KR20050005212A - The box for earthworm breeding - Google Patents

Abstract

PURPOSE: Provided is an earthworm breeding container having plural dispensing containers to easily separate fecal soil and improve breeding conditions of earthworm. CONSTITUTION: The earthworm breeding container(7) includes a frame having a flange, and a rectangular net attached to a lower surface of the frame. The frame is formed of a receiving hole, and the net is provided with a protrusion. The protrusion of the net is engaged with the receiving hole of the frame to couple the frame and the net. When two or more breeding containers are stacked on a base(4), an upper breeding container is stacked on a lower breeding container in such a way that the net of the upper breeding container is inserted into the lower breeding container.

Description

Earthworm Breeding Box {The box for earthworm breeding}

The earthworm breeding box of the present invention can be used by stacking two nesting box (7) in a cabinet-shaped structure in multiple stages, so that many earthworms can be grown in a narrow land, and two by using the ecological characteristics of the earthworm In the nested breeding box (7), the earthworm can separate the fecal soil, which is excreta by itself, so that the fecal soil can be easily collected. The earthworms can be distributed as easily as necessary by allowing the earthworms to be dispersed in the distribution box (5) by itself, so as not to require as much area and manpower as in the conventional breeding form, and improve the breeding conditions of the earthworms, and is invented to be easy to move. Earthworm breeding box.

Earthworms are widely used in medicine, cosmetics, etc., and are being raised a lot because of the effect of excretion, which is used as soil improver, and also eats and removes wastes such as food and sewage sludge. Its effectiveness has been proven.

Up to now, the earthworms have been raised in a plastic house by burying the earthworms in the ground, and the number of earthworms that can be kept in unit water is limited.

If the number of earthworms increases beyond this limit, they will be saturated, stop breeding themselves, and eat less food.

Therefore, in order to raise a large amount of earthworms for a specific purpose, very large land is required, and it is difficult to manage the ecology of the earthworms buried in the soil. Since the separate collection work has been done by hand, it takes a lot of manpower, requires a lot of land, and its practicality has been proved, but it has a decisive disadvantage in that the cost of breeding is high compared to the effect.

It is possible to grow many earthworms even in narrow lands by using two or more nesting boxes, and it is easy to collect feces by using earthworm ecological characteristics to separate the feces, which is the excrement itself, and the unit area. The earthworm breeding box was invented so that the earthworms could be distributed by themselves as easily as needed even when the number of earthworms increased.

Figure 1a is a three-dimensional breeding box for raising the earthworm according to the present invention.

Figure 1b is a front view of a breeding box for raising an earthworm according to the present invention.

Figure 1c is two or more nested earthworm breeding box assembly view according to the present invention.

Figure 1d is an assembly of earthworm breeding box for raising an earthworm according to the present invention.

Figure 2a is a distribution box for selling the earthworm according to the present invention.

Figure 2b is an earthworm breeding box complete assembly diagram nesting two breeding boxes (7) on the pedestal (4) according to the present invention, built four distribution boxes (5) inside the breeding box (7) of the upper

Figure 3 is an earthworm breeding box built by nesting two pre-sale box up and down inside the breeding box (7) according to the present invention.

5 is a detachable earthworm breeding box having a structure in which the box frame 1 and the net 2 are separated according to the present invention.

Figure 6 is a cover type earthworm breeding box having a detachable cover 13 according to the present invention.

Figure 8a is a front view of the cabinet-type structure that can be built in the earthworm breeding box of the present invention.

Figure 8b is a plan view of a cabinet-type structure that can be built in the earthworm breeding box of the present invention.

9 is a round bar or concave-convex net 12 type earthworm breeding box according to the present invention.

10 is a worm feeding food supply sequence according to the present invention.

* Explanation of symbols for main parts of the drawings

1: box frame 2: net

3: chin-up 4: underlay

5: sale box 6: handle

7: breeding box 8: net cotton

9: insertion hole 10: protrusion

12: round bar or irregularities 13: cover

100: primary food supply 200: secondary food supply

300: 3rd feeding 400: 4th feeding

In the configuration of the present invention, two breeding boxes 7 are stacked in FIG. 2B, and underneath the breeding box 7 at the bottom, an underlay 4 is assembled. Four nesting boxes (5) is built in the structure of the inside of the breeding box (7) at the top of the two breeding boxes (7) stacked.

In the three-dimensional view of Fig. 1A and the front view of Fig. 1B, the breeding box 7 has a net 2 at the bottom of the box frame 1 having a rectangular structure having an upper side and a lower side open, and a jaw 3 attached to the side. ), The net 2 has a narrow cuboid shape with a narrow bottom and a wide top, with an upper part without a cover and a lower net with a lattice-shaped net shape.

Fig. 1D Breeding Box In the assembly drawing, two breeding boxes (7) of Fig. 1A are stacked, and the netting portion (2) in the lower part of the breeding box (7) at the upper part has a narrow rectangular shape at the bottom and has a wide upper shape. (7) It is to go inside.

In addition, the bottom of the box is assembled in a structure in which the underlay (4) is supported, the underlay (4) is a general drip tray.

In FIG. 2b, four distribution boxes 5 are built in the upper breeding box 7, which is a tubular container having an empty upper surface and an empty inside in FIG. 2a. It has a net surface 8 having a structure in which an earthworm is easy to pass, and a handle 6 is attached.

Since the earthworm breeding box of the present invention constructed as described above can be used in multiple stages in a cabinet-type structure such as FIGS. 8A and 8B, it is configured to grow many earthworms even in a narrow land.

[ Action ]

In FIG. 10, the breeding box 7 is a box for feeding and feeding the appropriate amount of earthworms therein, and the earthworms are fed while feeding inside the breeding box 7. At this time, do not fill the inside of the breeding box (7) from the beginning, give a certain amount, for example, the first feeding (100) about 1/4, when the earthworm is finished to eat the food, the upper layer again Secondary feed (200) evenly spread evenly 1/4 of the supply. Then, the earthworm will go up to the upper layer with the new food to eat, and feed the third feeding (300), the fourth feeding (400) repeatedly in the same way, the breeding box (7) is full, the breeding box (7) Only the fecal soil remains in the lower layer, and the earthworms are concentrated only on the layer where the food of the uppermost layer remains. At this time, the distinction between the uppermost layer in which the earthworms are distributed and the lower layer only in the fecal soil is clear, so that the earthworm and the fecal soil can be easily separated and collected.

In addition, when two or more breeding boxes 7 are stacked and used as shown in Fig. 1-D, the net 2 on the bottom of the breeding box 7 at the top contacts the uppermost layer of the breeding box 7 at the bottom. , The earthworms in the uppermost layer of the lower breeding box (7) is moved to the upper breeding box (7) through the net (2) in the lower breeding box (7) to eat new food. In the same manner as the feeding box to the lower breeding box (7) in the upper breeding box (7) as shown in Figure 10 by feeding a quarter at regular intervals as shown in FIG. After the passage of time, all the earthworms in the lower breeding box 7 are moved to the upper breeding box 7, and only the feces soil remains in the lower breeding box 7.

At this time, the bottom of the breeding box (7) is separated to collect only fecal soil as stools, and the empty breeding box (7) is again stacked on the breeding box (7) of the top to repeat the above process.

When breeding earthworms like this, when the earthworms breed and the number of earthworms increases in the breeding box (7), it is necessary to sell them. As shown in FIG. 2B, four distribution boxes having the same size inside the breeding box (7) at the top (5) ) And evenly divides the food of the earthworm inside each pre-sale box (5). Then, the earthworm in the breeding box (7) at the top is distributed about 1/4 in each of the distribution box (5) along the prey. In this way, the earthworm can be easily sold by lifting one or more of the sale box (5) of the sale box (5) containing each quarter.

The earthworm breeding box of the present invention configured as described above can be used by stacking the cabinet in a structure having a plurality of stages, so that many earthworms can be grown even in a narrow land.

EXAMPLES

In Figure 2b of the present invention, the breeding box (7) is a box for feeding and feeding the appropriate amount of earthworms therein, and is manufactured in a size of about 1,000 mm × 1,000 mm × 200 mm that is easy to transport, and breeding according to the use. The size of the box 7 can be adjusted appropriately and the jaw 3 is attached for transport. When the appropriate amount of organic waste such as earthworms, food waste, sewage sludge, and the like is fed into the breeding box 7, the earthworm is fed by feeding inside the breeding box (7).

At this time, do not fill the inside of the breeding box (7) from the beginning, give a certain amount, for example, the first feeding (100) about 1/4, when the earthworm is finished to eat the food, the upper layer again Secondary feed (200) evenly spread evenly 1/4 of the supply. Then, the earthworm goes up to the upper layer where the new food is eaten, and feeds the tertiary food (300) and the fourth food (400) repeatedly in the same way, and the breeding box (7) is full, the breeding box (7) Only the fecal soil remains in the lower layer, and the earthworms are concentrated only on the layer where the food of the uppermost layer remains. At this time, since the distinction between the uppermost layer in which the earthworms are distributed and the lower layer having only fecal soil is clear, the earthworm and the fecal soil can be easily separated and collected.

Also, when two or more breeding boxes 7 are stacked and used as shown in Fig. 1-D, the net 2 on the bottom of the breeding box 7 on the upper side comes into contact with the uppermost layer of the breeding box 7 on the bottom. , The earthworms in the uppermost layer of the lower breeding box (7) is moved to the upper breeding box (7) through the net (2) in the lower breeding box (7) to eat new food. In the same manner as the feeding box to the lower breeding box (7) in the upper breeding box (7) as shown in Figure 10 by feeding a quarter at regular intervals as shown in FIG. After the passage of time, all the earthworms in the lower breeding box 7 are moved to the upper breeding box 7, and only the feces soil remains in the lower breeding box 7.

At this time, the bottom of the breeding box (7) is separated to collect only fecal soil separately, and the empty breeding box (7) is stacked on top of the breeding box (7) again to repeat the above process.

When breeding earthworms like this, when the earthworms breed and the number of earthworms increases in the breeding box (7), it is necessary to sell them. As shown in FIG. 2B, four distribution boxes having the same size inside the breeding box (7) at the top (5) ) And evenly divides the food of the earthworm inside each pre-sale box (5). Then, the earthworm in the breeding box (7) at the top is distributed about 1/4 in each of the distribution box (5) along the prey. In this way, the earthworm can be easily sold by lifting one or more of the sale box (5) of the sale box (5) containing each quarter.

The earthworm breeding box of the present invention constructed in this way can be installed in a cabinet-type structure consisting of four rows X 25 rows X five stages as shown in Figure 8a and 8b on 100 pyeong land to grow the earthworms in 1,000 earthworm breeding boxes at the same time Many worms can be effectively raised on small land.

The earthworm breeding box of the present invention can be used by stacking two nesting boxes 7 in a cabinet-like structure as shown in Figs. 8a and 8 in multiple stages, so that many earthworms can be grown even in narrow lands. Using the ecological characteristics, the earthworm can separate the fecal soil, which is the excrement itself, in the nesting box (7) stacked in two, so that the fecal soil can be collected easily, and the breeding box is needed even if the number of earthworms is increased in the unit area. As an earthworm breeding box invented so that the earthworms can be easily distributed as necessary by allowing the earthworms to be dispersed in the multiple distribution boxes (5) embedded in (7).

When the worms are reared, organic wastes such as food, sewage sludge, food sludge, and livestock meal are supplied as food, and the organic waste processing device that the earthworm eats and decomposes, and the earthworm kennel for the purpose of earthworm breeding, and the earthworm stool soil are separated. Applied to the field to collect and recycle by compost.

Claims (9)

An earthworm breeding box (7) formed by attaching a rectangular parallelepiped net (2) to the bottom of the box frame (1) having a jaw (3). According to claim 1, The breeding box 7 is separated from the box frame 1 and the net 2, the box frame has an insertion hole 9, and the net 2 has a protrusion 10 attached thereto. Removable earthworm breeding box having a structure that can be separated or combined by the protrusion (10) and the mesh (2). The method of claim 2, Covered earthworm breeding box having a structure that can cover and remove the cover (13) that can be removed on the upper surface of the box (1) of the detachable breeding box. When using two or more breeding boxes (7) in multiple stages with a pedestal (4) at the bottom, the net (2) on the bottom of the breeding box (7) at the top enters the nesting box (7) inside the bottom. Earthworm breeding box with a losing structure. The upper surface and the inside are made in the shape of a hollow rectangular parallelepiped, and each of the five surfaces has a mesh surface 8 having a mesh shape, and a handle 6 for conveying is attached to the mesh surface 8. Distribution box (5) having structure. Nest two breeding boxes (7) of the above paragraph 1 on the pedestal (4), and one or two small pre-sale box (5) made as small as necessary or more than two inside the breeding box (7) at the top Earthworm breeding box with dogs. Breeding box (7) A built-in earthworm breeding box having a structure in which one or two or more of the box (5) is piled up and down. According to claim 1, Polygonal earthworm breeding box having a structure of the breeding box (7) is oval or polygonal shape. According to claim 1, Round rod-type earthworm breeding box having a structure of a round bar or a concave-convex net (12) shape in which the mesh (2) is not lattice.