KR101086710B1 - Multistage cage for earthworm-breeding and Apparatus and Method - Google Patents

Abstract

The present invention relates to a multi-stage earthworm breeding device and a method thereof, and more particularly, to form a breeding space in the basement of the ground for breeding the earthworm, and the upper part is open in the breeding space, and numerous airflow holes in both sides and the lower part. The perforated breeding case consists of a multi-stage structure in which a plurality of layers are stacked, so that a large amount of earthworms can be bred with a minimum area and a small number of people. In particular, a separate drop hose, an air hose, a cold / hot water hose, etc., is placed on the upper side of the breeding case. Or it can be arranged on both sides to easily control temperature and humidity, so that earthworms can be reared under optimal environmental conditions regardless of the season, and the ground and underground can be used efficiently by utilizing golf putts, lawns, and other amusement facilities on the ground. Of multistage earthworm breeding device and method thereof As,

The present invention is a multi-stage earthworm breeding device and a specific solution means of the method,

[The excavation step to excavate the ground to be installed to form a breeding space 10, and then the ground so that the earth is not lost in the inner wall surface, lay a non-woven fabric 30 on the bottom surface and feed the earthworm and earthworm on the top Initial breeding case installation step of placing a plurality of breeding case 20 in the state of storing the organic sludge horizontally on the bottom bottom of the breeding space 10, and at the bottom bottom of the breeding space 10 Hose for placing a drop hose 600, the air hose 700 and the cold and hot water hose 800 in which the through hole 678 is perforated on the outer circumferential surface horizontally or vertically on the plurality of breeding case 20 horizontally installed Arrangement step, the breeding case to the upper side of the breeding case 20 installed on the bottom surface of the breeding space portion 10 alternately repeat the breeding case installation step and the hose placement step breeding case 20 in the breeding space Breeding case multi-stage installation step to install in the (10), and to maintain the horizontal to the upper surface of the plurality of breeding case 20 installed at the top of the breeding case 20, the plurality of water holes 400 perforated horizontal Plate installation step of installing the plate 40, and the roll grass member seating step of mounting the non-woven fabric 500 on the upper portion of the horizontal plate 40 and the detachable roll grass member 50 on the upper side to be detachable It consists of the configuration features.

The present invention configured as described above,

It consists of a multi-stage structure that forms a breeding space in the basement of the ground for breeding earthworms, and stacks a plurality of breeding cases in which the upper part is opened in the breeding space and a number of ventilation holes perforated in both sides and the lower part. It is possible to breed a large number of earthworms with an area and a small number of people, and in particular, separate drop hoses, air hoses, cold and hot water hoses, etc. are arranged on the upper or both sides of the breeding case to facilitate temperature and humidity management, thus regardless of the season. The earthworms can be raised under the environmental conditions of the ground, and the ground can be used efficiently at the same time by using the ground as a golf putting field, lawn, and other amusement facilities.

Excavation stage, initial breeding case installation stage, hose placement stage, breeding case multi-stage installation stage, plate installation stage, roll grass member seating stage.

Description

Multistage cage for earthworm-breeding and Apparatus and Method

The present invention relates to a multi-stage earthworm breeding device and a method thereof, and more particularly, to form a breeding space in the basement of the ground for breeding the earthworm, and the upper part is open in the breeding space, and numerous airflow holes in both sides and the lower part. The perforated breeding case consists of a multi-stage structure in which a plurality of layers are stacked, so that a large number of earthworms can be bred with a minimum area and a small number of people. Or it can be arranged on both sides to easily control temperature and humidity, so that earthworms can be reared under optimal environmental conditions regardless of the season, and the ground and underground can be used efficiently by utilizing golf putts, lawns, and other amusement facilities on the ground. Of multistage earthworm breeding device and method thereof The

In general, the technology for stabilizing organic waste using the physiological characteristics of earthworms is very favorable in terms of recycling of waste resources and environmental protection, and is actively being performed both domestically and globally.

Earthworms are fed by 80-120% of their weight and excreted feces.

When breeding earthworms, supplying organic wastes such as food waste as earthworm food can easily treat the organic wastes without environmental pollution, and the raised earthworms can be used as medicinal, fishing rice, animal feed, industrial products, etc. In addition, the fecal soil generated by the earthworm can be used as agricultural fertilizer.

In other words, earthworms live in the ground and eat organic matters while they are living. Earthworms are used as medicines, cosmetic raw materials, and fishing baits. Feces (earthworm dung) are used as organic fertilizers, deodorants, and microbial carriers.

Due to the above characteristics of earthworms, in recent years, attempts have been actively made to stabilize organic wastes such as food waste, sewage sludge, and livestock manure by using earthworms and recycle the by-products.

However, in Korea, first, land costs for securing earthworm breeding sites are excessive, and second, the temperature changes according to seasons are severe, so summer high temperatures and winter low temperatures are not suitable for earthworm growth environments. Third, securing land sites Even though the ground level is not installed on the ground, it is inefficient in terms of land utilization due to low ground utilization, and fourthly, the fact that it is a typical repellent industry is because a series of operations for raising earthworms are dealing with waste. It is acting as an obstacle to the development of environmental treatment technology using mass breeding and earthworm.

In order to solve the problem of the earthworm breeding, it is necessary to maximize the land use efficiency by multiplying and three-dimensional the earthworm breeding space, and to control the breeding environment such as temperature, light and moisture throughout the year, and to feed the earthworm food and to separate the excess feces. By doing this automatically, the pain of evasion should be eliminated.

For this purpose, in the case of the breeding bed in the form of a bed in the conventional three-dimensional multi-layered earthworm breeding system, the earthworm breeding bed is a conveyor belt type, so that the fecal soil at the edge of the breeding land falls to the bottom by rotating the conveyor belt at regular intervals. One of them is in Patent Application No. 1999-42952, which uses a conveyor belt, which is a mechanical element, to remove fecal soil, which has a problem that life history of earthworm populations cannot be stably continued in breeding.

That is, the earthworm is stressed due to the noise generated by using a mechanical element such as a conveyor belt, which causes a problem of the breeding failure of the earthworm.

In addition, in the case of the existing breeding device and system, the breeding device is installed in a certain space on the ground, and the breeding is carried out in a state of covering the roof, so that the space is used only for the earthworm breeding, which implies problems such as inefficient use and management of the land. It is.

Accordingly, the present invention has been made to solve the above problems,

A breeding space part is formed in the basement of the ground for breeding earthworms, and a plurality of breeding cases are provided in the breeding space part in multiple stages. Multi-stage earthworms that can be used to raise a large amount of earthworms with a minimum area, and to use the ground and the ground at the same time effectively by using golf putts, lawns, other green facilities such as simple greening and sports facilities. It is an object of the present invention to provide a breeding apparatus and method thereof.

In order to achieve the above object, the present invention is a multi-stage earthworm breeding device and a specific solution means of the method,

[The excavation step is to excavate the ground to be installed to form a breeding space, and then the soil is not lost on the inner wall surface, and a non-woven fabric is laid on the bottom surface and the organic sludge stored in the earthworms and the earthworms is stored on the upper surface. Initial breeding case installation step of placing a plurality of breeding cases horizontally on the bottom bottom of the breeding space, and horizontally or vertically on the outer peripheral surface horizontally on the upper side of the plurality of breeding cases horizontally installed on the bottom bottom of the breeding space Hose arrangement step of arranging the perforated hole, air hose and hot and cold water hose, and breeding by alternately repeating the breeding case installation step and the hose arrangement step to the upper side of the breeding case installed on the bottom bottom of the breeding space portion Breeding case multi-stage installation step of installing the casing in the multi-stage case In order to maintain a horizontal plane on the upper surface of the plurality of breeding cases installed at the top of the breeding case, a plate installation step of installing a horizontal plate perforated with a plurality of water holes, and the non-woven fabric is laid on the upper portion of the horizontal plate separately The roll grass member seating step for mounting the cultivated roll grass member detachably,

As the next step of the excavation step, the spacing maintenance plate arrangement step of installing a spacing maintenance plate in which a plurality of discharge holes are perforated on the bottom surface of the breeding space portion,

The drop hose, air hose, cold and hot water hose of the hose arrangement step to connect the connector at each stage from the bottom bottom of the breeding space to the breeding case disposed on the top floor or by using the flexible properties of the drop hose, air hose, cold and hot water hose It is bent to be used as a single drip hose, air hose, hot and cold water hose, each end of the hose is connected to the drop hose tank, air pump, cold and hot water tank provided on one side of the breeding space,

The breeding space part is provided with a filling surface so that soil is not lost on the inner circumferential wall, and is multi-layered in the breeding space part, and the upper part is opened and countless vent holes are perforated on all sides and the bottom surface. It is for maintaining the horizontal of the rectangular breeding case is provided with a groove at the top of the four sides, the nonwoven fabric provided on the bottom surface of the breeding case, and the plurality of breeding cases provided horizontally at the top of the breeding case. A horizontal plate on which a plurality of water holes are perforated, a non-woven fabric laid on the upper portion of the horizontal plate, a roll grass member cultivated to enjoy various amusement facilities, and a plurality of outer circumferences mounted on the groove of the breeding case. Perforated holes, flexible material, closed at one end Hose, air hose and hot and cold water hose, the drip hose tank which is connected to the other end of the drip hose provided on one side of the ground of the breeding space portion, and connected to the other end of the air hose to the ground side of the breeding space portion The air pump provided, connected to the other end of the cold and hot water hose, the cold and hot water tank provided on one side of the ground of the breeding space portion, and the liquid ratio falling from the breeding case on one side of the bottom of the breeding space portion as a suction liquid tank A motor, which is provided so as to operate the control of the inflow and outflow of water, cold and hot water and air from the drip hose tank, the air pump and the cold and hot water tank, and a motor drive. Consisting of a controller with a connection,

The breeding case is provided with a vertical groove in the longitudinal direction in the center of the four sides so that the drip hose, air hose, hot and cold water hose can be inserted and arranged,

The drip hose, the air hose, and the hot and cold water hoses are inserted into the grooves horizontally or vertically on the upper side of the plurality of breeding cases horizontally installed on the bottom surface of the breeding space in a state in which they are integrally installed at the upper end thereof. It is arranged in each stage in a zigzag shape is inserted into the groove in the horizontal or vertical direction horizontally installed on the upper side of the plurality of breeding case provided,

The bottom surface of the breeding space portion is provided with a space maintaining plate is a plurality of discharge holes perforated] can be achieved by the constitutional feature of the above object.

The present invention configured as described above,

It consists of a multi-stage structure that forms a breeding space in the basement of the ground for breeding earthworms, and stacks a plurality of breeding cases in which the upper part is opened in the breeding space and a number of ventilation holes perforated in both sides and the lower part. It is possible to breed a large number of earthworms with an area and a small number of people, and in particular, separate drop hoses, air hoses, cold and hot water hoses, etc. are arranged on the upper or both sides of the breeding case to facilitate temperature and humidity management, thus regardless of the season. The earthworms can be raised under the environmental conditions of the ground, and the ground can be used efficiently at the same time by using the ground as a golf putting field, lawn, and other amusement facilities.

While specific embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments and the general knowledge in the art to which the present invention pertains does not fall within the spirit of the present invention. Various changes and modifications may be made by the person who owns them.

With reference to the accompanying drawings, a preferred embodiment of the present invention by the above configuration will be described in detail.

Figure 1 is a simplified block diagram of a multi-stage earthworm breeding method of the present invention, Figure 2 is a cross-sectional view of the multi-stage earthworm breeding device of the present invention, Figure 3 is a cross-sectional view of a state in which the breeding case is removed from the breeding space in the multi-stage earthworm breeding device of the present invention. Figure 4 is a partially separated perspective view of the multi-stage earthworm breeding device of the present invention, Figure 5 is an exploded perspective view of the breeding case in the multi-stage earthworm breeding device of the present invention, Figure 6 is a cross-sectional view of another embodiment of the multi-stage earthworm breeding device of the present invention Figure 7 is a perspective view showing a state in which the hoses are coupled in the multi-stage earthworm breeding device of the present invention, Figure 8 is a perspective view showing a state in which each hose is connected to the connector in the multi-stage earthworm breeding device of the present invention, Figure 9 Another embodiment of the hose connection in the inventors multi-stage earthworm breeding device A perspective view showing in brief.

First, the present invention is an invention related to a method and an apparatus. First, the method will be described in terms of structural features and the apparatus will be described in detail.

Referring to the present invention a multi-stage earthworm breeding method step by step,

[Excavation step]

As shown in Figures 1, 2, and 6, this step is the first step of the present invention to secure the site first and excavate the ground to form the breeding space 10 so that the soil is not lost on the inner wall surface Refers to the stage of embankment.

Although the flat site is illustrated in the drawings, there is no difference in the application of the present invention, even if it is a non-degraded site.

[Placement spacing step]

This step is an optional step, the operator can optionally apply to the next step of the excavation step, but the reason to go through this step is the breeding case 20 described below on the bottom surface of the breeding space 10 In order to prevent the difficulty in the discharge of the liquid rain in advance to install a space maintaining plate 41 is a plurality of discharge holes 410 perforated on the bottom of the rear space space 10 Step is this step.

[First breeding case installation step]

After the breeding space 10 is formed as described above, the breeding case 20 is provided on the bottom surface of the breeding space 10 so that the plurality of breeding cases 20 are applied to the present stage horizontally. On the bottom surface of the case 20, a plurality of breeding cases 20 are laid horizontally on the bottom surface of the breeding space 10 in a state in which a non-woven fabric 30 is laid and an organic sludge fed with earthworms and earthworms is stored thereon. To deploy.

[Hose Placement Steps]

This step is horizontally or vertically horizontally above the plurality of breeding cases 20 installed horizontally on the lowest bottom surface of the breeding space 10, which can be arbitrarily determined by the user, that is, on the outer circumferential surface in the horizontal or vertical direction. The through hole 678 is a step of disposing the drop hose 600, the air hose 700 and the cold and hot water hose 800.

This is as shown in Figures 2 and 6 to 8,

As will be described again below, the hoses 600, 700, and 800 are disposed along the groove 201 or the vertical groove 202 of the breeding case 20,

For example, the breeding case 20 in a state in which the hoses 600, 700, and 800 are disposed along the groove 201 provided above the breeding case 20 disposed on the bottom surface of the breeding space 10. After stacking another breeding case 20 in multiple stages on the top of the hose 600, 700, 800 is bent and inserted into the longitudinal groove 202 of the breeding case 20 is coupled to another breeding case 20 The grooves 201 will be disposed horizontally.

By repeating this process alternately, the hoses 600, 700, and 800 may be disposed between the breeding cases 20 stacked in multiple stages to perform the original functions of the hoses 600, 700, and 800.

[Raising case multi-stage installation step]

As mentioned in the latter part of the description, this step has been described, that is, the breeding case installation step and the hose placement step are alternately repeated to the upper side of the breeding case 20 installed on the bottom surface of the breeding space part 10. Refers to the step of installing the case 20 in the breeding space 10 in multiple stages.

Specifically, once again,

The drop hose 600, the air hose 700, the cold and hot water hose 800 of the hose arrangement step connector (B) at each end up to the breeding case 20 arranged on the top floor from the bottom of the breeding space 10 Connected or bent by using the flexible properties of the drip hose 600, air hose 700, cold and hot water hose 800, each integrated drop hose 600, air hose 700, cold and hot water hose 800 In this case, the hoses 600, 700, and 800 are disposed between the breeding case 20 stacked in multiple stages as shown in FIGS. 2, 6, and 8 when the shape is zigzag. On the other hand, the ends of the hose is connected to the drip hose tank 60, the air pump 70, the cold and hot water tank 80 provided on one side of the breeding space 10, the controller described below By the operation of (C), that is, Or to operate the hot water or air emissions and blocking. The controller C for such an operation is naturally located on the ground.

[Plate Installation Steps]

After stacking the breeding case 20 in multiple stages as described above, so that the hoses 600, 700, and 800 are disposed therebetween, the uppermost surface of the breeding case 20, that is, the upper surface of the plurality of breeding cases 20 close to the ground. In order to maintain the horizontal to be installed a horizontal plate 40 perforated with a plurality of water holes 400 and the installation of such a horizontal plate 40 is for the simultaneous use of the ground and underground which is the ultimate object of the present invention. It is a step to equip the ground with golf putting ground or other greening and amusement facilities. It prevents the stress of earthworms and ground collapse when the user walks, runs, or plays on the ground. Of course, the installation is for other stability.

[Roll grass member seating stage]

This step is the last step of the present invention, after installing the horizontal plate 40 as described above, the non-woven fabric 500 is laid on the upper side and the ground by mounting the detachable roll grass member 50 separately on the upper side There is a variety of amusement facilities to enjoy.

When the present invention is constructed through the above process, it is possible to breed the earthworm in the basement and to secure the space where the ground can also enjoy a separate amusement facility. Or it is a technology that can be enjoyed to enjoy amusement facilities.

Hereinafter, described in detail with respect to the present invention multi-stage earthworm breeding device,

As shown in Figures 2 to 8,

Reference numeral 10 indicates a breeding space part,

The breeding space portion 10 is to be formed by carrying out excavation work in a state in which a worker or earthworm breeding to secure a site, the ground surface 100 is provided so that the soil is not lost on the inner peripheral wall surface. .

Reference numeral 20 denotes a breeding case, and the breeding case 20 is stacked in multiple stages in the breeding space 10. The upper part is in an open state, and there are countless vent holes 200 on all sides and bottom surfaces. It is perforated and has a rectangular shape provided with a groove 201 in the center of the top end on all sides.

Preferably, the breeding case 20 is provided with a vertical groove 202 in the central longitudinal direction of the four sides so that the drip hose 600, the air hose 700, the cold and hot water hose 800 can be inserted.

More preferably, at the bottom bottom of the breeding space 10, a space maintaining plate 41 having a plurality of discharge holes 410 is provided therein.

As described above, the space maintaining plate 41 is provided to secure a passage for smoothly discharging the liquid ratio discharged from the breeding case 20 to the liquid ratio tank 900 as shown in FIG. 6.

The reference numeral 30 indicates a nonwoven fabric, which is installed on the bottom surface of the breeding case 20 to prevent the worms stored in the breeding case 20 from being spilled to the outside and the organic sludge fed by the earthworms. This is to prevent the feces of the outflow to the outside.

Reference numeral 40 denotes a horizontal plate,

The horizontal plate 40 is to maintain the horizontal of the plurality of breeding case 20 provided horizontally at the top of the breeding case 20 is a plurality of water holes 400 perforated.

Next, the reference numeral 50 indicates a roll grass member, the roll grass member 50 is laid on the upper portion of the non-woven fabric 500 on the horizontal plate 40 to enjoy a variety of entertainment facilities It is grown.

Next, a plurality of through holes 678 are perforated on the outer circumferential surface of the breeding case 20 and mounted on the groove 201 and the material is flexible and one end is closed, the drop hose 600, the air hose 700 and cold and hot water It is connected to the other end of the hose 800, the drip hose 600, the drip hose tank 60 provided on one side of the ground of the breeding space 10, and the other end of the air hose 700 It is connected to the air pump 70 provided on one side of the ground of the breeding space 10 and the other end of the cold and hot water hose 800, the cold and hot water provided on one side of the ground of the breeding space 10 On the tank 80, one side of the bottom of the breeding space 10, the motor 90 is provided to accommodate the liquid ratio falling from the breeding case 20 to the suction liquid ratio tank 900, and the drop hose tank ( 60), the control of the inflow and outflow of water, that is, cold and hot water and air from the air pump 70, cold and hot water tank (80) To control the driving of the motor 90 is made of a controller (C) which is connected to the humidity sensor (WS) and the temperature sensor (TS) on one side wall of the breeding space (10).

Preferably, the drip hose 600, the air hose 700, the cold and hot water hose 800 is a plurality of breeding case (20) horizontally installed on the bottom surface of the breeding space portion 10 in a state of being integral with each other While being inserted into the groove 201 in the horizontal or vertical direction horizontally on the upper side is inserted into the groove 201 in the horizontal or vertical direction horizontally above the plurality of horizontally installed breeding case 20 provided in the upper end It is arranged in each zigzag shape to be installed.

More preferably, as shown in Figure 9, the drip hose 600, the air hose 700, the cold and hot water hose 800, the main drip hose 600 ', the main air hose 700', the main cold and hot water hose (800 '), and then each of the main drop hose 600', the main air hose 700 ', the branch drop hose 610, the branch air hose 710, the main cold and hot water hose 800' The branch cold and hot water hose 810 is positioned above the breeding case 20, and the branch drop hose 610 is formed in each of the main drip hose 600 ′, the main air hose 700 ′, and the main cold and hot water hose 800 ′. ), Eggplant air hose 710, eggplant cold and hot water hose 810 by connecting to the connector (B) to be installed to enable more convenient earthworm breeding.

Hereinafter, the operation of the present invention multi-stage earthworm breeding device and method thereof,

First, after excavating the ground of the site to be installed, to form a land surface on the inner wall surface to prevent the loss of earth and sand to form a breeding space 10, and then from the bottom of the bottom of the breeding space 10 In sequentially stacking the breeding case 20 in multiple stages, the non-woven fabric 30 is laid on the bottom surface of the breeding case 20 and filled with organic sludge fed with earthworms and earthworms thereon, and then breeding the breeding case 20. For example, one stage is installed horizontally on the bottom surface of the space portion 10.

After the plurality of breeding case 20 is installed on the lowest bottom surface of the breeding space 10, the drop hose 600 is formed in the recess 201 formed on the outer circumferential surface of the opened upper part of the breeding case 20. ), After combining the air hose 700, the cold and hot water hose 800, the breeding case 20 is provided thereon again.

As such, when the breeding case 20 and the drip hose 600, the air hose 700, and the cold and hot water hose 800 are sequentially stacked to reach a position in contact with the ground, a plurality of breeding cases are horizontally installed on the top. The horizontal plate 40 is laid on the 20 and the nonwoven fabric 500 is laid thereon, and then the rolled grass member 50 is cultivated to complete the present invention.

Of course, one end of the drop hose 600, the air hose 700, the cold and hot water hose 800 is drawn to the ground through a passage provided on one side of the breeding space 10, as shown in FIG. Is connected to the drip hose tank 60, the air pump 70, the cold and hot water tank 80, the passage provided on one side of the breeding space portion 10, humidity sensor (WS), temperature sensor (TS) preferably Install the CCTV (CC) and so on, and the controller (C) to control all this to be located on the ground of one side of the drip hose tank (60).

Of course, the controller (C) has a button or the like to operate them, and the power supply is also possible, and the driving operation of the motor 90 to allow the liquid to be stored in the liquid tank 900 is also controlled by the controller (C). It is.

Preferably, as shown in FIG. 6, the space maintaining plate 41 may be provided on the lowest bottom surface of the breeding space 10 to secure space for smooth communication and collection of liquid rain.

In the present invention completed as described above, after supplying power to the controller (C) under a certain condition, that is, suitable for the conditions according to the changes of the season and other natural environment drip hose 60, air hose 70, cold and hot water hose Through 80, it is possible to check the humidity sensor (WS), temperature sensor (TS), etc. through the controller (C) in the state that the earthworm is kept in the optimal condition for breeding, and the earthworm breeding state of the ground from the ground To make sure we understand and accurately understand

On the other hand, the ground is made of roll grass member 50, so that the public can use it as an amusement facility. For example, it can be used as a resting place for citizens such as golf putting ground, natural greenery, and other sports facilities. In this case, it is possible to increase the optimum utilization of the land by preventing the inefficient use of land by making an earthworm kennel and using it as an amusement facility for the public as well as the earthworm breeding.

1 is a simplified block diagram of the present inventors multi-stage earthworm breeding method,

Figure 2 is a cross-sectional view of the present inventors multi-stage earthworm breeding device,

3 is a cross-sectional view of a state in which the breeding case is removed from the breeding space in the multi-stage earthworm breeding device of the present invention;

Figure 4 is a partially separated perspective view of the present inventors multi-stage earthworm breeding device,

5 is an exploded perspective view of a breeding case in the present invention multi-stage earthworm breeding device,

Figure 6 is a cross-sectional view of another embodiment of the present inventors multi-stage earthworm breeding device,

Figure 7 is a perspective view showing a state in which the hoses are coupled in the present invention multi-stage earthworm breeding device,

8 is a perspective view showing a state in which each of the hoses connected to the connector in the present invention multi-stage earthworm breeding device,

Figure 9 is a perspective view briefly showing another embodiment of the hose connection in the present invention multi-stage earthworm breeding device.

※ Brief description of the main symbols in the drawings

        10: breeding space part 20: breeding case

                   30: nonwoven fabric 40: horizontal plate

                   41: spacing plate 50: roll grass member

                   60: drip hose tank 70: air pump

                   80: cold and hot water tank 90: motor

                  100: fill surface 200: ventilator

                  201: groove 202: vertical groove

                  400: water hole 500: nonwoven fabric

                  600: drip hose 678: through-hole

                  700: air hose 800: cold and hot water hose

                  900: liquid tank C: controller

                   TS: Temperature sensor WS: Humidity sensor

Claims (7)

After excavating the ground to be installed to form a breeding space 10 and excavation step to fill the soil so as not to be lost on the inner wall surface; First breeding to arrange a plurality of breeding cases 20 horizontally on the bottom of the breeding space portion 10 in the state of storing a non-woven fabric (30) on the top and the organic sludge fed with earthworms and earthworms on the top Case installation steps, Dropping hose 600, the air hose 700, the through-hole 678 perforated on the outer circumferential surface in the horizontal or vertical direction on the upper side of the plurality of breeding case 20 horizontally installed on the bottom surface of the breeding space 10 And hose placement step of placing the cold and hot water hose (800), The breeding space part 10 by multiplying the breeding case 20 by repeatedly repeating the breeding case installation step and the hose arrangement step toward the upper side of the breeding case 20 installed on the bottom surface of the breeding space part 10. Breeding case multi-stage installation step to install on, A plate installation step of installing a horizontal plate 40 on which a plurality of water holes 400 are perforated to maintain a horizontal level on a plurality of breeding cases 20 installed at an upper end of the breeding case 20; Multi-stage earthworm breeding method characterized in that the non-woven fabric 500 is laid on the upper side of the horizontal plate 40 and the roll grass member seating step is mounted on the upper side so as to be detachable. The method of claim 1, As a next step of the excavation step, a spacing maintenance plate arrangement step of installing a spacing maintenance plate 41 in which a plurality of discharge holes 410 are perforated on the bottom surface of the breeding space 10 is characterized in that it comprises a Multi-stage earthworm breeding method. The method of claim 1, The drop hose 600, the air hose 700, the cold and hot water hose 800 of the hose arrangement step connector (B) at each end up to the breeding case 20 arranged on the top floor from the bottom of the breeding space 10 Connected or bent by using the flexible properties of the drip hose 600, air hose 700, cold and hot water hose 800, each integrated drop hose 600, air hose 700, cold and hot water hose 800 Multi-stage earthworm breeding is characterized in that the ends of the hoses are connected to the drip hose tank 60, the air pump 70, the cold and hot water tank 80 provided on one side of the breeding space 10, respectively. Way. Breeding space portion 10 is provided with a fill surface 100 so that soil is not lost on the inner circumferential wall surface, It is stacked in the breeding space 10 in a multi-stage, the top is open and countless vent holes 200 are perforated on the sides and bottoms of the four sides and the rectangle is provided with a groove 201 in the center of the top sides of the four sides. Breeding case 20, Non-woven fabric 30 provided on the bottom surface of the breeding case 20, The horizontal plate 40 to maintain the horizontal of the plurality of breeding case 20 provided horizontally at the uppermost end of the breeding case 20 and the plurality of water holes 400, Non-woven fabric 500 on the upper portion of the horizontal plate 40 is provided on the upper roll grass member 50 cultivated to enjoy a variety of amusement facilities, and A plurality of through holes 678 are drilled on the outer circumferential surface of the breeding case 20 and mounted on the groove 201 and the material is flexible, and one end is closed, the drop hose 600, the air hose 700, and the cold / hot water hose ( 800), A drop hose tank 60 connected to the other end of the drop hose 600 and provided on one side of the ground of the breeding space 10; An air pump 70 connected to the other end of the air hose 700 and provided on one side of the ground of the breeding space 10; It is connected to the other end of the cold and hot water hose 800 and the cold and hot water tank 80 provided on one side of the ground of the breeding space 10, On the bottom side of the breeding space 10, the motor 90 is provided to accommodate the liquid ratio falling from the breeding case 20 to the suction liquid ratio tank 900, The breeding space part 10 is for controlling the inflow and outflow of water, that is, cold and hot water and air from the drip hose tank 60, the air pump 70, the cold / hot water tank 80, and the driving of the motor 90. Multi-stage earthworm breeding device, characterized in that consisting of a controller (C) which is connected to the humidity sensor (WS) and the temperature sensor (TS) on one side of the wall. The method of claim 4, wherein The breeding case 20 is provided with a vertical groove 202 in the central longitudinal direction of the four sides, the multi-stage characterized in that the drop hose 600, the air hose 700, the hot and cold water hose 800 can be inserted. Earthworm breeding device. The method of claim 4, wherein The drip hose 600, the air hose 700, the cold and hot water hose 800 is horizontally on the upper side of the plurality of breeding case 20 installed horizontally on the lowest bottom surface of the breeding space portion 10 in an integrated state Zigzag is inserted into the groove 201 in the horizontal or vertical direction while being inserted into the groove 201 in the horizontal or vertical direction horizontally above the plurality of breeding case 20 installed horizontally provided at the upper end Multi-stage earthworm breeding device, characterized in that arranged in each step in the shape. The method of claim 4, wherein Multi-stage earthworm breeding device, characterized in that the interval maintaining plate 41 is provided with a plurality of discharge holes 410 on the lowest bottom surface of the breeding space 10.

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