52e Drainage 60 Horizontal Support Bar
61 vertical part 62 horizontal part
62a connector 60 'connecting rod
60'a fitting

Claims (4)

A support leg supported from a bottom, a vertical connecting rod vertically connected to the upper support leg by a predetermined height, a central insertion hole for insertion into the vertical connecting rod is formed, the water support seated on the upper support leg, and the vertical connecting rod A plurality of planter fixtures which are inserted and fixed to be spaced by a predetermined height are fixed to each other, and inner spaces of a predetermined depth are formed to be seated and supported on the upper portions of the plurality of planter fixtures in a coupled state, respectively. It comprises a plurality of pots consisting of a pair of the first side potted plant and the second side potted plant detachably coupled, and a horizontal support rod formed in the upper end portion of the vertical connecting rod branched in the horizontal direction,
The flower pots have respective sidewalls formed to form internal spaces of the first and second side pots, and respective insertion grooves are formed to be fitted to the outside of the vertical connecting rod, and the sidewalls are in contact with each other. The fitting protrusions and the fitting grooves corresponding to each other are formed to be coupled to each other and separated from each other, a plurality of drain holes are formed in the bottom of the inner space of the first and second side pots, respectively,
The support leg, the spaced portion formed to be bent toward the center direction from all directions so as to be spaced apart from the floor by a predetermined height, a horizontal bottom portion formed horizontally extended from the spaced portion to support the bottom of the water support and gathered in the center; It consists of a vertical through-hole formed so as to penetrate up and down to support the vertical connecting rod in the central portion where the horizontal bottom portion is gathered, and each of the separation portion is formed with a respective bent surface to be horizontal to the bottom surface, the thread surface Is formed to form a vertically penetrated screw coupling hole,
Multi-stage assembled plant pot characterized in that it further comprises a height adjusting means provided with a height adjustment screw that is fastened and loosened vertically coupled to the screw coupling hole. delete delete The method of claim 1,
Consists of further comprising a connecting rod coupled to the connecting hole of the horizontal support rod, the multi-stage assembled plant pot characterized in that the plurality of assembly pots can be arranged in a row in parallel with each other through the plurality of connecting rods.

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