KR20190131153A - multi-pillar structure of fabricated being able to direction on setup for container - Google Patents

Abstract

The present invention relates to a prefabricated multi-column structure capable of being multiply exhibited by installing a plant cultivation managing device, which can be exhibited in a desired exhibition shape. The prefabricated multi-column structure of the present invention comprises: a central column; a plurality of auxiliary columns; a plurality of first horizontal holders; a plurality of second horizontal holders; a cross holder; a branch slide; and a flowerpot exhibition stand.

Description

Multi-pillar structure of fabricated being able to direction on setup for container}

The present invention relates to a multi-column prefabricated multi-pillar structure by installing a plant cultivation manager, and more particularly, to produce a plant cultivation manager accommodated edible plants and ornamental plants in a plurality of columns to the installer and manager desired display form The present invention relates to a prefabricated multi-column structure that can be multiply installed by installing a plant cultivation manager to maintain a standing state between columns.

In general, the plant cultivation manager is a container (or pollen) in which edible plants and ornamental plants are planted to provide a growth environment for the plants in either of two head water and bottom water.

In addition, when trying to stack up the flower or plant cultivation manager to a certain height, it is possible to install a steel frame formed at a predetermined interval by the shelf or potted plant seating by welding. When planting managers are piled up and installed as flower towers or flower pillars, they create beautiful surroundings so that everyone can enjoy the beautiful flowers.

These flower towers and flower pillars are installed in administrative offices or large-scale workplaces, providing bright, comfortable, and beautiful spaces for the multi-users.

However, the welded frame of the flower tower or flower pillar is thus cut and welded of steel and plastic materials according to the design of the desired shape, that is, there is a problem that a considerable time and process is required at the time of installation, which requires an installation cost.

In addition, when dismantling the flower tower or flower pillar, a process and a time required to cut the welded frame one by one are required, and accordingly, there is a problem that a considerable dismantling cost is required.

Accordingly, the present applicant has been progressively devised to solve the problems as described above, "assembly flower pillar and a multi-leadable flower pillar connecting device using the same" (Patent Publication No. 10-2018-0021398) (2018.03.05) Although it has been applied for, such a prior art flower pillar connecting device can not move between the flower pillars by the lower horizontal fixture 40 and the fixed seating part 1, and also because the fixed seat protruding from the ground of the installation Due to the danger, the viewers may cause a safety accident of walking, and may not use the space between the pillars, and there is a problem in that the volume of the fixed seat and the process and processing required for the metal and the cost thereof are increased.

In addition, the flower connecting device has a problem that can not be used as a space for creating activity and rest, and can not create a value-added space because the viewers can not move between the flower columns.

Patent No. 1195983 (Registration Date: 2012.10.24), Registered Patent Publication No. 0912682 (Registration Date: 2009.08.11), Registered Patent Publication No. 0386467 (Registration Date: May 23, 2003) 4. Registration Utility Model Publication No. 0295118 (Registration Date: Oct. 31, 2002) and the like have not solved the above problems.

The present invention has been made to solve the above problems, the plant cultivation manager planted with edible vegetables and ornamental flower plants can be produced in the form of exhibitions that installers, managers, and directors want, the audience freely between the pillars The purpose of the present invention is to provide a prefabricated multi-column structure that can be multiplyed by installing a plant cultivation manager to allow movement and viewing, and to utilize a space between pillars as a sufficient rest space.

In addition, the present invention combines and separates the branch slider and the pollen display stand so that the magnetic standing can be induced only during the initial standing of the multi-pillar structure, and when the single pillar structure is combined, the branch slider and the pollen display stand are combined. The purpose is to provide a prefabricated multi-column structure that can be multi-stretched by installing a plant cultivation manager that maintains a standing state on its own to display a plant cultivation manager (a container in which vegetable and vegetable plants are planted). .

The present invention, in accordance with the above object, to maintain the ground state on the floor, and standing at a constant height and a central column having a hollow volume; A plurality of auxiliary pillars arranged at equal intervals along the circumferential direction of a constant distance from the central pillar; A fixed band portion located higher than a general key is connected horizontally between the central pillar and the auxiliary pillar, and the auxiliary pillars are horizontally connected, and between the central pillar and the fixing band portion of the auxiliary pillars, and between the auxiliary pillars. A plurality of first horizontal fixing bars for fixing the center pillar and the auxiliary pillars in an upright state while maintaining a constant distance from each other; A fixing band portion is continuously connected horizontally between the center pillar and the auxiliary pillar at a position higher than the first horizontal fixing band, and between the auxiliary pillars, between the center pillar and the fixing band portion of the auxiliary pillars, and the auxiliary pillar. A plurality of second horizontal fixing bars fixed together with each other to fix the center pillar and the girder columns in an upright state while maintaining a constant distance from each other; Diagonally connected between one region of the first horizontal anchor and the other region of the second horizontal anchor and diagonally connected between one region of the second horizontal anchor and the other region of the first horizontal anchor to maintain a cross state. A cross anchor for maintaining the cross state and reinforcing the standing state by the first horizontal anchor and the second horizontal anchor while reinforcing the standing state while maintaining the constant distance between the central column and the auxiliary pillar; A plurality of guide guiders formed by a pair of left and right fixed part racks which are cut apart from the top to the bottom to be spaced apart from each other are disposed at equal intervals along the circumferential direction, and are arranged in the height direction from the ground region of the central pillar and the auxiliary pillar. A branch slide having a plurality of penetrating in an upright state at set intervals; A coupling slide slide-coupled to the guide guider of the fixing bracket, a plurality of support bars fixed two points on one side and fixed one point on the other side of both ends of the coupling slider, and ends and circular borders of the support bars. Each plant has a planter holder fixed to accommodate the potted plant, and installs a plant cultivation manager including a planter exhibition hall exhibiting a plant cultivation manager in which edible plants and ornamental plants are selectively planted. Is achieved by.

In addition, a plurality of secondary auxiliary pillars are arranged at equal intervals in the circumferential direction at a position spaced apart from the outline of the auxiliary pillars; Located at the same height as the first horizontal fixture, the fixing band is continuously connected horizontally between the auxiliary pillar and the secondary auxiliary pillar, the secondary auxiliary pillars, the fixing of the auxiliary pillar and the secondary auxiliary pillar A plurality of third horizontal fixing bands fixed between the band parts and the secondary auxiliary pillars to be integral with each other to fix the auxiliary pillars and the secondary auxiliary pillars in an upright state while maintaining a constant distance from each other; Located at the same height as the second horizontal fixing stand, between the auxiliary pillar and the secondary auxiliary pillar, the fixed band portion is continuously connected horizontally between the secondary auxiliary pillars, the auxiliary pillar and the secondary auxiliary pillar A plurality of fourth horizontal fixing rods fixed between the fixing bands and the secondary auxiliary pillars to be integral with each other to fix the auxiliary pillars and the secondary auxiliary columns in an upright state while maintaining a constant distance from each other; Diagonally connected between one side region of the third horizontal anchor and the other region of the fourth horizontal anchor, and diagonally connected between one region of the fourth horizontal anchor and the other region of the third horizontal anchor to maintain a cross state; By maintaining the cross state, the secondary cross anchor to prevent the fall by reinforcing the standing state while the secondary pillar and the secondary secondary pillar by the third horizontal anchor and the fourth horizontal anchor to maintain a constant separation distance Further includes; The secondary auxiliary pillar is provided with a plurality of branch sliders and pollen display period, the outline is preferably formed of a polygon including a triangular square.

In addition, when any one of the center pillar and the auxiliary pillar to form a single structure, the plant pot holder and the two-point support bar is located in the ground region in the branch slider located in any one of the ground region of the center pillar and the auxiliary pillar The pollen display can be combined in a reverse direction to maintain the stand alone structure, the central pillar and the auxiliary pillars are continuously coupled to create a multi-pillar structure that can be produced, the planter display is the branch slider It is preferable to separate from.

The present invention allows the plant cultivation manager to be directed to the desired display form by the installer, the manager, the director, and to allow the viewers to move and view freely between the pillars to provide a pleasant space for many viewers by preventing safety accidents in the case of ornamental plants Edible plant, it is effective to obtain a moving line almost perfect for the worker to keep the activity fast,

In addition, the present invention can take a rest in the shade to receive a floral fragrance because the space between the pillars can be used as a sufficient rest space, the use of such a rest space for profit, such as a restaurant, restaurant or coffee shop There is an effect that can be made into space.

1 is a perspective view showing a multi-leadable prefabricated multi-pillar structure by installing a plant cultivation manager according to the present invention,
Figure 2 is a partial perspective view showing in detail a column of one of the multi-leadable prefabricated multi-pillar structure according to the present invention,
Figure 3 is an exploded perspective view showing the branch slider and the pollen display era of the prefabricated multi-pillar structure according to the present invention,
Figure 4 is an exploded perspective view showing a state of standing one pillar by magnetic force in the prefabricated multi-pillar structure according to the present invention,
Figure 5 is a plan view showing the overall multi-buildable prefabricated multi-pillar structure by installing a plant cultivation management device according to the present invention.

Hereinafter, with reference to the accompanying drawings, the plant cultivation management device according to the present invention will be described in detail the multi-ply prefabricated multi-pillar structure as follows.

This prefabricated multi-pillar structure, as shown in Figure 1, the central column (1), auxiliary pillar (5), the first horizontal guide 40, the second horizontal guide 42, the cross guide 44, the branch slider (7) and the flowerpot exhibition period (9).

The center column 1 is maintained in the ground state on the floor to correspond to the center and the fixed axis of the entire structure, to stand at a constant height to have a hollow volume, the spaced apart interval set the branch slider 9 in the standing direction It is arranged in, the flowerpot exhibition 9 is arranged at equal intervals along the circumferential direction.

The auxiliary pillar (5) is arranged in a plurality at equal intervals along the circumferential direction of the constant distance from the central pillar (1), the branch slider (7) and the flowerpot exhibition table in harmony with the central pillar (1) (9) is provided.

The first horizontal fixing rod 40 is connected to each other to fix the pillars, the position between the central pillar (1) and the auxiliary pillar (5), higher than the general height between the auxiliary pillars (5) (viewers The fixed band portion 11, which is 1.8 m to 2 m high and easily movable, is continuously connected horizontally, and between the central pillar 1 and the fixed band portion 11 of the auxiliary pillars 5, the auxiliary pillar ( 5) the central pillar 1 and the auxiliary pillars 5 are fixed to each other in an upright state while maintaining a constant and sufficient separation distance therebetween.

The second horizontal stand 42 is between the central column (1) and the auxiliary column (5) corresponding to a position (4m ~ 7m) that is higher than the first horizontal guide 40, the upper pillar, the auxiliary pillar The fixing band part 11 is continuously horizontally connected between the five parts, between the center pillar 1 and the fixing band part 11 of the auxiliary pillars 5, and between the auxiliary pillars 5, respectively. The center column (1) and the girdle (5) is fixed in an upright state while maintaining a constant and sufficient separation distance from each other.

That is, the first horizontal fixing rod 40 and the second horizontal fixing rod 42 are fixed band portions 11 of the auxiliary pillars 5 having a polygonal shape in the fixing band portion 11 formed on the central pillar 1. It is composed of a plurality of, and at the same time are connected individually between the fixing band portion 11 of the auxiliary pillars (5). The first horizontal fixing rod 40, the second horizontal fixing rod 42, the central column 1, and the auxiliary column 5 have a rectangular shape while maintaining the quadrangle, and the The auxiliary pillar (5) to maintain the standing state.

On the other hand, the fixing band 11 is also used when fixing the branch slider (7).

As shown in FIG. 2, the cross fixing base 44 has one side area of the first horizontal fixing stand 40 or one side area of the fixing guide 3 and one side area of the second horizontal fixing stand 42. Tightening portion that can be tightened cross-linking 47 is screw-coupled between the hook bolt 45 is formed hookable to or formed by welding, and the hook bolt 45 and the other hook bolt 45 46, and both ends have a ring bolt 45 is formed to have a cross connection 47 that can be fixed diagonally between the pillars.

The cross anchor 44 is diagonally connected between one side region of the first horizontal anchor 40 and the other region of the second horizontal anchor 42 and the one region of the second horizontal anchor 42 and the first region. The center pillar (1) by the first horizontal guide 40 and the second horizontal guide 42 to maintain the cross state by diagonally connected between the other areas of the horizontal fixing table 40 to maintain a cross state. ) And the auxiliary pillar (5) to reinforce the standing state while maintaining a constant separation distance to prevent the fall. That is, the quadrangular shape consisting of the first horizontal guide 40, the second horizontal guide 42, the central column 1, and the auxiliary pillar 5 is reinforced so as not to be disturbed to have a complete standing shape. do.

As shown in FIG. 3, the branch slider 7 has guide guiders formed by a pair of left and right fixing part racks 21 which are cut apart from each other from the top to the bottom at an equiangular interval along the circumferential direction. It has a plurality arranged shape, a plurality of the penetrating in the standing state at a spaced interval set in the height direction from the ground region of the central pillar (1) and the auxiliary pillar (5).

The flowerpot display 9 is fixed to each of the plurality of fixed portion rackets 21 of the branch slider (7), a circular or polygonal or pollen for accommodating the potted planted to grow ornamental and edible plants It maintains a form that matches its appearance. It has a coupling slider 23 which is guided and slides along the cut-out area perpendicular to the fixed part rack 21, a plurality of support bars 24 in the upper and lower portions in the coupling slider 23 is integral Has a length of three points of the connection is connected to have a pot holder (25) for receiving a potted planted so that ornamental and edible plants can grow.

That is, a plurality of support bars 24 fixedly coupled to one side of one end of both ends of the coupling slider 23 and one point fixedly coupled to the other side of the coupling slide 23 slide-coupled to the guide guider of the fixing bracket. ), And the end of the support bar and the circular border has a potted holder 25 for accommodating potted plants, respectively, and displays a plant cultivation manager in which the edible plants and ornamental plants are selectively planted in the potted holder 25. .

The support bar is composed of a plurality of different lengths, and by setting a specific color for each length, that is, black [1], brown [2], red [3], etc. [4], sulfur [5], green [6], Blue [7], Purple [8], Ash [9], White [10], Gold [11], Silver [12]. When self-assembling, not only can produce various shapes, but also can be made quickly and conveniently.

2 and 4, when any one of the center pillar 1 and the auxiliary pillar 5 forms a single structure, the branch slider 7 may have the center pillar 2. The flowerpot display stand 9 is reversely positioned such that the flowerpot holder 25 and the two-point support bar 24 are located at the grounding area in the branch slider 7 located at any one of the ground poles and the auxiliary pillars 5. When the single structure is combined to maintain the standing state alone, the central pillar (1) and the auxiliary pillars (5) are continuously coupled to form a multi-pillar structure that can be produced, that is, the stand-up state is not required If not, the pollen display 9 is separated from the branch slider 7 so that sufficient space can be produced between the pillar and the pillar as shown in FIG. 1.

In particular, the potted plant display 9 is formed in the upper portion can be separated and coupled at equal intervals of three parts along the circumferential direction, the central portion is formed to be separated and separated at equal intervals of five parts along the circumferential direction, Separately combine at equal intervals of five or more along the circumferential direction, or separate at equal intervals below it, enabling the creative direction of the installer.

Therefore, the support bar having different lengths provided according to the number of the potted planters 9 and the position of the potted planters 9 are arranged, and the shape of the flower pillar according to the creative annual output of the worker rhombus, pyramid shape It can be transformed into a variable silhouette shape of.

In particular, the branch slider 7 located on the bottom is formed with a projection (not shown) derived from the portion in contact with the ground, and by screwing or screwing the projection to the central pillar (1) and the auxiliary pillar ( 5) to the ground.

Accordingly, as shown in FIG. 5, the auxiliary pillar 5 stands up in a three-dimensional octagonal pillar shape around the center pillar 1, and the ability to withstand or withstand external forces caused by strong winds or strong forces is improved. In addition, the sliding phenomenon can be prevented. Depending on the direction, it can be composed of octagonal pillars, decagonal pillars, decagonal pillars, hexagonal pillars, and the like.

By installing the plant cultivation management device according to the present invention as described above may be made as a multi-ply prefabricated multi-pillar structure as shown in Figure 5, it can be installed to extend more than this.

That is, a plurality of secondary auxiliary pillars (not shown) which are arranged at equal intervals along the circumferential direction at positions spaced apart from the outline of the auxiliary pillars 5 by a predetermined distance; Located at the same height as the first horizontal fixing table 40, between the auxiliary pillar (5) and the secondary auxiliary pillar, the fixing band is continuously connected horizontally between the secondary auxiliary pillar, the auxiliary pillar (5 ) And between the fixing bands of the secondary auxiliary pillars and the secondary auxiliary pillars are integrally fixed to each other to fix the auxiliary pillars 5 and the secondary auxiliary pillars in an upright state while maintaining a constant distance from each other. A plurality of third horizontal stand (not shown); Located at the same height as the second horizontal fixing table 42, between the auxiliary pillar (5) and the secondary auxiliary pillar, the fixing band is continuously connected horizontally between the secondary auxiliary pillar, the auxiliary pillar ( 5) between the fixing bands of the secondary auxiliary pillars, the secondary auxiliary pillars are integrally fixed to each other to fix the auxiliary pillars 5 and the secondary auxiliary columns in an upright state while maintaining a constant distance from each other. A plurality of fourth horizontal fixing bars (not shown); Diagonally connected between one side region of the third horizontal anchor and the other region of the fourth horizontal anchor, and diagonally connected between one region of the fourth horizontal anchor and the other region of the third horizontal anchor to maintain a cross state; Secondary to maintain the cross state by reinforcing the standing state while the auxiliary pillar (5) and the secondary auxiliary pillar to maintain a constant separation distance by the third horizontal anchor and the fourth horizontal anchor secondary It is possible to configure a cross fixing stand (not shown).

Here, a plurality of branch sliders 7 and a pollen display stand 9 may be installed in the secondary auxiliary pillar, so that a plant cultivation manager in which edible plants and ornamental plants are planted can be displayed.

As a result, as the number of times increases as the exterior line gradually widens around the center pillar 1, the volume of the multi-pillar structure increases, so that a natural natural forest or a huge natural space in the jungle form can be formed. . The shape of the outline is preferably formed of a polygon including a triangular square.

The plant of the plant cultivation manager can provide a growth environment in the form of drip irrigation to forcibly drip the water required for the ornamental plant of the container by using an external specific water pressure as automatic irrigation.

One ; Central column 5; Auxiliary pillar
7; Branch slider 9; Flowerpot
40; 1st horizontal stand 42; 2nd leveling station
44; Cross fastening

Claims (3)

A center column which maintains a ground state at the bottom and stands at a constant height and has a hollow volume;
A plurality of auxiliary pillars arranged at equal intervals along the circumferential direction of a constant distance from the central pillar;
A fixed band portion located higher than a general key is connected horizontally between the central pillar and the auxiliary pillar, and the auxiliary pillars are horizontally connected, and between the central pillar and the fixing band portion of the auxiliary pillars, and between the auxiliary pillars. A plurality of first horizontal fixing bars for fixing the center pillar and the auxiliary pillars in an upright state while maintaining a constant distance from each other;
A fixing band portion is continuously connected horizontally between the center pillar and the auxiliary pillar at a position higher than the first horizontal fixing band, and between the auxiliary pillars, between the center pillar and the fixing band portion of the auxiliary pillars, and the auxiliary pillar. A plurality of second horizontal fixing bars fixed together with each other to fix the center pillar and the girder columns in an upright state while maintaining a constant distance from each other;
Diagonally connected between one region of the first horizontal anchor and the other region of the second horizontal anchor and diagonally connected between one region of the second horizontal anchor and the other region of the first horizontal anchor to maintain a cross state. A cross anchor for maintaining the cross state and reinforcing the standing state by the first horizontal anchor and the second horizontal anchor while reinforcing the standing state while maintaining the constant distance between the central column and the auxiliary pillar;
A plurality of guide guiders formed by a pair of left and right fixed part racks which are cut apart from the top to the bottom to be spaced apart from each other are disposed at equal intervals along the circumferential direction, and are arranged in the height direction from the ground region of the central pillar and the auxiliary pillar. A branch slide having a plurality of penetrating in an upright state at set intervals;
A coupling slide slide-coupled to the guide guider of the fixing bracket, a plurality of support bars fixed two points on one side and fixed one point on the other side of both ends of the coupling slider, and ends and circular borders of the support bars. Each plant is fixed and has a flower pot holder for accommodating the flower pot, and the plant pot holder to display the plant cultivation management plant that is planted edible plants and ornamental plants selectively planted multiple plantable, characterized in that Prefabricated multicolumn structure.
The method of claim 1;
A plurality of secondary auxiliary pillars arranged at equal intervals along the circumferential direction at a predetermined distance from the outline of the auxiliary pillars;
Located at the same height as the first horizontal fixture, the fixing band is continuously connected horizontally between the auxiliary pillar and the secondary auxiliary pillar, the secondary auxiliary pillars, the fixing of the auxiliary pillar and the secondary auxiliary pillar A plurality of third horizontal fixing bands fixed between the band parts and the secondary auxiliary pillars to be integral with each other to fix the auxiliary pillars and the secondary auxiliary pillars in an upright state while maintaining a constant distance from each other;
Located at the same height as the second horizontal fixing stand, between the auxiliary pillar and the secondary auxiliary pillar, the fixed band portion is continuously connected horizontally between the secondary auxiliary pillars, the auxiliary pillar and the secondary auxiliary pillar A plurality of fourth horizontal fixing rods fixed between the fixing bands and the secondary auxiliary pillars to be integral with each other to fix the auxiliary pillars and the secondary auxiliary columns in an upright state while maintaining a constant distance from each other;
Diagonally connected between one side region of the third horizontal anchor and the other region of the fourth horizontal anchor, and diagonally connected between one region of the fourth horizontal anchor and the other region of the third horizontal anchor to maintain a cross state; By maintaining the cross state, the secondary cross anchor to prevent the fall by reinforcing the standing state while the secondary pillar and the secondary secondary pillar by the third horizontal anchor and the fourth horizontal anchor to maintain a constant separation distance Further includes;
The secondary auxiliary pillars are provided with a plurality of branch sliders and flowerpot exhibitions, and the outline of the prefabricated multi-pillar can be installed by multiplying the plant cultivation manager, characterized in that the form is formed of a polygon including a triangular square. structure.
The method of claim 1;
When any one of the center pillar and the auxiliary pillar forms a single structure, the flower pot holder and the two-point support bar are located in the ground region in the branch slider located in any one of the center pillar and the auxiliary pillar. Pollen display era can be combined in the reverse direction to maintain the stand alone structure,
When the central pillar and the auxiliary pillars are continuously coupled to create a multi-pillar structure that can be produced, the plant cultivation plant is characterized in that the plant cultivation manager characterized in that separate from the branch slider to install multi-assembled multi-pillar structure .

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