KR20130005856U - Earthworms are landfill in pots of food boxes - Google Patents

Abstract

The present invention relates to a potting-type buried earthworm feeder which feeds earthworms that are buried in pots and contain food waste therein to feed on earthworms. More specifically, And a lower end member formed with a plurality of through holes along a surface of the lower end member and inserted into the upper end of the lower end member of the lower member to form a plurality of through holes along the surface, The upper end of the tubular body is inserted and raised and lowered along the surface of the lower tubular body and a plurality of through holes are formed along the surface of the upper tubular body, And a lid member for opening and closing the upper end surface of the upper end tube, wherein the bottom surface of the lower end member is formed as a mesh net And a water tank for storing a predetermined amount of water is integrally formed in the lower part of the lower part so as to adjust the humidity inside the pollen, so that the plant is buried in a flowerpot planting the plant, The earthworm feeds on the food waste, earthworms digest food waste, and after the earthworms digest the food waste, it produces the fertilized soil on the pollen soil of the pollen. As a result, the chemical fertilizer and the manure It is possible to continuously improve environmentally friendly potting soil and to supply food wastes generated in the home to earthworms as food for consumption so as to minimize the amount of food waste generated at home, The buried earthworm feed can be buried in potted soil, The worms do not occur and the worms do not occur thereon and the water tank is formed at the bottom of the potted worm feed hopper to maintain the humidity in the pollen soil so that the growth of earthworms as well as the growth of roots Provide a helping potted groundworm feeding cattle.

Description

Earthworms are landfills in pots of food boxes.

The present invention relates to a potting-type buried earthworm feeder which feeds earthworms that are buried in pots and contain food waste therein to feed on earthworms. More specifically, And a lower end member formed with a plurality of through holes along a surface of the lower end member and inserted into the upper end of the lower end member of the lower member to form a plurality of through holes along the surface, The upper end of the tubular body is inserted and raised and lowered along the surface of the lower tubular body and a plurality of through holes are formed along the surface of the upper tubular body, And a lid member for opening and closing the upper end surface of the upper end tube body.

In general, earthworms live in the soil and eat organic matter contained in the soil. Earthworms are used as medicines, cosmetics raw materials, fishing baits, and earthworm excreta (hereinafter referred to as' Microorganism carriers and the like.

Due to these characteristics of earthworms, so-called earthworm treatment, which supplies organic wastes to earthworms, is recognized as the most environmentally friendly waste treatment method.

In recent years, organic wastes such as food waste, sewage sludge and livestock manure, which act as serious environmental pollutants, are fed to earthworms, and efforts to stabilize wastes and recycle their byproducts are actively conducted.

Based on this idea, various proposals have been made to supply food wastes as food for earthworms and digest food waste to obtain earthworms produced by earthworms.

In Patent Document 10-0621166 (Aug. 30, 2006), a pair of breeding vessels for receiving a feces under the assumption that the feces is in the earthworm rearing apparatus, separably stacked up and down, and the earthworms being raised; And a cover which is provided in a breeding container disposed at a top end of the pair of breeding containers and covers an upper part of the breeding container, wherein a lower surface of the breeding container is formed of a mesh having a plurality of through holes, The method of claim 1, further comprising the step of stacking the upper part of the breeding container disposed at the uppermost end of the pair of breeding containers and supplying pollen to the breeding container, A plurality of feed holes are formed around the upper end of each of the breeding containers so that the breeding ground can be easily collected by stacking the pair of breeding containers in a detachable manner in the upper and lower parts and the breeding device for breeding earthworms can be reduced.

In the registered patent 10-0878007 (2009.01.05), in the multi-stage earthworm ecological flowerpot, a rectangular flowerpot having an open top is divided into a lower flowerpot 10, an intermediate flowerpot 20 divided into two equal parts, Two rear supports 40 and 40 'are provided in the vertical direction on both inner ends of the rear edge of the lower pot 10, and the two rear supports 40 The rear pots 20 are coupled to the upper front surface of the upper pots 40 'so that the rear surface of the intermediate pots 20 can be rotated by the feldspar 50. One front support 60 And the upper pollen 30 is installed on the upper ends of the two rear poles 40 and 40 'and the front poles 60, (11) and (31) are formed at the center of the left and right sides, and a protruding flower pot (12), which is open to the outside of the long holes (11) And the inner pollen members 13, 21 and 33 are installed at the inner upper ends of the lower pollen 10, the intermediate pollen 20 and the upper pollen 30 so as to prevent the earthworm from escaping from the outside And a wheel 70 is installed at the lower part of the lower pot 10 to treat a small amount of organic waste generated in a home or an office and at the same time to feed a fertilizer separately Can be reduced. In addition, it is composed of multi-stage opening and closing structure, and it is convenient to supply and manage organic waste, and it provides useful multi-stage earthworm eco pollen such as planting a large amount of plants in a narrow space by installing protruding pollen.

The present invention relates to a method and a device for controlling an animal feeder in which an animal feeder room 12 capable of breeding earthworms is provided and a container 14 in which a flowerpot 14 is placed on an upper opening 12a of the feeding room 12 is disclosed in Japanese Patent Application Laid-Open No. 10-2011-0044393 (April 29, 2011) A body 10; (24) provided on the container body (10) so as to accommodate the food waste of the receiving member (24) in the feeding chamber (12) A food garbage tray (20); Rotating means for rotating the receiving member 24 from the home position X to a downward rotational position Y so that food wastes supported on the receiving member 24 can be administered to the lower earthworm; And an elastic pressing means for elastically pressing the support member 24 in the home position X direction so that the support member 24 can maintain the state of supporting the food garbage. The left and right side support plates 24 and 26 include right and left side support plates 26 and 28 which are installed facing each other and the left and right side support plates 26 and 28 are disposed at both downward rotation positions with respect to the hinge portions 26a and 28a (Y) of the support member 24, and the rotating means is configured to rotate the support member 24 in the rotational direction (Y) direction by rotating the hinge portion 26a Or the left and right side support plates 26 and 28. The rotation means may be configured to rotate either one of the left and right side support plates 26 and 28 in the rotation position Y direction, A rotary knob 30 integrally connected to one hinge portion 28a; The hinges 26a and 28a of the left and right pedestal plates 26 and 28 can be moved in the same direction so that the rotational force of one of the pedestal plates 28 to which the rotary knob 30 is connected can be transmitted to the other pedestal 26 And the power transmission link 40 is configured such that one of the support plates 28 is rotated in the rotation position Y direction while moving the other support plate 26 to the rotation position A start button 50 for pushing the food waste in the direction Y and putting the food waste in the food waste tray 20 into the breeding room 12 and then inputting the start of the processing of the food waste by pressing the user; A controller 52 for outputting a control signal C2 after a preset fermentation time has elapsed when the start signal button C1 is inputted from the start button 50; An actuator 54 connected to the hinge portion 28a of the receiving member 24 so as to control the receiving member 24 to the rotational position Y when the controller 52 outputs the control signal C2, Since the support member 24 is constructed in a net shape and is appropriately fermented and then administered to earthworms, it is possible to supply food wastes of good quality to the earthworms, Since the earthworm can be fed to the earthworm with high quality food waste, the earthworm can be raised in a healthy manner, and the food waste can be supplied through the drawer tray, so that food waste can be introduced without moving the pollen, Provides an earthworm pollen pedestal for food garbage disposal that is very easy to use and easy to use.

As described above, there is conventionally constructed a separate cage for growing earthworms for obtaining high-quality fecal soil, providing food waste to the cage, and collecting separately collected soil from which earthworms eat and discharge the food waste However, such a conventional structure is bulky and is intended to obtain a large amount of fugitive soil, and various restrictions have been applied to use in general households.

Patent No. 10-0621166 (2006.08.30), Patent No. 10-0878007 (2009.01.05), Patent No. 10-2011-0044393 (Apr. 29, 2011)

Accordingly, the present invention has been made to solve the above problem, and the object of the present invention is to solve the above problems, and to provide a method of filling earthworms with plant wastes in planting pots, , Earthworms do not need to supply chemical fertilizer and fertilizer separately to supply nutrients to the potted soil by producing fugitive soil on the potted soil after digesting the food waste, so that the environmentally friendly potted soil can be continuously improved, It is possible to minimize the amount of food waste generated in the household by minimizing the amount of food waste generated in the home by supplying the food wastes to the earth and consuming the food wastes generated by the household, and there is no odor due to the negative water residue, A water tank is installed at the bottom to maintain the humidity inside the pollen soil. , The growth of earthworms as well as to provide a potted planter troughs earthworms to aid in root growth of plants planted in flower pots that purpose.

In order to achieve the above-mentioned object, the present invention is characterized in that the lower part of the tubular body opened at the upper end is extended in one direction to form a receiving space part, and a lower end member having a plurality of through holes formed along its surface, And a plurality of through holes are formed along the surface of the lower tube body, the lower tube body being inserted into the lower tube body and forming a plurality of through holes formed on the upper surface of the opened tube body, And a lid member configured to form a formed upper end tube and to form a coupling step on the bottom surface to engage with the upper end surface of the upper end tube and to open and close the upper end surface of the opened upper end tube.

The lower end of the lower end member is formed of a mesh net and the lower end member is integrally formed with a water receiving tank for containing a predetermined amount of water so as to control humidity inside the pollen.

As described above, according to the present invention, the earthworm feeder feeds the earthworm food without damaging the plants planted in the flowerpot so that the earthworms ingest and consume the food waste, and the earthworms absorb the food waste It is an advanced design that has the effect of improving the environmentally friendly potted soil continuously by supplying the chemical fertilizer and the manure separately in order to supply nutrients to the potted soil.

And it is an advanced design which has the effect of minimizing the amount of food waste generated in the household by feeding food wastes generated in the home as earthworm feed and consuming them.

The wastewater feeding receptacle is embedded in the potted soil so that odor does not occur due to negative water residue and insects are not generated. A water storage tank is formed at the bottom of the pot-filled earthworm feeding hopper, And it is an advanced design with the effect of helping the growth of earthworms as well as the growth of roots of plants planted in pots.

Fig. 1 is an exploded perspective view showing the construction of the present invention,
Fig. 2 is a perspective view showing the configuration of the present invention,
Fig. 3 is a cross-sectional view showing the configuration of the feeder container of the present invention
Fig. 4 is a cross-sectional view showing another configuration of the present invention
Fig. 5 is an exemplary view showing an embodiment according to the configuration of the present invention
Fig. 6 is an example showing that the lower member and the intermediate tubular body, which are different structures according to the configuration of the present invention, are integrally formed

In order to achieve the above object, the present invention will be described in detail with reference to the accompanying drawings.

In constructing an earthworm feeder,

A lower member 110 having a lower end of the tubular member 111 opened at an upper end to extend in one direction to form a receiving space 112 and to form a plurality of through holes H along the surface;

An intermediate body 120 inserted into the upper end of the opened tubular portion 111 of the lower member 110 and forming a plurality of through holes H along the surface;

An upper tube body 130 into which the upper end of the cut tube 120 is inserted and which moves up and down along the surface of the cut tube body 120 and forms a plurality of through holes H along the surface;

And a lid member 140 which forms a coupling step 141 on the bottom surface to be coupled to the upper end surface of the upper tubular body 130 and opens and closes the upper end surface of the opened upper tubular body 130.

In addition, the bottom surface of the lower member 110 is formed by a mesh net 113, the drip tank (50) for receiving a predetermined amount of water to adjust the humidity inside the potted plant in the lower member 110; It includes that formed.

The detailed configuration of the present invention and its embodiments will be described with reference to the drawings.

The present invention relates to a pot-buried earthworm feeder which is embedded in a pot and receives food waste therein to provide food for the earthworms growing on the pot. As shown in FIGS. 1 to 5, And is composed of a PVC material and is composed of a lower end member 110, an intermediate body member 120, an upper end body member 130, and a lid member 140.

First, the lower end portion 110 of the lower end member 110 is embedded in the pollen A to support the lower end portion of the lower end portion 110. The upper end portion of the lower end portion 110 forms a tubular portion 111 having a predetermined diameter, 111 are extended in one direction to form a predetermined accommodation space 112.

It is preferable that the height of the tubular body 111 and the size of the receiving space 112 are not limited to be different depending on the size of the flowerpot A, But it is also preferable that the shape is not limited.

A plurality of through holes (H) are uniformly formed along the surface of the lower member (110).

In addition, as shown in FIG. 5, as another example of the lower member 110, the bottom surface of the lower member 110 is formed of a mesh net 113, and the lower member 110 is formed of a mesh net 113. In order to control the humidity inside the pot, the drip tank 50 may be integrally formed to accommodate a predetermined amount of water.

The intermediate tubular body 120 has a predetermined height and is formed by a tubular body having both opened upper and lower ends. The intermediate tubular body 120 uniformly forms a plurality of through holes H along the surface.

The lower end of the intermediate tubular body 120 is inserted into the upper end of the tubular body 111 of the lower end member 110 to be coupled to the lower end of the intermediate tubular body 120. In order to fix the intermediate tubular body 120 to the lower end portion 110, And a fixing key K which is a fixing means and is positioned so as to communicate with the through hole H formed in the lower surface of the lower member 110 and the through hole H formed in the upper surface of the lower body 110, At least two or more of them are fixed to the through hole (H).

The upper tubular body 130 has a predetermined height and is formed by a tubular body having both upper and lower ends opened. The upper tubular body 130 also uniformly forms a plurality of through holes H on the surface.

At this time, it is preferable that a plurality of through holes (H) are uniformly formed on the surface except the upper part of the upper end body (130) exposed to the outside.

In order to prevent the smell of food waste from leaking out of the earthworm feeding bucket 100 with the above-described structure.

The upper end of the intermediate tube 120 is inserted into the lower end of the upper end of the upper end of the upper tube 130. The upper end of the upper end of the middle tube 120 can be moved up and down along the outer surface of the intermediate tube 120, (100) to be stretched or contracted.

A through hole H formed on the lower surface of the upper end body 130 and a through hole H formed on the upper surface of the intermediate tubular body 120 are aligned with each other to fix the upper end body 130 to the intermediate tubular body 120, And at least two or more of the fixing keys K, which are the rear fixing means, are inserted and fixed in the through holes H communicating with each other.

The lid member 140 is formed with a coupling step 141 on the bottom surface so as to engage with the upper end surface of the upper end body 130 and a handle is formed on the upper surface to open and close the upper end surface of the upper end body 130. [ do.

It is to be understood that the present invention is not limited to the specific preferred embodiments described above and that various modifications can be made by those skilled in the art without departing from the scope of the present invention, Of course, such modifications are within the scope of the claims.

For example, as shown in FIG. 6, the tubular body portion 111 of the lower end portion 110 and the lower tubular body 120 may be integrally formed as one body, and the tubular body portion 111 of the lower end portion 110 And the upper tube body 130 may be directly coupled to the tubular body portion 111 formed at a predetermined height.

♠ Explanation of Main Drawing Code ♠
A: Pollen H: Through hole 100: Earthworm feed
110: lower end member 111: tubular member 112:
113 mesh network 120 interrupted pipe 130 upper pipe
140: lid member 141: engaging step 150: water receptacle tank

Claims (3)

In constructing the earthworm feeder,
A lower end member 110 having an upper end of the tubular part 111 extended in one direction to form a receiving space 112, and having a plurality of through holes H formed along the surface thereof;
A stop tube 120 inserted into an upper end of the open tube body 111 of the lower member 110 and having a plurality of through holes H formed along the surface thereof;
A top tube body 130 having an upper end of the stop tube body 120 inserted thereinto, the elevating body along the surface of the stop tube body 120, and having a plurality of through-holes H formed along the surface thereof;
A lid member 140 formed on the bottom surface to couple to the top surface of the top tube body 130 to open and close the top surface of the open top tube body 130; Potted landfill feeder.
The method according to claim 1,
The bottom surface of the lower member 110 is formed of a mesh net 113, and the drip tank 50 for receiving a predetermined amount of water to adjust the humidity of the inside of the flower pot in the lower member 110; Potted landfill feeder, characterized in that it comprises a formed.
The method according to claim 1,
Potted landfill type earthworm feed container, characterized in that the tubular portion 111 and the stopper pipe 120 of the lower member 110 integrally formed as a single object.

Images