KR20100086150A - A planter with pile joint - Google Patents

Abstract

PURPOSE: A planter integrated with a pile is provided to improve vegetation environment for water grasses. CONSTITUTION: A planter integrated with a pile comprises a vegetation block(100) and a plate-shaped binder. The vegetation block comprises a pile binding groove(110), four block binding grooves(120), two assembling grooves(130), two assembling projections(140), and an arc-shaped split surface(160). The four block binding grooves are formed on the outer circumference of the pile binding groove at fixed intervals. The two assembling grooves and two assembling projections are opposed to each other. The four arc-shaped split surfaces form a circular vegetation hole.

Description

A planter with pile joint}

In the present invention, the vegetation zone is formed in a variety of slopes, such as riversides or incisions, such as flowers, plants, etc. to allow vegetation in harmony with the surrounding environment and to prevent loss due to rapids and thawing. The vegetation block is easily assembled by the vegetation block, and the vegetation block is formed by the assembling groove and the assembly jaw to be easily combined with the neighboring other vegetation block in one direction or the other direction, and enables a separate fastener and the expansion plate to A plurality of vegetation blocks connected to the bottom to form an integral support pile, as well as to combine the planter frame on one side of the outer peripheral surface of the vegetation block for the expanded supply of vegetation, water inside the planter frame by a water supply pump and a water tank (Moisture) is formed so as to be artificially supplied, characterized in that the vegetation environment such as plants is greatly improved File-bound vegetation.

In general, in order to prevent the loss of soil and the collapse of the slopes, river retaining walls or concrete blocks are used to build shafts in riversides and incisions.

As such, structures such as retaining walls or shafts, which are built on slopes, are robust, but plants such as flowers cannot inhabit, resulting in heterogeneous environmental problems and problems of ecological destruction.

Therefore, in recent years, in the case of slopes with a gentle slope, a flat-plot method is applied, or a bar-shaped walkway block is laid in a reticular manner, and a precaster method in which grass is planted in the space or a mixed soil of seeds is poured into the surface layer. The installation method is used to prevent the loss of soil on the slope and to prevent the collapse.

However, as described above, the conventional methods constructed to prevent the loss of soil on the slopes and to prevent the collapse of the slopes are weakly secured because the vegetation layer for plant habitat is thinly installed on the surface of the slopes. Easily lost by, there was a problem that collapses during thawing.

In recent years, the vegetation zone has been released to improve the above-mentioned problems, but the structure of the vegetation block and the binding port for forming the vegetation frame and the support pile for fixing it to the ground is complicated and the construction is cumbersome, which has caused workers difficulties. In particular, it is difficult to secure the greening rate with only the vegetation stage.

The present invention is to solve the above problems, the technical gist of the various slopes such as riversides or incisions such as flowers, plants and plants on the riverbed to harmonize with the surrounding environment to prevent loss due to rapids and thawing In forming the vegetation zone so that the vegetation zone is formed of a vegetation block that is easy to assemble by the binding sphere, the vegetation block is easy to continuously combine in one direction or the other direction with the other vegetation block adjacent by the assembly groove and the assembly jaw. Is formed so that a separate fastener and the expansion plate to make a plurality of vegetation blocks connected up and down to form an integral support pile, as well as to combine the potted plant frame on one side of the outer peripheral surface of the vegetation block for expansion supply of vegetation, Inside the frame is formed so that the water (water) of the river is artificially supplied by the water supply pump and the water supply tank An object of the present invention is to provide a pile-bound vegetation zone characterized in that the vegetation environment, such as plants, is greatly improved.

In order to achieve the above object, the present invention is a vegetation zone formed to be buried and bound to the ground of the slope or the bottom of the river to form a vegetation, pile binding groove 110 is formed on the inside, the outer peripheral surface of the pile binding groove 110 Four block binding grooves 120 provided at equal intervals are formed in the outer circumferential side of the block binding grooves 120, and each of the assembly grooves 130 and the assembly jaw 140 are formed in opposite directions to each other. On the surface between the assembly groove 130 and the assembly step 140, the vegetation block 100 is formed with four arc-shaped partition surface 160 to form a circular vegetation hole 150 when assembling the other neighboring block and ; Using the assembly groove 130 and the assembly jaw 140 of the vegetation block corresponding to the shape of the block binding groove 120 facing each other when assembling with the adjacent vegetation block plate-shaped binding hole 200 to be fitted up and down end; .

At this time, the vegetation block 100 is preferably made of a buried groove 170 is further configured on the outer circumferential surface of the assembly groove 130 and the assembly jaw 140.

In addition, the vegetation block 100 is formed by a plurality of vegetation block (A) by the binding port 200, one side and the other peripheral surface of the vegetation frame (A) on the surface of the slope or river bottom A plurality of vegetation blocks are connected up and down to be buried and supported so as to form a support pile 400, and in the pile binding groove 110 of the vegetation block constituting the support pile 400 by a fastener 310. It is preferable that the expansion plate 320 having the outer diameter stretched therein is formed to be tightly fixed after expansion between upper and lower abutting surfaces of the vegetation block.

Accordingly, the vegetation block 100 has a mesh-type potted frame 500 having a fastening hole 510 to be fixedly coupled by the fastener B in correspondence with the block binding groove 120 on one side or the other outer peripheral surface thereof. In addition, a water supply tank 610 is formed inside the flower pot 500, and the water supply tank 610 is supplied with the water of the river by the water supply pump 620 and the water supply pipe 630 inside the flower pot 500 It is preferably formed to supply moisture to the.

As such, the present invention is formed to simplify the one-way or the other direction continuous coupling with the adjacent vegetation blocks by the fitting coupling fasteners and the assembling grooves and the mounting jaw, and buried support for the ground, such as the slope or river bottom surface The support pile is formed to be coupled to a plurality of vegetation blocks connected to the upper and lower by a separate fastener and expansion plate integrally improves the construction, and combines the potted frame for the expansion supply of vegetation on one side of the outer peripheral surface of the vegetation block, Inside the planter frame is formed so that the water (water) of the river artificially by the water supply pump and the water supply tank has an effect that the vegetation environment such as plants and the like greatly improved.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the accompanying drawings.

First, as shown in Figure 1, the present invention is configured to form a vegetation by forming a plurality of vegetation blocks to form a vegetation hole by the binding sphere and then buried and bound on the ground of the slope or river bottom.

The vegetation zone of the present invention largely constitutes the basic configuration of the vegetation block 100 and the binding port 200.

That is, the vegetation block 100 has pile binding grooves 110 formed therein, and four block binding grooves 120 are formed on the outer circumferential surface of the pile binding groove 110 at equal intervals, and the block On the outer circumferential side of the binding groove 120, two assembly grooves 130 and two assembly jaws 140 are formed in opposite directions to each other, and the other side adjacent to the surface between the assembly groove 130 and the assembly jaw 140 is formed. Four arc-shaped split surfaces 160 are formed to form a circular vegetation hole 150 when assembled with the block.

At this time, the pile binding groove is formed so that the expansion plate 320 which will be described later when the plurality of vegetation blocks are connected up and down to form a support pile.

In other words, the expansion plate is fitted into the pile binding groove is connected to the upper and lower joints connected to each of the plurality of vegetation blocks, that is, the lower side and the upper surface of the vegetation block is fitted to the end side contacted by the fasteners the outer diameter is extended to the pile binding groove It is formed to be in close contact with the inside.

At this time, the block binding groove is formed in the form of the outer circumferential surface is opened, formed as an opening hole in the form of a long hole when combined with the neighboring vegetation block, the coupling holes described later are correspondingly fitted, thereby forming a firm fixing.

At this time, the block binding groove is formed in the shape of a dumbbell when combined with a neighboring vegetation block formed of a circular groove 121 having a diameter larger than the groove on the opposite side, that is, the inner closing surface side of the outer opening, which will be described later When the binding holes are fitted to each other, the adjacent vegetation blocks are not separated from each other and fixed.

At this time, the assembling groove and the assembling jaw are formed by two to form a male and female coupling to the side facing each other in each of the four directions, the assembling groove and the assembling jaw are formed to face each other in one direction and the other direction.

In addition, the dividing surface is an arc-treated surface, and when four neighboring vegetation blocks are combined, vegetation spheres are formed by the dividing surface.

At this time, it is preferable that a separate vegetation plate is placed in the vegetation sphere so that the plants and the like are combined to grow natively.

Meanwhile, the binding holes 200 correspond to the shape of the block binding grooves 120 facing each other when assembled with neighboring vegetation blocks using the assembly grooves 130 and the assembly jaw 140 of the vegetation block and fitted up and down. It is formed to be combined.

That is, the binding sphere is formed in a plate shape to be coupled to correspond to the block binding groove made of a dumbbell shape in a state in which the vegetation block is facing each other, it is preferable that the circular projection 210 is disposed on both end sides.

In other words, the circular protrusion is formed so as to firmly fix both vegetation blocks at the time of fitting by inserting into a block binding groove coupled with a larger diameter than the basic body of the plate shape.

At this time, the vegetation block 100 is preferably made of a buried groove 170 is further configured on the outer circumferential surface of the assembly groove 130 and the assembly jaw 140.

That is, the buried groove is formed so that the lost soil, etc. are introduced to form a kind of ground, as well as the flow rate of the river is easily drained.

At this time, the vegetation block 100 is formed by a plurality of vegetation blocks (A) by the binding port 200, one side and the other side of the vegetation frame (A) on the surface of the slope or river bottom A plurality of vegetation blocks are connected up and down to be buried and supported so as to form a support pile 400, and in the pile binding groove 110 of the vegetation block constituting the support pile 400 by a fastener 310. It is preferable that the expansion plate 320 having the outer diameter stretched therein is formed to be tightly fixed after expansion between the upper and lower abutting surfaces of the green block.

That is, the support pile is not manufactured by constructing a separate product, but connects the above vegetation block itself up and down side by side, and introduces an expansion plate and a fastener into the joint to which the open pile binding groove is connected. The inner circumferential surface divided according to the expansion of the outer diameter of the expansion plate by tightening is formed to be fixed in close contact.

At this time, the support pile is preferably manufactured in advance by using an expansion plate and a fastener to be coupled to the vegetation frame before construction in the field.

Accordingly, the vegetation block 100 has a mesh-type potted frame 500 having a fastening hole 510 to be fixedly coupled by the fastener B in correspondence with the block binding groove 120 on one side or the other outer peripheral surface thereof. In addition, a water supply tank 610 is formed inside the flower pot 500, and the water supply tank 610 is supplied with the water of the river by the water supply pump 620 and the water supply pipe 630 inside the flower pot 500 It is preferably formed to supply moisture to the.

That is, the planter frame is to ensure additional vegetation in addition to the vegetation frame using a vegetation block, the plant planted in the planter frame is artificially supplied with water from the river by a water pump, a water supply pipe and a water supply tank It is desirable to provide a water supply.

This water supply is to ensure that the environment of the vegetation is stable in the season of low rainfall.

In this way, the present invention is formed to simplify the one-way or the other direction continuous coupling with the neighboring vegetation blocks by the fitting coupling fasteners and the assembly groove and the assembly jaw, and buried support for the ground such as slope or river bottom The support pile is formed to be coupled to a plurality of vegetation blocks connected to the upper and lower by a separate fastener and expansion plate integrally improves the construction, and combines the potted frame for the expansion supply of vegetation on one side of the outer peripheral surface of the vegetation block, Inside the planter frame is formed so that water (water) of the river is artificially supplied by the water supply pump and the water supply tank is characterized in that the vegetation environment, such as plants and the like greatly improved.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a perspective view showing a vegetation block according to the present invention;

Figure 2 is an embodiment of configuring the vegetation frame using the vegetation block and the binding sphere of the present invention,

3 is another example of Figure 1, an embodiment showing that the buried grooves are installed in the assembling grooves and assembly jaws of the vegetation block,

4 is another exemplary embodiment of the vegetation framework using the vegetation block of FIG.

5 to 6 is an embodiment showing a state in which the support pile is formed by connecting the vegetation block of the present invention up and down,

Figure 7 is an embodiment showing that the potted plant frame coupled to one side of the vegetation block of the present invention,

FIG. 8 is an exemplary view showing that the water supply device (water supply pump and water supply container) is installed in the flower pot of FIG. 7 to artificially supply water.

<Description of Major Symbols in Drawing>

100 ... vegetation block 110 ... file binding groove

120 ... block engagement groove 130 ... assembly groove

140 ... mounting jaw 150 ... vegetation

160 ... split face 170 ... buried groove

200 ... fastener 310 ... fastener

320 ... extension 400 ... support pile

500 ... planter frame 510 ... fastener

610 ... water reservoir 620 ... water pump

630 ... water pipe

Claims (4)

In the vegetation zone is formed to be buried and bound to the ground on the slope or riverbed, Pile binding groove 110 is formed on the inner side, four block binding grooves 120 are formed on the outer peripheral surface of the pile binding groove 110 at equal intervals, the outer peripheral side of the block binding groove 120 Two assembly grooves 130 and two assembly jaws 140 are formed in opposite directions, respectively, and the surface between the assembly groove 130 and the assembly jaw 140 is a circular vegetation hole 150 when assembling with other neighboring blocks. Vegetation block 100 is formed with four arc-shaped partition surface 160 to form a); Using the assembly groove 130 and the assembly jaw 140 of the vegetation block corresponding to the shape of the block binding groove 120 facing each other when assembling with the adjacent vegetation block plate-shaped binding hole 200 to be fitted up and down end; Pile-bound vegetation zone, characterized in that consisting of. According to claim 1, wherein the vegetation block 100 is Pile-up vegetation zone, characterized in that the buried groove 170 is further configured on the outer circumferential surface of the assembly groove 130 and the assembly jaw 140. According to claim 1 or 2, wherein the vegetation block 100 is A plurality of vegetation blocks are formed by the binding holes 200 to form an integral vegetation frame A, and the vegetation blocks A are embedded on one side and the other of the outer circumferential surface of the vegetation frame A so as to be buried and supported by the ground of the slope or the bottom of the river. The support plate 400 is connected to the upper and lower sides, and the expansion plate 320 having an outer diameter stretched and contracted by the fastener 310 is formed inside the pile binding groove 110 of the vegetation block forming the support pile 400. Pile-mounted vegetation zone, characterized in that formed to be tightly fixed after the expansion between the upper, lower abutting surface of the vegetation block. According to claim 3, The vegetation block 100 is One side or the other outer peripheral surface is formed with a mesh-type potted plant 500 having a fastening hole 510 to be fixedly coupled by the fastener (B) corresponding to the block binding groove 120 is formed in the potted plant 500 A water supply tank 610 is formed, and the water supply tank 610 is formed to receive water from the stream by the water supply pump 620 and the water supply pipe 630 to supply water into the pot 500. File tied vegetation.

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