KR20130119794A - Perpendicular assembly pot - Google Patents

Abstract

Disclosed is a perpendicular prefabricated flowerpot which comprises the following: a body unit with an insertion space recessed on the upper side; a tray unit formed into a plate shape with multiple openings, and located inside the insertion space with the lower side separated from the inner surface of the insertion space; a nutrient solution storage unit located on the center of the tray unit for storing a nutrient solution; a nutrient solution guiding unit located throughout the upper side of the tray unit while being inserted into the nutrient solution storage unit; and a cover unit covering the insertion space from the upper side of the body unit, and including a first through-hole corresponding to the nutrient solution storage unit, and multiple second through-holes corresponding to the tray units. Flowers or fruits pass through the second through-holes and are inserted into the insertion space. The prefabricated flowerpot by the present invention economically promotes the growth of vegetables and fruits, and protects the vegetables and fruits from rain or wind.

Description

Vertical Assembly Planter {PERPENDICULAR ASSEMBLY POT}

The present invention relates to a vertically assembled flowerpot, and more particularly, to a vertically assembled flowerpot that can be used stably to improve the growth of flowers or fruits and vegetables outdoors.

The average life expectancy of Koreans has reached 80 years of age, but a healthy life is a happy old age, so more and more people are looking for healthy foods and longevity foods. Therefore, clean fruits and vegetables grown without spraying chemical pesticides are good for the health, and urban agriculture, which grows fruits and vegetables on the veranda, on the roof, and in the yard, is becoming popular.

On the other hand, cultivation of flowers or fruits and vegetables can be largely divided into field cultivation and greenhouse cultivation, and can be cultivated by various methods such as land cultivation, hydroponic cultivation, spray cultivation. However, the above method has at least one problem such as high facility cost, insufficient oxygen supply, or death without frequent water supply.

Therefore, the advantages of the various cultivation methods are used to supplement the disadvantages, and the cost of the plant can be grown without plants and soil without soil, and pots capable of cultivating a large number of plants or vegetables in a small area. In addition, outdoor spaces such as rooftops can use a relatively large amount of sunlight, but the outdoor spaces are directly exposed to external environmental factors. Rain and wind, in particular, damage plants and fruits and vegetables and interfere with growth. For this reason, while providing a greenhouse effect, a simpler pot is required.

The present invention is to provide a vertically assembled pot that can improve the growth of vegetables or vegetables without the need for soil and often do not supply nutrients and low cost.

In addition, the present invention is to provide a vertically assembled pot that can protect vegetables or fruits and vegetables from the external environment in the outdoor space.

The present invention provides a body portion (the rooting space is recessed on the upper surface of the body portion); A plate portion having a plate shape having a plurality of openings and positioned inside the rooting space (the lower surface of the shaft portion being spaced apart from the inner surface of the rooting space); A nutrient solution storage unit which is located at the center of the collecting part and stores nutrient solution; A nutrient solution induction part positioned over the upper surface of the tray in a state of being inserted into the nutrient solution storage part; And a cover part disposed on an upper surface of the body part to cover the rooting space and coupled to the body part (the cover part includes a first through hole corresponding to the nutrient solution storage part, and the circumference along the first through hole). A plurality of second through-holes corresponding to the portion are formed), wherein a medium is covered on the tray and a flower or fruit is planted on the tray through the second through-holes. A prefabricated flowerpot is disclosed.

In addition, the vertically assembled planter is coupled to the coupled body portion and the cover portion, discloses a vertically assembled planter characterized in that it further comprises a support housing for covering the coupled body portion and the cover portion.

In addition, the support housing portion, a plurality of support frames extending in the radial direction from the outer peripheral surface of the body portion and the cover portion coupled; Connecting frame frames surrounding the coupled body portion and the cover portion in a state spaced apart from the coupled body portion and the cover portion; And a frame cover coupled to the connection frames, the frame cover blocking at least one of the coupled body part and the cover part, wherein at least one pair of vent holes are formed on the frame cover. .

In addition, the support frame, the main frame bar which is located in the vertical direction on the outer peripheral surface of the body portion and the cover portion coupled; A fixed frame bar extending from an upper end of the main frame bar and inserted into the second through hole, and fixed to the outer circumferential surface of the combined body part and the cover part while being in close contact with the inner surface of the second through hole; ; An upper frame bar tilted upward from an upper end of the main frame bar so as to face the outside of the body part; A lower frame bar corresponding to the upper frame bar and inclined downward from a lower end of the main frame bar; And a connection frame bar connecting the end of the upper frame bar and the end of the lower frame bar.

In addition, a coupler is formed in each of the portion connecting the upper frame bar and the connecting frame bar, and the portion of the connecting frame bar and the lower frame bar, the connecting frame is formed through the coupling sphere Disclosed is a vertically assembled planter characterized by connecting support frames.

In addition, the frame cover, the vertically assembled potted plant characterized in that it further comprises an opening and closing cover for opening and closing at least a part of the vent is installed on the vent.

In addition, the frame cover discloses a vertically assembled flower pot, characterized in that made of a transparent fabric or synthetic resin film.

In addition, the first through-hole is a vertically assembled potted plant, characterized in that the lower part of the vertically assembled potted plant is inserted into the vertically assembled potted plant.

Vertical assembly pot according to the present invention has the following effects.

(1) The vertically assembled pollen according to the present invention is used for cultivating flowers or fruits using nutrient solution, including a body part, mash part, nutrient solution storage part, nutrient solution induction part and cover part. When the flowers or fruit vegetables are placed and placed on the rice plate located in the rooting space of the body portion, the roots of the flowers or fruits are grown by ingesting the nutrient solution induced by the nutrient solution induction part from the nutrient solution storage part. Therefore, the vertically assembled pollen according to the present invention has the effect of improving the growth of flowers or fruits and vegetables even if the nutrient solution from time to time, and plants or fruits without vegetables.

(2) The vertical assembly type pot according to the present invention further includes a support housing. The support housing part separates the space surrounding the combined body part and the cover part from the external environment using the support frames, the connection frame and the frame cover. In particular, the frame cover relies on the frame by the supporting frames and connecting frames to protect the plants or fruits and vegetables planted in the body from the outdoor environment (for example, rain, wind, etc.) and function as a greenhouse. . In addition, a plurality of vents are formed in the frame cover, and an opening and closing cover for opening and closing the vent is also provided on the vent. This prevents winds from damaging not only the flowers and fruits, but also the frame cover and the fall of the prefabricated pots. Therefore, the vertically assembled pot according to the present invention has the effect that it can be stably arranged while protecting the flowers or fruits and vegetables outdoors.

1 is a perspective view showing a vertically assembled planter according to a preferred embodiment of the present invention.
FIG. 2 is a perspective view showing the vertically assembled planter shown in FIG. 1 separately.
3 is a perspective view illustrating a state in which a plurality of vertical assembly type pots shown in FIG. 1 are stacked.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a perspective view showing the vertical assembly planter 100 according to a preferred embodiment of the present invention, Figure 2 is a perspective view showing the vertical assembly planter 100 shown in FIG. As shown in Figure 1 and 2, the vertically assembled potted plant 100 according to the present invention is the body portion 101, rice plate portion 102, nutrient solution storage unit 103, nutrient solution induction unit 104 and cover ( Nutrient solution is used to grow flowers or fruits and vegetables (not shown).

Body portion 101 has a rooting space 111 formed in the upper surface. In the rooting space 111, water may be stored, and roots of flowers or fruits may be planted.

The channel portion 102 is formed in a plate shape in which a plurality of openings 121 are formed. In this case, the openings 121 are preferably arranged in a mesh shape, and may be formed in various shapes such as a rectangle, a triangle, and a circle. The tray part 102 is located inside the rooting space 111, and in particular, the bottom surface of the tray part 102 is preferably kept spaced apart from the inner side of the rooting space 111. In addition, the size of the opening 121 is preferably such that the root of the flower or fruit vegetables can pass through.

The nutrient solution storage unit 103 is positioned at the center of the clustering unit 102, and forms the same shape as a dense hat placed upside down in combination with the clustering unit 102. At this time, the nutrient solution storage unit 103 may be detachable from the tray (102), may be made integral with the tray (102). The nutrient solution is stored in the nutrient solution storage unit 103.

The nutrient solution induction part 104 is positioned over the upper surface of the pill half part 102 while being inserted into the nutrient solution storage part 103. At this time, the nutrient solution guide unit 104 absorbs the nutrient solution stored in the nutrient solution storage unit 103, and guides the nutrient solution to the upper surface of the tray (102) where the nutrient solution guide unit 104 is located. At this time, the nutrient liquid induction unit 104 is made of a natural material having excellent absorbency, such as cotton, hemp, and is in the form of a woven fabric. In addition, the rock surface that functions as a culture medium is covered on the tray 102. The nutrient induction unit 104 ensures that the medium always maintains sufficient moisture. However, the medium is not limited to rock wool, but may be composed of various kinds of organic or inorganic materials capable of absorbing nutrient liquids, and include, for example, coconut shells, lichens (for example, peace moss, etc.), rice hulls, and coco peat. to be.

The cover portion 105 is positioned on the upper surface of the body portion 101 and is coupled to the body portion 101 while covering the rooting space 111. The cover part 105 is formed with a first through hole 151 and a second through hole 153.

In a state where the cover part 105 is coupled to the body part 101, the first through hole 151 is formed to correspond to the nutrient solution storage part 103, and the second through holes 153 are formed through the first through hole ( 151 is formed to correspond to the channel portion 102 along the periphery. In this case, the nutrient solution may be supplied to the nutrient solution storage unit 103 as needed through the first through hole 151. In addition, the flowers or fruits and vegetables are planted on the channel portion 102 through the second through holes 153.

Meanwhile, the first through hole 151 is used when stacking the plurality of vertically assembled pots 100. By inserting a part of the other prefabricated plant pot, especially a lower part, into the first through-hole of one vertical plant pot, the vertical plant pots 100 may be arranged in a stacked state, that is, connected vertically (see FIG. 3). .

On the other hand, in a state in which plants or fruits are planted in the vertically assembled pollen 100 according to the present invention, the roots of the plants or fruits are in contact with the nutrient solution induction unit 104. At this time, the nutrient solution absorbed by the nutrient solution guide unit 104 reaches the roots of the flower or fruit vegetables, and the roots of the flower or fruit vegetables sufficiently ingest the nutrient solution. Due to this, the flowers or fruits are grown in aerial nutrient cultivation to compensate for the disadvantages of spray cultivation, the growth of the flowers or vegetables is improved than the soil cultivation or hydroponic cultivation.

In addition, if the nutrient solution is maintained in a state in which the nutrient solution storage unit 103 is supplied in a minimum amount or more, the root of the flower or vegetable can ingest the nutrient solution stably. For example, when cultivating strawberries and lettuce with a plurality of stacked vertically assembled pots 100, the nutrient solution is continuously supplied drop by drop into the first through-hole of the vertically potted plant normally located on the top layer. If the nutrient solution is supplied once in a week because of abnormalities in the strawberry and lettuce does not cause the lack of water.

On the other hand, the vertically assembled planter 100 according to the present invention further includes a support housing 106.

The support housing portion 106 is coupled to the combined body portion 101 and the cover portion 105 to cover the combined body portion 101 and the cover portion 105. At this time, a space is formed inside the support housing 106. As a result, the support housing portion 106 protects the flowers or fruits and vegetables that are planted and disposed in the tray 102 through the second through hole 153 from external environmental elements (eg, rain, wind, etc.). It will function like a greenhouse. In addition, the support housing unit 106 includes support frames 161, connecting frames 163 and a frame cover 165.

The support frames 161 extend radially from the outer circumferential surfaces of the combined body portion 101 and the cover portion 105. In this case, the support frames 161 are inserted into the second through holes 153 to have a gap therebetween. In addition, the support frame 161 is preferably made of three to four in consideration of cost or structural stability and are preferably positioned in different directions. In addition, each support frame 161 includes a main frame bar 161a, a fixed frame bar 161b, an upper frame bar 161c, a lower frame bar 161d, and a connecting frame bar 161e.

The main frame bar 161a is positioned in the vertical direction on the outer circumferential surfaces of the coupled body portion 101 and the cover portion 105, and the fixed frame bar 161b extends from an upper end of the main frame bar 161a. 2 is inserted into the through hole 153a. At this time, the fixed frame bar (161b) is in close contact with the inner surface of the second through hole (153a) to fix the main frame bar (161a) on the outer peripheral surface of the combined body portion 101 and the cover portion 105. That is, the fixed frame bar 161b acts like a tong in combination with the main frame bar 161a, and the body portion 101 coupled to the support frame portion 106 with respect to one second through hole 153a. To be coupled to the cover 105.

The upper frame bar 161c is inclined upward from the upper end of the main frame bar 161a while facing the outside of the body portion 101.

The lower frame bar 161d corresponds to the upper frame bar 161c and is inclined downward from the lower end of the main frame bar 161a. That is, the distance between the lower frame bar 161d and the upper frame bar 161c increases gradually as the lower frame bar 161d moves away from the body portion 101.

The connecting frame bar 161e connects the end of the upper frame bar 161c and the end of the lower frame bar 161d. At this time, an interval between the upper frame bar 161c and the lower frame bar 161d may be kept constant.

The connection frames 163 are connected to the support frames 161 and surround the combined body portion 101 and the cover portion 105 in a state spaced apart from the coupled body portion 101 and the cover portion 105. . In this case, the connection frames 163 form a skeleton of the support housing 106 in combination with the support frames 161.

In addition, the connection frames 163 are positioned in parallel to each other in the vertical direction. In particular, the connection frames 163 are supported by being connected to the portion where the upper frame bar 161c and the connection frame bar 161e are connected, and the portion where the lower frame bar 161d and the connection frame bar 161e are connected, respectively. Is connected to the frame 161. At this time, in order to maintain the connection frame 163 connected to the support frame 161, a portion where the upper frame bar (161c) and the connection frame bar (161e) is connected, and the lower frame bar (161d) and the connection frame Couplers (not shown) are formed to penetrate through portions where the bars 161e are connected. The connecting frames 163 connect the support frames 161 by penetrating the coupling holes, respectively. Here, the shape of the overall support housing 106 is determined by the shape of the connection frame 163.

Meanwhile, when the connection frame 163 connects the support frames 161, various methods may be applied instead of a method using a coupler.

The frame cover 165 is coupled to the connecting frames 163 and surrounds the coupled body portion 101 and the cover portion 105. At this time, the body portion 101 and the cover portion 105 coupled by the frame cover 165 is blocked from the outside. That is, the case is formed to maintain a constant distance from the body portion 101. Thus, the support housing 106 can protect the plants or fruits and vegetables planted in the body portion 101 from external environmental elements, and can function as a greenhouse. In addition, the frame cover 165 is preferably made of a transparent thin cotton fabric or synthetic resin film in order to function as described above.

In addition, the vent cover 165a facing each other is formed in the frame cover 165. Due to this, even if strong wind blows, the wind flows through the vents 165a, so that the vertically assembled flowerpot 100 does not fall by the wind, and the frame cover 165 as well as the flowers or fruits are not damaged. .

In addition, the frame cover 165 further includes an opening and closing cover 165b. Opening and closing cover 165b is preferably made of the same material as the frame cover 165, is installed on the vent 165a to open and close the vent 165a. For this reason, when the wind blows, the opening and closing cover 165b opens at least a part of the vent 165a, and the wind flows in the opposite direction through the part of the open vent 165a. For this reason, the vertical assembly type pot 100 does not fall by the wind, and the frame cover 165 as well as flowers or fruits are not damaged. In addition, when it rains, the opening and closing cover 165b, when closing the vent 165a, the rain water flows in combination with the frame cover 165. As a result, flowers or fruits may not be wet with rain.

On the other hand, the opening and closing cover 165b may be formed simultaneously with the formation of the vent 165a on the frame cover 165. When the vent 165a is formed in the frame cover 165, a mark having a size corresponding to the vent 165a is formed in the frame cover 165, and when the frame cover 165 is cut according to the mark, the incision is made. A portion of the frame cover 165 flowing by the wind may be used as the opening and closing cover 165b. For example, when the frame cover 165 is cut only from 2 o'clock to 10 o'clock, and only the remaining 10 o'clock and 2 o'clock bearings are not cut, the cut frame cover 165 is opened and closed according to the marking. It is used as.

3 is a perspective view illustrating a state in which the vertically assembled planter 100 shown in FIG. As shown in FIG. 3, the plurality of vertically assembled flowerpots 100 are configured to be stacked by inserting a lower portion of one prefabricated flowerpot into the first through hole 151a of another vertically assembled flowerpot. The nutrient solution supplied to one vertically planted flowerpot fills the nutrient solution storage unit 103, and the remaining nutrient solution moves downward through the openings 121 of the trays 102, and passes through the lower surface of the vertically planted flowerpot. The first through-hole (151a) of the vertically assembled planter of the other is supplied to the nutrient solution storage unit 103 of the vertically assembled planter. That is, when the nutrient solution is supplied only to the vertically assembled potted plant of the top layer, plants or fruits planted in a plurality of vertically assembled pots may be grown as nutrient solution.

As shown in FIG. 3, the frame cover 165 may be integrally formed to correspond to the stacked vertically assembled pots 100. In addition, the stacked vertical assembly planter 100 of the present embodiment is shown as an example consisting of three, the support housing 106 may be applied only to the uppermost vertical planter and the lowest vertical planter. Meanwhile, the stacked vertical assembly type pots 100 may be stacked in various numbers without being limited to the above number.

While the present invention has been described in connection with certain exemplary embodiments, it will be understood by those skilled in the art that various changes may be made without departing from the scope of the present invention. In addition, the description in parentheses in the description of the claims is intended to prevent obscuration of the description, and the scope of the claims of the claims should be construed to include all the items in parentheses.

100: vertical planter
101:
111; Rooting space
102: rice plate
121: opening
103: nutrient storage unit
104: nutrient liquid induction part
105:
151: first through hole
153: second through hole
106: support housing
161: support frame
161a: mainframe bar
161b: Fixed frame bar
161c: upper frame bar
161d: Lower frame bar
161e: connecting frame bar
163: connecting frame
165: frame cover
165a: vent
165b: opening and closing cover

Claims (8)

Body portion (rooting space is formed in the upper surface of the body portion);
A plate portion having a plate shape having a plurality of openings and positioned inside the rooting space (the lower surface of the shaft portion being spaced apart from the inner surface of the rooting space);
A nutrient solution storage unit which is located at the center of the collecting part and stores nutrient solution;
A nutrient solution induction part positioned over the upper surface of the tray in a state of being inserted into the nutrient solution storage part; And
A cover part which is located on an upper surface of the body part and covers the rooting space and is coupled to the body part (the cover part has a first through hole corresponding to the nutrient solution storage part, and the chamfer part around the first through hole). A plurality of second through holes corresponding to
A medium is covered on the plate portion, and the vertical planter, characterized in that plants or fruits are planted on the plate portion through the second through holes.
According to claim 1, wherein the vertical prefab plant,
It is coupled to the combined body portion and the cover portion, vertically assembled plant, characterized in that it further comprises a support housing for covering the combined body portion and the cover portion.
The method of claim 2, wherein the support housing portion,
A plurality of support frames extending in a radial direction from the outer circumferential surfaces of the combined body part and the cover part;
Connecting frame frames surrounding the coupled body portion and the cover portion in a state spaced apart from the coupled body portion and the cover portion; And
And a frame cover coupled to the connecting frames and surrounding the coupled body part and the cover part to block the at least one pair of air vents formed on the frame cover.
The method of claim 3, wherein the support frame,
A main frame bar positioned in an up and down direction on an outer circumferential surface of the combined body part and the cover part;
A fixed frame bar extending from an upper end of the main frame bar and inserted into the second through hole, and fixed to the outer circumferential surface of the combined body part and the cover part while being in close contact with the inner surface of the second through hole; ;
An upper frame bar tilted upward from an upper end of the main frame bar so as to face the outside of the body part;
A lower frame bar corresponding to the upper frame bar and inclined downward from a lower end of the main frame bar; And
Vertically assembled potted plant comprising a connection frame bar connecting the end of the upper frame bar and the end of the lower frame bar.
5. The method of claim 4,
Coupling holes are respectively formed in a portion where the upper frame bar and the connecting frame bar are connected, and a portion where the lower frame bar and the connecting frame bar are connected to each other.
The connecting frame is a vertically assembled plant, characterized in that for connecting the support frames through the coupler.
The method of claim 3, wherein the frame cover,
Vertically assembled potted plant further comprises an opening and closing cover installed on the vent opening to open and close at least part of the vent.
The method of claim 3, wherein
The frame cover is a vertically assembled planter, characterized in that made of a transparent fabric or synthetic resin film.
3. The method according to claim 1 or 2,
Vertically planter, characterized in that the lower part of the vertically assembled planter is inserted into the first through-hole is laminated to the vertically planter.

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