KR200317136Y1 - Interior Garden Structure - Google Patents

Abstract

The present invention relates to a flower pot display stand or indoor garden stand (hereinafter referred to as "indoor garden structure") used for landscaping indoors after installing a flower pot, a flower plant, an artificial sculpture, a natural sculpture, or two or more thereof, and more specifically, The frame member may include a frame member forming a structure, a storage member for placing a flower pot, and a water barrier member for preventing water from being dispersed during water supply. The flower pot may be arranged in a desired shape or configured in a garden shape. In addition, the present invention provides an indoor garden structure that can prevent the water sprayed when water is supplied using a water spray or the like to contaminate the surroundings. In addition, in some cases, further includes a fence member, thereby providing an indoor garden structure that can implement the shape of the garden outdoors in the interior.

Description

Interior Garden Structure

The present invention relates to a flower pot display stand or indoor garden stand (hereinafter referred to as "indoor garden structure") used for landscaping indoors after installing a flower pot, a flower plant, an artificial sculpture, a natural sculpture, or two or more thereof, and more specifically, The frame member may include a frame member forming a structure, a storage member for placing a flower pot, and a water barrier member for preventing water from being dispersed during water supply. The flower pot may be arranged in a desired shape or configured in a garden shape. In addition, the present invention provides an indoor garden structure that can prevent the water sprayed when water is supplied using a water spray or the like to contaminate the surroundings. In addition, in some cases, further includes a fence member, thereby providing an indoor garden structure that can implement the shape of the garden outdoors in the interior.

In general, at home, office, etc., in order to decorate an interior or to decorate a flower for ornamental use, the potted plant display stand which can arrange a potted plant or several potted plants is used. In recent years, indoor gardens using artificial sculptures, natural sculptures, flowers, pots and the like have been installed.

However, whenever water is supplied to these flower pots, flowerpot shelves, or indoor gardens, the surroundings are contaminated and all or part of them must be moved to a place where the pollution control is easy (porch, bathroom, etc.), or installed and managed in these places. have. However, in moving the potted plants, potted display stand, indoor garden, etc. when watering, there is a risk of falling of the potted plants and the inconvenience for use by women and the elderly.

In order to improve this, devises and inventions have been developed to prevent the risk of falling of pollen, automatic water supply device, and effectively remove soil-containing water from water supply, but they are insufficient to prevent the contamination of surroundings at the time of water supply. It did not overcome the limitations of the installation site. In addition, the flower pot display stand known so far does not meet the user's desire for a variety of beautiful landscaping because of its fixed shape.

Therefore, the present invention is to solve the above problems in the potted display rack and indoor garden installation place to enable the water supply without surrounding pollution, and in some cases, easy to install a variety of flowerpot shelves and indoor garden fence, The purpose is to provide an indoor garden structure that can provide landscape beauty.

1 is a perspective view of an indoor garden structure according to one embodiment of the present invention;

Figure 2 is a state diagram using a water barrier member in the indoor garden structure of Figure 1;

Figure 3 is a state diagram using a fence member in the indoor garden structure of Figure 1;

Figure 4 is a perspective view showing the assembly unit state of the water blocking member used in the indoor garden structure of Figure 2;

5 is a perspective view showing a state of use of the fence assembly unit used in the indoor garden structure of Figure 3;

6 is a structural diagram of an ejector used in the indoor garden structure of FIG. 1;

7 is a structural diagram of another type of ejector used in the indoor garden structure of FIG.

Explanation of symbols for main parts of the drawings

100: indoor garden structure

200: frame member

300: storage member

400: absent member

500: fence joiner

Indoor garden structure according to the present invention for achieving this purpose,

(A) a frame member which forms the outline of the structure and is provided with the following members;

(B) a storage member mounted to the frame member and capable of placing a flower pot, a flower, an artificial sculpture, a natural sculpture, or two or more thereof; And,

(C) a water barrier member installed on at least one portion of the frame member, and spreading the barrier film as necessary and fastening it to a corresponding portion of the frame member to prevent dispersion of water during water supply;

It is composed to include.

Therefore, the indoor garden structure according to the present invention can produce the beauty of the outdoor garden by placing a flower pot or the like in an appropriate arrangement on the storage member, and use equipment such as water spraying by unfolding the blocking film of the water blocking member as necessary. When water is supplied, it is possible to prevent water from being dispersed and polluting the surroundings.

The frame member is not particularly limited as long as it is a structure in which the accommodating member and the water barrier member may be installed. The frame member may have various external structures such as a rectangular structure, a circular structure, a semicircular structure, and a pentagonal structure. Specific examples of the frame member having a rectangular structure may include four corner pillars forming a rectangular corner, a sealed plate member attached to the lower ends of the corner pillars, an accommodating member fastening member to which the accommodation member may be fastened, and the like. Can be mentioned. Preferably, since the movable wheel is installed at the bottom of the column or the bottom of the plate, it may be configured to easily move the indoor garden structure. Preferably, the plate may be installed at an angle to one side of the frame (for example, 1 to 30 degrees), and a drainage hole may be installed at a corresponding portion of the frame so that foreign materials falling from water supply or pollen may be easily collected. have. In some cases, a separate drip plate may be provided at the upper end of the plate. The drip tray may be constituted by a box-shaped drip tray having a concave shape, or may be inclined toward one side of the frame as in the sheet. The discharge portion is provided with an outlet, the outlet can be configured to be opened and closed by a manual, semi-automatic or automatic outlet. An exemplary structure of the outlet is shown in FIGS. 6 and 7. The material of the frame member is not particularly limited, and for example, various materials such as metal, wood, and synthetic resin may be used.

The storage member is a place where items constituting the garden such as flower pots, flowers, artificial sculptures, and natural sculptures are placed, and a plurality of pores through which water, foreign matters, etc. can fall are penetrated. The shape of such a preferable housing member is not particularly limited as long as it is a structure in which water, foreign matters, etc. can fall as described above, and examples thereof include a network support, a plate through which a plurality of voids penetrate, and the like. May be in the form of applying a nonwoven fabric or the like on the network support.

The said water blocking member is comprised by the barrier film for blocking the dispersion | distribution of water at the time of use (for example, when it is unfolded), and the winding rod by which the said barrier film is wound up when it is not used (for example, when it is not unfolded). Such a water barrier member may be in the form of being coupled onto the frame member, or in an assembled form to be fastened onto the frame member as necessary in a detachable manner. The form in which the water barrier member is fastened to the frame member may be both a horizontal fastening form and a vertical fastening form. Specifically, the "horizontal fastening form" means a form in which the water barrier member is fastened to the frame member so that the barrier film is spread horizontally, and the "vertical fastening form" means a form in which the water barrier member is fastened to the frame member so that the barrier film is vertically unfolded. it means. However, the present invention is not limited thereto, and various other structures may be possible as long as the principles of the present invention are implemented, and they should be interpreted as being included in the scope of the present invention. Preferably, the winding rod of the water barrier member is fastened to the frame member so that the winding rod can be pivoted horizontally when not in use (when the barrier is not extended), and the winding rod is vertically in use (when the barrier is extended). After standing up, the barrier can be configured to spread out horizontally. Therefore, when not in use, for example, when the water is not supplied, the water blocking member is not visible from the outside of the indoor garden structure, so that the molding beauty of the entire structure is not damaged. The barrier film has a structure wound around the winding rod by elastic restoring force, manpower, chain gear, and the like, preferably wound around the winding rod by elastic restoring force. Such a resilient restoring force may be implemented by, for example, a spring, an electric drive motor, and the like, and an example of the spring structure may include a shutter structure of a building, and since such structure is known in the art, a description thereof is omitted. do.

The indoor garden structure according to the present invention may further include a plurality of fence assembly units and a fence coupler installed on the frame member so that the assembly units can be detachably coupled so as to further give a molding beauty of the outdoor garden. Can be. The fence assembly units are prefabricated unit articles having shapes such as brick blocks, natural stones, artificial stones, trees, and the like, which are commonly found in outdoor sculptures, so that the appearance of the indoor garden structure can exhibit the molding beauty of the outdoor garden. The structure for detachably attaching the fence assembly unit to the fence coupler may vary, and one exemplary structure is shown in the accompanying drawings of this specification.

Hereinafter, the content of the present invention will be described in detail with reference to the drawings according to an embodiment of the present invention, but the scope of the present invention is not limited thereto.

1 is a perspective view showing a state of use of the indoor garden structure 100 according to an embodiment of the present invention having a rectangular frame structure when viewed from the top.

The indoor garden structure 100 has a rectangular frame member 200 for forming a plurality of members and is installed on the corner pillar 210 of the frame member 200 to form a plurality of members. It is configured to include a housing member 300 installed in the middle of the inside, the water barrier member 400 which is pivotally mounted on the corner pillar 210 of the frame member 200. In addition, the edge pillars 210 of the frame member 200 are provided with a plurality of fence couplers 500 in the horizontal direction.

The plate member 220 is positioned at the lower end of the frame member 200, and the drip tray 230 is installed on the plate member 220. The drip tray 230 is inclined at a predetermined angle to collect water, foreign matter, and the like falling from the top thereof to one side of the frame member 200. Although the lower part of the frame member 200 is disclosed for convenience of description, in some cases, it may be in a closed form, and as described above, the drip tray 230 has a concave shape for collecting water or the like. It may also be in the form of a separate container.

At the bottom of the frame member 200, a movable wheel 250 is installed.

The accommodating member 300 on which the pot 600 is placed may be configured to be installed in the frame member 200 in a prefabricated manner. A plurality of holes 310 penetrate the storage member 300 vertically so that water or the like can be easily discharged to the drip tray 230. In some cases, by applying a non-woven fabric (not shown), etc. on the receiving member 300, and creating an environment capable of growing plants such as gravel, sand, soil, etc. on such a non-woven fabric, sowing, planting, planting, etc. It may also be configured to grow ornamental plants. In addition, although only the flower pot 600 is placed on the receiving member 300 in FIG. 1, natural and / or artificial sculptures such as natural stones, artificial stones, etc. may be positioned in order to give more molding beauty of the outdoor garden.

The water barrier member 400 is mounted to the corner pillar 210 of the frame member 200 so as to be pivotable, and is horizontally divided as in FIG. 1 when not in use, and vertically as in FIG. 2 when in use. Can be configured to A more detailed structure of the water blocking member 400 will be described with reference to FIG. 4.

4 shows a state diagram of use of the water blocking member 400 used in FIG. 1. The water barrier member 400 is configured to include a winding rod 410 installed to be pivotable to the corner pillar 210 of the frame member, and a blocking film 420 rolled up to the winding rod 410. The lower end of the winding rod 410 is connected to the corner pillar 210 through the rotation shaft 411, it can be laid down or standing as needed. A fastening protrusion 412 and a fastening groove 212 are formed at a contact portion thereof so that the winding rod 410 can be easily fixed to the corner post 210 in an upright state. The winding rod 410 includes a rod-shaped main body 413 on which the blocking film 420 is wound, and a fastening ring 422 located at a corresponding end 421 of the blocking film 420 is fitted on the upper portion of the main body 413. The fastener 414 is installed. The fastener 414 fits the fastening ring 422 of the same barrier member 400 when not in use (when the barrier is not extended), and when used (when the barrier is unfolded), the other barrier member 400 'as shown in FIG. The fastening ring 422 'is fitted. The process of winding the blocking film 420 on the winding rod 410 is realized by a semi-automatic structure by a restoring force of a spring (not shown) embedded in the winding rod 410, or the fastener 414 or the main body 413. Electric motor (not shown), which is realized by a manual structure that rotates by hand, or built into a corner pole 210 that is mechanically connected to a winding rod 410 or a winding rod 410 (chain, gear, etc.). Can be realized by an automatic structure by the driving force of The material of the blocking film 420 is not particularly limited and may be appropriately selected as necessary, such as a transparent material, a translucent material, an opaque material, and the like. In addition, an appropriate pattern or picture may be printed on the surface of the blocking film 420 to impart an aesthetic sense. In some cases, the blocking film 420 may be configured to perform an additional function of adjusting solar illumination in addition to preventing water dispersion during water supply. For example, in the case of plants to avoid strong direct sunlight, it is also possible to make the barrier film a translucent material, and to increase the width (length corresponding to the height of the winding rod) of the barrier film 420.

Now, with reference to FIG. 3, another use state of the structure in which the fence member that can further implement the molding beauty of the outdoor garden is described.

3, the indoor garden structure 100 according to one embodiment of the present invention, in which a fence assembly unit 510 is coupled to a fence coupler 500 that is horizontally connected between two corner pillars 210, respectively. Is a perspective view. The structure of the fence assembly unit 510 will be described in detail with reference to FIG. 5 in which a perspective view of the fence assembly unit 510 detachably coupled to the fence coupler 500 of FIG. 3 is shown. The fence assembly unit 510 is made of a hexahedron in the shape of a brick, the rear of the fastener coupling table 500 is fastened to the handle groove 511 is formed vertically, across the groove 511 2 Two coupling bars 512 protrude. Therefore, when the fence coupling unit 500 is inserted between the coupling bar 512, the fence assembly unit 510 is fastened to the fence coupling unit 500. When the plurality of fence coupling units 510 are fastened to the fence coupler 500, a molding beauty closer to the outdoor garden can be produced as shown in FIG. 3. However, as described above, the fence assembly unit is not limited to the shape of the brick, and various shapes are possible. In addition, the fastening method of the fence assembly unit and the coupling rod may be distinguished by a method using a magnet or an adhesive in addition to the mechanical method as described above, all of which should be construed as being included in the scope of the present invention.

FIG. 6 shows an ejector 240 installed at the lowest inclined portion of the plate 220 or the drip tray 230 in FIG. 1. An outlet 321 is formed at the bottom of the drip tray 320 to communicate with the outside of the indoor garden structure 100, and the opening and closing of the outlet 321 is made by an outlet 240 installed above it. . The ejector 240 is composed of a fastening portion 241 is fixed to the corresponding portion of the frame member 200, a conical opening and closing portion 242 for opening and closing the outlet 321, compression spring 243 to interconnect them. Therefore, normally, the opening and closing portion 242 blocks the outlet 321 by the compressive force of the spring 243, and when opening the drain opening and closing portion 242 by pressing.

FIG. 7 illustrates another type of ejector 260 installed at the lowest inclined portion of the plate 220 or the drip plate 230 of FIG. 1. A feature of the discharger 260 of FIG. 7 is that the user can discharge the water by operating the discharge button 261 or by automatic operation of the buoyancy port 262 as needed. In addition, by using the discharge tube 263 that can be expanded and contracted as needed, it is possible to simplify the appearance. Looking at the structure of the ejector 260 in more detail as follows. An inlet 264 is provided at a corresponding portion of the frame member 200 so that the discharge button 261 having the long rear portion 261a can be moved. The rear extension portion 262a of the buoyancy opening 262 extends over the rear portion 261a of the discharge button 261 at an angle by the rotation shaft 265 fixed to the frame member 200. In addition, a compression spring 266 is provided at the rear of the inlet 264. Therefore, when the discharge button 261 is not pressed (solid line display: rest mode), the buoyancy hole 262 blocks the discharge port 267 by the force of the compression spring 266, and conversely, the discharge button 261 is pressed. When pressed (dotted line: operating mode), the buoyancy opening 262 is spaced apart from the outlet 267 to open. In some cases, instead of the compression spring 266 of the inlet 264, a tension spring (not shown) may be connected to the rear extension 262 of the buoyancy port 262 to achieve the above operation effect. . In addition, the material of the buoyancy sphere 262 is made of a specific gravity lower than the water or made into a hollow form, and automatically discharged when the water level reaches a certain level by the balance of its buoyancy force and the restoring force of the compression spring 266 You may want to open (267). On the other hand, the discharge tube 263 provided in the discharge port 267 is a bellows structure of the portion (A) has a remaining portion (dotted and dashed line) of the portion (A), it is possible to extend and contract as necessary.

Although the structure and state of use of the indoor garden structure according to an embodiment of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains will be various within the scope of the present invention based on the above contents. It will be possible to add applications and modifications.

As described above, the indoor garden structure according to the present invention can be landscaped by arranging several flower pots, artificial sculptures, natural sculptures, etc. in the room, and even without moving the pots or shelves, water at the installation site without any pollution. It can be supplied, and in some cases by attaching a fence member has the advantage of creating a more beautiful molding beauty to the outdoor power source.

Claims (10)

(A) a frame member which forms the outline of the structure and is provided with the following members; (B) a storage member mounted to the frame member and capable of placing a flower pot, a flower, an artificial sculpture, a natural sculpture, or two or more thereof; And, (C) a water barrier member installed on at least one portion of the frame member, and spreading the barrier film as necessary and fastening it to a corresponding portion of the frame member to prevent dispersion of water during water supply; Indoor garden structure that is configured to include. The method of claim 1, wherein the frame member comprises four corner pillars forming a rectangular corner, a sealed plate attached to the lower ends of the corner pillars, an accommodating member fastening portion to which the accommodation member can be fastened, and the like. Indoor garden structure. According to claim 2, wherein the bottom of the corner pillar or the bottom of the plate is provided with a movable wheel, the plate is inclined to one side of the frame so that it can easily contain foreign matter falling from the water supply or pollen, etc. Garden structures. According to claim 2, wherein the upper end of the plate is provided with a drip tray plate inclined to the bottom of one side of the frame to easily collect the foreign matter falling in the water supply or pots, etc., the outlet portion of the frame Installed indoor garden structure. 2. The barrier member according to claim 1, wherein the barrier member comprises a barrier film for blocking the dispersion of water during use (e.g., when it is unfolded) and a winding rod on which the barrier film is unused (e.g., unfolded). Indoor garden structure consisting of. The indoor garden structure of claim 1, wherein the water blocking member is fastened to the frame member in a horizontal fastening form or a vertical fastening form. The winding rod of claim 5, wherein the winding rod of the barrier member is fastened to the frame member so that the barrier member is horizontally laid when not in use (when the barrier is not extended), and the winding rod is in use (when the barrier is extended). Indoor garden structure, which is configured to erect vertically and spread the barrier horizontally. The indoor garden structure according to claim 5, wherein the barrier film is wound around a winding rod by elastic restoring force, attraction force, chain, gear, and the like. According to claim 1, A plurality of fence assembly units made of artificial sculptures or natural sculptures, such as brick blocks, natural stones, artificial stones, trees, and the like, and the fence coupler is installed on the frame member so that the assembly unit can be detachably coupled Indoor garden structure further comprising. 5. The indoor garden structure of claim 4, wherein the outlet is opened and closed by a manual, semi-automatic or automatic outlet.