KR20130053270A

KR20130053270A - The block which plants grow well included lagging

Info

Publication number: KR20130053270A
Application number: KR1020110118978A
Authority: KR
Inventors: 이용붕
Original assignee: 이용붕
Priority date: 2011-11-14
Filing date: 2011-11-14
Publication date: 2013-05-23

Abstract

PURPOSE: A heat insulation type vegetation block is provided to prevent plants from being withered by controlling the inside temperature of a vegetation part. CONSTITUTION: A heat insulation type vegetation block(A) comprises a concrete block(101), a heat insulator(201), and an absorptive plate(401). The concrete block comprises a vegetation part(102) and a soil filling part(103). The heat insulator is installed on the inner side of the vegetation part. The slope side of the concrete block and heat insulator is formed with the absorptive plate and water supply openings(104,202) to supply soil moisture and underground water generated on the slope side to the vegetation part through the soil filling part. The central part of the absorptive plate is equipped with an absorptive plate cover(402) for preventing the loss of absorbed moisture.

Description

Thermal Vegetation Block {THE BLOCK WHICH PLANTS GROW WELL INCLUDED LAGGING}

1 is a perspective view of the insulating vegetation block according to the present invention

Figure 2 is a perspective view of the insulating vegetation block insulation in accordance with the present invention

3 is a front cutaway view of the insulating vegetation block according to the present invention

4 is a plan view of the insulating vegetation block plan according to the present invention

5 is a plan view of the insulating vegetation block according to the present invention

Figure 6 is a left side view of the insulating vegetation block according to the present invention

7 is a right side view of the insulating vegetation block according to the present invention;

8 is a front view of the insulating vegetation block according to the present invention

9 is a rear view of the insulating vegetation block according to the present invention

10 is a front view of the insulating vegetation block insulation in accordance with the present invention

11 is a front cutaway view of the insulating vegetation block insulation in accordance with the present invention

Figure 12 is a left side view of the insulating vegetation block insulation in accordance with the present invention

13 is a right side view of the insulating vegetation block insulation according to the present invention

14 is a thermal insulation vegetation block water inlet frame according to the present invention

15 is an insulating vegetation block absorbing plate according to the present invention

16 is a thermal insulation vegetation block assembly according to the present invention

Figure 17 is a state diagram of the thermal insulation vegetation block construction according to the present invention

Explanation of symbols on the main parts of the drawing

A: Insulating Vegetation Block

101: concrete block 102: planting department

103: filling the soil 104: concrete block water inlet

105: concrete block absorber groove 106: assembly groove

107: assembly protrusion 108: interlocking protrusion

201: insulation 202: insulation water inlet

203: Heat Absorber Plate

301: water supply frame 302: water supply frame connecting line

401: absorber plate 402: absorber plate cover

The present invention relates to an insulated vegetation block, in particular, by installing a heat insulating material such as styrofoam on the inner surface of the planting part of the vegetation block, plants planted by the temperature rise due to direct sunlight in the summer and freezing by the outside air in the summer, It prevents it from being killed and installs water supply port and absorption plate on the side of the block facing the ground during construction, so that the water of groundwater or the soil itself is transferred to the vegetation block, so it does not die even after prolonged drought. It is about an ecologically warm vegetation block that can reduce the inconvenience and budget waste.

As is well known, vegetation blocks protect river banks, rivers, reservoirs, dams such as dams, incline and roads, and cut slopes such as roads and roads.

Existing vegetation blocks of this structure have higher thermal conductivity than soil due to the characteristics of concrete blocks, so plants planted in narrow planting spaces due to temperature rise due to direct sunlight in summer and temperature drop due to outside air in winter are susceptible to Korea and East Sea. If there is no water supplied to the planting space, the planted plant will be dried up and the plant will have no function to protect the planted plant.

In the Republic of Korea Utility Model No. 20-2009-0001661 (2009.02.20. Hoan block equipped with vegetation mat) designed to improve such a problem, the soil is placed on the upper surface of the pressure block, and the vegetation mat with seeds interposed thereon It is a structure that installs, but this also does not have the function of keeping warm, and can not prevent the year and the East Sea, and there is no function to supply moisture during the drought, to protect the planted plant in the natural environment of the four seasons distinct Korea Since it is not possible, it can be said that it is an ineffective design that cannot prevent the death of planted plants.

The present invention has been made to improve the above-mentioned conventional problems, in particular, by installing a heat insulating material such as styrofoam on the inner surface of the planting portion of the vegetation block planted by the temperature rise due to direct sunlight in the summer and freezing by outside air in the summer It prevents the death of the Korean and East Seas, and installs a water supply port and an absorption plate on the block surface facing the site during construction, so that the water in the groundwater or the soil itself is transferred into the vegetation block, so it doesn't die after prolonged drought. It is possible to reduce the inconvenience of reconstruction due to the test and a lot of budget waste, and one side of the insulating vegetation blocks are connected to each other so that a connection groove is installed to prevent separation, and the other side of the projection can be inserted into the connection groove. Is installed, so that the interconnection is easy, firmly connected, and between the insulating vegetation block Relates to an insulation type vegetation block that allows the inclined surface during installation to install the interlocking protrusions for the filling to be used for inter-locking action can be reliably protected.

In addition, the water inlet is installed on the block face toward the ground during construction is prepared by inserting a pre-fabricated water inlet frame inside the mold when manufacturing the insulating vegetation block, and then cast concrete, the water inlet frame is recycled plastic It is possible to increase the recycling rate of the resource by manufacturing using the material. The absorbing plate is made of a material that can absorb water effectively by capillary action. The absorbent water is absorbed by installing a cover with polyethylene film. The purpose is to provide an environmentally friendly warm vegetation block such that it can be delivered to the vegetation section without being lost in the middle.

Preferred embodiments of the present invention for achieving the above object will be described in detail with reference to the accompanying drawings.

Figure 1 shows a perspective view of the thermal insulation vegetation block (A), Figure 2 shows a perspective view of the heat insulating material 201 inserted into the thermal insulation vegetation block planting portion 102, the plant block in the concrete block 101 (102), the soil filling part 103, the water supply hole 104, the absorbing plate groove 105, the insertion portion 106, the projection 107 and the interlocking projection 108, the planting portion 102 Insulation material 201 is inserted into the inner surface of the insulating material supply hole 202 and the heat insulating material absorbing plate groove 203 is installed, the thermal insulation type vegetation block (A) is the insulating material 201 inside the planting portion (102). By inserting), the concrete block 101 is heated by direct sunlight in summer to prevent the planting plant dried by the temperature rise inside the planting unit 102, the outside air temperature is lowered to below zero in winter season The temperature of 102 is excessively lowered to prevent the planted plant from freezing and dying, The water supply holes 104 and 202 and the absorber plate 401 are supplied with water to the planting part 102 through the soil filling part 103 and the ground water and the sloped soil itself generated on the inclined surface after construction, so that the long term drought Even if it continues, the water supply to the planting unit 102 is stably serves to prevent the planted plant from being killed.

In addition, the inserting portion 106, the protrusion 107 and the interlocking protrusion 108 are connected to each other and the interlocking function of the insulating vegetation block (A) during construction serves to maintain a stable slope. .

On the other hand, the production of the thermal insulation type vegetation block (A) is produced in advance after the heat insulating material 201 and the water supply pipe frame 401, when the mold for producing a concrete block 101 in the inner mold of the vegetation portion 102 The insulation 201 is inserted, the water supply pipe frame 401 is inserted into the mold of the concrete block 101, and the concrete is poured.

Figure 3 shows a front cutaway view of the thermal insulation vegetation block (A), Figure 4 shows a planar cutaway view of the thermal insulation vegetation block (A), the planting portion 102 and soil filling portion 103 ) And the inclined surface of the soil is connected to each other through the water supply port 104, 202 and the absorption plate grooves (105, 203).

5 is a plan view of the thermal insulation vegetation block (A), Figure 6 is a left side view of the thermal insulation vegetation block (A), Figure 7 is a right side view of the thermal insulation vegetation block (A), Figure 8 is the 9 illustrates a front view of the insulating vegetation block A, and FIG. 9 illustrates a rear view of the insulating vegetation block A. The planting part 102 and the soil filling part 103 penetrate up and down. It is made in the form, laminated and constructed so that the upper and lower vegetation blocks can be interconnected with soil.

FIG. 10 is a front view of the heat insulating material 201, FIG. 11 is a front cutaway view of the heat insulating material 201, FIG. 12 is a left side view of the heat insulating material 201, and FIG. 13 is a right side view of the heat insulating material 201. By indicating, the thermal insulation material is used to order production in the thermal insulation material production plant, it is possible to use a variety of thermal insulation materials such as foamed polyethylene insulation, hard polyurethane foam insulation and artificial mineral fiber insulation.

FIG. 14 shows the water supply frame 301 inserted into the concrete block 101, and manufactures a mold and uses the plastic injection process. In particular, by using recycled plastics, the recycling rate of resources can be increased.

Figure 15 shows the absorbing plate 401, the capillary action is well made by using a material that can easily absorb the moisture of the earth to be transferred to the planting unit 102, the absorbed moisture is the planting The cover 402 is covered with a polyethylene film or the like at the center of the absorbent plate 401 in order to prevent the water from being absorbed outside the portion 102 and loss of water.

Figure 16 shows the assembly diagram of the thermal insulation vegetation block (A), each of the thermal insulation vegetation block (A ') when connecting the other thermal insulation vegetation block (A) next to the construction when the construction The absorber plate 401 is disposed below the blocks A and A ', and the protrusion 107 of the heat insulating vegetation block A is inserted into the insertion portion 106 of the heat insulating vegetation block A'. After inserting until the interlocking protrusion 108 is in close contact with the interlocking protrusion 108, the vegetation part 102, the soil filling part 103, and the water inlets 104 and 202 are filled with soil, and then the interlocking protrusion 108 is disposed. Fill the space with soil to allow for sufficient interlocking action.

17 is a view showing the construction state of the thermal insulation vegetation block (A), the soil and soil filling portion 103 and the planting portion 102 of the inclined surface is interconnected through the water supply holes (104, 202), the top The planting portion 102 of the bottom and the bottom of the soil filling portion 103 of the bottom is connected to each other when rain rain coming down from the upper planting portion 102 to the soil filling portion 103 of the lower, sunny day Has a structure that can be supplied to the planting portion 102 of the top of the soil filling portion 103 of the lower.

As described above, the thermal insulation type vegetation block A according to the present invention is a concrete block 101 having two spaces consisting of a planting part 102 and a soil filling part 103, and the inner surface of the planting part 102. By arranging the insulating material 201, the internal temperature of the planting portion 102 is too high in the summer, and too low in the winter to prevent the plants planted in the planting portion 102 to die, and during a prolonged drought Through the water inlets 104 and 202 and the absorber plate 401, the groundwater or the water of the soil itself coming from the inclined soil can be supplied to the planting unit 102 to prevent the planted plant from drying out. It is a very useful invention that can prevent the inconvenience and budget waste that need to be redone.

Claims

In the concrete block 101 having two spaces consisting of the planting portion 102 and the soil filling portion 103, the insulation member 20 is disposed on the inner surface of the planting portion 102, thereby Internal temperature is too high in the summer, too low in the winter heat-insulating vegetation block (A), characterized in that to prevent the plants planted in the planting section 102 to die

According to claim 1, the water supply holes 104, 202 and the absorption plate 401 is provided on the surface of the concrete block 101 and the heat insulating material 201 toward the inclined surface side, the groundwater or soil itself generated on the ground of the inclined surface Moisture is transmitted to the planting unit 102 through the soil filling unit 103 through the water inlets 104 and 202 and the absorbing plate 401 to prevent the planted plant from drying out even if the drought continues for a long time. Thermal insulation vegetation block, characterized in that (A).

In addition, the absorbent plate 401 is a material that can easily absorb the moisture by the capillary action, the central portion of the absorber plate cover 402 with a polyethylene film or the like to prevent the absorbed moisture is lost to other places. It is characterized by installing.

Insulation material 201 can be used for various types of insulation, such as foam polyethylene insulation, hard polyurethane foam insulation and artificial mineral fiber insulation, the shape of the vegetation portion can be produced in various forms, such as rectangular, round, oval, half moon type. It is characterized by.