KR100383214B1 - Multistage flowerpot structure - Google Patents

Abstract

The present invention relates to a multi-stage potted plant structure that can be beautifully trimmed by easily fitting a square pyramid or cone-shaped potted group combined with a partial group into each opening formed in a multi-stage flower pot structure formed in a flat or annular shape.

The present invention for this purpose, a multi-stage pot structure frame provided by welding the fixed rods arranged in a lattice, the potted group is fastened to the multi-stage pot structure formed by fastening portion or barb, and to supply water to each of the potted group It is characterized in that the water supply means such as a bucket or a water pump, or a soft hose or concept.

Description

Multistage flowerpot structure

The present invention relates to a multi-stage pollen structure, and more particularly, it is possible to easily fix the square pyramid or cone-shaped pollen group to which the sub-groups are combined in each opening of the multi-stage pot structure, and to supply water to the pollen group. The present invention relates to a multi-stage potted plant structure that can beautifully plant flowers as it can supply water automatically by installing means.

In general, as the living environment changes radically, the residential environment and the surrounding beautification of human life are also required to be variously changed.

In other words, to cultivate nature-friendly, flowers are grown in the garden or surrounding flower gardens, and flowers and flowers are used for hobby or indoor and outdoor decoration by pots, bonsai, or other means every season.

For example, ornamental plants that are planted in flower gardens to enjoy flowers, fruits, leaves, etc., or to smell fragrances, are usually planted in various types of potted plants, bonsai, vases, and separates to create a natural atmosphere. By using other means, you can grow beautifully and beautifully according to the season, place or taste.

However, unlike the indoor atmosphere, in order to apply to urban landscapes, that is, streets and bridges, general flower pots are not only hollow holes with drainage holes on the floor, but also planted with ornamental flowers and placed in homes, porches, or other places. As a result, new methods were required.

However, the use of these pots are cylindrical or rectangular, so the disadvantages of the landscaping is not possible by assembling a plurality of pots to each other according to the user's needs to assemble in the desired size or shape. Suspended or installed on the back of the structure to decorate the outer wall of the structure with flowers also has a limitation of the landscape.

The present invention has been made to solve the above disadvantages and limitations of the landscape, to develop a square pyramid or cone-shaped potted group combined with a sub-group to enable assembly and separation, the potted group can be fitted A multistage pot structure frame including an opening is formed, and the multistage pot structure is formed into a flat or annular structure, and water supply means such as a bucket, a water pump, or a soft hose for supplying water to the potted plant body is installed. By doing so, the object of the present invention is to provide a multi-level potted structure that can be suspended or installed on various types of structures as well as flat structures, and to decorate flower pot groups with flowers according to seasons and installation places.

Figure 1a is an exploded perspective view showing an embodiment of a pollen group of the multi-stage pollen structure according to the present invention,

Figure 1b is an exploded perspective view showing another embodiment of a pollen group of the multi-stage pollen structure according to the present invention,

Figure 2a, 2b is a view for explaining a state of inserting a potted plant according to the present invention in a multi-stage flower pot structure,

Figure 3a, 3b is a cross-sectional view showing an embodiment of inserting a planter group according to the present invention into a flat multi-stage pot structure frame,

Figure 4 is a view showing an embodiment of inserting a pollen group according to the present invention in the annular multi-stage pollen structure.

<Description of the symbols for the main parts of the drawings>

10a, 10b: multi-stage structure frame 12: fixed rod

14: opening 20,30: subgroup

32: drain 34: coupling groove

35: engaging projection 36: barb

37: fastening portion 38: flower insertion groove

40a, 40b: Pollen group 42: Bucket

44: water pump 46: soft hose

48: drip button 50: net

60: conception 65: conception

70: connecting string 100: multi-tier pot structure

Hereinafter, the configuration and operation of the present invention will be described in detail based on the drawings.

The present invention is provided with a multi-stage powder structure frame (10a) in which a pair of parallel fixed rods 12 are arranged in a lattice shape and a plurality of openings 14 are formed,

A square pyramid-shaped potted plant 40a is inserted into the opening 14, and the potted plant 40a has a lattice-shaped drainage portion 32 formed on an outer surface thereof, and mutually opposing surfaces are opened to the edge thereof. Coupling grooves 34 and coupling protrusions 35 corresponding to each other are formed, and a semicircular flower insertion groove 38 into which a flower can be inserted is formed on the upper surface, and a ring-shaped fastening portion 37 is formed on the upper edge thereof. Composed of a pair of subdivisions (20, 30) formed of the fastening portion 37 is fixed to the fixing rod 12,

The conception part 65 filled with the conception 60 is installed in the space formed between the bucket 42 which is spaced apart a predetermined distance behind the multi-stage pot structure 10a,

The water pump 44 is mounted inside the bucket 42, and the soft hose 46 coupled to the discharge port of the water pump 44 extends to the conception part 65 and at the end of the drop button ( 48) is installed.

In another embodiment of the present invention, the multi-stage powder structure frame (10a) is formed in an annular shape, characterized in that the bucket 42 is in the center of the cylindrical shape.

In addition, as another embodiment of the present invention, the fixing rod 12 is arranged in a lattice shape is provided with a multi-stage powder structure frame (10b) having a plurality of openings 14, the net 50 is placed thereon,

Conical potted plant 40b is inserted into the opening 14, and the potted plant 40b has a lattice drainage portion 32 formed on an outer surface thereof, and mutually opposing surfaces are opened to the edge thereof. Coupling grooves 34 and coupling protrusions 35 corresponding to each other are formed, and a pair of semi-circular flower insertion grooves 38 into which flowers can be inserted is formed on the upper surface, and a pair of barbs 36 formed on the outer surface thereof. Made of a single body (20, 30), the potted body (40b) is fitted into the multi-stage flower pot structure (10b) while penetrating the net,

The conception part 65 filled with the conception 60 is installed in the space formed between the bucket 42 which is spaced apart a predetermined distance behind the multi-stage pot structure frame 10b,

The water pump 44 is mounted inside the bucket 42, and the soft hose 46 coupled to the discharge port of the water pump 44 extends to the conception part 65 and at the end of the drop button ( 48) is installed.

1A is an exploded perspective view showing the pollen group 40a of the present invention, wherein the pollen group 40a has a quadrangular pyramid shape, and the pollen group 40a is a pair of subgroups 20 and 30 again. It consists of a structure.

The mutually opposing surfaces of the subgroups 20 and 30 are open, and the drainage portions 32 are arranged in a lattice shape over the entire surface thereof, and thus serve as a passage through which water can easily enter and exit.

In addition, the left and right of the edge portion of the sub-group (20, 30) is formed with two coupling grooves 34 and the engaging projection 35, respectively, which is the sub-group (20, 30) are mutually coupled to the pollen group (40a) To get the shape of).

A fastening portion 37 is formed at an upper surface edge of the partial bodies 20 and 30, and the fastening portion 37 has a ring shape and is integral with the partial bodies 20 and 30.

Thus, as the sub-groups 20 and 30 are coupled to each other, the shape of the pollen group 40a is provided.

Here, reference numeral 38 denotes a flower insertion groove, the flower insertion groove 38 is formed in a semi-circular shape in the center of the upper surface of the sub-group (20, 30), the sub-group (20, 30) When combined, it has a circular shape and becomes an entrance into which a flower is inserted.

Thus, the potted plant 40a having the structure as shown is completed.

Figure 1b relates to another embodiment of the potted group, the potted group (40b) is the shape of a cone, not a square pyramid, and also in the structure there is a difference from the potted group (40a) of the square pyramid, a fishing needle in the center of the outer surface The shape of the barb 36 is formed at equal intervals, and the fastening portion 37 is omitted in the bottom edge portion thereof.

Now, with reference to Figure 2a will be described a state in which the square pyramid-shaped pollen (40a) is inserted into the multi-stage flower pot structure (10a).

First, the multi-stage flower pot structure 10a is a rectangular opening 14 formed by welding the intersections in a state where the fixing rods 12 are arranged in a lattice shape, and the fixing rod 12 has a constant diameter and length. The two rods were paired and welded in parallel.

The multi-stage pot structure frame (10a) as described above is to insert the potted plant (40a) into the opening 14, the top of the potted plant (40a) is inserted into the fastening portion 37 is fixed rod ( 12) is fixed.

Here, the size of the opening 14 and the size of the potted plant (40a) should be proportionally the same and can be variously adjusted according to the production size and the situation, furthermore, the multi-stage flower pot 10 is not only flat In addition, it can be variously modified to other shapes.

The conical potted plant 40b shown in FIG. 2B has a slightly different structure as described above. First, the fixing rods 12 are not paired, and the individual fixing rods 12 are arranged in a lattice structure. (10b) is made, the net 50 is placed on the upper surface of the multi-stage flower pot structure (10b), after which the potted plant (40b) is fitted.

Thus, when the potted plant 40b is fixed through the hole formed in the net 50 and fitted into the multi-stage pollen structure 10b, the barb 36 is caught by the net 50 and the potted plant 40b falls out. You will not go out.

3A is a cross-sectional view showing a state in which the potted plant body 40a is fitted into the flat multistage pot structure 10a, and a water tank 42 is installed at a predetermined distance from the rear of the multistage pot structure 10a. The space between the multi-stage flower pot 10a and the water tank 42 is the conception part 65, and the conception part 65 is filled with the conception 60 such as moss.

In addition, a water pump 44 is built in the water tank 42, and a soft hose 46 connected to the discharge port of the water pump 44 extends to the conception part 65. The hose 46 is provided with a drop button 48 that serves as a pressure compensation switch, thereby completing the multi-stage potted structure 100 according to the present invention.

Accordingly, the water stored in the bucket 42 is supplied through the soft hose 46 by the power of the water pump 44 and the concept 60 holds the supplied water so that the water is naturally supplied to the pollen body 40a. If the water supply is stopped, the pollen body 40a can obtain the additional effect of keeping moisture at all times by the water contained in the conception 60.

3B is a state in which the conical potted plant body 40b is fitted and fixed to the multi-stage pollen structure 10b. As described above, the bucket 42 is installed to be spaced a predetermined distance from the multi-stage pot structure 10b, and the bucket 42 is installed. ) And the conception part 65 is formed in the space between the multi-stage flower pot structure 10 and the conception 60 is filled, and the water is supplied to the conception 60 through the soft hose 46 so that each pollen group ( It is possible to supply water to 40b).

4 illustrates an example for installing the multi-stage potted structure 100 in a columnar structure (for example, a street lamp), and the multi-stage pot structure 10a itself has an annular shape, and the opening 14 The potted group (40a) is fitted in the fixed state, the multi-stage pot structure (10a) is connected to the connecting strap 70 is to be suspended on the columnar structure.

Similarly, a water tank 42 is formed in the inner center of the multi-stage pot structure 10a, and a water pump 44 is built in the water tank 42, and the soft hose 46 is the water pump 44. It extends to surround the upper circumference of the bucket 42 in a state connected to the discharge port of the).

In addition, the drop button 48 which serves as a pressure compensation switch so that the water supplied through the soft hose 46 is supplied at a constant pressure is provided in the soft hose 46 at equal intervals, the multi-stage pot structure ( The space between 10a) and the bucket 42 is the conception part 65 and the conception part 65 is filled with the conception 60.

Accordingly, the water stored in the bucket 42 is supplied through the soft hose 46 by the power of the water pump 44 and the concept 60 holds the supplied water so that the water is naturally supplied to the pollen body 40a. If the water supply is stopped, the pollen group 40a is able to maintain moisture at any time by the water contained in the concept 60.

As a result, the multi-stage pollen structure frame (10a, 10b) can be applied to a variety of structures, by the fastening portion 37 or the barb 36 of the pollen group (40a, 40b) is the pollen group (40a, 40b) Even if installed on the inclined surface as well as flat, it is easy to install, multi-stage pot structure frame (10a, 10b) formed in a flat or annular shape of the water tank 42, water pump 44, soft hose, and concept 60 By installing in the) it is possible to automatically supply water to the potted plant body 40a by using the multi-stage potted structure 100 is completed.

As seen above, according to the multi-stage pollen structure according to the present invention can be fixed to the multi-stage pot structure frame formed in a flat or cylindrical shape in a multi-stage pot structure to be suspended or installed in a variety of forms of structure, removable planter It is very easy to water the plants and pollen.

The present invention has been described only as a planar or annular multi-stage potted plant structure as an example, not only can be applied to the exterior of the building, such as houses, buildings within the scope without departing from the technical gist can be decorated with beautiful flowers as well as useful in the field of landscaping Can be.

Claims (3)

A pair of fixed rods 12 adjacent in parallel are arranged in a lattice shape, and a multistage pot structure frame 10a having a plurality of openings 14 is provided. A square pyramid-shaped potted plant 40a is inserted into the opening 14, and the potted plant 40a has a lattice-shaped drainage portion 32 formed on an outer surface thereof, and mutually opposing surfaces are opened to the edge thereof. Coupling grooves 34 and coupling protrusions 35 corresponding to each other are formed, and a semicircular flower insertion groove 38 into which a flower can be inserted is formed on the upper surface, and a ring-shaped fastening portion 37 is formed on the upper edge thereof. Composed of a pair of subdivisions (20, 30) formed of the fastening portion 37 is fixed to the fixing rod 12, The conception part 65 filled with the conception 60 is installed in the space formed between the bucket 42 which is spaced apart a predetermined distance behind the multi-stage pot structure 10a, The water pump 44 is mounted inside the bucket 42, and the soft hose 46 coupled to the discharge port of the water pump 44 extends to the conception part 65 and at the end of the drop button ( 48) multi-stage potted plant structure, characterized in that installed. The multi-stage pollen structure (10a) is formed in an annular shape, the multi-stage potted structure (100), characterized in that the water tank (42) in the center of the cylindrical shape. Fixed rod 12 is arranged in a grid shape is provided with a multi-stage powder structure frame (10b) having a plurality of openings 14, the net 50 is placed thereon, Conical potted plant 40b is inserted into the opening 14, and the potted plant 40b has a lattice drainage portion 32 formed on an outer surface thereof, and mutually opposing surfaces are opened to the edge thereof. Coupling grooves 34 and coupling protrusions 35 corresponding to each other are formed, and a pair of semi-circular flower insertion grooves 38 into which flowers can be inserted is formed on the upper surface, and a pair of barbs 36 formed on the outer surface thereof. Made of a single body (20, 30), the potted body (40b) is fixed to fit in the multi-stage flower pot structure 10 while penetrating the net, The conception part 65 filled with the conception 60 is installed in the space formed between the bucket 42 which is spaced apart a predetermined distance behind the multi-stage pot structure frame 10b, The water pump 44 is mounted inside the bucket 42, and the soft hose 46 coupled to the discharge port of the water pump 44 extends to the conception part 65 and at the end of the drop button ( 48) multi-stage potted plant structure, characterized in that installed.