KR102266017B1 - modular tree-planting system - Google Patents

Abstract

The present invention relates to a movable modular wall greening system, and more specifically, to a movable modular wall greening system which comprises a movable module so as to move, an irrigation system control module and a lighting control module configured to control irrigation and lighting, and a plurality of vegetation modules with a plurality of vegetation pouch holders. To this end, the present invention provides a movable modular wall greening system. The system comprises: a movable moving module with a moving means including wheels on a lower side thereof; a fixing frame coupled to the moving module and provided in the form of a pipe including zinc so as to prevent corrosion; a vegetation module coupled to the fixing frame and including a plurality of vegetation pouch holders; a vegetation pouch inserted into the vegetation pouch holder of the vegetation module and capable of storing a plant and soil; a water tank in which irrigation water is stored; a water feeding pump capable of pumping out irrigation water inside the water tank to the vegetation pouch; a water feeding pipe capable of transferring irrigation water pumped out by the water feeding pump to the vegetation pouch; a dropper located on an upper portion of the vegetation pouch and capable of supplying irrigation water inside the water feeding pipe to the vegetation pouch; a recovery pipe coupled to the vegetation module and capable of recovering irrigation water unabsorbed and remaining in the vegetation pouch to the water tank; and an irrigation water system module including a filter capable of removing impurities contained in the irrigation water recovered by the recovery pipe.

Description

Modular tree-planting system {modular tree-planting system}

The present invention relates to a mobile wall recording modular system. More specifically, it is provided with a moving module and can be moved, and it is provided with a irrigation system control module and a lighting control module to control irrigation and lighting, and a plurality of vegetation modules having a plurality of vegetation bag holders are provided. It relates to a portable wall recording modular system equipped with.

In general, a garden refers to a specific area composed aesthetically and functionally by natural materials such as soil, stone, water, wood, artificial artefacts, and buildings, and its components include stairs, walls and fences, terraces, There are benches, grass and ground cover, lights, sculptures, and other ornaments.

And, the garden usually refers to the courtyard in which the exterior space of the house is treated for practical and aesthetic purposes. The garden is not only a reflection of the residential culture, but also a place where the living culture, value system, and art of a society and era are collectively gathered.

However, the above-mentioned garden is often installed outdoors or indoors, and there is a problem in that it takes a lot of money and occupies more space than necessary.

Due to this problem, when plants are planted indoors, potted plants are used for planting plants in a form in which a large number of plants are placed on the wall to enhance space utilization and air purification efficiency while maintaining the feeling of a garden.

However, the conventional flowerpot device has a structure in which a flowerpot holder is displayed on a wall, etc. to put flowerpots, vases, and the like, so that the flowerpots and vases are easily damaged due to carelessness of the user.

In addition, the current existing wall greening was done by planting climbing plants by transplanting vegetation including frames or vegetation pads onto the wall or installing wires. There was a problem in that it was not easy to manage because it was difficult to replace tree species or to exchange dead planting materials.

Therefore, a new method is needed to compensate for these shortcomings, to complete the recording at the same time as installation, and to use it easily to maximize the advantages of management and recording.

Prior art literature: KR Registered Patent Publication No. 10-2076358 (2020.02.11. Announcement)

The present invention has been devised to solve the above problems, and by installing a moving means including wheels in a wall recording system completed by a method of growing and transplanting a certain size or more in a foreign country, shortens the installation period, and reduces the installation period and includes a irrigation system module and a lighting unit. and a control unit to control the amount of irrigation and lighting to prevent dying of planted plants, and to provide a modular wall-mounting modular system for easy exchange of plantings.

A mobile wall recording modular system according to the present invention devised to achieve the above object is provided with a moving means including a wheel on the lower side, so that the moving module can be moved; a fixed frame coupled to the movable module and formed of a tube capable of preventing corrosion including zinc; Vegetation module that can be coupled to the fixed frame, having a plurality of vegetation bag holders; Vegetation bag that can be inserted into the vegetation bag holder of the vegetation module, and can accommodate plants and soil; The water tank where irrigation water is stored, the water pump that can pump the irrigation water inside the water tank to the vegetation bag, the water supply pipe that can transport the irrigated water pumped by the water pump to the vegetation bag, and it is located on the upper part of the vegetation bag. A dropper that can supply irrigation water inside the water supply pipe to the vegetation bag, a recovery pipe that is connected to the vegetation module and can recover the remaining irrigation water that is not absorbed from the vegetation bag to the water tank, and impurities contained in the irrigation water recovered from the recovery pipe Includes an irrigation system module including a filter that can filter out.

In addition, a lighting unit coupled to the upper part of the vegetation module and capable of supplying light energy necessary for growth to plants stored in the vegetation bag; and a control unit having a irrigation system control module capable of controlling the irrigation system and a lighting control module capable of controlling the lighting unit.

In addition, the control unit is provided with a wireless communication unit capable of wireless communication; and a display unit that visualizes the control state of the lighting unit and the irrigation system module, a control button unit capable of inputting a control command for controlling the illumination unit and the irrigation system module, and a control button unit capable of performing wireless communication with the control unit and a user terminal having a wireless communication unit capable of transmitting a control signal input through the control unit.

According to the present invention, it is possible to shorten the installation period and prevent the death of planted plants by controlling the amount of irrigation and lighting by having an irrigation system module, a lighting unit and a control unit, and it is configured in a modular type to facilitate the exchange of planting materials. have.

1 is a view showing a connection relationship between each component of a mobile wall recording modular system according to a preferred embodiment of the present invention;
2 is a diagram schematically showing the flow of irrigation water in a mobile wall recording modular system;
3 is a schematic diagram of the overall configuration of a mobile wall recording modular system according to a preferred embodiment of the present invention;
Figure 4 is a view showing a vegetation module and vegetation bag.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, preferred embodiments of the present invention will be described below, but the technical spirit of the present invention is not limited thereto and may be variously implemented by those skilled in the art without being limited thereto.

1 is a diagram showing the connection relationship between each component of the mobile wall recording modular system according to a preferred embodiment of the present invention, FIG. 2 is a diagram schematically showing the flow of irrigation in the mobile wall recording modular system, FIG. 3 is A diagram schematically illustrating the overall configuration of a mobile wall wall recording modular system according to a preferred embodiment of the present invention, FIG. 4 is a view showing a vegetation module and a vegetation bag.

A mobile wall recording modular system according to a preferred embodiment of the present invention, with reference to FIGS. 1 to 4 , a mobile module 100 , a fixed frame 200 , a vegetation module 300 , a vegetation bag 400 , and an irrigation system A module 500 , a lighting unit 600 , a control unit 700 , and a user terminal 800 are included.

Hereinafter, the components of the mobile wall recording modular system according to a preferred embodiment of the present invention will be described in detail.

The moving module 100 is provided with a moving means including wheels on the lower side, so that it can be moved.

The fixed frame 200 is coupled to the movable module 100 and is formed of a tube capable of preventing corrosion including zinc.

Vegetation module 300 may be coupled to the fixed frame 200, and has a plurality of vegetation bag holders, so that the vegetation bag 400 can be accommodated in the vegetation bag holder.

Vegetation bag 400 can be inserted into the vegetation bag holder of the vegetation module 300, it can accommodate plants and soil.

In more detail, the vegetation module 300 is formed with a plastic bag holder, and the module can be completed by putting the vegetation bag 400 of polypropylene material, and the vegetation module 300 is made of high-density propylene. In order to prevent oxidation of materials due to solar heat, it may be finished with a UV-blocking coating.

The vegetation bag holder of the vegetation module 300 may have a certain inclination relative to the wall surface, and a plurality of vegetation bag holders may be formed in one vegetation module 300 .

By planting plants in the vegetation bag 400 and inserting it into the vegetation bag holder of the vegetation module 300, the vegetation module 300 can be coupled to the fixed frame 200 in various forms, and various types of plants can be planted to make it beautiful. It is possible to create a landscape.

In addition, the vegetation module 300 that can insert the vegetation bag in which the plant is planted is modularized, so it is easy to replace the tree species and has the advantage of easy management.

The irrigation system module 500 may supply irrigation water to the vegetation bag 400, and a water tank 510, a water pump 520, a water supply pipe 530, a dropper 540, a recovery pipe 550, a filter ( 560) is included.

More specifically, water is stored in the water tank 510 . The water supply pump 520 may pump the irrigation water in the water tank 510 to the vegetation bag 400 .

The water supply pipe 530 may transport the water pumped by the water pump 520 to the vegetation bag 400 .

Nutrient solution and disinfectant solution may be injected into the water supply pipe 530 , and the injected nutrient solution and disinfectant solution may be transported to the vegetation bag together with irrigation.

The dropper 540 may be located on the upper portion of the vegetation bag 400 to supply irrigation water inside the water supply pipe 530 to the vegetation bag.

The recovery pipe 550 is coupled to the vegetation module, and the surplus irrigation water that is not absorbed in the vegetation bag 400 can be recovered to the water tank.

The filter 560 may filter impurities contained in the irrigation water recovered from the recovery pipe.

The lighting unit 600 is coupled to the upper portion of the vegetation module 300 , and may supply light energy necessary for growth to the plants accommodated in the vegetation bag 400 .

The control unit 700 may control the irrigation system and the lighting unit, and includes an irrigation system control module 710 , a lighting control module 720 , a wireless communication unit 730 , and a database unit.

The irrigation system controller 710 may control the irrigation system module 500 , and the lighting control module 720 may control the lighting unit 600 .

The wireless communication unit 730 may perform wireless communication and may receive a control signal transmitted through the user terminal 800 .

The user terminal 800 can control the control unit 700 remotely through the user terminal 800 even if the user does not directly operate the control unit 700, the display unit 810, the control button unit 820, and a wireless communication unit 830 .

The display unit 810 visualizes the control state of the lighting unit 600 and the irrigation system module 500 so that the user can see it.

The control button unit 820 may input a control command for controlling the lighting unit 600 and the irrigation system module 500 .

The wireless communication unit may perform wireless communication with the control unit 700 , and may transmit a control signal input through the control button unit 820 to the control unit 700 .

Hereinafter, the operation method of the mobile wall recording modular system according to a preferred embodiment of the present invention will be described in detail.

The fixed frame 200, the vegetation module 300, the vegetation bag 400, the irrigation system module 500, the lighting unit 600, and the control unit 700, which are components of the present invention, are all moving means including wheels on the lower side. It is provided with a movable module 100 is coupled to the movement is possible.

When a control command of the irrigation system module 500 is input using the control button unit 830 of the user terminal 800, the wireless communication unit 830 transmits a control command signal to the control unit 700, and the control unit 700 controls It receives the command signal and sends a control signal to the irrigation system module 500 using the irrigation system control module 710 .

Referring to FIG. 2 , the irrigation system module 500 receives a control signal from the irrigation system control module 710 of the control unit 700 and uses the water supply pump 520 to pump and pump the irrigation water stored in the water tank. The irrigated water is transported to the vegetation bag 400 through the water supply pipe 530 .

The irrigation transported to the vegetation bag 400 is sprayed and supplied from the top of the vegetation bag 400 to the vegetation bag 400 through the dropper 540 provided on the vegetation bag 400 .

The irrigation supplied to the vegetation bag 400 wets the soil stored in the vegetation bag 400 , supplies moisture and nutrients necessary for plant growth, and is discharged to the lower part of the vegetation bag 400 .

The irrigation water discharged to the lower part of the vegetation bag 400 is recovered back to the water tank 510 through the recovery pipe 550, and before being recovered to the water tank, impurities contained in the recovered water through the filter 560 are filtered out. pay

According to the irrigation system of the present invention, the discharged irrigation water is recovered again through the referral pipe 550 , and after removing impurities through the filter 560 , it is stored in the water tank 510 again, so that the irrigation water can be recycled.

In addition, the control unit may include a database unit in which vegetation information is stored and a sensor unit capable of sensing growth environment information including humidity and temperature.

The database unit stores irrigation control information including irrigation amount and irrigation cycle according to the growth environment including season, temperature, and humidity.

When the sensing unit senses growth environment information including humidity and temperature, the irrigation system module can be controlled by determining the amount of irrigation and the irrigation supply period according to the irrigation control information stored in the database unit.

In Korea, where seasonal climate change is evident, it is necessary to set different irrigation amounts for each season and temperature, so the amount of irrigation can be set differently for each season and temperature. Sufficient watering can be provided to create an optimal environment for plants to grow.

In addition, when the portable wall greening modular system of the present invention is installed indoors, the upper part of the vegetation module 300 in order to prevent the growth of plants from not being smooth due to lack of sunlight A lighting unit that can supply light energy necessary for plant growth (600) is provided.

The database unit stores information on the amount of sunlight required for plant growth, and when the amount of sunlight sensed by the sensing unit is less than the amount of sunlight required for plant growth, the lighting unit 600 using the lighting control module 720 of the control unit 700 can be controlled to meet the amount of sunlight required for plant growth.

According to the present invention, it is possible to induce the effect of improving the surrounding environment through the reduction of fine dust, which is the basic advantage of wall greening, environmental improvement through the generation of phyton cheats, and beautiful design through various productions, and the irrigation system can be remotely operated using a user terminal. It has the effect of creating an optimal environment for plants to grow by using the irrigation information and insolation information according to the temperature, humidity, and season stored in the database unit.

The above description is merely illustrative of the technical idea of the present invention, and various modifications, changes, and substitutions are possible within the range that does not depart from the essential characteristics of the present invention by those of ordinary skill in the art to which the present invention pertains. will be. Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are for explaining, not limiting, the technical spirit of the present invention, and the scope of the technical spirit of the present invention is not limited by these embodiments and the accompanying drawings. . The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100 - Moving module 200 - Fixed frame
300 - Vegetation Module 400 - Vegetation Bag
500 - Irrigation system module 510 - Water tank
520 - water pump 530 - water pipe
540 - dropper 550 - return pipe
560 - filter 600 - lighting unit
700 - control unit 710 - irrigation system control module
720 - lighting control module 800 - user terminal
810 - display unit 820 - control button unit
830 - wireless communication department `

Claims (3)

a moving module having a moving means including a wheel on the lower side to move;
a fixed frame coupled to the movable module and formed of a tube capable of preventing corrosion including zinc;
Vegetation module that may be coupled to the fixed frame, and having a plurality of plastic bag holders;
Vegetation bag that can be inserted into the vegetation bag holder of the vegetation module, and can accommodate plants and soil;
water tank containing irrigation water,
A water pump that can pump the irrigation water inside the water tank to the vegetation bag,
A water pipe that can transport the water pumped by the water pump to the vegetation bag,
A dropper that is located on the upper part of the vegetation bag and can supply irrigation water inside the water supply pipe to the vegetation bag,
A recovery pipe that is connected to the vegetation module and that can recover the remaining irrigation water from the vegetation bag to the water tank,
A filter that can filter out impurities contained in the irrigation water recovered from the recovery pipe;
Irrigation system module including
including,
What can combine a plurality of vegetation modules to the fixed frame; and
The vegetation bag holder of the vegetation module is formed in an oblique line with a certain inclination relative to the wall.
includes,
A lighting unit that is coupled to the upper part of the vegetation module and can supply light energy necessary for growth to the plants stored in the vegetation bag.
A control unit having an irrigation system control module capable of controlling the irrigation system and a lighting control module capable of controlling the lighting unit
includes,
The control unit is provided with a wireless communication unit capable of performing wireless communication; and
A display unit that visualizes the control state of the lighting unit and the irrigation system module;
A control button unit capable of inputting a control command for controlling the lighting unit and the irrigation system module, and
A wireless communication unit capable of performing wireless communication with the control unit and transmitting a control signal input through the control button unit to the control unit
User terminal equipped with
including,
the control unit
A database unit in which irrigation control information including irrigation amount and irrigation cycle according to the growth environment including season, temperature and humidity is stored, and sunlight information necessary for plant growth is stored;
A sensor unit capable of sensing growth environment information including humidity and temperature;
Lighting control module that can control the lighting unit
comprising;
When the sensor unit senses growth environment information including humidity and temperature, the irrigation system module can be controlled by determining the irrigation amount and irrigation supply period according to the irrigation control information stored in the database unit; and
When the amount of sunlight sensed by the sensor unit is less than the amount of sunlight required for plant growth, it is possible to control the lighting unit through the lighting control module of the control unit to satisfy the amount of sunlight required for plant growth.
Including, modular wall greening system.
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