KR100503645B1 - Partition having flowerpots - Google Patents

Abstract

The present invention relates to a building material that partitions the interior space as needed in order to improve the efficiency of space utilization, and more particularly to the building material that can be planted and planted various flowers to improve the environment of the partitioned space The present invention relates to a flat plate having a protrusion and a groove corresponding to each other on both sides thereof, comprising a wiring support in which wires are passed through, and a main body located on an upper portion of the wiring support and spaced visually and visually. In the building construction material for space partition, the main body is provided with a space portion having a drain hole which is cut and formed in a predetermined area so as to penetrate the front surface and the rear surface and is cut along the bottom surface and opened downward, and the upper surface of the space portion A communication port in communication with is formed; The wiring support further includes a container-shaped drip tray that collects the water discharged through the drain hole, and a drip fitting hole is formed to be inserted to be detachable to the outside; A plate shape having a hollow planting space having an upper and lower surface is fixed to the main body by means of a rotating shaft and a rotating groove so as to be opened and closed in the space portion, and the bottom surface, which is an open lower surface of the planting space, is a network structure Vegetation closed with nets; And, a water storage space is formed in the inner side of the box shape is formed on the upper surface of the planting box, the injection hole for opening the water storage space on the upper surface, the water passage communicating with the communication port on the bottom surface, the water outlet to close the water drain port While having a drain door having a hole having a predetermined diameter and rotated up and down via a hinge axis that is shot in the direction, the bottom surface of the reservoir space further includes a reservoir having an inclined slope to the water passage.

Description

Building materials for space division to form artificial planting spaces inside buildings {Partition having flowerpots}

The present invention relates to a building material that partitions the interior space as needed in order to improve the efficiency of space utilization, and more particularly to the building material that can be planted and planted various flowers to improve the environment of the partitioned space It is about.

Where many people work together, such as offices, so-called party ships (or partitions), which are building materials for independently partitioning individual workspaces, are installed. In this building material, as shown in FIG. 1, a plurality of panels 100 are connected and arranged in a row and vertically to partition a space in a grid.

That is, the building material 10 secures a space independent from other places to minimize external interference received during work, and provides a closed space to workers so as to provide a personal space in a space shared by many people. It is.

By the way, the conventional building materials (10) is simply flat plate shape to create a tasteless dry and deteriorating working environment while preventing the efficient circulation of indoor air, it was more than lose in using the building materials (10). .

Accordingly, the present invention has been made to achieve the above object, and even if partitioned indoor space, the closed space is not aesthetically and psychologically depressed, and the circulation effect of the indoor air can be improved, and the maintenance and management are easy. The purpose is to provide building materials for space partitions that form artificial planting spaces inside buildings.

In order to achieve the above object, the present invention,

A space compartment including a panel formed of a flat plate having a protrusion and a groove corresponding to each other on both sides thereof, the wiring support being wired through the wires, and a main body located on the wiring support and spaced in a space visually and visually. In building materials for

The main body includes a space portion having a drainage opening which is cut and formed in a predetermined area so as to penetrate the front surface and the rear surface thereof and is cut along the bottom surface thereof and is opened downward, and a communication hole communicating with the space portion is formed on the upper surface thereof;

The wiring support further includes a container-shaped drip tray that collects the water discharged through the drain hole, and a drip fitting hole is formed to be inserted to be detachable to the outside;

A plate shape having a hollow planting space having an upper and lower surface is fixed to the main body by means of a rotating shaft and a rotating groove so as to be opened and closed in the space portion, and the bottom surface, which is an open lower surface of the planting space, is a network structure Vegetation closed with nets; And,

A water storage space is formed in the inner side of the box shape is formed on the upper surface of the planting box, the injection hole for opening the water storage space on the upper surface, the water outlet to communicate with the communication port on the bottom surface, in the direction to close the water supply port in the water outlet A reservoir having a drainage door pivoted upward and downward with a hinge shaft being provided and having a hole having a predetermined diameter, the bottom surface of the reservoir being inclined to the water passage;

It is a building material for space division that this is included more.

In the building material according to the invention,

It is disposed inside the main body to receive the falling water through the water port and the communication port to supply to the planter located below, fixed to be inclined at a predetermined angle and formed in the longitudinal direction of the drain hole is larger diameter The lower top circumference of the drainage hole further includes a reservoir protruding to a predetermined height, and the lower bottom circumference of the drainage hole further includes a fountain having a downward blocking protrusion protruding downward.

In the building material according to the invention,

One side of the panel is inserted to be connected to another neighboring panel so that the panel can be connected to be perpendicularly intersected with the neighboring panel, and an insertion hole of the panel at one surface perpendicular to the opening direction of the insertion hole or A connector including a groove portion or a protrusion formed to engage with the groove portion is further included;

At both lower ends of the panel, one side end is inserted into the insertion hole, so as to match the height between the connection part and the panel, an assembly groove is formed to engage the bottom body protruding from the lower end of the insertion hole.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is an exploded perspective view showing the assembly of the building material according to the invention, Figure 3 is a cross-sectional view showing a coupling structure between the panel according to the invention, Figure 4 is an exploded view showing the appearance of the panel according to the invention A perspective view will be described with reference to this.

The space construction building material according to the present invention has a flat plate shape in which the protrusions 131 and the grooves 132 corresponding to each other are formed on both sides, respectively, in order to compartment the indoor space, and the wiring support 120 to which wires are passed through. In the building material for space partition comprising a panel 100 composed of a main body 110 located above the wiring support 120, and spatially and visually compartments, the main body 110, the front and It is provided with a space portion 140 which is cut and formed in a predetermined area so as to penetrate the rear surface and has a drain hole 141 which is cut along the bottom surface and opened downward, and a communication hole communicated with the space portion 140 on the upper surface. 111 is formed; The wire supporter 120 further includes a container-shaped drip tray 170 that collects the water discharged through the drain port 141 together, and the drip tray is inserted to be detachable to the outside. A sphere 122 is formed; A plate shape having a hollow planting space 161, the upper and lower surfaces are opened, and is fixed to the main body 110 via the rotating shaft 142 and the rotating groove 162 to open and close in the front and rear in the space 140. The bottom surface 163, which is an open lower surface of the planting space 161, is a planting box 160 closed by a drainage network 164 that is a network structure; And, a water storage space (156 (see Fig. 5)) is formed inside the box shape is formed on the upper surface of the planting box 160, the injection hole 151 for opening the water storage space 156 on the upper surface, and the bottom Through the water port (155; Fig. 5) in communication with the communication port 111, and the hinge shaft (154 (see Fig. 5)) in the direction of closing the water outlet 155 in the water outlet 155 through the medium And a drainage door 153 (see FIG. 5) having a predetermined diameter of the hole 153a (see FIG. 5), while being rotated up and down, the bottom surface of the reservoir 156 is connected to the water passage 155. A reservoir 150 having an inclined slope 152 (see FIG. 5) is included.

As described above, the building material 10 according to the present invention includes a panel 100 capable of partitioning a space, and the panel 100 includes a planting box 160 capable of planting flowers. The planting box 160 has a plate shape corresponding to the overall shape of the panel 100, and a planting space 161 having a predetermined volume is formed inside. In addition, in order to fill the soil for planting or planting flowers directly into the planting space 161, the upper surface of the planting box 160 is opened and the bottom surface 163 is also opened for draining.

Therefore, the planting space 161 will be a space opened up and down.

On the other hand, the bottom surface 163 is a drainage net 164 of the network structure is disposed so that the drainage is smooth while preventing the flow of the soil is closed to close the opening of the bottom surface 163.

The planting box 160 may be transparent to the material so that the flowers can be visible to the outside as the flowers are planted in the inner planting space 161. In addition, the one or both sides of the planting box 160 is preferably provided with a vent 165 that is ventilated to facilitate the respiration and photosynthesis of the flower. The vent 165 prevents the inside of the planting space 161 from being sealed to enable the smooth growth of the planted plants.

Subsequently, the planting box 160 is mounted on the space 140 formed in the main body 110 to be integrated with the panel 100. At this time, the planting box 160 in the embodiment according to the present invention is provided with a rotary groove 162 on one side end, the rotary shaft 142 corresponding to the rotary groove 162 on one side end of the space portion 140. ) Is formed so that the planting box 160 can be opened and closed back and forth. This is to manage the plants planted in the planting box 160, while the planting box 160 is opened and closed in front and rear, the upper surface opening of the planting space 161 is exposed to the outside to enable this. On the other hand, the rotary shaft 142 is provided in the space portion 140, the rotary groove 162 is provided in the planting box 160, but this is only one embodiment according to the present invention, the rotary shaft 142 and the rotation The position of the groove 162 may be changed. In addition, if the planting box 160 is opened and closed by engaging the rotary shaft 142 and the rotary groove 162, it may be modified in various ways within the scope of the following claims.

The space 140 on which the planting box 160 is mounted is formed so that the front and rear surfaces penetrate at a predetermined position of the main body 110 so that the planting box 160 can be visible regardless of the position of the panel 100. do. On the other hand, the drain 141 is formed on the bottom surface of the space 140. The drain 141 is formed long in the longitudinal direction corresponding to the opened bottom surface 163 of the planting box 160. This is to widen the drainage range so as to smoothly drain the water supplied to the planting space 161 so that the remaining water does not adversely affect the roots.

The wiring support 120 is provided for wiring an electric wiring or a telephone line used in each partitioned space. In the panel 100 according to the present invention, water discharged through the drain port 141 is separately processed. The drip tray 170 is provided. The drip tray 170 forms a container shape for collecting water, and includes a drip tray fitting 122 to which the drip tray 170 is fitted to be detachable from the outside.

Figure 5 is a cross-sectional view of the panel according to the present invention will be described with reference.

The drip tray 170 is disposed at the bottom of the panel 100 and provided to the planting box 160 when the water supplied to the planting box 160 moves downward through the bottom surface 163 while being moved downward by gravity, As the water discharged will be less than the water supplied, the volume of the drip tray 170 does not have to be large. Thus, the drip tray 170 is made of a relatively small size to be disposed at a point of the panel 100, the water discharged to a wide range from the planting box 160 occupying the front of the main body 110. In order to guide toward the drip tray 170, the panel 100 according to the present invention may further include a flow guide 114. The flow guide 114 becomes a slope and is installed to finally reach the drip tray 170 when water moves along the slope.

As shown in Figures 2 and 3, the building material 10 according to the present invention further includes a panel 100 and a connector 200 to maintain the fixing force while the panels are arranged perpendicular to each other. .

Meanwhile, the panel 100 has protrusions 131 and grooves 132 formed on both side surfaces thereof, respectively, for connection with neighboring panels 100 '. That is, as shown in FIG. 3, the connection between the panels is formed by the engagement of the protrusion 131 and the groove 132 into which the protrusion 131 is inserted and fixed.

The groove 132 has a groove 132a formed on an inner side thereof, and the protrusion 131 has a protrusion 131a corresponding to the groove 132a. Therefore, the panels 100 and 100 ′ are detached in one direction by engaging the protrusion 131 and the groove 132.

The connector 200 connects the panel 100 to be perpendicular to each other, and includes an insertion hole 220 formed to be engaged with another neighboring panel 100 'while one end of the panel 100 is inserted. A groove 210 or a protrusion (not shown) corresponding to the protrusion 131 or the groove 132 formed on the panel 100 is formed as a surface perpendicular to the surface on which the insertion hole 220 is formed. Therefore, any panel is connected in series with other panels adjacent to each other through the insertion hole 220, and the panel disposed perpendicularly to the panel inserted into the insertion hole 220 is fixed to the groove portion 210 or the protrusion. In addition, the building material 10 according to the present invention can be arranged in a grid form while maintaining its fixability. In addition, it is excellent in the fixing between the building materials 10 can be achieved firmly the space compartment.

FIG. 6 is a partial perspective view illustrating a fountain and a reservoir according to the present invention, and FIG. 7 is a partial cross-sectional view sequentially illustrating a water supply to a planting material in a panel according to the present invention.

An upper surface of the panel 100 includes a reservoir 150. The reservoir 150 is for supplying water in the planting box 160 so that the planted flowers can be smoothly developed, and through this, water supply to the planting space 161 having a relatively narrow opening can be effectively performed. .

The reservoir 150 has a shape in which a reservoir space 156 capable of storing water is formed, and an inlet 151 for opening the reservoir space 156 is formed on an upper surface thereof, so that a manager may store the reservoir space 156. It is easy to fill with water. On the other hand, the water passage 155 communicated with the communication port 111 is formed. Therefore, the water filled through the inlet 151 is filled in the reservoir space 156 and then the planting space 161 of the planting box 160 located below the through the water outlet 155 and the communication port 111 Is supplied.

In this case, the pitcher 155 includes a drain door 153 that can selectively open and close the pitcher 155. In addition, the drainage door 153 is connected to the pitcher 155 to open and close up and down via a hinge shaft 154 that is shot toward the closing hole of the pitcher 155, so that within the reservoir 150 When a predetermined amount or more of water is filled, the drain door 153 is opened by the load to supply water, and when the load of the filled water is not sufficient to resist the elasticity of the hinge shaft 154, the drain door 153 ) Is closed by the elastic force of the hinge shaft 154 to close the pitcher 155.

A hole 153a is formed in the drain door 153. The hole 153a is to allow all the water filled in the reservoir space 156 to be discharged even when the water outlet 155 is closed by the drain door 153.

On the other hand, the bottom surface of the reservoir 156 forms a slope 152 formed to be inclined so that water flows toward the pitcher 155.

As a result, as shown in FIG. 7, when the manager injects the water filled w into the inlet 151, the manager injects the water w into the inlet 151 regardless of the amount of water w injected at one time. The reservoir 150 accommodates it without overflowing through (a drawing).

At this time, the injected water (w) is stored in the water storage space 156 is subjected to a load that can overcome the elasticity of the hinge shaft 154, the drain door 153 is opened. Water (w) filled in the reservoir space 156 is discharged through the open water outlet 155 and the communication port 111. (b diagram)

On the other hand, when a certain amount of water (w) is discharged, the amount of water (w) in the reservoir space 156 is given by the amount. Therefore, the load is also reduced, the drain door 153 is closed by the elastic force of the hinge shaft 154. However, at this time, the drainage is reduced through the hole 153a of the drainage door 153, but still maintains the drainage state.

The building material 10 according to the present invention is disposed inside the main body 110 and receives the falling water through the water passage 155 and the communication port 111 and supplies the planting box 160 located below. Although it is fixed so as to be inclined at a predetermined angle and the diameter of the drain hole 112a is increased in the longitudinal direction is formed in the longitudinal direction, the reservoir 113 protruding at a predetermined height in the upper peripheral portion of the lower surface of the drain hole (112a) ) And a fountain 112 having a downward blocking protrusion 112b protruding downward from the bottom circumference of the drain hole 112a.

As described above, when water is supplied to the planting space 161 after filling the reservoir 150 with water, it must pass through the pitcher 155 and the communication port 111. By the way, the pitcher 155 and the communication port 111 is formed at a specific point and can only be concentrated at one point of the cutting space 161 discharged through it. This makes it impossible to uniformly supply water to the plants planted throughout the planting space 161.

Therefore, a fountain 112 for supplying the water discharged through the pitcher 155 and the communication port 111 evenly to the entire planting space 161 is further included in the panel 100 according to the present invention.

One or more drainage holes 112a formed in the fountain 112 are formed at the same height along the length direction, and a specific point, that is, the fountain 112, is formed through the pitcher 155 and the communication hole 111. When the water is supplied to the highest point, the water flows down along the inclined fountain 112 and is drained to the drain hole 112a formed therein. At this time, the diameter of the drain hole 112a becomes wider as it goes downward. That is, the drain hole 112a closest to the highest point has the smallest diameter, while the drain hole closest to the lowest point has the largest diameter.

This is to prevent the majority of the water is drained through the water drain hole 112a adjacent to the highest point for the first water supply, and effectively distributes the water uniformly supplied through the pitcher 155 and the communication port 111, The water supplied can be evenly distributed in the planting space 161.

Subsequently, the reservoir 113 temporarily stagnates the flowing water on the drain hole 112a to assist the water to be discharged through the drain hole 112a. This is to solve the problem that a sufficient amount of water cannot be drained through the drain hole 112a by moving the water rapidly along the inclined fountain 112.

In addition, a lowering blocking protrusion 112b is further formed on the bottom of the fountain 112. The falling blocking protrusion 112b is to solve the problem of inhibiting the water distribution effect while the water discharged through the drain hole 112a moves downward along the bottom surface of the fountain 112 by the surface tension. Protruding to the lower end of the drain hole (112a) to prevent the water coming down on the bottom of the fountain 112 to fall down.

To this end, the end of the falling block (112b) has a sharp tip to minimize the surface tension of the water.

According to the present invention as described above, the width of the plant to be used as a planting space and difficult to manage, so as to be produced only in the shape of a flat plate, space construction building materials, planted in the planting space water uniformly It includes a reservoir and a fountain included to supply water, and includes a planting box configured to facilitate management of planted flowers, improving the monotonous indoor environment while maintaining the existing functions of the space compartment and maintaining indoor air. It is easy to manage but easy to manage.

1 is a perspective view showing an example of the use of building materials for space partitions,

Figure 2 is an exploded perspective view showing the assembly of the building material according to the present invention,

3 is a cross-sectional view showing a coupling structure between panels according to the present invention,

4 is an exploded perspective view showing a state of a panel according to the present invention;

5 is a cross-sectional view of a panel according to the invention,

6 is a partial perspective view showing a fountain and a reservoir according to the present invention,

7 is a partial cross-sectional view sequentially illustrating a process of supplying water to the planting material in the panel according to the present invention.

-Explanation of terms for main parts of attached drawings-

10; Building materials 100; panel

110; Main body 111; Communication

112; Fountain 113; Reservoir

120; Wiring support 121; Assembly Home

122; Drip tray 131; Stone

132; Groove 140; Space

141; Drain 142; Axis of rotation

150; Reservoir 151; Inlet

152; Slope 153; Drainage door

154; Hinge axis 155; Pitching

156; Reservoir 160; Planting

161; Planting space 162; Rotating Groove

163; Floor 164; Drainage network

165; Vent 170; Drip

Claims (3)

A space compartment including a panel formed of a flat plate having a protrusion and a groove corresponding to each other on both sides thereof, the wiring support being wired through the wires, and a main body located on the wiring support and spaced in a space visually and visually. In building materials for The main body includes a space portion having a drainage opening which is cut and formed in a predetermined area so as to penetrate the front surface and the rear surface thereof and is cut along the bottom surface thereof and is opened downward, and a communication hole communicating with the space portion is formed on the upper surface thereof; The wiring support further includes a container-shaped drip tray that collects the water discharged through the drain hole, and a drip fitting hole is formed to be inserted to be detachable to the outside; A plate shape having a hollow planting space having an upper and lower surface is fixed to the main body by means of a rotating shaft and a rotating groove so as to be opened and closed in the space portion, and the bottom surface, which is an open lower surface of the planting space, is a network structure Vegetation closed with nets; And, A water storage space is formed in the inner side of the box shape is formed on the upper surface of the planting box, the injection hole for opening the water storage space on the upper surface, the water outlet to communicate with the communication port on the bottom surface, in the direction to close the water supply port in the water outlet A reservoir having a drainage door pivoted upward and downward with a hinge shaft being provided and having a hole having a predetermined diameter, the bottom surface of the reservoir being inclined to the water passage; Space building construction materials, characterized in that further included. The method of claim 1, It is disposed inside the main body to receive the falling water through the water port and the communication port to supply to the planter located below, fixed to be inclined at a predetermined angle and formed in the longitudinal direction of the drain hole is larger diameter The lower top peripheral portion of the drain hole, the reservoir protruding to a predetermined height, and the lower bottom peripheral portion of the drain hole is characterized in that the space further comprises a fountain with a downward blocking projection protruding downwardly Compartment Building Materials. The method according to claim 1 or 2, One side of the panel is inserted to be connected to another neighboring panel so that the panel can be connected to be perpendicularly intersected with the neighboring panel, and an insertion hole of the panel at one surface perpendicular to the opening direction of the insertion hole or A connector including a groove portion or a protrusion formed to engage with the groove portion is further included; At both lower ends of the panel, one side end is inserted into the insertion hole, so that an assembly groove is formed to engage the bottom body protruding from the lower end of the insertion hole to match the height between the connection part and the panel; Building materials for space partitions characterized in that.