KR102146775B1 - Device for breeding grub and method thereof - Google Patents

Abstract

The present invention is a technology for a slug breeding apparatus, and an object of the present invention is to be able to breed slugs in large quantities. Specifically, in a growing portion for growing slugs seated between sawdust, a separating portion for separating the slugs grown in the growth portion and the sawdust, and a fasting portion for fasting and washing the slugs separated by the separating portion and the fasting portion It is a slug breeding apparatus including a processing unit for drying and processing the washed slugs.

Description

Device for breeding grub and method thereof

The present invention is a technology for a slug breeding apparatus and method capable of breeding slugs in large quantities.

Patent document 001 may be rotated so that the feed used for the slugs' feed is continuously or periodically mixed, and may include a support for rotatably supporting the breeding container and the breeding container.

Patent Document 002 obtains the basic energy source necessary for plant cultivation or insect breeding from electric energy by solar power generation to maintain the optimal plant planting environment and insect breeding environment efficiently, as well as drastically reducing maintenance costs. It relates to a photovoltaic container for plant cultivation and insect breeding.

Patent Document 003 relates to an insect breeding apparatus capable of providing an optimal breeding environment by adjusting the water level of the breeding container of insects, as well as reducing labor required for breeding and the cost required.

Patent document 004 is an insect breeding apparatus for breeding insects that transform on land, and a tank for hatching insect eggs to obtain larvae; Yonghwa tank in the terrestrial environment in which the larvae are cultivated; It provides an insect breeding apparatus comprising a; and a moving path to which the water tank and the Yonghwa tank are connected.

KR 10-1845377 B1 (March 29, 2018) KR 10-1812211 B1 (December 19, 2017) KR 10-0874806 B1 (December 11, 2008) KR 10-1499059 B1 (February 27, 2015)

The present invention is a technology for a slug breeding apparatus, and an object of the present invention is to be able to breed slugs in large quantities.

In order to solve the problems of the prior inventions, the slug breeding apparatus of the present invention is a growth part 100 for growing slugs, which are seated inside the fermented sawdust 20, into slugs 10; and grown in the growth part 100 A separating unit 200 for separating the slugs 10 and the fermented sawdust 20; a fasting unit 300 for fasting and washing the slugs 10 separated by the separating unit 200;, the fasting It includes; a processing unit 400 for drying and/or processing the slugs 10 washed in the unit 300.

The slug breeding apparatus of the present invention in the above-mentioned invention, the growth unit 100 is a feeding device 110 for injecting fermented sawdust 20 and slug eggs into the cage 40 receiving space;, a plurality of cages 40 ) And a storage rack that separates and stores a growth device 120 consisting of a transfer device for transferring and discharging each case to the storage rack.

The slug breeding apparatus of the present invention is in the above invention, the separating unit 200 is a separating device 220 for separating the fermented sawdust 20, the slugs 10 and the cocoon 30 inside the cage 40 ;, a crushing device 230 for separating the slugs 10 by crushing the cocoon 30; and includes.

The slug breeding apparatus of the present invention in the invention presented above, the fasting part 300 accommodates the slugs 10 therein, a sterilization cage 60 having a plurality of holes formed at the bottom, and a plurality of the sterilization cages. A fasting device 310 for storing;, A sterilizing device 320 for transferring the sterilization cage from the fasting device 310 and spraying and/or immersing the sterilizing water 321 in the transferred sterilizing cage 60;, the It includes; a washing device 330 for washing slugs by spraying and/or immersing the washing water in the sterilization cage 60.

The slug breeding apparatus of the present invention is a drying device 410 for drying the slugs 10 transported from the fasting part 300 in the processing unit 400 in the above-described invention, and the drying device 410. It includes; a processing device 420 for crushing and / or packaging the slugs 10 transferred from.

The slug breeding method of the present invention is a growth step (S1100) in which the eggs of the slugs 10 are placed between the fermented sawdust 20 and grown in the growth part 100 (S1100);, the slugs 10 and the fermented sawdust 20 And a fasting step (S1200) of separating and fasting in the fasting unit 300; and a crushing step (S1300) of crushing and packing the slugs 10.

In the present invention, fermented sawdust and slug eggs are unattended, grown automatically, washed automatically, dried automatically, and pulverized and packaged automatically, so that an automatic production system of slugs can be implemented.

1 is a conceptual diagram showing a slug breeding apparatus of the present invention.
Figure 2 is a side view showing the growth of the present invention.
Figure 3 is a side view showing the separation of the present invention.
Figure 4 is a plan view showing the separation of the present invention.
Figure 5 is a cross-sectional view showing the sterilization device of the present invention.
6 is a cross-sectional view showing the cleaning apparatus of the present invention.
Figure 7 is a flow chart showing the slug breeding method of the present invention.

Hereinafter, in order to describe in detail enough that a person of ordinary skill in the art can easily implement the present invention, a most preferred embodiment of the present invention will be described in detail.

(Example 1-1) The slug breeding apparatus of the present invention is a growth part 100 for growing slugs, which are seated inside the fermented sawdust 20, into slugs 10;, the slugs grown in the growth part 100 ( 10) a separating unit 200 for separating the fermented sawdust 20 from the fermented sawdust 20; a fasting unit 300 for fasting and washing the slugs 10 separated by the separating unit 200;, and the fasting unit 300 ) And a processing unit 400 for drying and/or processing the slugs 10 washed in).

Example 1-1 The invention is the invention of a slug breeding device, which breeds slugs 10 with an automated system, and specifically, a growth part for breeding slugs 10 in a state in which eggs are accommodated in fermented sawdust 20 It has 100. And the separating unit 200 for separating the slugs 10 bred in the growth unit 100 from the fermented sawdust 20 and the slugs 10 separated in the separating unit 200 are fasted for 4 to 5 days. It is provided with a fasting portion 300 to be washed after. In addition, as the slugs 10 fasted in the fasting unit 300 are dried and processed, the slugs 10 can be reared and processed unattended. The fermented sawdust includes slugs in the interior, and specific details thereof will be described later.

(Example 1-2) The slug breeding apparatus of the present invention in Example 1-1, the slug breeding device is provided inside the breeding chamber 500 to protect the slugs from contaminants. In the rearing chamber, a growth unit 100, a separation unit 200, a fasting unit 300, and a processing unit 400 are provided, and the breeding chamber 500 has a temperature for maintaining the optimum environment for the growth of the slugs 10. , Maintain humidity and illuminance. Inside, a humidity environment is maintained by a humidifying device and a dehumidifying device, and a temperature set by a cooling and heating device is maintained inside.

(Example 1-3) The slug breeding apparatus of the present invention in Example 1-2, wherein the breeding chamber 500 accommodates a thermometer, a hygrometer, and an illuminometer, and includes the humidifying device, a dehumidifying device, a control device, and a cooling and heating device. It includes; a control device 510 to control.

The control device automatically operates the slug breeding environment, and the control device measures signals from the temperature sensor, humidity sensor, and illuminance sensor inside the breeding chamber in real time, and operates the humidifier, dehumidification device, and air conditioning system in real time. In addition, the operation of the growth section, separation section, fasting section, and processing section inside the breeding device is controlled to be operated automatically. The control device operates and controls the breeding device manually and automatically by an administrator in an external control space formed outside the breeding chamber.

(Example 1-4) The slug breeding apparatus of the present invention is a collection device 520 formed outside the breeding chamber and accommodating sawdust discharged during the breeding process in Example 1-3;, from the inside of the breeding chamber to the outside. It includes; a transfer device for transferring the sawdust to.

The rearing chamber 500 is provided with a transfer device for discharging waste sawdust and a collection device for collecting waste sawdust outside the breeding chamber 500. This is to separate and discharge the discarded sawdust after the breeding process. A conventional conveyor system may be applied to the transfer equipment, and the collection device uses a collection box.

(Example 1-5) In the slug breeding apparatus of the present invention in Example 1-1, the fermented sawdust 20 was completely fermented by mixing rice bran and/or wheat flour with oak sawdust, and additionally mixing the fermentation stock solution Keep it.

(Example 1-6) In Example 1-5, the slug breeding apparatus of the present invention includes a mixture of microorganisms, molasses, and brown sugar in the fermentation stock solution.

Sawdust provides a living space for slugs, and fermented rice bran and flour feed the slugs. That is, slugs grow inside whole rice by eating fermented rice bran and flour. To ferment the rice bran and wheat furniture, the fermentation stock solution is mixed. The fermentation stock solution contains unsalted wheat inside, and is mixed with molasses or brown sugar.

(Example 1-7) In Example 1-1, the slug breeding apparatus of the present invention has a container shape, and includes a fermented sawdust 20 and a cage 40 in which slug eggs are accommodated in an internal accommodation space.

(Example 1-8) In Example 1-7, the slug breeding apparatus of the present invention is formed in the cage and includes a plurality of air supply ports.

The slug breeding apparatus of the present invention consists of a plurality of cages, and the plurality of cages are classified and processed according to the procedure according to the growth stage. Each cage accommodates a certain amount of fermented sawdust inside, and slugs eggs are accommodated inside the announced sawdust. The cage forms a closed space. This is to prevent entry of foreign substances and to prevent the outflow of grown slugs. The cage includes an air supply port. This facilitates the introduction of external air and supplies oxygen to the slugs during the growth process.

Growth stages are classified for each cage. The cage is formed of a transparent material and is easy to visually observe from the outside. Also, you can easily see the inside from the camera.

(Example 2-1) In the slug breeding apparatus of the present invention in Example 1-1 or Example 1-7, the growth portion 100 is fermented sawdust 20 and slug eggs in the cage 40 accommodating space. Including a supply device 110;, a storage rack that separates and stores a plurality of cages 40, and a growth device 120 consisting of a transfer device for transporting and discharging each case to the storage rack.

The present invention is to provide a safe and comfortable environment so that fermented sawdust and slugs eggs are added to each cage, and slugs eggs grow for a certain period of time. Specifically, the feeding device puts fermented sawdust and slugs eggs into the cage. Fermented sawdust and slug eggs may be added in a mixed state, and may be separately added in a separate process.

Cages containing fermented sawdust and slug eggs should be moved to a growing device. It is a device that is stored for a certain period of time for stable growth of slugs. Multiple storage racks are installed to stably store the cage. The storage rack is classified according to the input date and time, and this is to distinguish the growth stages of slugs. In order to transfer the cage to the storage rack, the storage rack is interlocked with the transfer device. The transfer device serves to transfer the cage to the storage rack and discharge it again. The transfer device uses a conveyor, and an object equivalent thereto may be substituted and used.

(Example 2-2) In the slug breeding apparatus of the present invention in Example 2-1, the supply device 110 accommodates the fermented sawdust therein, and the sawdust container 112 for supplying the fermented sawdust to the cage; , It includes; an egg supply container 116 for accommodating the slugs eggs inside, and supplying the slugs eggs to the cage.

The sawdust container 112 has a tapered shape, and an input valve is mounted at the lower part, and only a set amount is input according to the valve opening/closing amount, and a cover is formed on the upper part to prevent foreign matter input and drying. The egg supply container 116 stores slug eggs therein, and supplies only a certain amount to the case. The egg supply container is formed with the above-mentioned input valve and cover for the same purpose.

For the continuous operation of the supply device, a conveyor 111 for continuous feeding of the cage is mounted under the supply device. That is, the cage is mounted on a conveyor and supplied sequentially and continuously, and fermented sawdust and slug eggs are accommodated during the supply process. The kenveyor is driven by a motor 50 and includes a sensor and a control device for positioning the case at an accurate position.

(Example 2-3) The slug breeding apparatus of the present invention in Example 2-2, wherein the sawdust container 112 includes a quantitative feeder 113 for controlling the quantitative supply of the fermented sawdust 20.

(Example 2-4) In the slug breeding apparatus of the present invention in Example 2-3, the quantitative feeder 113 is a main body 114 coupled to the lower opening and closing of the sawdust container 112;, the main body 114 ) Is provided in the interior of the screw-shaped rotation shaft 115 for transporting the fermented sawdust 20 in a spiral manner;, a motor 50 for rotating the rotation shaft 115; includes.

Example 2-3 The quantitative feeder 113 of the invention controls the supply to the inside of the cage 40 of the fermented sawdust 20, and in particular, supplies the fermented sawdust 20 to a certain thickness inside the case. The quantitative feeder forms a main body 114, and the main body has an inlet and an outlet for fermented sawdust. A rotating shaft is formed inside the main body for transporting fermented sawdust, and the rotation of the rotating shaft is driven by a motor 50. A spiral plate is formed on the outer periphery of the rotating shaft in a spiral shape. The spiral plate constantly supplies fermented sawdust. The lead amount of the spiral plate is determined according to the driving speed of the motor, and a certain amount of fermented sawdust is discharged through the outlet according to the lead amount.

(Example 2-5) In Example 2-2, the slug breeding apparatus of the present invention includes an opening and closing cover 117 formed at the lower end of the egg supply container 116.

The opening and closing cover 117 is supplied with slug eggs according to the size of the opening formed at the bottom of the egg supply container 116, and controls the amount of egg supplied according to the opening time of the opening and closing cover.

(Example 2-6) In Example 2-2, the slug breeding apparatus of the present invention is provided between the supply device 110 and the growth device 120, and supplies a cage cover, and the cage cover is caged. It includes a coupling device 130 coupled to.

(Example 2-7) In the slug breeding apparatus of the present invention in Examples 1-3 or 2-2, the growth device 120 is a stacking device formed in multiple layers to stack the cage 40 ( 121); includes.

(Example 3-1) In the slug breeding apparatus of the present invention in Example 2-1, the separating part 200 is fermented sawdust 20, slugs 10 and cocoon 30 inside the cage 40 Separation device 220 for separating;, a crushing device 230 for separating the slugs 10 by pulverizing the cocoon 30; includes.

The slugs grown for about 30 to 40 days in the growth section grow into slugs of about 5 cm to 6 cm. In addition, some of the fast-growing slugs use their excrement and sawdust to form a pupa (cocoon). The separation device separates fermented sawdust, slugs, and cocoon, which uses a separation solution. The separating solution is vibrated by the vibrating device and forms a net of a certain size. The net filters only sawdust, and separates large slugs and cocoons first. Cocoon is separated again and then crushed to separate the sawdust and slugs. The sawdust can be filtered again to secure slugs.

(Example 3-2) In the slug breeding apparatus of the present invention in Example 3-1, the vibration device 210 is a storage hopper to which the fermented sawdust 20 and the slugs 10 inside the cage 40 are supplied. (211);, Fermented sawdust 20 supplied from the storage hopper 211, a sieve 212 for separating the slugs and cocoons from among the fermented sawdust 20, slugs, and cocoons;, Vibration applying vibration to the separating sieve 212 Generator 214;, a collection container 215 for collecting the fermented sawdust 20 collected from the separating sieve 212; includes.

The separating sieve 212 is formed to have a size smaller than that of the slug 10 and has a plurality of through holes 213 through which the fermented sawdust 20 passes.

The vibration generator converts the rotational motion of the motor into a reciprocating motion, and the reciprocating motion has a separating sieve to facilitate separation by vibration. The reciprocating motion conversion uses a cam, and can be replaced with an object that achieves the same purpose and effect.

(Example 3-3) In the slug breeding apparatus of the present invention, in Example 3-2, the collection container 215 discharges the collected fermented sawdust 20 to the collection device 520 outside the breeding chamber 500 It includes a discharge device 530 so as to. The collecting device is a conveyor type and uses an air conveying device using pneumatic pressure. Or it includes a substitution change to the equivalent object. Fermented sawdust collected outside the breeding chamber is recycled.

(Example 3-4) The slug breeding apparatus of the present invention in Example 3-1, wherein the separating device 220 comprises the slugs 10 and the cocoon 30 supplied by the vibration device 210. A first conveying conveyor 221 for transferring;, a discrimination device 222 provided at least one on the upper end of the first conveying conveyor 221 to discriminate between the slugs 10 and the cocoon 30;, the discriminating device A second transfer conveyor 223 for transporting the slugs 10 determined in (222); As the slugs 10 rotate from the side of the first transfer conveyor 221, the second transfer conveyor 223 It includes; at least one or more partition devices 224 to be transferred to.

The separating device 220 includes a first transfer conveyor 221 and a second transfer conveyor 223 disposed adjacent to each other, and a connection portion connecting the first transfer conveyor 221 and the second transfer conveyor 223 to each other. do. The slugs 10 and the cocoon 30 are separated and transported by the first transport conveyor 221 and the second transport conveyor 223.

The first conveying conveyor 221 is provided with at least one discriminating device 222 for determining the slugs 10 and the cocoon 30, and the slugs 10 and the cocoon 30 perform a separation operation, and the slugs ( 10) is transferred to the second transfer conveyor 223. The slugs and cocoons are classified using the partitioning device 224.

The partition device 224 is formed equal to the quantity of the determination device 222, and after the determination device 222 determines the slugs 10 and cocoons, the first transfer conveyor 221 or the second transfer conveyor 223 Separate and transport the subject to be identified.

(Example 3-5) The slug breeding apparatus of the present invention in Example 3-4, wherein the determination device 222 is formed of a camera that identifies the slugs 10 and the cocoon 30.

The determination device 222 is provided at least one above the first transfer conveyor 221, and the user directly identifies the slugs 10 and the cocoon 30, or the shape and color of the slugs 10 and the cocoon 30 Etc. Various information is identified by the vision sensor program.

At this time, the slug 10, which has no product or cannot be used, can be identified as in the cocoon 30 and discharged to the outside.

(Example 3-6) In the slug breeding apparatus of the present invention, in Example 3-4, the partitioning device 224 is provided on the side surface of the first transfer conveyor 221 and rotated by a motor. );, as the one end is fixed to the partition shaft 225, the partition plate 226 rotating toward the first transfer conveyor 221; includes.

The partitioning device 224 has a partition shaft 225 on a side surface of the first transfer conveyor 221 and rotates the partition plate 226 according to the rotation of the partition shaft 225. In addition, the slug 10 transferred to the first transfer conveyor 221 by rotation of the partition plate 226 is transferred to the second transfer conveyor 223. Such a partition device 224 distinguishes the slugs 10 and the cocoon 30 in the discrimination device 222, after the cocoon 30 is crushed, and after the slugs 10 and fermented sawdust 20 are separated again. Separate.

(Example 3-7) In the slug breeding apparatus of the present invention in Example 3-6, the crushing device 230 is the first to crush the cocoon 30 that is determined and transported by the determination device 222. 1 The transfer conveyor 221 is provided with rotating rolls 231 provided on both sides.

The pulverizing device 230 separates the slugs 10 and the cocoon 30 and then crushes the cocoon 30 into fermented sawdust 20 and the slugs 10. Cocoon crushing is made by rotating rolls 231 formed on both sides of the first conveying conveyor 221. The rotating rolls 231 formed on both sides of the first conveying conveyor 221 rotate, and when entering the cocoon, the cocoon is crushed and separated into fermented sawdust and slugs. Thereafter, the fermented sawdust 20 and the slugs 10 are separated again.

(Example 4-1) In the slug breeding apparatus of the present invention in Example 1-1, the fasting portion 300 accommodates the slugs 10 therein, and a sterilization cage 60 having a plurality of holes formed at the bottom thereof. ), a fasting device 310 for storing a plurality of the sterilizing cages;, transferring the sterilizing cage from the fasting device 310, spraying and/or immersing the sterilizing water 321 in the transferred sterilizing cage 60 A sterilization device 320; and a cleaning device 330 for washing the slugs by spraying and/or immersing the washing water into the sterilization cage 60.

The fasting unit 300 stacks and stores a plurality of sterilization cages 60 accommodating the slugs 10 transferred from the separating unit 200 to fasten the slugs 10. During the fasting process, manure remaining in the slugs is discharged to the outside, and foreign substances attached to the slugs are cleaned and sterilized to secure the slugs in a clean state. The sterilization cage has an open top and a plurality of through holes in the bottom. Or, use a sterilizing cage formed of a metal mesh. This is to easily discharge the washing water and sterilization water sprayed during the sterilization and washing process to the outside. The fasting device is formed of a stacking device 121 taking the form of a storage rack. Therefore, it is to accommodate a plurality of sterilization cages in a narrow space. The storage rack is equipped with a transfer device 311, which can automatically implement the movement of the sterilization cage.

(Example 4-2) In the slug breeding apparatus of the present invention in Example 4-1, the sterilization device 320 transfers the sterilization cage 60 transferred by the stacking device 121, and the sterilization A transfer belt 322 coupled to the lower part of the cage and moving the sterilization cage; and a sterilization container 323 in which the transfer belt 322 coupled with the sterilization cage is immersed and has sterilization water 321 therein; Include.

(Example 4-3) The slug breeding apparatus of the present invention in Example 4-2, wherein the sterilization cage 60 has a diameter smaller than the size of the slug 10 so that the sterilization water 321 penetrates therein. A sterilized water injection hole is formed.

(Example 4-4) In the slug breeding apparatus of the present invention in Example 4-2, the sterilizing water 321 is formed by mixing water, bay leaves, and ginger.

The sterilization device 320 puts sterilization water 321 maintained at 100°C into the sterilization cage 60 in which the slugs 10 are accommodated for sterilization of the slugs 10 that are fasted and transferred from the fasting device 310 If possible, transfer the sterilization cage to the immersion state. At this time, the sterilization container 323 receiving the sterilization water 321 is moved along the transfer belt 322, and the sterilization cage 60 is immersed into the sterilization water 321. And the transfer belt 322 is provided with a separate fixing device for fixing the sterilization cage 60 at the bottom so that the sterilization cage 60 is not separated. The transfer belt may be replaced by a chain or by a wire driving method.

(Example 4-5) In the slug breeding apparatus of the present invention in Example 4-3, the washing device 330 is a washing conveyor 331 for transferring the slugs 10 to the processing unit 400;, A spraying device 332 that sprays washing water 335 to the top of the sterilization cage 60 that is provided in a plurality of tops of the washing conveyor 331 and is transferred; and washing water discharged after passing through the washing conveyor 331 ( And a washing storage container 333 for storing 335; a circulation device 334 for circulating the washing water 335 stored in the washing storage container 333 to the spraying device 332.

The washing device 330 is provided with a washing conveyor 331 connected to the transport belt 322 to transport the sterilization cage 60, and spraying to spray the washing water 335 at high pressure at the top of the washing conveyor 331 A number of devices 332 are provided. The injection device takes the form of a nozzle. And after the washing water 335 sprayed from the injection device 332 passes through the washing conveyor 331 and the sterilization cage 60, a washing storage container 333 is provided, and is stored in the washing storage container 333. The washing water 335 is circulated and transferred to the injection device 332 again. The circulation device takes the shape of a circulation pipe, and the circulation pipe is combined with a circulation pump to transfer the washing water by pump power.

The circulation pipe is equipped with a filter. The filter is to supply only cleanly purified circulating water by filtering contaminants contained in the washing water.

(Example 5-1) The slug breeding apparatus of the present invention in Example 4-1, wherein the processing unit 400 is a drying device 410 for drying the slugs 10 transferred from the fasting unit 300 ;, a processing device 420 for crushing and/or packing the slugs 10 transported from the drying device 410.

The processing unit 400 is a device for drying slugs, and a device for processing and/or packaging the dried slugs. The drying device forms a drying chamber, and a sterilization cage is put into the drying chamber. Washed and dried slugs are housed inside the sterilization cage. The drying chamber accommodates a plurality of sterilization cages stacked, and a drying process proceeds for a predetermined time. The drying is performed by hot air drying or cooling drying.

(Example 5-2) In the slug breeding apparatus of the present invention, in Example 5-1, the drying apparatus forms a drying chamber for accommodating a plurality of sterilization cages therein, and a heat source input pipe for supplying an external heat source to the drying chamber. And a temperature sensor for measuring a temperature inside the drying chamber.

The drying chamber is provided with a heat source input pipe through which hot or cold air is supplied, and a boiler or a refrigeration device is coupled to the heat source input pipe to supply air at a constant temperature. The drying chamber forms a temperature sensor, and after the controller measures the temperature sensor signal, the boiler or the refrigeration device is operated.

(Example 5-3) In Example 5-1, the slug breeding apparatus of the present invention includes a grinder for pulverizing the dried slug 10; and the slug 10 pulverized in the grinder. Includes; a packaging device for packing ).

The processing apparatus 420 includes a crusher for pulverizing the dried slugs 10 into powder of a certain size, and a packaging device for packaging the slugs 10 pulverized in the crusher. At this time, the packaging device is made of vacuum packaging.

As another embodiment, the packaging device may quantitatively divide the uncrushed slugs into a predetermined amount and receive them in a container for packaging.

(Example 6-1) The slug breeding method of the present invention is a growth step (S1100) in which the eggs of the slugs 10 are settled between the fermented sawdust 20 and grown in the growth part 100 (S1100);, the slugs 10 And a fasting step of separating the fermented sawdust 20 and fasting in the fasting unit 300 (S1200); and a crushing step (S1300) of pulverizing and packing the slugs 10.

Example 6-1 Invention is to grow the slugs 10 by placing the eggs of the slugs 10 on the fermented sawdust 20 in the growth part 100 to grow the slugs 10. And the slugs (10) eggs are sequentially stacked to separate the grown slugs (10) into slugs (10) and fermented sawdust (20) and fasted. At this time, the slugs 10 are fasted for 4 to 5 days, then sterilized and washed, dried, and then pulverized and packaged.

(Example 6-2) In the slug breeding apparatus of the present invention, in Example 6-1, the cocoon pulverization step of crushing the cocoon 30 produced by agglomeration of the slugs 10 and the fermented sawdust 20 (S1110) Includes;

In Example 6-1, the slug 10 is a crushing device 230 on the upper part of the separating part 200 provided between the growth part 100 and the fasting part 300 in order to crush the cocoon 30 generated during the growth process. ) Is provided. As the cocoon 30 is pulverized by the pulverizing device 230, the fermented sawdust 20 and the slugs 10 are separated.

(Example 6-3) According to Example 6-2, the slug breeding apparatus of the present invention includes a step of sterilizing and washing the slug 10 after fasting (S1210).

In Example 6-3, after fasting the slugs 10 for 4 to 5 days, they pass through the sterilization device 320 and are sterilized with sterilizing water 321 at 100°C. In addition, the slugs 10 sterilized by the sterilizing water 321 are washed by spraying the washing water 335 at high pressure from the injection device 332. At this time, the washing water 335 may be circulated by the circulation device 334 and reused.

10: slug 20: sawdust
30: cocoon 40: cage
50: motor 60: sterilization cage
100: growth unit 110: supply device
111: conveyor 112: sawdust container
113: quantitative feeder 114: case
115: rotating shaft 116: egg supply container
117: opening and closing cover 120: growth device
121: stacking device 122: vertical rack gear
123: horizontal rack gear 124: adjustment device
130: coupling device 140: removal device
200: separation unit 210: vibration device
211: storage hopper 212: sieve for separation
213: through hole 214: vibration generator
215: collection container 220: separation device
221: first transfer conveyor 222: discrimination device
223: second transfer conveyor 224: compartment device
225: division shaft 226: division plate
230: grinding device 231: rotary roll
300: fasting part 310: fasting device
311: transfer device 320: sterilization device
321: sterilized water 322: transfer belt
323: sterilization container 330: washing device
331: washing conveyor 332: spraying device
333: washing storage container 334: circulation device
335: washing water 400: processing part
410: drying device 420: processing device
500: breeding chamber 510: control device
520: collection device 530: discharge device

Claims (6)

In the slug breeding device,
A growth part 100 for growing the slugs that are seated in the fermented sawdust 20 into slugs 10;
A separating part 200 for separating the slugs 10 and the fermented sawdust 20 grown in the growth part 100;
A fasting unit 300 for fasting and washing the slugs 10 separated by the separation unit 200; And
Including; a processing unit 400 for drying and/or processing the slugs 10 washed in the fasting unit 300,
The growth unit 100 is a supply device 110 for injecting the fermented sawdust 20 and the slug eggs into the cage 40 receiving space;,
Including; a storage rack for separating and storing a plurality of cages 40 and a growth device 120 consisting of a transfer device for transferring and discharging each case to the storage rack,
The supply device 110 accommodates the fermented sawdust therein, and a sawdust container 112 for supplying the fermented sawdust to the cage;
Includes; an egg supply container 116 for accommodating the slugs eggs inside and supplying the slugs eggs to the cage,
The separating unit 200 includes a separating device 220 for separating the fermented sawdust 20, the slugs 10 and the cocoon 30 inside the cage 40;
A crushing device 230 for separating the slugs 10 by crushing the cocoon 30; includes,
The separating device 220 includes a first conveying conveyor 221 for transferring the slugs 10 and the cocoon 30 supplied by the vibration device 210;
A discrimination device (222) provided on the top of the first transfer conveyor (221) to discriminate between the slugs (10) and the cocoon (30);
A second transfer conveyor 223 for transferring the slugs 10 determined by the determination device 222;
At least one partitioning device (224) for transferring the slugs (10) to the second conveying conveyor (223) as it rotates from the side of the first conveying conveyor (221).
delete delete The method according to claim 1,
The fasting unit 300 accommodates the slugs 10 therein, a sterilization cage 60 having a plurality of holes formed at the bottom thereof, a fasting device 310 for storing a plurality of the sterilization cages;,
A sterilization device 320 that transfers the sterilization cage from the fasting device 310 and sprays and/or immerses the sterilizing water 321 in the sterilization cage 60 to be transferred;,
A slug breeding apparatus comprising; a washing device 330 for washing slugs by spraying and/or immersing washing water into the sterilizing cage 60.
The method according to claim 1,
The processing unit 400 is a drying device 410 for drying the slugs 10 transferred from the fasting unit 300;,
A slug breeding apparatus comprising a; processing device 420 for crushing and/or packing the slugs 10 transported from the drying device 410.
delete

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