KR102098487B1 - A paper flowerpot assembly comprising an air purification functio - Google Patents

Abstract

Disclosed is a paper plant assembly comprising an air purifying function. The present invention is a paper flower pot member to form a paper flower pot body having a space in which a plurality of paper sheets are stacked to form a layer to form a gap between the upper parts and a wall surface made of inner and outer parts to be hollowed by bending or bending; A groove formed on the outer wall surface of the paper flower pot member to fill soil and induce planting of plants; A secondary moisture absorbing layer formed between any one of a nonwoven fabric, a cloth, and a sponge installed between the root of the plant planted in the groove and the groove to surround the root of the plant; And air purification means installed inside the body of the paper flower pot to induce and discharge the purified air by contacting external air with leaves and roots of plants planted on the paper flower pot member.

Description

A paper flowerpot assembly comprising an air purification functio}

The present invention relates to a paper pollen assembly including an air purifying function that expands the air purification area by increasing the planting population based on a unit planting area of a pot and purifies external air through leaves, roots, and soil of a plant.

The photosynthetic action of plants is known to be beneficial to the human body because it consumes carbon dioxide emitted by the human respiratory process and produces oxygen that is beneficial to humans. For this reason, in places with little green space, for example, in offices of apartments and buildings, pots are provided and grown to achieve this effect. The air purification performance of a pot planted with plants is related to the respiration or photosynthesis of leaves and soil. Since the soil contains pores and organic matter, it helps the growth of plants and facilitates the rooting of plant roots, and the soil with pores acts as a kind of filter, thus acting to filter foreign matter contained in air or water. Recently, various methods have been proposed to reduce fine dust by including fine dust, but in general, devices and equipment used for air purification have been developed for the purpose of dedicating air purification. It is known that pots for growing plants are mainly used for ornamental purposes, but can also be used for air purification through the self-cleaning action of the plants, but there are insufficient proposals to utilize them for effective air purification purposes.

With this in mind, indoor gardens or greening and planting devices capable of cultivating plants inside buildings so that photosynthetic activity through the pores of plant leaves can be used for air purification (Domestic Publication No. 10-2014-0022177), Indoor air purification pollen assembly (National Publication No. 10-2009-0016300) is proposed to decompose indoor dust by microorganisms parasitic on the roots to purify the air and improve purification efficiency. The disadvantages are that the arrangement and management of silver pots and the arrangement and opening of air purification channels are too complicated and costly.

On the other hand, since paper pollen can absorb and supply moisture, it is proposed to solve the cumbersome inconvenience of frequent water supply and to expect humidification function indoors while maintaining the humidity that plants can grow well. It is done. For example, a paper pot made of paper that arranges sheets of paper with alternating convex and concave shapes to cross each other and spreads water inside the paper block through the intersections to supply moisture to the roots of planted plants. It is disclosed in Korean Registered Patent Publication 10-1538125.

Paper pots are lighter than pots made of ceramic materials or plastics, but they are advantageous for plant growth and have natural advantages due to natural decomposition even when discarded. Especially, when they are made of pots that contain air purification, they are compared to pots made of other materials. Advantageous effects can be expected in the arrangement and management of pots, and the arrangement and opening of air purification channels.

Accordingly, the inventor of the present application intends to propose a paper flower assembly having a new structure having a simple and excellent purification performance.

Patent Literature 1. Domestic Publication Patent Publication 10-2014-0022177 (published on February 24, 2014)

Patent Document 2. Domestic Publication Patent Publication No. 10-2009-0016300 (published on February 13, 2009)

Patent Literature 3. Domestic Registered Patent Publication 10-1538125 (published on July 22, 2015)

One of the technical problems to be solved in the present invention is to provide a paper pollen assembly that expands the air purification area by increasing the number of planting units based on the unit planting area of a potted plant and purifies the outside air through leaves, roots, and soil of plants. Is doing.

According to the present invention, according to the present invention, a plurality of paper sheets repeatedly formed with alternating convex portions and concave portions are layered to form a gap between the upper portions, and the inner and outer portions are formed of a wall surface, and the inside is emptied into the pupil by bending or bending. A paper flower pot member forming a paper flower pot body having space; A groove formed on the outer wall surface of the paper flower pot member to fill soil and induce planting of plants; A secondary moisture absorbing layer formed between any one of a nonwoven fabric, a cloth, and a sponge installed between the root of the plant planted in the groove and the groove to surround the root of the plant; And an air purifying means installed inside the body of the paper flower pot to induce and discharge the purified air by contacting external air to the leaves and roots of plants planted on the paper flower pot member. It can be achieved through assembly.

According to an embodiment of the present invention, the paper flower pot member includes convex portions and concave portions corresponding to each other protruding in a continuous repetitive waveform alternately in the front and back directions based on a horizontal plane, and the convex portion The concave portion is a plurality of paper sheets laminated so that the concave portion is displaced with respect to the vertical surface of the quadrangular body with respect to the convex portion and crosses and forms a contact surface contacted with an adhesive at the intersection point, the upper portion forms a gap, and the outer side forms a wall surface Can be configured.

According to an embodiment of the present invention, the paper flower pot body may be formed in a circular shape in which the inside is emptied into a pupil.

According to an embodiment of the present invention, the groove of the wall surface may be configured to have a slope of 30 to 50 degrees based on the floor horizontal surface.

According to an embodiment of the present invention, the air purifying means includes: an external air suction induction furnace formed on a paper flower pot member; And an intake / exhaust fan that intakes and exhausts external air through the external air suction induction furnace into the paper plant body.

According to an embodiment of the present invention, the air purifying means includes a support provided with a plurality of intake holes and installed along the space of the paper flower pot body; And an intake and exhaust fan mounted on an upper portion of the support.

The present invention, by bending or bending the paper flower member to form a space with a pupil formed therein, expands the air purification area as much as possible based on the comparison of unit area, inhales and purifies the outside air, makes planting of plants easy and simple yet concise. There is an effect that can provide an air purification pot of low cost.

The present invention has an effect of supplying moisture necessary for plant growth without frequent water supply by supplying water to the plants after watering and spreading water evenly on the paper sheet by supplying water from the top of the paper flower pot body.

In addition, the present invention can provide a paper pollen assembly that purifies air by intensively contacting external air with the roots and leaves of a plant during the process of inhaling external air by forming an external air suction induction path on the paper flower pot member It works.

1 is an illustration of a stacked state of a sheet of paper sheets of a paper planter member constituting a paper plant assembly including an air purifying function according to an embodiment of the present invention.
FIG. 2 is an example of the front wall structure of FIG. 1.
Figure 3 is an example of a paper planting member constituting a paper plant assembly including an air purifying function according to an embodiment of the present invention.
Figure 4 is an illustration of a plant planted in the paper planting member constituting the paper planting assembly including the air purification function according to an embodiment of the present invention.
5 is an exemplary view showing a process of planting a plant in an inclined groove formed in a paper planting member constituting a paper planting assembly including an air purifying function according to an embodiment of the present invention.
6 is an example of an inclined groove and an external air intake induction path formed in a paper flowerpot member constituting a paper flowerpot assembly including an air purifying function according to an embodiment of the present invention.
7 is an example of a paper flowerpot assembly including an air purifying function according to an embodiment of the present invention.
8 is an exemplary view showing a cross-sectional structure of a paper flower pot assembly including an air purifying function according to an embodiment of the present invention and a flow state of external air suction and purified air.

Hereinafter, with reference to the accompanying drawings to describe the 'paper plant assembly including the air purification function' according to an embodiment of the present invention.

Among the terms used in the present invention, the term 'paper pollen member' may be used as a 'paper pollen body'.

In the paper flower assembly including the air purifying function according to the present invention, a plurality of paper sheets repeatedly formed with alternating convex portions and concave portions are stacked to form a layer so that the upper portion is formed as a gap and the inner and outer portions are formed of walls to bend or bend. By constructing a paper planting member that can form a paper planting body having a space emptied by a pupil by a paper planting assembly, water is supplied from the upper part, water is evenly absorbed and spread on the paper sheet, and then water is supplied to the plants. And, it is suggested to induce the intake of outside air by intensively contacting the outside air from the outside of the paper plant assembly with the leaves, roots, and soil of the planted plant, and to discharge the outside air as purified air in the process.

1 is an illustration of a stacked state of a sheet of paper sheets of a paper planter member constituting a paper plant assembly including an air purifying function according to an embodiment of the present invention. FIG. 2 is an example of the front wall structure of FIG. 1. Figure 3 is an example of a paper planting member constituting a paper plant assembly including an air purifying function according to an embodiment of the present invention. Figure 4 is an illustration of a plant planted in the paper planting member constituting the paper planting assembly including the air purification function according to an embodiment of the present invention. 5 is an exemplary view showing a process of planting a plant in an inclined groove formed in a paper planting member constituting a paper planting assembly including an air purifying function according to an embodiment of the present invention.

Paper plant assembly 300 including the air purification function according to an embodiment of the present invention, as shown in Figures 1 to 4, the convex portion 111, 121 and the concave portion 112, 122 A space in which the paper sheets 110 and 120 formed alternately and repeatedly are stacked to form a layer to form a gap (C), and the front portion is made of a wall (B) and the inside is emptied into the pupil by bending or bending ( 311) may be configured as a paper flower pot member 100 forming the paper flower pot body 310.

And, it may be formed on the outer wall surface (B) of the paper plant member 100 to fill the soil (T) and comprises a groove 200 for inducing planting of plants.

In addition, the secondary water absorbing layer 350 made of any one selected from non-woven fabrics, cloths, and sponges installed between the roots and the grooves 200 of plants planted in the grooves 200 of the paper plant member 100 to surround the roots of the plants. It may be configured to include.

And, it is installed inside the body of the paper planter 310, the air purification means for inducing and discharging to the purified air (a2) by contacting the outside air (a1) to the leaves and roots of plants planted in the paper planter member (100) It can be configured to include.

As described above, the paper flower assembly 300 including the air purifying function according to the embodiment of the present invention, as shown in FIGS. 1 to 7, the paper flower member 100 is a sheet of paper sheet 110, 120 ) Includes convex portions 111, 121 and concave portions 112, 122 corresponding to each other protruding alternately in a continuous repetitive wave form in the front and back directions based on the vertical plane, and the convex portions 111, ( 121) and the concave portions 112 and 122, the concave portions 112 and 122 with respect to the convex portions 111 and 121 are deviated from each other based on the vertical surface of the quadrangular body, and are crossed and contacted with adhesive at the intersection point. A plurality of paper sheets 110 and 120 may be continuously and repeatedly stacked to form (P1), an upper portion to form a gap (C), and a front portion to form a wall surface (B).

In addition, the paper plant assembly 300 including the air purifying function according to an embodiment of the present invention, a separate groove 200 that is a space for planting plants on the wall (B) of the paper plant member 100 It can be formed by forming. The grooves 200 formed on the wall surface B of the paper flowerpot member 100 may be preferably formed to have a slope of 30 to 50 degrees based on the horizontal level of the floor.

In addition, the paper flower assembly 300 including the air purifying function according to an embodiment of the present invention, the secondary water absorbing layer 350 is installed in the groove 200 of the paper flower member, including the paper flower member 100 , It may be configured to include air purifying means for inducing and discharging the purified air (a2) by contacting external air (a1) to the leaves and roots of plants planted in the paper plant member (100).

In addition, the paper flower assembly 300 including the air purifying function according to an embodiment of the present invention, as shown in FIG. 7, the paper flower member 100 is bent or bent to make the space 311 emptied inside the pupil. It is made of a paper flowerpot body 310 to be formed, and the intake / exhaust fan 400 is mounted in the space 311 emptied by the pupil, so that outside air (a1) can be sucked into the center of the paper flowerpot body 310 and exhausted. Can be configured.

When forming the paper flowerpot body 310 using the paper flowerpot member 100, when the inside is formed in a circular shape emptied into the pupil, it may be advantageous for the installation of the intake and exhaust fan 400 including air purification means. In addition, since the planting number of plants (F) per unit area can be secured at least twice as much as the arrangement of cotton, it is possible to improve the air purification power without installing additional equipment.

A detailed configuration of the paper flowerpot assembly including the air purification function according to the embodiment of the present invention will be described with reference to FIGS. 1 to 8 as follows.

1 is an illustration of a stacked state of a sheet of paper sheets of a paper planter member constituting a paper plant assembly including an air purifying function according to an embodiment of the present invention. FIG. 2 is an example of the front wall structure of FIG. 1.

1 and 2, the paper flowerpot member 100 may be configured as a layer structure in which sheets of paper sheets 110 and 120 are adhered to each other. 1 is a view for explaining the layer structure of the paper sheet constituting the paper planting member 100 by dividing two of the four paper sheets facing each other by reference numerals '110' and '120'. Convex portions 111 protruding in a continuous repetitive waveform alternately in the front and back directions based on the vertical plane, all of the sheets of paper forming the layer structure of the paper sheet, including the two sheets of paper 110, 120 It may be configured to include 121 and the recess 112, 122.

The paper flowerpot member 100 formed by bonding the paper sheets in a layer structure may be configured by correspondingly adhering to each other like the two paper sheets 110 and 120 shown in FIG. 1.

The convex portions 111 and 121 and the concave portions 112 and 122 formed on the sheets of the sheet of paper have a concave portion 112 and 122 with respect to the convex portions 111 and 121 to form a vertical surface of the rectangular parallelepiped. It may be made by laminating a sheet of paper sheets so as to be crossed in a diagonal direction as a reference and continuously and repeatedly cross each other.

1 and 2, it is illustrated as an example in which the concave portions of the corresponding paper sheets stacked on the convex portions of the sheet of paper are contacted at right angles to form the contact surface P1. When the contact surface P1 is formed to make the concave portion of the corresponding paper sheet stacked on the convex portion of the sheet of paper at a right angle, it may be advantageous to reduce the deformation of the paper sheet compared to the case where the contact surface P1 is not at right angle contact.

Here, the contact surface P1 forms a contact surface P1 by point contact except for the case where each protruding end surface is a flat surface, since the front end surface protruding in the front and rear directions is in contact with each other regardless of the convex or concave portion. . The accompanying drawings as an embodiment of the present invention representatively show an example in which the contact surface P1 forms a contact closer to a point contact rather than a surface contact. To increase the adhesive strength of the sheet of paper sheets 110 and 120, it can be solved by increasing the area of the protruding surfaces of the convex and concave portions forming the contact surface P1.

In either case, the contact surfaces P1 may be formed by adhering the sheets of paper sheets 110 and 120. Specifically, the contact surface P1 may be formed by contacting the convex portion 122 of the other sheet of paper sheet 120 corresponding to the concave portion 112 of the sheet of paper sheet 110. These contact surfaces P1 are continuously repeated by impregnating an adhesive (not shown) or applying an adhesive to the surface of the protruding surface to bond the adhesive surfaces P1 of the sheets 110 and 120 with adhesive. By configuring the paper sheets in a layer structure, the paper sheets may be composed of a paper flowerpot member 100 stacked as a whole.

The paper flowerpot member 100 may plant a plant by forming a groove 200 for supplying moisture to the plant along the front wall surface B of the paper sheet on which the convex and concave parts are formed, as shown in FIG. 3. .

3 and 4 are examples made of a paper flowerpot member 100 having a groove 200 by making holes in a horizontal direction along a wall surface B formed in the front portion of the paperwork flowerpot member 100.

The groove 200 formed in the paper flowerpot member 100 is a space into which soil can be put, and the plant F can be planted there. Since the groove 200 is positioned in a horizontal direction based on the wall surface B of the paper flowerpot member 100, when water is supplied from the top, water to be supplied can easily reach the groove 200. Since the gap C is secured in the layer structure of the convex portion and the concave portion formed in the paper flowerpot member 100, water can be easily reached to the periphery of the groove 200 when water is supplied from the upper direction. In this way, the water supplied to the groove 200 in the upper direction may be absorbed by the paper sheet and supplied with moisture necessary for the growth of the plant even if it is not directly supplied to the root of the plant.

5 is an exemplary view showing a process of planting a plant in an inclined groove formed in a paper planting member constituting a paper planting assembly including an air purifying function according to an embodiment of the present invention. 6 is an example of an inclined groove and an external air intake induction path formed in a paper flowerpot member constituting a paper flowerpot assembly including an air purifying function according to an embodiment of the present invention.

5 and 6, the grooves 200 formed in the paper flowerpot member 100 according to an embodiment of the present invention fall and the gravity of a plant when a slope of 30 to 50 degrees is inclined upward based on the horizontal plane of the floor. It can be advantageous to prevent sagging and further drop of moisture. Preferably, an angle of around 45 degrees may be a desirable angle to prevent the plant from falling and sagging.

As shown in FIG. 5, between the groove 200 formed in the paper flowerpot member 100 and the plant according to an embodiment of the present invention, a secondary moisture absorbing layer 350 made of any one selected from nonwoven fabric, cloth, and sponge is provided. By providing, it is possible to collect a sufficient amount of water necessary for plant growth by collecting the water in the periphery of the groove 200 with suction power. The secondary moisture absorbing layer 350 may preferably be a non-woven fabric, cloth, or sponge that can be easily planted in the groove 200 by surrounding the root of the plant while having a high water content.

Next, a specific configuration of the air purifying means constituting the paper flower assembly 300 including the air purifying function according to an embodiment of the present invention will be described with reference to FIGS. 7 to 8.

The air purifying means of the paper plant assembly 300 including the air purifying function according to an embodiment of the present invention forms an external air intake induction path (R1) (R2) in the paper plant member 100, and intakes external air It may be configured to include an intake and exhaust fan 400 to intake and exhaust the outside air (a1) through the induction furnace (R1) (R2) into the paper plant body (310).

The external air intake induction furnaces R1 and R2 are preferably first through the grooves 200 formed in the front wall B of the paper plant member 100, as shown in FIG. External air suction induction furnace (R1), a plurality of second external air suction induction furnace (R2) formed to penetrate along the periphery around the groove 200 formed in the front wall (B) of the paper plant member (100) ). The first and second external air suction induction furnaces R1 and R2 configured as described above intensively contact the root and leaf parts of the plant in the process of inhaling the external air a1, thereby increasing air purification performance to the maximum. It can be advantageous.

For example, when the suction force is generated by the rotation of the intake / exhaust fan 400, as shown in FIG. 8, the outside air a1 passes through the wall B of the paper plant member 100 and is sucked into the inside. Air purification by contact with the root portion includes a first external air suction induction furnace (R1) for sucking external air (a1) to pass through the root of the plant (F) planted in the groove (200) of the paper flower pot member (100). Through this, the external air a1 may be brought into intensive contact.

At the same time, when suction force is generated by rotation of the intake / exhaust fan 400, external air (a1) passes through the wall (B) of the paper flowerpot member 100 and is sucked into the air. Purification is performed through a plurality of second external air suction induction furnaces (R2) that inhale external air (a1) to pass through the leaves of the plant (F) planted in the groove (200) of the paper plant member (100). a1) can be induced to be in intensive contact.

The second external air suction induction furnace R2 is arranged in a uniform distribution along the periphery of the periphery around the groove 200 so that the external air (a1) is evenly contacted by leaves and stems during the suction process of the external air (a1). It is desirable to be able to.

As described above, the first and second external air suction induction furnaces R1 and R2 formed in the paper flowerpot member 100 are the roots of plants in the process of inhaling external air (a1) when the suction power of the intake / exhaust fan 610 is generated. It can be advantageous to increase the air purifying power by intensively contacting the outside air (a1) with the and leaves.

In particular, the external air (a1) that requires purification can increase the purification power by decomposition by soil microorganisms that live near the roots. Plant activity has been found to show more than 80% vigorous activity at the roots, and pollutant resolution is known to show peaks at the roots of plants. The soil T filled in the grooves 200 of the paper planter member 100 in which the plants are planted contains, on average, pores and organic matter, thereby helping the growth of plants and actively acting microbial activity in the roots of the plants, in the air It is possible to provide a vegetation environment capable of naturally purifying harmful gases, and pores present in the soil can also serve as a filter, and thus can also filter out foreign substances contained in the external air (a1).

In addition, the air purification means of the paper plant assembly 300 including the air purification function according to an embodiment of the present invention is installed along the space 311 of the paper plant body 310, as shown in FIG. It may be configured to include a support 320 having a plurality of intake holes (321). And it may be configured by mounting the intake and exhaust fan 400 on the upper portion of the support.

The support 320 is preferably mounted along the inner wall 320 of the paper flower pot body 310 in a one-piece structure by press molding with a mesh net having intake holes 321, a mesh net, or the like. The support 320 may be made of a metal material or a synthetic resin material having a certain strength to support and support the intake and exhaust fan 400 from the bottom. In addition, the support 320 may increase the durability of the paper plant assembly by compensating for the weak strength of the paper plant body 310 and maintaining the overall shape.

When the paper flower pot body 310 is formed in a circular shape, the support 320 may be preferably manufactured and assembled in a cylindrical shape having a size that can be entered along the inner wall of the space 311 of the paper flower pot body 310. have.

As described above, when the support 320 is installed inside the paper flower pot body 310 and the intake and exhaust fan 400 is assembled to drive the intake and exhaust fan 400, suction power is generated inside the paper flower pot body 310 to the outside. Intake of air a1 may begin.

At this time, the external air (a1) is purified while talking to the first external air suction induction furnace (R1) via the soil (T) and the root of the groove (200) formed in the wall (B) of the paper plant body (310). It can be changed into air (a2) and introduced into the space 311 of the paper flower pot body 310 and discharged. At the same time, the external air (a1) is a groove 200 formed in the wall (B) of the paper flower pot body 310. In the course of making the second external air intake induction path R2 formed around the body, it changes into purified air (a2) while coming into contact with the leaves and stems of the plant, and enters and discharges into the space 311 of the paper flower pot body 310 Can be.

The external air (a1) passing through the wall surface (B) of the paper plant body 310 may be evenly guided to the space 311 of the pupil by the intake holes 321 of the support 320.

As described above, the present invention has been described with reference to embodiments shown in the drawings, but is not limited to the embodiments, and can be modified and modified within a range not departing from the gist of the present invention. It is included in thought.

B: wall C: crevice
R1.R1: 1.2 external air induction furnace
100: no paper flower pot 110.120: paper sheet
111.121: convex portion 112.122: concave portion
200: groove 300: paper plant assembly
310: paper flower pot body 311: space (pupil)
320: support 321: intake hole
350: secondary moisture absorbing layer 400: intake and exhaust fan

Claims (6)

The sheet of paper sheets includes convex portions and concave portions corresponding to each other protruding alternately in a continuous repetitive wave form in the front and back directions based on the horizontal plane, wherein the convex portions and concave portions are concave portions of the quadrangular body with respect to the convex portions. Forms a paper flower pot body having a space where the inside is vacated or bent by bending or bending, forming a gap by forming a gap by stacking and forming a contact surface contacted with an adhesive at a crossing point and crossed at a vertical plane. Absence of paper pollen;
A groove formed on the outer wall surface of the paper flower pot member to fill soil and induce planting of plants;
A secondary moisture absorbing layer formed between any one of a nonwoven fabric, a cloth, and a sponge installed between the root of the plant planted in the groove and the groove to surround the root of the plant; And
Air purification means consisting of; an air purifying means for inducing and discharging into the purified air by contacting external air to the leaves and roots of plants planted in the paper plant member through the external air intake guideway formed in the paper plant member Paper flower pot assembly. delete According to claim 1,
The paper flowerpot body is made of a circular shape with a hollow inside, a paperflower assembly comprising an air purifying function. According to claim 1,
The groove of the wall surface, having a slope of 30 to 50 degrees relative to the horizontal floor, paper plant assembly comprising an air purification function. delete According to claim 1,
The air purifying means includes a support provided along a space of the paper flower pot body and having a plurality of intake holes; And an air intake and exhaust fan mounted on an upper portion of the support.

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