KR100485475B1 - The method of seawall block out of waste tire and seawall block - Google Patents

Abstract

The present invention relates to a method of manufacturing a raft block using waste tires and a raft block thereof, the culture groove 23 and the outer guide groove 24, the inner guide so as to promote the growth of plants using waste vinyl, waste tires, etc. A unit block 20 having a groove 25 is manufactured, and a straight socket 31 is formed to join the two unit blocks 20, and the four unit blocks 20 are combined to promote plant growth. And a horizontal connecting cross socket 32 having a culture groove 36 and a guide groove 35 so that the horizontal connecting cross socket 32 is fixed to the ground and supplies nutrients to the plant. It was further provided.

Therefore, since the raft block is manufactured using synthetic resin such as waste tires, the manufacturing cost of the raft block is reduced, and soil and manure are stored in the unit block 20 and the horizontal connection cross socket 32 to help the seed development. Culture grooves 23, 36, guide grooves 35 and the inner guide groove 25, the outer guide grooves 24 are formed so that the plants planted on the raft block can be smoothly propagated.

Description

Manufacture method of raft block using waste tire and the raft block {The method of seawall block out of waste tire and seawall block}

The present invention relates to a method for producing a lanthanum block and a lanthanum block thereof, and more particularly, to a method for producing a lanthanum block using waste tires and a lanthanum block.

On both sides of the river, at the shores of the sea, and on the banks, concrete is usually poured or piled up of concrete blocks to prevent them from being swept away by the water.

By the way, such a conventional bank for banks because the grass or weeds do not grow difficult to grow microorganisms and animals and plants can not live, therefore, it was not environmentally friendly, because a large amount of concrete, or concrete blocks are used a lot of construction costs.

It is an object of the present invention to provide a method for producing a lake block using waste tires, which is inexpensive in construction cost and enables microbial propagation.

In order to achieve the above object, the present invention provides a method for producing a rake block using waste tires, comprising: cutting a ring along a center of an outer circumferential surface of the waste tire to form a ring-shaped unit waste tire; Storing the unit waste tire in a lower mold having a plurality of outer protrusions radially projecting on an inner circumferential surface of the accommodating part, a cylindrical protrusion provided in the center of the accommodating part, and a plurality of inner protrusions radially protruding around the cylindrical protrusions; ; The upper frame formed of a coupling protrusion which protrudes in the center of the bottom and is fitted into the cylindrical protrusion, a ring-shaped protrusion protruding around the coupling protrusion, an inner protrusion formed around the coupling protrusion, and an outer protrusion formed around the ring-shaped protrusion; Engaging on a mold; The steelmaking slag of 20-100 mash is sorted, and the waste synthetic resin is cut into 200-300 mm and melted at a temperature of 200-300 ° C. for 3-5 minutes, and the selected steelmaking slag and the molten waste synthetic resin are 20-50. : Making a mixed material by mixing at a ratio of 50-80; Injecting the mixed material at a temperature of 150-200 ° C. and a pressure of 100-200 kg / cm 2 between the lower mold and the upper mold in which the unit waste tires are accommodated, a plurality of outer grooves, inner grooves and culture grooves, outer guide grooves, Making a primary molded product having an inner guide groove formed therein; The flame retardant, anti-aging agent, molten waste plastic and the selected steelmaking slag are mixed at a ratio of 15-25: 2-5: 25-35: 40-50, and then applied to the primary molded product to make a unit block. Characterized in consisting of steps.

Another object of the present invention is to provide a relief block for implementing a method for manufacturing a relief block using the waste tire of the present invention.

The raft block using the waste tire of the present invention for achieving such another object is composed of a ring-shaped unit waste tire provided by cutting along the center of the outer circumference and a synthetic resin material applied to the outer circumference of the unit waste tire, A plurality of outer grooves formed, a plurality of inner grooves formed radially on the inner circumferential surface, a ring-shaped culture groove formed around an upper surface between the outer groove and the inner groove, and formed between the outer grooves and connected to the culture grooves A unit block formed between an outer guide groove and an inner guide groove formed between the inner guide groove and connected to the culture groove; A straight socket coupled to opposite outer grooves of two adjacent unit blocks to couple them; It is characterized by consisting of a horizontal connection cross socket which is coupled to the corresponding outer groove of the four unit blocks, respectively, to combine the four unit blocks.

Another feature of the raft block using the waste tire of the present invention, the horizontal connection cross socket, a through hole is formed in the center and a plurality of guide grooves are formed around the ring-shaped culture groove is formed between the through hole and the guide groove And a coupling portion protruding around all four sides of the body to be coupled to the corresponding outer grooves of the four unit blocks, respectively.

Another feature of the raft block using the waste tire of the present invention, the receiving space is formed therein, a plurality of through holes are formed around the fixed pack body coupled to the through holes of the horizontal connection cross socket, and the fixed pack body A fixing pack made of a cover coupled to the upper portion is further provided.

Therefore, since the raft block is manufactured using synthetic resin such as waste tires, the manufacturing cost of the raft block is reduced, and soil and manure are stored in the unit block and the horizontal connection cross socket so as to help the seed growth. Since the inner induction groove, the outer induction groove is formed, there is an effect such that the plants planted on the lake block is smoothly propagated.

Specific features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings.

The method of manufacturing a raft block using the waste tire of the present invention comprises the steps of: cutting along the center of the outer peripheral surface of the waste tire to form a ring-shaped unit waste tire (2); A plurality of outer protrusions 8 radially protruding from the inner circumferential surface of the accommodating part 6, a cylindrical protrusion 7 provided at the center of the accommodating part 6, and a plurality of inner sides protruding radially around the cylindrical protrusion 7. Storing the unit waste tire (2) in the lower mold (5) having the projection (9); A coupling protrusion 12 protruding in the center of the bottom and fitted into the cylindrical protrusion 7, a ring-shaped protrusion 13 protruding around the coupling protrusion 12, an inner protrusion 15 formed around the coupling protrusion 12, and Joining the upper mold (11) consisting of an outer protrusion (14) formed around the ring-shaped protrusion (13) on the lower mold (5); The steelmaking slag of 20-100 mash is sorted, and the waste synthetic resin is cut into 200-300 mm and melted at a temperature of 200-300 ° C. for 3-5 minutes, and the selected steelmaking slag and the molten waste synthetic resin are 20-50: Making a mixed material by mixing at a ratio of 50-80; A plurality of outer grooves 21 by injecting a mixed material at a temperature of 150-200 ° C. and a pressure of 100-200 kg / cm 2 between the lower mold 5 and the upper mold 11 in which the unit waste tires 2 are accommodated. A primary molded product in which an inner groove 22 and a culture groove 23, an outer guide groove 24, and an inner guide groove 25 are formed; The flame retardant, anti-aging agent, molten waste plastic and the selected steelmaking slag were mixed at a ratio of 15-25: 2-5: 25-35: 40-50, and then applied to the primary molded product by a unit block (20 ), And the detailed description is as follows.

First, as shown in FIG. 1, two unit waste tires 2 are made by cutting along the middle portion of the collected waste tire, that is, the middle portion of the outer circumferential surface of the waste tire.

The unit waste tire 2 thus produced is placed in the lower mold 5 so that the inside thereof faces upward, and the upper mold 11 is coupled to the lower mold 5, and then the synthetic resin in a molten state therein. It is filled with medicine.

Here, the lower mold 5 has a circular bowl shape, as shown in FIG. 2, and includes an accommodating part 6 in which the unit waste tire 2 is to be housed. A center of the accommodating part 6 has a center. The cylindrical protrusion 7 of the perforated shape is provided, and the through hole 3 of the unit waste tire 2 is located in this cylindrical protrusion 7.

In addition, a plurality of outer protrusions 8 are radially protruded on the inner circumference of the lower mold 5, and a plurality of inner protrusions 9 are radially formed on the outer circumference of the cylindrical protrusion 7.

The upper mold 11 has a coupling protrusion 12 protrudingly formed at the center of the bottom, and is fitted to the cylindrical protrusion 7 of the lower mold 5, and a ring protrusion 13 is provided around the coupling protrusion 12. It is located in the inner space of the waste tire (2). The inner protrusion 15 protrudes around the coupling protrusion 12, and the outer protrusion 14 protrudes around the ring-shaped protrusion 13.

3, the unit waste tire 2 is inserted into the lower mold 5, and the upper mold 11 is coupled thereto. Then, the synthetic resin material in the molten state is filled therebetween and then solidified appropriately. The same unit block 20 is manufactured.

Here, the synthetic resin in the molten state used to manufacture the unit block 20 is made by the following method.

First, 20-100 mash of steelmaking slag is screened. Then, waste synthetic resins such as vinyl, waste tires and other synthetic resins are cut into 200-300 mm and melted at a temperature of 200-300 ° C. for 3-5 minutes.

Thus, the selected steelmaking slag and the molten waste synthetic resin are mixed at a ratio of 20-50: 50-80 to make a mixed material.

And a plurality of outer grooves (21) by injecting the mixed material at a temperature of 150-200 ℃ and a pressure of 100-200kg / ㎠ between the lower mold 5 and the upper mold 11, the unit waste tire (2) is accommodated ), The inner groove 22 and the culture groove 23, the outer guide groove 24, the inner guide groove 25 is formed to form a primary molded product.

In this way, when the primary molded product is made, the work is performed to coat the circumference. The flame retardant, the anti-aging agent, the molten waste synthetic resin and the selected steelmaking slag are applied. After mixing at a ratio of 40-50, it is applied to the primary molded product so as to extend the life of the completed unit block 20.

In the unit block 20 manufactured as described above, as illustrated in FIGS. 4 to 6, a plurality of outer grooves 21 are formed radially on the outer circumferential surface, and a plurality of inner grooves 22 are radially formed on the inner circumferential surface. , Around the upper surface between the outer groove 21 and the inner groove 22, a ring-shaped culture groove 23 is formed.

In addition, an outer guide groove 24 is formed between the outer grooves 21 and is connected to the culture groove 23, and an inner guide groove 25 is formed between the inner grooves 22 and the culture groove 23. .

In the unit block 20, two unit blocks 20 are coupled to each other by a straight socket 31 as shown in FIGS. 7 and 9, and four adjacent unit blocks 20 are illustrated in FIGS. 8 and 10. It is coupled by the horizontal connecting cross socket 32 shown.

The horizontal connecting cross socket 32 is composed of a body 33 and the engaging portion 37, as shown in Figs. 8, 11 and 12, the body 33, the through hole 34 in the center A plurality of guide grooves 35 are formed around the body 33, and a ring-shaped culture groove 36 is formed between the through hole 34 and the guide groove 35.

Coupling portion 37 is formed to protrude around the four sides of the body 33 to be respectively coupled to the corresponding outer grooves 21 of the four unit blocks (20).

A fixing pack 40 is coupled to the through hole 34 of the body 33 so that the horizontal connecting cross socket 32 is firmly fixed to the ground. The fixing pack 40 has a storage space 42 therein. ) Is formed and a plurality of through-holes 43 are formed on the periphery of the fixed pack body 41 and coupled to the through-hole 43 of the horizontal connecting cross socket 32, the fixed pack body 41 is coupled to the upper portion The cover 44 is formed of a plurality of through holes 45.

Therefore, by connecting two adjacent unit blocks (20) by the straight socket 31 to build a river bank, and four unit blocks (20) by placing a horizontal connecting cross socket 32 in the center of the adjacent four unit blocks (20) ) Are connected to each other, the horizontal connection cross socket 32 is coupled to the fixing pack 40 to be firmly fixed to the ground.

In addition, the culture groove 23 of the unit block 20 and the culture groove 36 of the horizontal connection cross socket 32 may accommodate the soil mixed with manure to help the growth of seeds sown. At this time, the plants planted in the culture grooves 23 and 36 grow while ingesting nutrients in the soil, even when the unit blocks 20 are stacked in a state where the plants grow and grow in size as the horizontal connection cross socket (32) Induction groove 35 of the) and the outer guide groove 24, the inner guide groove 25 of the unit block 20 can continue to stiffen outward.

On the other hand, the nutrients of the plant are appropriately supplied to the plant growing on the unit block 20 and the horizontal connection cross socket 32 through the through holes 43 of the fixed pack body 41 by inserting a mantle into the fixed pack body 41. It can be done.

Here, the bottom of the culture grooves (23) and (36) is formed with drainage grooves so that the water introduced into the culture grooves is smoothly drained downwards through it, and on the drainage grooves to prevent small seeds from being discharged into the drainage grooves. You can also place a mesh or the like.

Such a method of manufacturing a raft block using the waste tire of the present invention and the raft block have the following advantages.

First, since the manufacturing unit block 20 to build a river bank using synthetic resins, such as waste tires, waste vinyl, waste synthetic resins, not only an environmentally friendly construction method but also a low construction cost can reduce the economic burden.

Second, the culture block 23, 36, the guide groove 35, the outer guide groove 24, the inner guide groove 25 is formed in the unit block 20 and the horizontal connection cross socket 32 for coupling the same; In the culture grooves 23 and 36, soil mixed with manure is stored so that the plants grow well, so that the growth of the plants is smooth, and the plants grow well on the constructed dike, so that the soil under the dike is flooded. Sweeping down prevents the dike from collapsing.

Third, nutrients are sufficiently supplied to the plants growing by the fixing pack 40 having the manure stored therein to promote the development of the plant, and the fixing pack 40 is firmly supported on the ground so that the horizontal connection cross socket 32 ) Is firmly supported on the ground, so the construction state of the raft block is certain.

According to the method of manufacturing a raft block using the waste tire according to the present invention as described above and the raft block, since the raft block is manufactured using synthetic resin such as waste tire, the manufacturing cost of the raft block is reduced, the unit block 20 Soil and manure are accommodated in the horizontal connection cross socket 32 and the culture grooves 23, 36, guide grooves 35 and the inner guide groove 25, the outer guide groove 24 to help the seed growth. Since it is formed, there is an effect such that the plants planted on the protection block is smoothly propagated.

1 to 3 is a side view, an exploded perspective view, a plan view sequentially showing a step of manufacturing a relief block using a waste tire

Figure 4 is a perspective view of the completed ban block

5 and 6 are cross-sectional views taken along line A-A 'and line B-B' of FIG.

7 is a perspective view showing a straight socket

Figure 8 is an exploded perspective view showing a horizontal cross socket

9 and 10 are plan views showing the combined state of the guard block;

11 and 12 are cross-sectional views taken along lines C-C 'and D-D' of FIG. 8;

* Description of the symbols for the main parts of the drawings *

5; Bottom mold 11; Upper frame

20; Unit blocks 23,36; Culture home

24; Outer guide groove 25; Inner guide groove

31; Straight socket 32; Cross Recessed Sockets

33; Body 35; Induction groove

37; Coupling part 40; Fix Pack

Claims (4)

Cutting along the center of the outer circumferential surface of the waste tire to form a ring-shaped unit waste tire 2; A plurality of outer protrusions 8 protruding radially on the inner circumferential surface of the accommodating part 6, a cylindrical protrusion 7 provided in the center of the accommodating part 6, and a plurality of radial protrusions protruding radially around the cylindrical protrusion 7. Storing the unit waste tire (2) in a lower mold (5) having an inner protrusion (9); A coupling protrusion 12 protruding in the center of the bottom and fitted into the cylindrical protrusion 7, a ring-shaped protrusion 13 protruding around the coupling protrusion 12, and an inner protrusion formed around the coupling protrusion 12. 15) and an upper mold (11) consisting of an outer protrusion (14) formed around the ring-shaped protrusion (13) on the lower mold (5); The steelmaking slag of 20-100 mash is sorted, and the waste synthetic resin is cut into 200-300 mm and melted at a temperature of 200-300 ° C. for 3-5 minutes, and the selected steelmaking slag and the molten waste synthetic resin are 20-50. : Making a mixed material by mixing at a ratio of 50-80; The mixed material is injected at a temperature of 150-200 ° C. and a pressure of 100-200 kg / cm 2 between the lower mold 5 and the upper mold 11 in which the unit waste tires 2 are accommodated. ), Making the primary molded product formed with the inner groove 22 and the culture groove 23, the outer guide groove 24, the inner guide groove 25; The flame retardant, anti-aging agent, molten waste plastic and the selected steelmaking slag were mixed at a ratio of 15-25: 2-5: 25-35: 40-50, and then applied to the primary molded product by a unit block (20 Method of manufacturing a shelter block using waste tires, characterized in that consisting of) making step. A ring-shaped unit waste tire (2) and a plurality of outer grooves (21) formed radially on the outer circumferential surface of the ring-shaped unit waste tire (2) and the unit waste tire (2) provided on the outer circumference thereof; Between a plurality of inner grooves 22 formed radially on the inner circumferential surface, a ring-shaped culture groove 23 formed around the upper surface between the outer groove 21 and the inner groove 22, and the outer groove 21 A unit block 20 formed of an outer induction groove 24 formed in the inner groove 22 and connected between the inner groove 22 and the inner induction groove 25 connected to the incubation groove 23. and; A straight socket 31 coupled to opposite outer grooves 21 of two adjacent unit blocks 20 to couple them; Revetment block using a waste tire, characterized in that consisting of a horizontal connection cross socket 32 is coupled to the corresponding outer groove 21 of the four unit blocks 20, respectively to combine the four unit blocks (20). According to claim 2, The horizontal connecting cross socket 32, A through hole 34 is formed in the center and a plurality of guide grooves 35 are formed around the body 33 in which a ring-shaped culture groove 36 is formed between the through hole 34 and the guide groove 35. ), And a raft using waste tires, characterized in that the coupling portion 37 is formed to protrude around all sides of the body 33 to be coupled to the corresponding outer grooves 21 of the four unit blocks 20, respectively. block. The method of claim 2, A fixing pack body 41 is formed therein, and a plurality of through holes 43 are formed around the fixing pack body 41, which is coupled to the through holes 43 of the horizontal connecting cross socket 32. A shelter block using a waste tire, characterized in that the fixing pack 40 further comprises a cover 44 coupled to the upper portion of the body (41).