KR102684205B1 - Three-dimensional Planter System with Fine Dust Reduction Function - Google Patents

Abstract

The present invention relates to a three-dimensional planter system that provides a fine dust reduction function and an air purification function, as well as an efficient greening effect within a limited space. A three-dimensional planter system with a fine dust reduction function according to the present invention is comprised of a planter panel (1). The planter panel 1 includes two or more planting modules 20 that are installed while being stacked in a vertical direction. The planting module 20 includes a module body 21 and a planting mat 22, and the module body 21 includes a vertical plate 211 and a horizontal plate coupled to the lower part of the vertical plate 211 ( 212) and a storage portion 213 for storing the planting mat 22. The storage unit 213 is disposed at an angle with respect to the module body 21 by having one lower end coupled to the vertical plate 211 and the other lower end coupled to the horizontal plate 212. A water supply pipe 30 and a lighting module 40 are provided along the longitudinal direction below the planting module 20, and the water supply pipe 30 is provided with a plurality of nozzles for spraying water in a downward direction. And the control panel 2 supplies water through the water supply pipe 30 and controls the operation of the lighting module 40.

Description

Three-dimensional Planter System with Fine Dust Reduction Function}

The present invention relates to a three-dimensional planter system that provides a fine dust reduction function and an air purification function, as well as an efficient greening effect within a limited space.

Recently, interest in the atmospheric environment is increasing as risks related to fine dust and carbon emissions are raised. The deterioration of the atmospheric environment has a lot to do with urbanization and industrialization of the residential environment. The development of the energy industry, including coal power generation, and the logistics industry using transportation means such as automobiles, ships, and aircraft are acting as major factors in deteriorating air quality. In addition, the destruction of green space due to urbanization of residential environments is also acting as a factor in increasing the risk to the atmospheric environment. As is well known, carbon emissions cause environmental disasters such as global warming. Additionally, fine dust contains harmful components such as oxides and nitrogen oxides and heavy metals such as lead and cadmium. Fine dust penetrates into the human body through the respiratory tract and accumulates, causing a decrease in immune function and various diseases, including respiratory diseases.

There have been various attempts to improve the atmospheric environment of living spaces by providing as much green space as possible in urbanized living spaces, thereby improving the quality of life. As one of these attempts, a three-dimensional planter or three-dimensional planter system is attracting attention. The three-dimensional planter system organizes the space for plant cultivation in a three-dimensional shape, creating as wide a green space as possible through limited space and providing various green effects. Regarding the planter system, for example, Republic of Korea Patent No. 10-0858993 (name: Indoor garden system for air purification using moss walls and indoor plants), Registered Patent No. 10-2114591 (name: air purification device using moss plants) , Registered Patent No. 10-2227576 (Name: Indoor moss planting natural air purification system that reduces fine dust), Public Patent No. 10-2021-0061794 (Name: Modular vertical recording device with fine dust reduction function) and Publication Patent No. 10-2019-0135717 (name: Fine dust reduction device using moss and its control method).

However, the conventional three-dimensional planter system has the following problems. First, a typical three-dimensional planter system places vegetation mats or trays vertically to secure planting space. However, when the soil for vegetation is configured in a vertical structure, the humidity of the soil is not maintained uniformly throughout, and there is a problem in that the upper part is dry and the lower part is overly humid. Non-uniformity of humidity in the soil causes many difficulties in moisture management of plants.

In addition, when trays for planting or vegetation mats are stacked in multiple stages, it is difficult to provide a green effect, and due to the structure, it is difficult to provide sufficient light to the planted plants.

In addition, the conventional three-dimensional planter system has a complex structure, requires a lot of time and cost for installation and construction, and has the disadvantage of being difficult to provide a good growth environment for planted plants.

Accordingly, the present invention was created in consideration of the above circumstances, and its main technical purpose is to provide a three-dimensional planter system that can effectively provide fine dust reduction and air purification functions within a limited space.

In addition, the present invention has another technical purpose in providing a three-dimensional planter system that has a simple structure and is easy to install and maintain.

In addition, the present invention has another technical purpose of providing a three-dimensional planter system that can provide a good growth environment for planted plants.

A three-dimensional planter system with a fine dust reduction function according to the first aspect of the present invention for realizing the above object is a planter system configured to plant and cultivate air purifying plants, and is comprised of a planter panel, , the planter panel is provided with two or more planting modules that are installed while being stacked in a vertical direction, the planting module includes a module main body and a planting mat, the module main body includes a vertical plate, and a lower part of the vertical plate. It is comprised of a horizontal plate that is coupled and a storage portion for storing the planting mat, wherein a lower end of one side of the storage portion is coupled to the vertical plate and a lower end of the other side is coupled to the horizontal plate and is disposed at an angle with respect to the module body, A water supply pipe and a lighting module are provided along the longitudinal direction on the lower side of the horizontal plate, and the water supply pipe is provided with at least one nozzle for spraying water in a downward direction, water is supplied through the water supply pipe, and the lighting module It is characterized by comprising a control panel that controls the operation of.

In addition, the planter panel is characterized in that a display is additionally provided.

In addition, the planter panel is characterized in that a QR code is provided.

A three-dimensional planter system with a fine dust reduction function according to the second aspect of the present invention is a planter system configured to plant and cultivate air purifying plants, and is comprised of a planter panel configured in the shape of a wall, The planter panel is installed by stacking a pair of vertical frames, a pair of horizontal frames respectively coupled to the upper and lower ends of the vertical frame, a mounting part installed at the rear of the planter panel, and the mounting part in the vertical direction. It is configured to include two or more planting modules, wherein the planting module is provided with a planting mat, the planting mat is arranged at an angle with respect to a vertical direction from the ground, and plants are planted on the upper part, and the lower part of the planting module A water supply pipe and a lighting module are provided along the longitudinal direction, and the water supply pipe is equipped with at least one nozzle for spraying water in a downward direction. A control for supplying water through the water supply pipe and controlling the operation of the lighting module. It is characterized by being composed of a panel.

Additionally, the water supply pipe is connected to the control panel through the vertical frame.

In addition, a water supply pipe and a lighting module are provided at the lower part of the horizontal frame disposed on the upper side of the planter panel.

A three-dimensional planter system with a fine dust reduction function according to the third aspect of the present invention is a planter system configured to plant and cultivate air purifying plants, and is comprised of a planter panel, the planter panel It is provided with two or more planting modules installed while being stacked in a vertical direction, wherein the planting module includes a module body and a planting mat, and the module body includes a vertical plate, a horizontal plate coupled to the lower part of the vertical plate, and It is configured to include a storage portion for storing the planting mat, wherein one lower end of the storage portion is coupled to the vertical plate and the other lower end is coupled to the horizontal plate and is disposed inclined with respect to the module body, the storage portion includes a lower plate, It is formed by extending along the longitudinal direction of the lower plate and includes upper and lower support plates that support one side and the other side of the planting mat, and a water supply pipe and a lighting module are provided on the lower side of the horizontal plate along the longitudinal direction, The water supply pipe is equipped with at least one nozzle for spraying water in a downward direction, supplies water through the water supply pipe, and includes a control panel for controlling the operation of the lighting module.

In addition, the lower plate of the storage unit is provided with a locking protrusion along the longitudinal direction, and the lower part of the planting mat is characterized in that a cut groove is provided along the longitudinal direction at a position corresponding to the locking protrusion.

In addition, the upper end of the lower support plate of the storage unit is characterized in that a locking protrusion is provided to prevent the planting mat from being separated.

In addition, side plates are coupled to both sides of the module body through gaskets.

According to the present invention having the above-described configuration, a planter panel configured in the shape of a wall is provided. The planter panel is equipped with a plurality of planting modules, and a planting mat arranged at an angle is installed in the planting module. Plants with air purifying and fine dust removal functions are planted on the planting mat. Moss is preferably used as a plant to be planted on the planting mat. In the present invention, the planting mat is arranged inclined at a certain angle with respect to the vertical direction, so that a large amount of green space can be secured without affecting the growth of plants, and a green effect can be provided very effectively.

The attached drawings are for explaining embodiments according to the present invention. Therefore, it should be understood that some components may be omitted or exaggeratedly described in order to effectively explain the embodiments.
Figure 1 is a perspective view showing the external shape of a three-dimensional planter system with a fine dust reduction function according to an embodiment of the present invention.
FIG. 2 is a perspective view showing the external shape of the planting module 20 disposed on the planter panel 1 in FIG. 1.
Figure 3 is an exploded perspective view of the planting module 20 shown in Figure 2.
Figure 4 is a side view of the planting module 20 shown in Figure 2.
Figure 5 is a side cross-sectional view showing the cross-sectional configuration of the planting module 20 shown in Figure 2.
Figure 6 is a cross-sectional view showing the main sectional configuration of the planter panel 1 on which the planting module 20 is mounted.
Figure 7 is a perspective view showing the configuration of a planter system according to another embodiment of the present invention.
Figure 8 is a perspective view showing the configuration of a planter system according to another embodiment of the present invention.

Hereinafter, an embodiment according to the present invention will be described with reference to the drawings. However, the embodiments described below are illustrative examples of one preferred embodiment of the present invention, and the examples are not intended to limit the scope of the present invention. Those skilled in the art will easily understand that the present invention can be implemented with various modifications without departing from its technical spirit.

Figure 1 is a perspective view showing the exterior shape of a three-dimensional planter system with a fine dust reduction function according to an embodiment of the present invention. The planter system is comprised of a planter panel (1) and a control panel (2). The planter panel 1 consists of a plurality of planting modules 20 for growing plants arranged in a vertically stacked space in a space comprised of a frame 10. A mounting portion for mounting the planting module 20 is provided at the rear of the planter panel 1. In the drawing, the frame 10 includes a pair of vertical frames 11 and a horizontal frame 12 extending along the longitudinal direction from the upper and lower ends of the vertical frames 11, respectively, and has an overall square or rectangular shape. It is composed of a wall shape. However, in the present invention, the shapes of the planter panel 1 and the frame 10 are not specified. The planter panel 1 may be constructed of any shape, including a circular, oval or polygonal shape with a front surface shape.

The control panel (2) is for managing the planter panel (1). The operation of the control panel 2 will be described in more detail later. Additionally, the drawing shows that the control panel 2 is installed below the planter panel 1, but the structure of the control panel 2 and its installation location are not specified. The control panel 1 may be installed on the left or right side of the planter panel 10 or on the rear of the planter panel 10. In addition, although the planter panel 1 and the control panel 2 are shown as separate structures in the drawing, the planter panel 1 and the control panel 2 may be integrated.

FIG. 2 is a perspective view showing the external shape of the planting module 20 disposed on the planter panel 1, and FIG. 3 is an exploded perspective view of the planting module 20. 4 is a side view of the planting module 20. In the figure, the planting module 20 includes a module main body 21 and a planting mat 22 mounted on the upper part of the module main body 21. Although not specifically shown in the drawing, the planting mat 22 includes a planting mat and air purifying plants planted on the planting mat. Here, the planting mat is not specified. In a preferred embodiment, the planting mat is formed by firing and foaming a resin such as urethane and soil. Additionally, in another preferred embodiment, a plant tray filled with soil is used as a planting mat. Additionally, as plants for air purification, bryophytes such as moss are preferably used. Moss grows using nutrients and moisture in the air as nourishment, and during this growth process, it absorbs fine dust and harmful substances in the air and purifies the air. Of course, in the present invention, plants for air purification are not specified, and other suitable plants with air purification functions and fine dust removal functions can be preferably employed.

The module body 21 is comprised of a vertical plate 211, a horizontal plate 212, and a storage portion 213 extending along the longitudinal direction. They are made of a metal material, such as aluminum, and are integrally molded, for example, through extrusion molding. The storage portion 213 is for mounting the planting mat 22. The storage unit 213 includes a lower plate 2311 for supporting the lower surface of the planting mat 22, and support plates 2312 and 2313 for supporting the upper and lower sides of the planting mat 22, respectively. The receiving portion 213 has one lower end, that is, the joint portion of the lower plate 2311 and the support plate 2312, supported and coupled to the inner surface of the vertical plate 211, and the other lower end, that is, the lower plate 2311 and the support plate 2312. The coupling portion is supported and coupled to the upper side of the horizontal plate 212 and is inclined at a certain inclination angle with respect to the vertical plate 211. Accordingly, the planting mat 22 is inclined to have a constant inclination angle with respect to the vertical direction from the ground.

The receiving portion 213 is provided with an opening 213a and a locking protrusion 213b along the longitudinal direction in the central portion of the lower plate 2311. In addition, a cut groove 221 is formed in the lower part of the planting mat 22 along the longitudinal direction corresponding to the stopping protrusion 213b. The locking protrusion 213b and the cut groove 221 are for stably maintaining the planting mat 22 on the storage portion 213. In addition, the opening 213a is designed to consider bottom irrigation of the planting mat 22, and may be omitted as needed. In addition, a locking protrusion 213c is provided at the upper end of the lower support plate 2313 of the storage unit 213 to prevent the planting mat 22 from being separated from the storage unit 213.

Meanwhile, a reinforcing portion 211a is provided on the upper part of the vertical plate 211 in the module body 21 to enhance the mechanical strength of the vertical plate 211 by increasing the thickness of the vertical plate 211. This reinforcement portion 211a is for firmly fixing the module body 21 to the planter panel 1. The module body 21 is fixedly coupled to the planter panel 1 by fastening a fastening member such as a screw to the planter panel 1 through the reinforcement portion 211a.

In addition, the lower part of the horizontal plate 212 in the module body 21 is provided with an installation groove 214 for installing a water supply pipe and a coupling groove 215 for installing a lighting module such as an LED. The installation groove 214 and the coupling groove 215 are formed while extending along the longitudinal direction of the module body 21. Additionally, a fastening hole 21a for fastening the side plate 23a is provided at an appropriate position on the side of the module body 21.

2 and 3, side plates 23a and 23b are coupled to both sides of the module body 21 through gas cats 24, respectively. The side plates 23a and 23b have substantially the same configuration. A fastening hole 231 is formed in the side plates 23a and 23b at a position corresponding to the fastening hole 21a of the module body 21, and a cut is made at a position corresponding to the installation groove 214 of the module body 21. A groove 233 is formed. The cut groove 233 is for introducing the water supply pipe installed in the module body 21 and the electric line for the lighting module into the module body 21. Additionally, in another modified example of the present invention, the side plates 23a and 23b may be separately provided with communication holes for introducing an electric line for the lighting module into the module body 21.

The gas cat 24 is used to prevent water leakage from the module body 21 by sealing the space between the module body 21 and the side plates 23a and 23b. The gas cat 24 is made of an elastic material such as rubber or synthetic resin. In addition, in the gas cat 24, like the side plates 23a and 23b, a fastening hole 241 is formed at a position corresponding to the fastening hole 21a of the module body 21, and an installation groove of the module body 21 A cut groove 242 is formed at a position corresponding to (214).

Figure 5 is a side cross-sectional view showing the cross-sectional configuration of the planting module 20. The planting module 20 is installed with the planting mat 22 seated in the receiving portion 213 of the module body 21. And the water supply pipe 30 and the lighting module 40 are respectively coupled to the installation groove 214 and the coupling groove 215 provided in the lower part of the module body 21. Here, the water supply pipe 30 and the lighting module 40 are for another planting module disposed below the main planting module 20. Although not specifically shown in the drawing, a plurality of nozzles are provided in the water supply pipe 30 at regular intervals. The nozzle is installed to spray water in a downward direction.

The lighting module 40 includes a case 41 having an opening on one side, and a substrate 42 installed along the longitudinal direction inside the case 41. And a protective window or light diffusion window 43 is installed in the opening of the case 41. In a preferred embodiment, the case 41 is made of a metal material such as aluminum with excellent thermal conductivity, and provides a heat dissipation function that dissipates heat generated in the lighting module 40 toward the module body 20.

Additionally, LEDs are mounted on the board 42 at regular intervals. The LED is preferably provided with three color LEDs: R (Red), G (Green), and B (Blue). This is to provide light close to natural light to the plants planted on the planting mat 22 and to provide various display effects as needed. For example, the control device can selectively drive the LED to provide a specific pattern of figures or letters through the planter panel 1.

Figure 6 is a cross-sectional view showing the main sectional configuration of the planter panel 1 on which the planting module 20 is mounted. As described above, a mounting portion 15 for installing the planting module 20 is provided at the rear of the planter panel 1. In this embodiment, the mounting unit 15 is made of a metal plate having the same size and shape as the frame 10. However, the structure of the mounting unit 15 and the connection method with the planting module 20 are not specified. The mounting unit 15 may be composed of other suitable horizontal frames coupled between the vertical frames 11.

In the drawing, the planting module 20 is coupled to the mounting unit 15 by attaching the reinforcing part 211a provided on the top of the planting module 20 to the mounting unit 15 using a fastening member such as a screw, as described above. ) is executed by concluding. The module body 21 of the planting module 20 is made of a lightweight material such as aluminum. Therefore, a significant portion of the weight of the planting module 20 is determined by the planting mat 20. In addition, since the planting mat 20 is disposed at an angle with respect to the module body 21, the lower part of the planting module 20 receives a predetermined or more pressing force toward the inner surface of the planting panel 1, that is, toward the mounting unit 15. Accordingly, the planting module 20 is stably mounted and coupled to the mounting portion 50 by coupling its upper portion to the mounting portion 15 .

When mounting the planting module 20 on the mounting unit 15, the lower part of the planting module 20 is preferably arranged to be adjacent to the upper part of another planting module 20 located below. In this way, the gap between the lower end of the planting mat 22 located at the top and the upper end of the planting mat 22 located at the bottom is minimized, making it possible to provide a very effective green effect in all directions.

In FIGS. 1 and 4 , a plurality of planting modules 20 are connected to each other and are mounted step by step in the space formed by the frame 10 on the front of the planter panel 1. In addition, although not specifically shown in the drawing, the lower side of the horizontal frame 12 located at the top of the planter panel 1 is provided with a water supply pipe 30 and a lighting module 40 through the same structure as the lower part of the planting module 20. ) is installed. These are for the planting module 20 which is placed at the top of the planter panel 1.

In addition, although not specifically shown in the drawing, a water supply pipe is disposed extending from the control panel 10 in the inner space of the vertical frame 11, and this water supply pipe is connected to the water supply pipe 30 opposite each planting module 20. Additionally, the lighting module 40 is electrically coupled to the control panel 10 through the internal space of the vertical frame 11. Inside the control panel 10, a water supply motor for water supply, a power supply unit, and a control device are provided. Additionally, a network connection means such as the Internet may be preferably provided inside the control panel 10. Additionally, the planter panel 1 or the control panel 2 may be provided with an illumination sensor or a humidity sensor for measuring the humidity of the planting mat 22 at an appropriate location. Control and management operations in which the control device drives the water pump and lighting module 40 based on detection signals from the humidity sensor or illuminance sensor, or manages the plant system according to control commands through the network, do not require specific skills. Since this is a general matter, the detailed configuration and operation description will be omitted.

Figure 7 is a perspective view showing the configuration of a planter system according to another embodiment of the present invention. In this embodiment, the display 100 is installed on the planter panel 1. The display 100 is driven by the control panel 10. In this embodiment, it is possible to provide various video images along with the green effect through the planter system. Additionally, in this embodiment, the control panel 10 may provide a user interface through the display 100. That is, the display 100 is equipped with a touch panel, and the control panel 10 provides various selection menus through the display 100, so that the user or manager controls the operation of the planter system viewed through the display 100. Alternatively, it provides a function to view the information screen you want.

In addition, although not specifically shown in the drawing, in another modified example of this embodiment, a camera module is installed in the planter system at an appropriate location, and the control module 2 allows the user to view his or her image through the camera module and display 100. It is possible to provide a function for capturing images. In addition, at this time, the control module 2 can provide various display effects by driving the lighting module 40 provided in the planter panel 1.

Additionally, Figure 8 is a perspective view showing the configuration of a planter system according to another embodiment of the present invention. In this embodiment, a QR code is placed on the planter panel 10 so that the planter current system can be used for various purposes. In this embodiment, the QR code may include various information. For example, a QR code may include link information to guide users to a specific promotional screen or information screen. Additionally, the QR code may include identification information related to this planter system. This identification information can be useful in managing the planter system. For example, when the manager enters QR code information using a smartphone, the server provides a menu screen that allows the manager to manage and control the planter system on the manager's smartphone. It is also possible to configure it so that it can be controlled effectively.

As described in FIG. 2, the planter system according to the present invention allows the planter panel 1 to be constructed through a simple task of assembling the planting module 20 composed of modules. In addition, the planting module 20 can be produced with the module body 21 constituting it through a single extrusion process, and the planting module 20 of the desired size can be manufactured by cutting it appropriately as needed. . That is, it is possible to manufacture planting modules 20 of various sizes through the same manufacturing process and process without any additional processes. Therefore, in the present invention, it is possible to easily implement a planter system with various forms and functions as shown in FIGS. 7 and 8.

Above, embodiments according to the present invention have been described. However, the present invention is not limited to the above-described embodiments and can be implemented with various modifications without departing from the technical spirit of the present invention.

1: Planter panel, 2: Control panel,
10: frame, 11: vertical frame,
12: horizontal frame, 20: planting module.

Claims (10)

In a planter system configured to plant and cultivate air purifying plants,
It is composed of a planter panel,
The planter panel includes two or more planting modules that are installed while being stacked in a vertical direction,
The planting module includes a module body and a planting mat,
The module main body includes a vertical plate, a horizontal plate coupled to the lower part of the vertical plate, and a storage portion for storing the planting mat,
The storage unit is disposed at an angle with respect to the module body by having one lower end coupled to the vertical plate and the other lower end coupled to the horizontal plate,
A water supply pipe and a lighting module are provided along the longitudinal direction on the lower side of the horizontal plate,
The water supply pipe is provided with at least one nozzle for spraying water in a downward direction,
It is configured to include a control panel that supplies water through the water supply pipe and controls the operation of the lighting module,
In the module body, a reinforcement part is provided at the top of the vertical plate to increase the thickness of the vertical plate to reinforce the mechanical strength of the vertical plate. This reinforcement part is for firmly fixing the module body to the planter panel, and the module body is screwed. It is fixedly coupled to the planter panel by fastening the fastening members such as the back to the planter panel through the reinforcement part,
In the module body, the lower part of the horizontal plate is provided with an installation groove for installing a water supply pipe and a coupling groove for installing an LED lighting module. The installation groove and the coupling groove are formed while extending along the longitudinal direction of the module main body. A fastening hole for fastening the side plate is provided at an appropriate location on the side,
The lighting module includes a case with an opening on one side, a board installed along the length inside the case, a protective window or light diffusion window is installed in the opening of the case, and the case is made of aluminum metal with excellent thermal conductivity. It is configured to provide a heat dissipation function that radiates heat generated from the lighting module to the module body,
LEDs are mounted on the board at regular intervals, and the LEDs are equipped with three colors of R (Red), G (Green), and B (Blue), which provide light close to natural light for plants planted on the planting mat. In order to provide various display effects as needed, the control device is a three-dimensional planter with a fine dust reduction function that selectively drives LEDs to provide specific patterns of shapes or letters through the planter panel. system. According to paragraph 1,
A three-dimensional planter system with a fine dust reduction function, characterized in that a display is additionally provided on the planter panel. According to claim 1 or 2,
A three-dimensional planter system with a fine dust reduction function, characterized in that the planter panel is equipped with a QR code. In a planter system configured to plant and cultivate air purifying plants,
It is composed of a planter panel composed of a wall shape,
The planter panel is installed by stacking a pair of vertical frames, a pair of horizontal frames respectively coupled to the upper and lower ends of the vertical frame, a mounting part installed at the rear of the planter panel, and the mounting part in the vertical direction. It is composed of two or more planting modules,
The planting module is provided with a planting mat,
The planting mat is arranged at an angle relative to the vertical direction from the ground and plants are planted on the top,
A water supply pipe and a lighting module are provided along the longitudinal direction at the lower part of the planting module,
The water supply pipe is provided with at least one nozzle for spraying water in a downward direction,
It is configured to include a control panel that supplies water through the water supply pipe and controls the operation of the lighting module,
In the module main body, a reinforcing part is provided at the top of the vertical plate to increase the thickness of the vertical plate to reinforce the mechanical strength of the vertical plate. This reinforcing part is for firmly fixing the module main body to the planter panel, and the module main body is screwed. It is fixedly coupled to the planter panel by fastening the fastening members such as the back to the planter panel through the reinforcement part,
In the module body, the lower part of the horizontal plate is provided with an installation groove for installing a water supply pipe and a coupling groove for installing an LED lighting module. The installation groove and the coupling groove are formed while extending along the longitudinal direction of the module main body. A fastening hole for fastening the side plate is provided at an appropriate location on the side of the
The lighting module includes a case with an opening on one side, a board installed along the length inside the case, a protective window or light diffusion window is installed in the opening of the case, and the case is made of aluminum metal with excellent thermal conductivity. It is configured to provide a heat dissipation function that radiates heat generated from the lighting module to the module body,
LEDs are mounted on the board at regular intervals, and the LEDs are equipped with three colors of R (Red), G (Green), and B (Blue), which provide light close to natural light for plants planted on the planting mat. In order to provide various display effects as needed, the control device is a three-dimensional planter with a fine dust reduction function that selectively drives LEDs to provide specific patterns of shapes or letters through the planter panel. system. According to clause 4,
A three-dimensional planter system with a fine dust reduction function, characterized in that the water supply pipe is connected to the control panel through the vertical frame. According to clause 4,
A three-dimensional planter system with a fine dust reduction function, characterized in that a water supply pipe and a lighting module are provided at the lower part of the horizontal frame disposed on the upper side of the planter panel. In a planter system configured to plant and cultivate air purifying plants,
It is composed of a planter panel,
The planter panel includes two or more planting modules that are installed while being stacked in a vertical direction,
The planting module includes a module body and a planting mat,
The module main body includes a vertical plate, a horizontal plate coupled to the lower part of the vertical plate, and a storage portion for storing the planting mat,
The storage unit is disposed at an angle with respect to the module body by having one lower end coupled to the vertical plate and the other lower end coupled to the horizontal plate,
The storage unit is configured to include a lower plate and upper and lower support plates that extend along the longitudinal direction of the lower plate and support one side and the other side of the planting mat,
A water supply pipe and a lighting module are provided along the longitudinal direction on the lower side of the horizontal plate,
The water supply pipe is provided with at least one nozzle for spraying water in a downward direction,
It is configured to include a control panel that supplies water through the water supply pipe and controls the operation of the lighting module,
In the module body, a reinforcement part is provided at the top of the vertical plate to increase the thickness of the vertical plate to reinforce the mechanical strength of the vertical plate. This reinforcement part is for firmly fixing the module body to the planter panel, and the module body is screwed. It is fixedly coupled to the planter panel by fastening the fastening members such as the back to the planter panel through the reinforcement part,
The lower part of the horizontal plate in the module body is provided with an installation groove for installing a water supply pipe and a coupling groove for installing an LED lighting module. The installation groove and the coupling groove are formed while extending along the longitudinal direction of the module main body. A fastening hole for fastening the side plate is provided at an appropriate location on the side,
The lighting module includes a case with an opening on one side, a board installed along the length inside the case, a protective window or light diffusion window is installed in the opening of the case, and the case is made of aluminum metal with excellent thermal conductivity. It is configured to provide a heat dissipation function that radiates heat generated from the lighting module to the module body,
LEDs are mounted on the board at regular intervals, and the LEDs are equipped with three colors of R (Red), G (Green), and B (Blue), which provide light close to natural light for plants planted on the planting mat. In order to provide various display effects as needed, the control device is a three-dimensional planter with a fine dust reduction function that selectively drives LEDs to provide specific patterns of shapes or letters through the planter panel. system. In clause 7,
A locking protrusion is provided on the lower plate of the storage unit along the longitudinal direction,
A three-dimensional planter system with a fine dust reduction function, characterized in that the lower part of the planting mat is provided with a cut groove along the longitudinal direction at a position corresponding to the catching protrusion. In clause 7,
A three-dimensional planter system with a fine dust reduction function, characterized in that the upper part of the lower support plate of the storage unit is provided with a locking protrusion to prevent the planting mat from coming off. In clause 7,
A three-dimensional planter system with a fine dust reduction function, characterized in that side plates are coupled to both sides of the module body through gaskets.