KR100789258B1 - The method of making the stone flowerpot which is supported with stone that is applied with a dolmen - Google Patents

Abstract

The present invention relates to a method of manufacturing a stone stone pollen applying dolmens, through which the upper and lower surfaces of a stone having an arbitrary shape penetrates one or more times to make a through-hole with a soil storage space, and then through the through-hole. It is a method of making a stone stony flower pot by applying dolmens, which were reinterpreted in real life, by dolmens, which are buried on the one or more through-hole separation stones that are created during the work, to be combined with a binder.

To this end, the present invention is a step of producing a through-hole and a hole-separated stone having a soil storage space by repeatedly drilling one or more times with a drill to make the upper and lower surfaces of the stone of any shape, and attach the adhesive sheet to the lower surface of the through-hole Forming one or more computer bolt through-holes at any part of the sealed adhesive sheet and sealing the entire storage space; double sealing step of caulking with a sealant sealant at the interface between the bottom of the soil storage space and the adhesive sheet; The lower part of one or more through-hole separation stones generated during the production of through-holes is processed and formed on the floor by drilling in arbitrary shapes, and the computer bolt insertion holes are drilled on the upper part of each one. Establish a through-hole support having a hole, and place the through-hole so that the through-hole of the adhesive sheet coincides with the through-hole of the separated hole. Step on the vacancy support, caulking the contact surface of the through-hole through the bolt through the sealant sealant, and release the entire surface of the adhesive sheet with a release agent, the coupling computer bolt to the hole-separating stone Inserting into a threaded thread insertion hole and fixing a certain size of the sealing cone pipe for forming a drain hole on the adhesive sheet and fixing it with a sealing sealant, and pouring the binder so that the top of the bonding bolt is bonded onto the adhesive sheet to solidify it. After hardening, it is characterized by a post-treatment step to remove the sealant pipe and the adhesive sheet.

괸 Stone stone pot, through-hole, earth and sand storage space, through-hole support, adhesive sheet, threaded through-hole, sealant sealant, release treatment surface, through-hole separation stone, threaded screw insertion hole, joining bolt, sealant pipe, binder , Drainage, water piping, water inlet, water blocking material, water injection space, water pipe through-hole, drain and coupling pipe insertion hole, drain and coupling pipe, drip storage space, hole separation stone column, hole separation Insertion hole, Computation bolt insertion hole of through-hole separation stone, Pipe through-hole for drainage and joining, Adhesive, Plastic sheet, accompanying

Description

The method of making the stone flowerpot which is supported with stone that is applied with a dolmen}

1 is a bird's eye view at the time of manufacturing the through-hole and through-hole separation stone of the present invention

Figure 2 is a cross-sectional view of the earth and sand storage space sealing operation of the through-hole of the present invention

Figure 3 is a cross-sectional view at the time of manufacturing the computer bolt insertion hole of the through-hole separation stone of the present invention

4 is a cross-sectional view of the combination of the through-hole and through-hole separation stone of the present invention

5 is a cross-sectional view of the completion of the present invention.

Figure 6 is a perspective view of the bottom at the completion of the present invention

7 is a front view at the time of completion of the present invention;

8 is a bird's eye view of the combination of the through-hole and the through-hole separation stone provided with the water pipe and the water barrier material of the present invention

9 is a cross-sectional view of the combination of the through-hole and the through-hole separation stone provided with the water pipe and the water barrier material of the present invention

Figure 10 is a bird's eye view showing the back when the water pipe and the water barrier material of the present invention is installed on the water head upon completion

11 is a bird's eye view of the through-hole separation stone of the present invention

12 is a cross-sectional view of the through-hole separating stone and through-hole separating stone column is installed holding the drip storage space of the present invention

Figure 13 is a cross-sectional view of the through-hole separation stone and through-hole separating stone column, through-hole combined with the drip storage space of the present invention

14 is a side view at the completion of installing the drip tray storage space of the present invention

Fig. 15 is a cross-sectional view of the through-hole of the plastic sheet material of the present invention.

Figure 16 is a sectional view of the through-hole separation stone is installed plastic sheeting material of the present invention

17 is a cross-sectional view at the time of completion of the installation of the plastic sheet material of the present invention

<Explanation of symbols for main parts of drawing>

1: cobblestone flower pot 3: through-hole

5: earth and sand storage space 6: through-hole support

7: hole separation stone 8: computer bolt insertion hole

10: adhesive sheet 11: through the computer bolt through

12: seal silicone sealant 14: release treatment surface

15: Sea Ricon pipe 20: Computing bolt for bonding

21: binder 22: drain

30: water piping 31: water inlet

32: water barrier material 33: water injection space

34: through the water pipe 40 through the hole insertion pipe for drainage and coupling

41: drainage and coupling pipe 42: drip tray storage space

43: through hole separation stone holder 44: through hole separation stone holder computer bolt insertion hole

45: Computation bolt insertion hole of the through-hole separation stone 46: Pipe through-hole for drainage and coupling

50: adhesive 60: plastic sheet

70: accompanying

The present invention relates to a method of manufacturing a stone stone pollen applying dolmens, and more specifically, by drilling a drill at least once with a drill to make the upper and lower surfaces of the stone penetrate the stone of any shape having a non-uniform shape and size. It is manufactured by processing the lower part in an arbitrary shape so that one or more through-hole separation stones generated during the production of through-holes and through-holes with the soil storage space for potted plants of the desired size can be placed on the floor. The adhesive sheet and sealant pipe, and the sealant pipe, epoxy, and Homakaka are combined and finished to remove the adhesive sheet and sealon pipe, and the prehistoric dolmen design is applied to the stone pot. It is about a method of making a stone stone flower pot that applies dolmen that is health and environment friendly and reinterprets prehistoric culture to modern people's living culture.

Existing general method of making stone powder is very simple as follows due to the limitation of workability of stone itself.

First, basalt is used as a material for stone pots, which are lighter in weight than other stones. Saw marks are made at a certain depth with core drills or diamond cutting blades, and the stones inside the saw marks are used with chisels, hammers or air tools. After securing a sediment storage space by digging, re-drain the drainage hole under the soil storage space and use it alone or as a potted plant or bonsai powder, or place it on a slab or table.

At this time, the lower part of the stone pollen is trimmed so that it can be erected on the floor. The lower part is decided beforehand. The work is usually done before the start of work, and the processing of the bottom part is usually done after securing the soil storage space. Do not process the bottom.

Recently, the upper and lower surfaces of a stone of arbitrary shape are drilled with a core drill welded with a diamond tip, and the earth and sand storage space is inserted by inserting a pipe part corresponding to the periphery of the hole and a pillar having a drainage hole. The stone pot came out to double and support the stone from the bottom.

This stone flower pot is a pedestal and a storage space for earth and sand, and the stone is placed in the air with a certain height so that the stone itself can be seen as irregular lines, and even a very thin stone can function as a stone flower pot. There is one advantage to having.

In addition, it is not a general stone stone, but there are stone carvings that attach bonsai, turbulence, and moss to the surface of actual rock formation or general stone.

This stone work is to attach the plant to the arbitrary part of the stone by using aluminum wire or cotton thread, etc., and water it using a sprayer, among which the bonsai is fixed to the rock as follows.

It is good to have a groove in the rock first, but if you do not have a groove, you can use special tools to dig it. However, as a general rule, avoid using tools on rocks or stones.

If you do not have these grooves, pick up any soil where you will not be able to run off.

In addition, when proper space cannot be secured, plants may be adhered to the surface of the stone by applying mixed soil of appropriate viscosity. This is analogous to covering the cliffs of the incision under road construction and spraying soil with plant seeds on them.

After securing a certain space, plant bonsai with sesame seeds, etc., and fix it with aluminum wire, and cover it with soil of the appropriate viscosity mixed on it or immediately cover it with moss to control the moisture while preventing the sediment. Let's do it.

In stone work, the drainage hole may be specially made by puncturing any part of the line maintaining the original shape of the stone, but the stone itself naturally absorbs or flows the water and is responsible for drainage. Therefore, it is good to put stone tablets on a stone bed containing sand or a water table.

However, in the case of stone crops using bonsai, it is possible only in large stones that can naturally form or form an attachment space, and in general, small stones are used by attaching wind or moss.

Therefore, stone crops can be considered to have a drainage function due to the absorption of the soil storage space and the stone itself, although it is insufficient through the method of attachment or planting.

In addition, there are cases where plants or trees are planted by arranging certain soil storage spaces and drains in models of rocks made of FRP. It is lighter, more productive and more economical than using real stone, but there is no realistic natural beauty compared to real stone.

As seen above, even basalts with relatively high machinability have to be dug into the stone using a core drill or a diamond cutting blade to have a function as a basic flowerpot with a soil storage space and a drainage hole. It is very dangerous and unproductive because it deals with machines that rotate at high speeds such as hand grinders.

In contrast, there is a method of cutting a certain type of iron plate by using a machine tool such as milling or lathe, welding the diamond tip uniformly on the entire lower surface of the iron plate, and then drilling on the power tool and polishing the stone as a whole. This takes a lot of money and consumes a lot of diamond tips, making it uneconomical.

Therefore, in the conventional method, it is practically difficult to prepare a soil storage space, which is a space for planting flowers, by digging out the inside of high-hard stones such as granite, which is thin stone or not basalt, and it is difficult to be productive compared to working time. Even if the earthenware storage space is made by digging out the inside of the stone, the soil storage volume of the soil storage space is extremely small compared to the general flowerpots, and thus does not have the function of a flowerpot in the general sense.

In addition, there is a risk of damage by supporting the pillars of porcelain or the like, and the combination of stones and porcelain or stones and metal cannot overcome the heterogeneity of two different materials. Even if the support for the stone is made of stone, it is impossible to overcome the heterogeneity by attaching and shaving other stone materials to the machine tool lathe. Even if the stones are the same, the stones are not separated from the same stone, but the textures and patterns do not match.

Therefore, the conventional stone flower is difficult to produce as described above, it is not productive, and when the stone flower is made using two different materials, it has a heterogeneity and the size and shape should be more than a certain level. There is a problem that is not popular.

In order to solve the above problems, the stone of any shape uniformly drills through the upper and lower surfaces so as to completely penetrate the stone so that there is no existing process of digging the stone to a certain depth, and through the through-hole separation stone of the same material generated during the drilling operation. By combining it with the lower part of the vacancy, it can be reminiscent of dolmens, the prehistoric culture of the ancient ancestors by placing stones on the stone. It is natural and can be manufactured with flower pots of only a few centimeters in thickness. The stone is also completely penetrated to remove the inside of the stone, making it relatively light as the stone grows in size.When the water pipe is placed on the water pipe, the dol-stone stone flowerpot is applied to the dolmen which has both functions of flower pot and fountain. It is an object of the present invention to provide a.

To this end, the present invention is a step of producing a through-hole and a hole-separated stone having a soil storage space by repeatedly drilling one or more times with a drill to make the upper and lower surfaces of the stone of any shape, and attach the adhesive sheet to the lower surface of the through-hole Forming one or more computer bolt through-holes at any part of the sealed adhesive sheet and sealing the entire storage space; double sealing step of caulking with a sealant sealant at the interface between the bottom of the soil storage space and the adhesive sheet; The lower part of one or more through-hole separation stones generated during the production of through-holes is processed and formed on the floor by drilling in arbitrary shapes, and the computer bolt insertion holes are drilled on the upper part of each one. Establish a through-hole support having a hole, and place the through-hole so that the through-hole of the adhesive sheet coincides with the through-hole of the separated hole. Step on the vacancy support, caulking the contact surface of the through-hole through the bolt through the sealant sealant, and release the entire surface of the adhesive sheet with a release agent, the coupling computer bolt to the hole-separating stone Inserting into a threaded thread insertion hole and fixing a certain size of the sealing cone pipe for forming a drain hole on the adhesive sheet and fixing it with a sealing sealant, and pouring the binder so that the top of the bonding bolt is bonded onto the adhesive sheet to solidify it. After hardening, it is characterized by a post-treatment step to remove the sealant pipe and the adhesive sheet.

When described in more detail by the accompanying drawings as follows.

1 is a bird's-eye view in the manufacture of the through-hole 3 and the through-hole separation stone 7 of the present invention is a cylindrical core drill in which a diamond tip is welded so that the upper and lower surfaces of a stone having an arbitrary shape are repeatedly drilled one or more times. When the perforations are connected to each other as shown in Figure 1 to form a through-hole (3) having a single soil storage space (5) and the through-hole separation stone (7) to be used as a crushed stone is separated from the perforated soil storage space (5) It is generated at the same time as the formation of.

Adhesion sheet capable of detaching the entire lower part of the earth and sand storage space (5) of the through hole (3) after cleansing the through-hole stone (3) formed the earth and sand storage space (5) with water or air of a certain pressure and dried naturally. 10) to seal.

The material of the adhesive sheet 10 may be determined according to the type of the binder 21 which is poured onto the adhesive sheet 10 to solidify, and the binder 21 mixes and hardens the main agent and the curing agent at a predetermined ratio such as epoxy or homaika. In the case of the two-component resin, since the exothermic reaction at a certain temperature during curing, the adhesive sheet 10 to be used at this time is suitable for the adhesive sheet 10 made of paper, which is hardly stretched by heat.

When the vinyl material is used, the binder 21 is cured and a phenomenon of being struck down due to heat generation may occur, and in severe cases, the adhesive sheet 10 may be damaged.

The general binder 21 such as cement may use various kinds of adhesive sheets 10, and the tensile strength of the adhesive sheets 10 may withstand the load of the binder 21 which is poured onto the adhesive sheets 10 and solidified. All you need is

Sealing the bottom of the earth and sand storage space (5) with the adhesive sheet (10) and then to the computerized bolt through hole (11) to pass through the computerized bolt 20 for coupling to any portion of the adhesive sheet (10) It may be made in any shape, such as square or round, larger than the outer diameter of (20), and may be formed by hammering or cutting with a punch made of hollow metal.

After forming the through-hole through the computer (11) and double sealing by caulking with the sealant sealant (12) on the interface between the bottom of the earth and sand storage space (5) of the through-hole (3) and the adhesive sheet (10).

The sealant sealant 12 maintains airtightness while doubling the adhesive force of the adhesive sheet 10 to completely block the binder 21 from leaking out of the soil storage space 5 when the binder 21 is filled. (Figure 2)

When the adhesive sheet 10 is completely hardened by caulking the sealant sealant 12, the same principle as that attached to the surface of a general hard object operates and is detachable.

This is because when the adhesive coated on the adhesive sheet 10 is in contact with the sealant sealant 12, the molecular structure of the two components are different and thus does not bind to each other.

After the sealing work of the earth and sand storage space (5) of the through-hole stone (3), the arbitrary part of one or more through-hole separation stones (7) generated during the perforation of the through-hole stone (3) is determined and processed into an arbitrary shape so that it can be placed on the floor. After forming a computer bolt insertion hole (8) that can be inserted into the upper threaded bolt for coupling (20) (Fig. 3) using a hammer drill of a certain size that the carbide tip is welded or the diamond tip is welded Core drills can be used, and after the formation, remove the stone powder inside and outside the computer bolt insertion hole (8) with water or air of constant pressure to clean it.

Next, to produce the through-hole support 6 on the left and right of the through-hole separation stone (7) which is a support for placing the through-hole (3) can be arbitrarily determined a little higher or lower than the maximum height of the through-hole separation (7).

This is because the stone shape of the through-hole (3) is not constant, so make a number of through-hole support (6) of different heights and use the appropriate one of them.

The material for manufacturing the through-hole support (6) is commonly found in the surroundings of wood, metal pipes, plastics, etc., and can withstand the load of the through-hole (3) and can be made in various forms such as square, rectangular, and lozenge. .

After manufacturing the through-hole support (6) and placed it at appropriate intervals on the left and right so that one or more through-hole separation stone (7) in the center through the bolt through hole formed in the adhesive sheet (10) of the through-hole (3) Place the through hole (3) so that the computer bolt insertion hole (8) of the (11) and the through hole separation stone (7) coincide.

After placing the through-hole (3) on the through-hole support (6) and the contact surface of the contact of the threaded through-hole (11) of the adhesive sheet (10) and the through-hole separation stone (7) with the sealing silicone sealant (12) Caulking treatment can completely seal the gap and form a release treatment surface 14 on the entire surface of the remaining adhesive sheet 10 as a release agent such as sealant oil or soybean oil (FIG. 4). Brush painting method is appropriate.

In the spraying method using pneumatic pressure, a release agent may be buried not only on the surface of the adhesive sheet 10 but also in other parts of the lower portion of the earth and sand storage space 5 in which the binder 21 is to be filled, thereby significantly reducing the binding force of the binder 21. Therefore, make sure to use a brush painting.

Forming the release treatment surface 14 on the adhesive sheet 10 is intended to facilitate the desorption of the binder 21 after the solidification by pouring the binder 21, as described above, the pressure-sensitive adhesive of the adhesive sheet 10 is a silicone sealant (12) or because the binder 21 and the molecular structure is not bonded to each other because it does not bond, it is possible to detach the adhesive sheet 10 without forming a separate release treatment surface (14).

However, since the binder 21 is in a liquid state, the adhesive sheet doubles and adheres to the adhesive coated on the adhesive sheet 10 so that the adhesive sheet doubles and the adhesive sheet 10 is torn or dropped when detached. It is to prevent.

After release treatment of the entire surface of the adhesive sheet 10, the threaded coupling bolt 20 is inserted into the threaded screw insertion hole 8 of the through hole separation stone 7 and one or more predetermined seals for forming the drain hole 22 are formed. The cone pipe 15 is fixed on the adhesive sheet 10 with a sealant sealant 12 and then the binder 21 is adhered to the bottom of the soil storage space 5 so that the coupling bolt 20 for the coupling is completely covered. Pour it to a certain height on the sheet 10 to solidify. (FIG. 4) At this time, the upper end of the sealing cone pipe 15 is inserted into the threaded screw insertion hole 8 of the through hole separating stone (7) coupling threaded bolt ( A certain degree higher than the upper end of the 20) must be completely covered with the coupling computer bolt 20 can form a normal drain 22.

The sealant pipe 15 for forming the drain hole 22 of FIG. 5 has a hollow pipe shape and elasticity of the sealant rubber component so as to be easily removed without being bonded to the binder 21.

The binder (21) is usually used two-component epoxy or Hoimaka, etc., but the main body and the curing agent is stirred well to be mixed to finish the work within the pot life when the curing starts, the pot life is epoxy or Homaka, etc. Since it depends on the kind of resin, the time can be adjusted using a retarder or an accelerator. However, in most cases, it is not necessary to use a retarder or accelerator separately because the working time can be calculated and the resin type can be selected accordingly.

The curing time of the binder 21, which is closely related to the amount of production, also varies depending on the type of resin, like the pot life, so it may take a few seconds or a few days at room temperature, so a resin having an appropriate curing time should be selected. In the invention, a resin having a curing time of about 1 hour is suitable.

Epoxy or Homaika resins have their own color when not pigmented. You can mix pigments to achieve the desired color.

Binders such as cement can be used when there is no restriction of manufacturing time. When using cement as the binder (21), it is often necessary to increase the thickness because of the problem of strength. Reinforcement such as wire mesh and plastic mesh should be used to increase the tensile strength and the bursting strength due to impact.

After the binder 21 is completely cured, the adhesive support sheet 10, which is supported to remove the through-hole support 6 and solidify the binder 21, and the sealant pipe 15 installed to form the drain hole 22 are removed. It is completed as the cross section of 5.

6 is a perspective view of the lower part upon completion of the present invention. The strip of the sealant sealant 12 shown in Figure 6 serves to reinforce the binding of the binder 21 and the through-hole (3) upon completion in addition to the sealing action of the binder (21) at the time of manufacture.

7 is a front view when the present invention is completed.

Figure 8 is a bird's-eye view of the bottom of the earth and sand storage space (5) as a bird's eye view of the combination of the through hole (3) and the through hole separating stone (7) provided with the water pipe 30 and the water blocking material 32 of the present invention (10) ) To form a water pipe through hole 34 (FIG. 9) and put the water inlet 31 of the water pipe 30 down there, and then the outline of the water pipe through hole 34 and the water inlet 31 Caulking the gap between the sealant sealant (12).

The water pipe through-hole 34 is formed of a punch or knife of a certain standard also made of steel, similar to the above-mentioned computer bolt through-hole (11).

After installing the water pipe (30), put the water blocking material (32) on it, and both ends are in close contact with the wall of the earth and sand storage space (5) and then fixed with a sealant sealant (12). (Figure 8)

The barrier material 32 is installed in the soil storage space 5 to serve as a kind of partition that divides into two spaces, the soil storage space 5 and the water injection space 33, and arbitrarily select various types of plate and pipe arches. Can be.

Therefore, when the water pipe 30 and the water barrier material is installed, the soil can be planted in the soil storage space 5, and the water injection space 33 has two functions of confining water and flowing water.

9 is a cross-sectional view of the through-hole (3) and through-hole separating stone (7) provided with the water pipe 30 and the water blocking material 32 of the present invention and Figure 10 is a water pipe 30 of the present invention And a bird's eye view showing the rear surface when the water blocking material 32 is installed and placed on the board 70, and the water inlet 31 is installed downward.

11 is a bird's eye view of the through-hole separation column 43 of the present invention, Figure 12 is a through-hole separation stone that is coupled to the computerized bolt insertion hole 44 of the hole-separating stone gypsum with an adhesive (50) The cross section of the support | pillar 43 is shown.

Adhesive 50 is to be selected differently depending on the material of the hole separation stone column 43, the case of stone uses the epoxy adhesive 50 for the stone with the ratio of the main agent and the hardener 1: 1.

Hollow separation stone column 43 is made by cutting stone, wood, and plastic from a machine tool lathe, or by injecting plastic resin into a silicon mold or an injection mold, and then drilling, core drill, Using a hole cutter or the like to form a computerized bolt insertion hole 44 of the hole separation stone holder is inserted into the bonding bolts 20 for bonding, and adhesive with the adhesive (50).

12 is a cross-sectional view of the through hole separating stone 7 and the through hole separating stone column 43 in which the drip storage space 42 of the present invention is combined, and the through hole separating stone 7 having the drip storage space 42. The production is made by fixing the through-hole separation stone (7) using a mechanism such as a vise, and drills the pipe insertion hole (40) for drainage and coupling with a core drill and a drip tray (42).

Computation bolt insertion hole 45 of the through hole separation stone to be formed by inserting the coupling bolt (20) formed in the lower portion of the through hole separating stone (7) has a predetermined drill size to insert the coupling computer bolt (20) The drill is formed by drilling with a hammer.

After manufacturing the through-hole separation stone (7) is inserted into the computer-aided bolt insertion hole (45) of the through-hole separation stone column 43 is combined with the adhesive (50). .

After the through-hole separating stone (7) and the through-hole separating stone column 43 is combined, the upper portion of the drain and joining pipe 41 for draining and joining the pipe insertion hole 40 of the through-hole separating stone 7 is the through-hole separating stone ( 7) Inserted so as to protrude upward and the lower part is sealed by caulking with sealant sealant 12. The drainage and joining pipe 41 is smaller than the drain and joining pipe inserting hole 40 by a predetermined size and there is a gap between the two. (FIG. 12) This gap is filled together when the binder 21 is poured into the adhesive sheet 10 to be filled, and the pipe 41 and the binder 50 for drainage and bonding are combined into one. (Fig. 13)

The through-hole support 6 is placed on the left and right of the combination of the through-hole separation stone 7 and the through-hole separation stone column 43 thus manufactured, and the through-hole 3 is placed thereon. The pipe 41 for drainage and coupling of the through hole separation stone 7 passes through (46).

The manufacturing method of the pipe through-hole 46 for drainage and coupling is the same as the manufacturing method of the through-hole 11 of the computerized bolt.

In the same way as the caulking treatment of the threaded through-hole 11, the outer surface of the drain and coupling pipe through-hole 46 and the contact surface of the upper portion of the through-hole separation seat 7 are caulked with a sealant sealant 12 to be completely sealed. After releasing the entire surface of the remaining adhesive sheet 10 and solidifying by pouring the binder 21 to the upper end of the drain and coupling pipe 41, as shown in FIG.

14 is a side view of the completed when the drip tray storage space of the present invention is installed.

15 is a cross-sectional view of the through-hole 3 using the plastic sheet material 60 of the present invention, having a same thickness as the outline of the lower portion of the earth and sand storage space 5, and having a predetermined thickness in which the drain hole 22 is formed. Plate 60 is produced and bonded with a sealant sealant (12).

The material of the plastic sheet material 60 is made of PVC or acrylic plate, and the production of the plastic sheet material 60 is performed when the shape of the outline of the lower part of the soil storage space 5 becomes the garden as a result of only one time of drilling. It can be easily produced in machine tools, but when the stone is repeatedly drilled more than once, each through hole is connected so that the outline of the lower part of the earth and sand storage space 5 disappears, so it is difficult to manufacture in one process.

Therefore, in this case, a plastic disc of a certain thickness is laid under the through-hole 3 having the soil-storing space 5 formed thereon, and the upper and lower parts of the soil-storing space 5 of the through-hole 3 and the plastic disc are fixed so as not to move vertically. If the oil pen is also placed vertically and drawn along the outline of the bottom of the soil storage space (5), then the outline of the soil storage space (5) drawn from a jigsaw, band saw, or milling machine, which is a kind of electric saw, is cut out as it is. do.

The cut plastic sheet 60 is formed by attaching a hole cutter or a hacking drill, an end mill, which is a kind of saw to draw a circular hole, to form a drain hole 22 at an arbitrary part, or the like as a machine tool lathe or a milling machine. It can be mounted by hand on a general electric drill, but it is very dangerous and needs attention.

Next, after fixing the bottom portion of the through-hole separating stone (7) in an arbitrary shape vertically downwards, drill a hole for inserting the drainage and joining pipe (40) with a core drill and insert the hole for inserting the drainage and joining pipe (40). After inserting the pipe for drainage and joining pipe 41 having a smaller size to protrude to the upper portion of the through hole separation seat 7 and sealing the gap between the lower part with the sealant sealant 12 and sealing it, When the sealant 12 is completely hardened, the binder 21 is poured into the gap between the drain and joining pipe 41 and the drain and joining pipe insertion hole 40 so as to solidify it (FIG. 16).

After the through-hole separation stone (7) is produced by inserting the drain and coupling pipe 41 protruding from the upper portion of the through-hole separation stone (7) to the drain hole 22 of the plastic sheet material 60 is completed by the adhesive (50). (Figure 17)

At this time, the component of the adhesive 50 uses a chloroform to dissolve the acrylic adhesive itself when the plastic sheet 60 is PVC, the acrylic adhesive in the case of acrylic.

As described above, the present invention can be reminiscent of dolmens of primitive culture without having a sense of heterogeneity by placing the stones on the stones of the same material separately generated during the production of the soil storage space (5), and can enjoy the natural stone form. There is a spatial beauty that can be installed in the drip tray storage space 42 in the through-hole separation stone (7).

In addition, the water pipe 30 is installed at the lower part of the soil storage space 5 to have two functions of a flower pot and a fountain. When the soil storage space 5 is formed, the upper and lower surfaces of the stone are perforated to remove all the stones inside. As the size becomes larger, it gives a relatively light feeling, and even a very thin stone with a thickness of only a few cm can be manufactured as a flower pot, and it has an environmentally friendly effect.

Claims (7)

In general stone powder; Steps to produce a through-hole and a separation hole having a soil storage space by repeatedly drilling one or more times with a core drill so that the upper and lower sides of the stone of any shape, Attaching the adhesive sheet to the lower surface of the through-hole to seal the whole soil storage space and to form one or more computer bolt through-holes in any part of the sealed adhesive sheet; Double sealing step of caulking with sealant sealant on the interface between the bottom of the earth and sand storage space and the adhesive sheet, Determining the lower part of the one or more through-hole separation stones generated during the production of the through-holes and processing them into a random shape, standing on the floor, and drilling a computer bolt insertion hole in each upper part, A step of placing a through-hole support having a certain height in comparison with the through-hole separation stone on the left and right sides of the through-hole separation stone and placing the through-hole on the through-hole support so that the through-hole of the adhesive sheet matches the through-hole of the through-hole separation stone. Caulking the contact surface of the computational bolt through-hole and the upper surface of the through-hole separation stone with a sealant sealant, and release the entire surface of the remaining adhesive sheet with a release agent, Inserting the coupling bolts into the threaded screw insertion holes of the through-hole separation stone and fixing the seal cone pipe of a predetermined size to form a drain hole on the adhesive sheet and fixing it with the seal sealant sealant, Solidifying by pouring the binder so that the top of the bonding bolt is covered over the adhesive sheet; After the binder is hardened, the method of producing a stone stony powder applied to the dolmen characterized in that it consists of a post-treatment step of removing the sealant pipe and the adhesive sheet. delete delete delete delete delete delete

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