KR102206189B1 - Spawning device for Soldier Fly - Google Patents

Abstract

The present invention relates to spawning and hatching in Dongae, etc., which induces the spawning of adult worms in Dongae et al., and ensures the circulation of fresh air to eggs and larvae to facilitate egg hatching and adapts easily to the inducing agent of hatched larvae. Specifically, it consists of a spawning member in which adults lay eggs, a spacing member on which the spawning member is placed, and a hatching case to install the spacing member on which the spawning member is mounted to be spaced apart from the top of the induction agent contained therein; The effect of increasing the hatching speed by separating the inducing agent for inducing spawning and inducing growth and the spawning member from which the eggs are spawned by a certain distance to facilitate circulation of air to the eggs and to allow the hatched larvae to escape from the spawning hole by a natural fall method. There is.

Description

Spawning device for Soldier Fly {Spawning device for Soldier Fly}

The present invention relates to spawning and hatching in Dongae et al., and more particularly, inducing spawning through mating of emulsified adults in the pupa, and making the spawned eggs smooth in hatching, so that breeding companies in Dongae et al., and the industry that spawns eggs , It relates to a spawning device for breeding and processing Dongae, etc., applied to the business that dissolves the larva into the pupa and emulsifies the pupa into the adult.

Flies, mosquitoes, etc. belong to a class of insects. Among them, Dongae et al. are insects belonging to the Dongae et al. family of the order Flies, and are recently recognized as an eco-friendly resource. Accordingly, various research and development on breeding are being conducted in Dongae and the like.

Recently, as the Act on the Promotion and Support of the Insect Industry was enacted in 2010, and as a part of the agricultural policy of the Republic of Korea, the development of the insect industry was actively supported at the national level, so many farmers and returnees are interested in insect breeding. The business is running.

Representative insects bred through such insect business include gosoae, flower beetle, longevity beetle, cricket, dungae, stag beetle, butterfly, back young bee, centipede and earthworm, and more insect resources that are beneficial to human body are secured. Need to be.

On the other hand, in order to breed insects as described above, it is of paramount importance to maintain a temperature and humidity suitable for insect breeding without being affected by changes in temperature and humidity according to changes in the four seasons.

On the other hand, facilities used for breeding insects in recent years are generally installed in a multi-stage structure consisting of a plurality of frames, and the existing plastic boxes used for other purposes between these multi-stage frames are provided to achieve a certain interval. It is used to rear insects.

However, the facilities in which the plurality of frames are formed of a grid are fixed in the longitudinal direction to the floor and ceiling inside the breeding facility, so in order to move the insect breeding case that is provided and used inside the facility, the insect breeding case is manually moved to a movable plate or cart. After moving by hand, there was a cumbersome problem that had to be moved, and what

The plastic box described above has many problems in overcoming irregularities in temperature and humidity according to seasons.

On the other hand, in recent years, many insect breeding cases have been developed and used in insect breeding farms, etc., to keep the temperature and humidity suitable for insect breeding by putting larvae or adult insects, and to breed insects in large quantities.

In particular, Dongae is a generic term for insects belonging to the family Flies, Dongae, etc. In English, it is called Soldier Fly. It is a very small size of 2 to 30 mm and has a three-segment antennae with a drawer hook-shaped end. At first glance, a black wasp looks like a black bee. About 400 to 1,500 species are widespread around the world. Although each species has a variety of forms, most of them are partially or entirely metallic-green, and some species mimic bees like a flower hover.

Recently, a food waste treatment technology using Dongae et al. has been developed. The larvae of Dongae etc. seem to be used a lot, saying that they are better than earthworms in many places because they are easy to breed and keep frozen. R&D at agricultural technology centers in each province sells projects to farmers, and there are already farms. The Agricultural Technology Center writes in the America Dongae, which are not native to Korea. However, since adult insects have wings, the disadvantage is that they do not know where they will bounce unless they are blocked.

Like mealworms, larvae were commercialized as raw feed, and sold under the name of Phoenix worm. They were born anew by eating corpses, or because they are high in calcium, they are mainly used as food for birds and reptiles. Tarantulas and other arthropods are not fed well because a lot of calcium is rather harmful.

In addition, Dongae is an insect of the family Arthropod Insects, Flies Order, Dongae, etc. The body is black and lives in dirty water or manure piles. These species are mainly distributed in Korea and Japan, but are widely distributed worldwide in the case of Dongae in the Americas, and are common in Australia in the southern hemisphere, in the northern hemisphere and in the southern United States.

In addition, 14 species are described in Dongae, etc. in Korea. Particularly, the length of the larvae of the American Dongae etc. is about 20 mm, and the adult is about 13 to 20 mm. And, the larvae on Dongae back have a brown color overall, and the adult on Dongae back is black.

Unlike general fly-neck pests, these dongae etc. do not cause direct damage to humans because they do not flow back after feeding because they are unique.

And, although it is distributed worldwide in Dongae, etc., it is not classified as a sanitary pest. It does not invade human habitation and lives in livestock, food waste, and compost fields with a lot of organic matter. It is known that adults do not feed.

On the other hand, there are methods of collecting and selecting larvae and pupae, adult worms, and egg masses for collection and selection of Dongae et al. The larvae and pupae can feed livestock meal between July and August for pigs and pupae, which are habitats in Dongae, etc., and can collect pupae gathered in dry places by moving from the moist and developing larvae. For the collection of adult insects, a spawning site where adult insects can be attracted is installed as a trap in the habitat, and then the adult insects in flight are collected using an insect net.

Therefore, conventionally, in order to collect adult insects in Dongae, etc., the collector must directly collect adult insects in flight, so the amount of collected Dongae etc. could not be large.

On the other hand, larvae in Dongae, etc. are also provided for feed for various livestock (cows, pigs, chickens, etc.), and the range of use in Dongae, etc. is expanding. In particular, it was found that the effect is excellent when used as a broiler feed for chickens.

In order to incubate and grow the Deungaedongae, if the pupa (cocoon) is hatched as an adult, the eggs are hatched and grown into larvae (maggots) when the pupa (cocoon) is hatched into an adult. It will be used as feed and raw feed.

These, looking at the conventional techniques for promoting spawning induction and incubation in Dongae et al., "Republic of Korea Patent Publication No. 10-2017-0068752, Scattering induction device in Dongae et al., 20170620)". The above disclosed patent provides a scattering induction device for inducing scattering in Dongae etc. for mass production in Dongae etc.

However, research and development on breeding technology in Dongae, etc. are mostly limited to the development of individual breeding devices, and in reality, the development of a comprehensive and systematic production system for mass production in Dongae, etc. is insufficient. Accordingly, there is a demand for the development of a system for mass-producing Dongae et al., but until recently, a clear standard for this has not been presented.

In addition, the spawning induction device according to the prior art is in contact with the inducing agent that promotes a certain spawn hatching and the spawning member, so fresh air cannot be supplied to the eggs and there is no space to move during hatching, so the larvae can easily dig into the inducing agent to promote the spawning hatch. There was a problem in not being able to lift or move to an optimal position.

In addition, the spawning induction device according to the prior art has a problem in that the spawning member and the spawning hatching inducing agent are dried due to ventilation of the hatchery, so that a constant humidity cannot be maintained.

In addition, the spawning induction device according to the prior art has the hassle of supplying moisture regularly in order to maintain humidity, and when the humidity is excessive or low, optimal spawning and hatching conditions are not satisfied, resulting in a high ratio of spawning and hatching rates. There was a problem that it could not be kept constant.

Due to this, it has been improved to maximize the spawning rate and hatching rate by maintaining the optimal conditions for egg spawning through mating of adult insects in Dongae, etc., while supplying fresh air to the eggs and hatched larvae and maintaining a constant constant temperature and humidity condition. There is an urgent need for a spawning device.

Registration No. 10-1729167 (Raising equipment in Dongae, etc.) Registration No. 10-1838201 (Mass production system in Dongae, etc.) 3) Publication No. 20-2018-0000235 (Drawer-type insect breeding case that can be stacked) 4) Registration No. 10-1828287 (Fari order insect and fecal soil production system)

The present invention has been conceived to solve the above problems, and an object of the present invention is to provide a spawning device to Dongae, etc. that allows fresh air to be evenly supplied for smooth hatching of eggs scattered on the spawning member.

In addition, another object of the present invention is to separate the inducing agent for inducing spawning and inducing growth and the spawning member from which the eggs are scattered by a certain distance so that the eggs are smoothly circulated and the hatched larvae are easily separated from the spawning holes.

In addition, another object of the present invention is to allow the inducing agent and the scattering member to simply adjust the spacing distance according to the spawning conditions, and to allow the larva to move to the growth position and adjust the growth overcrowded area due to the spacing.

In addition, another object of the present invention is to maintain a constant hatching condition by supplying moisture to the scattering member in an automated manner.

In addition, another object of the present baldeo is to install a weight sensor on the spaced member so that the scattering rate and hatching rate of the scattering member can be checked.

In addition, a scattering drawer is formed in the hatching case so that the inducing agent is periodically replaced without moving or moving the scattering member and the spacing member.

The spawning device in Dongae etc according to an embodiment of the present invention is formed of a material that absorbs moisture and forms a spawning groove for egg spawning through mating of adult insects so that the eggs of adult insects are spawned in Dongae etc. The spawning member is separated from the inducing agent by the spawning member and the spacing member on which the spawning member is placed, so that fresh air circulates in the egg and the spawning groove of the larvae induces separation, and the spacing member is a ladder Among the shapes, a pair of hooks in the longitudinal direction are formed as a connecting rod that interconnects each other, and positioning holes are formed on opposite sides of the hatching case so that each end of the hook is inserted and caught, and the spawning member of the adult insects In the spawning device to Dongae, etc., comprising a hatching case that installs a spawning drawer containing an induction agent for induction and growth of larvae hatched from eggs, the spawning member has a nozzle groove in which an exhaust nozzle is fastened at one end , Scattering grooves are formed on all four sides except for the surface where the nozzle groove is formed, and the spacing member forms a humidification supply unit for supplying moisture in a mist form to the ends of the pair of locking bars, and the inside of the humidification supply unit is connected to the locking bar. A water inlet for supplying moisture is formed on one side of the upper part of the case, and a humidification generator operating in an ultrasonic vibrator method is installed inside the water storage container so that vibration does not occur, and does not interfere with the water storage container. A battery for supplying power to the humidification generator is installed on one side of the case, and a switch for power control is formed on one side of the outer surface of the case, so that the moisture supplied from the humidification supply unit flows along the hook and is discharged to the exhaust nozzle connected to the hook. It provides a scattering device for Dongae, characterized in that it is configured to receive constant moisture by fastening a scattering member.

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According to an embodiment of the present invention, fresh air is evenly supplied for smooth hatching of eggs scattered in the spawning member, thereby reducing the mortality rate.

In addition, the induction agent for induction of spawning and growth, and the spawning member from which the eggs are scattered are separated by a certain distance to facilitate circulation of air to the eggs and to allow the hatched larvae to easily escape from the spawning hole by a natural fall method, thereby improving the hatching speed. There is an effect of letting go.

In addition, the inducing agent and the spawning member can simply adjust the spacing distance according to the spawning conditions, and the spacing allows the larva to move smoothly to the growth position and allows the larvae to adjust the overgrown area by itself, resulting in an imbalance in nutrition and growth. It has the effect of resolving.

In addition, by supplying moisture to the scattering member in an automated manner, there is an effect that the hatching conditions can be constantly maintained.

In addition, there is an effect of installing a weight sensor on the spacing member to check the scattering rate and hatching rate of the scattering member.

In addition, by forming a scattering drawer in the hatching case, there is an effect of simply replacing the guiding agent periodically without moving or moving the scattering member and the spacing member.

1 is an exploded perspective view of a scattering device for Dongae etc. according to the present invention,
2 is a partial exploded perspective view of a scattering device for Dongae etc. according to the present invention,
Figure 3 is a perspective view of the combination of the spawning device to Dongae etc. according to the present invention,
4 is a cross-sectional view of a scattering device for Dongae etc. according to the present invention;
5 is a cross-sectional view in which a column holder for height adjustment is installed on the column of the spacer according to the present invention,
6 is an exploded perspective view of a scattering device for Dongae etc. according to another embodiment,
7 is a partial exploded perspective view of the scattering device for Dongae et al. according to FIG. 6;
8 is a cross-sectional view illustrating a height adjustment operation of the scattering device in Dongae etc. according to FIGS. 6 and 7;
9 is an exploded perspective view of a spacing member provided with a scattering member and a humidification generator according to another embodiment;
10 is a combined perspective view of FIG. 9,
11 is a side view of a combination of a spacing member provided with a scattering member and a humidification generator according to FIG. 9;
12 is an exemplary view of transmitting a signal to a smartphone by installing a load cell in the spacer according to FIG. 9;
13 is a sectional view of a humidification circulation of a spacing member provided with a scattering member and a humidification generator according to FIG. 9;
14 is an exemplary view in which a spawning device for Dongae etc according to the present invention is installed in a growth booth,
15 is a cross-sectional view showing ventilation (circulation) of air by spaced apart a scattering member and an inducing agent in the scattering device for Dongae etc. according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art can easily implement the present invention. However, the present invention may be implemented in various forms and is not limited to the embodiments described herein. The same reference numerals are assigned to similar parts throughout the specification.

As shown in Figs. 1 to 4, the configuration of the present invention will be described below with reference to the accompanying drawings, and the spawning device in Dongae etc. relates to a spawning device in which the eggs of adult insects are spawned in Dongae etc. and the eggs are hatched. , The spawning member 10 in which the adult worms lay eggs, the spacing member 20 on which the spawning member 10 is raised, the spacing member 20 on which the spawning member 10 is placed, and the inducing agent 30 contained therein The spawning device 100 is configured with a hatching case 40 that is spaced apart from the top of and installed.

First, the spawning device 100 forms a scattering member 10 formed of a material that absorbs moisture and forms a spawning groove 11 for spawning eggs through mating of adults.

The scattering member 10 is in the form of a micro-sponge, a process of generating a temperature gradient parallel to the thickness direction inside the solution or gel by cooling the interface side with the air layer of the solution or gel of a water-soluble polymer material and pre-freezing, It is prepared through the process of freeze-drying the pre-frozen water-soluble polymer material solution or gel.

The scattering member 10 is a micro-sponge-shaped molded body, such as cosmetics, foods, especially health supplements, wound coverings, medicines such as oral disintegration agents, household products with aroma and deodorant action, industrial products, pesticides and fertilizers, spawning It is used in various fields such as frame.

The scattering member 10 is a freeze-dried product in the form of a micro-sponge, which contains a natural polymer such as collagen or hyaluronic acid as a matrix component, and the collagen sponge having a structure that does not have a network bond is prepared from an aqueous collagen solution by lyophilization, It is manufactured by removing water from the foamed collagen mass using an organic solvent that can be mixed with water. In particular, a collagen sponge having a crosslinked structure is known to be stable in water, so it can be stored for a long time in a state that absorbs humidity (moisture).

The scattering member 10 is hydrogelized by adding an epoxy-based crosslinking agent to the hyaluronic acid solution, expanded to impart porosity, and then freeze-dried the expanded hyaluronic acid hydrogel to control the pore size. It can be used as a support for cell culture, so it is preferable to use it as a spawning place to lay eggs in Deungaedong.

In addition, the spacing member 20 on which the scattering member 10 is mounted is formed.

The spacing member 20 is manufactured by installing pillars 22 at the bottom of the four corners of the upper frame 21 in the form of a square frame. The width of the upper frame 21 is the length of the pillar 22 is a guide agent 30 It varies depending on the filling height of the scattering member 10 and the surface separation distance (α) of the inducing agent 30 is adjusted to be in the range of about 1 ~ 3cm.

The spacer 20 may be made of a non-ferrous metal material that does not cause corrosion, or by coating or painting the exterior.

In addition, when the spacing member 20 is installed, a hatching case 40 is formed to install a spawning drawer 44 containing an inducing agent 30 capable of inducing spawning of adults and growing larvae hatched from eggs.

The hatching case 40 is preferably made of a synthetic resin material having stable structural strength even if the scattering member 10 and the inducing agent 30 are contained therein.

The scattering drawer 44 is provided with a handle 45 on the front side so that it can be inserted and removed from the hatching case 40 in a slide manner, and without moving or moving the scattering member 10 and the spacing member 20. ) Is installed in a drawer method to simply replace it periodically.

The inducing agent 30 is a material that promotes the spawning of adult insects in Dongae, etc., and the spawning inducing material is a mixture of rice bran, bran, general livestock feed, and water in a volume ratio of 1:2. A mixture of enzyme liquid (for example, beer fermentation liquid, etc.), useful microorganisms (for example, microorganisms belonging to the genus Bacillus), livestock meal (pork meal), and waste fish or fish by-products can be used in the basic medium fermented for 1-2 days. have.

That is, the spawning member 10 is placed on the spacing member 20 so that the spawning member 10 is separated from the inducing agent 30 so that fresh air circulation to the eggs and the spawning groove 11 of the larvae induce separation and smooth movement of the seat for growth. To form.

As another embodiment, as shown in FIG. 5, by forming a fastener 22b for fixing the pillar holder 22a that slides in the vertical direction by being fitted while surrounding the pillar 22, the fastener 22b is tightened. When rotated in the direction, the clamping hole 22b penetrates the column holder 22a and pressurizes the column 22 in contact, so that the position can be simply fixed.

As shown in FIGS. 6 to 8, the spacing member 20 according to another exemplary embodiment is formed of a connecting rod 24 that interconnects a pair of locking rods 23 in the length direction of the ladder shape.

The spacing member 20 is formed differently depending on the spawning conditions or the hatching conditions of the larvae in the number or spacing of the locking bars 23 and the connecting bars 24.

Positioning holes 41 are formed on opposite sides of the hatching case 40 so that each end of the locking bar 23 is inserted and caught.

When projecting from the front, the positioning hole 41 forms a central hole 42 for vertical movement by inserting the locking bar 23, and is connected from both sides of the central hole 42 and is connected in a vertical direction to communicate with each other. A fixing hole 43 that is formed at a position and bent downward is formed in a zigzag arrangement.

As shown in FIGS. 9 to 13, the spacing member 20 according to another exemplary embodiment forms a humidification supply unit 50 that supplies moisture to the ends of the pair of locking bars 23 in the form of mist.

A water inlet 52 for supplying moisture is formed in the inside of the humidification supply unit 50 on one side of the upper part of the case 51 that is connected to the locking stand 23, and a water storage container 53 inside the case 51 A humidification generator 54 operating in an ultrasonic vibrator method is installed inside the unit so that vibration does not occur, does not interfere with the water reservoir 53, and is provided on one side of the case 51 to supply power to the humidification generator 54. A battery 55 is installed and a switch 56 for power control is formed on one side of the outer surface of the case 51.

The scattering member 10 is connected to the exhaust nozzle 57 connected to the locking member 23 so that the moisture supplied from the humidification supply unit 50 flows along the locking member 23 and is exhausted, thereby forming a constant supply of moisture.

The exhaust nozzle 57 has a soft curvature, and moisture generated by the humidification supply unit 50 flows along the curvature when flowing, so that moisture condensation does not occur.

The scattering member 10 has a nozzle groove 12 in which the exhaust nozzle 57 is fastened at the center of one end, and the nozzle groove 12 is formed long along the length of the scattering member 10 and has a shape of the groove. In this case, it is formed so as to minimize the loss of moisture and the amount of evaporation, and even if it is changed into a hole shape, it will be functional and structurally irrelevant.

Scattering grooves 11 are formed on all four sides except for the surface where the nozzle grooves 12 are formed, and the scattering grooves 11 are formed to have a diameter and depth suitable for scattering in the scattering grooves 11.

In addition, by checking the weight of the scattering member 10 raised while receiving power from the battery 55 of the humidification supply unit 50 on the upper surface of the spacing member 20, a wireless signal is sent to the smartphone using a separate application. The load cell 58 that is transmitted to is formed so that the spawning rate and the hatching rate can be easily determined through the weight change of the scattering member 10 due to the spawning of adult insects and the weight change through the hatching of eggs.

Looking at the state of use of the scattering device 100 configured as described above is as follows.

1 to 15, the spawning device 100 is installed inside the growth booth 201 of the emulsification field 200 in Deungae-dong, and the arrangement or number is appropriately adjusted according to the amount of spawning and hatching. do.

In order to install the spawning device 100, the induction agent 30 is filled to a predetermined height inside the hatching case 40.

The spacing member 20 is installed inside the hatching case 40 filled with the induction agent 30 so that the column 22 is buryed in the induction agent 30 and touches the bottom of the hatching case 40.

Thereafter, an appropriate number of scattering members 10 are placed on the top of the spacing member 20 and installed inside the growth booth 201 to complete the installation for spawning.

In addition, when the positioning hole 41 is formed in the hatching case 40 of the scattering device 100, the guiding agent 30 is filled to the lower end of the positioning hole 41.

Next, in the case of being formed on one side of the hatching case 40, the other end after inserting one end of the catch 23 of the spacer 20 through the central hole 42 of the positioning hole 41 Is inserted through the central hole 42 of the positioning hole 41 formed on the other side of the hatching case 40.

Thereafter, the stopper 23 of the spacer 20 moves up and down along the central hole 42 to a height to be spaced apart from the ground of the guide agent 30, and is then fitted and fixed in the fixing hole 43 located at the same position. .

In addition, by placing an appropriate number of scattering members 10 on the upper part of the spacing member 20 and installing them in the growth booth 201, the installation for spawning is completed.

That is, by changing and fixing the position of the fixing hole 43 of the positioning hole 41 in which the locking bar 23 is engaged, the spacer 20 can easily adjust the installation height of the spacer 20 have.

And, when the humidification supply unit 50 is formed in the spacing member 20, the induction agent 30 is filled in the inside of the hatching case 40 to a certain height, and the hatching case 40 filled with the induction agent 30 The spacing member 20 is installed therein so that the pillar 22 is embedded in the induction agent 30 so as to contact the bottom of the hatching case 40.

Thereafter, water is filled in the water reservoir 53 with water through the water inlet 52 of the humidification supply unit 50, and then inserted into the nozzle groove 12 of the scattering member 10 for each exhaust nozzle 57 Install.

At this time, when the switch 56 of the humidification supply unit 50 is operated, moisture is generated in the water reservoir 53 while the humidification generator 54 operates, flows through the stop 23 and discharged to the exhaust nozzle 57. After flowing through the nozzle groove 12 of the scattering member 10, it is absorbed by the scattering member 10 to retain moisture.

That is, when the scattering member 10 is dried using the humidification supply unit 50, moisture can be supplied using an automated method.

As described above, the spawning device 100 installed inside the growth booth 201 moves to the inside of the growth booth 201, and the emulsified adult insects are released from the emulsification field 200.

The adult insects carried to the growth booth 201 grow and grow in this space for about 60 days, and spawn to lay eggs through male and female mating at a time point of about 30 days after emulsification.

At this time, the spawning groove 11 of the scattering member 10 may be smoothly attracted to the spawning groove 11 by applying a fragrance ingredient to attract adults.

In this way, the eggs of adult insects spawned in the spawning groove 11 of the spawning member 10 are moved to a separate breeding room, and the eggs of adult insects moved to the breeding room are hatched after 3 to 5 days depending on the humidity and temperature conditions inside. And become a larva.

At this time, the spawning member 10 in which the eggs are scattered in the spawning groove 11 is separated from the inducing agent 30 by the spacing member 20, so that fresh air (oxygen) always flows into the spawning groove 11 and convection The mortality rate is reduced, and it hatches into healthy larvae with a large amount of activity.

In addition, the larvae hatched in the spawning groove 11 are more than when the spawning member 10 is in close contact with the inducing agent 30 because the spawning member 10 is spaced apart from the inducing agent 30 by the spacing member 20. The larvae are smoothly separated from the spawning groove (11), and the larvae are characterized by being able to easily move to a point suitable for their growing conditions while crawling the induction agent (30).

In particular, the larvae are fermented for 1 to 2 days by mixing a mixture of rice bran, bran and general livestock feed and water in a volume ratio of 1:2, and fermented for 1 to 2 days, with enzyme solution (for example, beer fermentation solution) and useful microorganisms (for example For example, microorganisms belonging to the genus Bacillus) and livestock (pork meal), and spoiled fish or fish by-products are grown while decomposing the mixing inducer 30.

The inducing agent 30 should be replaced periodically for the smooth growth of the larva, but the spawning drawer 44 in the hatching case 40 is made into a structure that can be inserted and removed in a slide manner, so that the spawning member 10 and the spacing member ( There is a feature that the induction agent 30 can be replaced periodically without movement or movement of 20).

In addition, since the spacing member 20 can be spaced apart from the inducing agent 30 through the positioning hole 41, various methods can be applied according to spawning conditions or growing environments.

In addition, when the humidification supply unit 50 is formed in the spacer 20, the moisture generated by the humidification generator 54 of the water storage tank 53 flows through the stopper 23 -> exhaust nozzle 57 and scatters. It is introduced through the nozzle groove 12 of the member 10 and is absorbed in the scattering member 10 as a whole, thereby maintaining constant humidity at all times to satisfy the humidity condition for scattering, thereby improving the hatching rate.

After that, after the larvae hatched from the adult eggs grow for a certain period of time, the feeding activity is stopped to become a pupa, and after undergoing a melting process in which the skin color turns brown, the pupa is moved to the emulsifying field 200 and then emulsified as an adult. When the eggs are moved to the growth booth 201 and spawn after mating, the eggs are introduced into the breeding room through the spawning holes and hatched. They become larvae, pupae, and adults, and spawn eggs after mating. You will be able to breed.

At this time, the adult insects that have finished spawning die, and when the dead bodies of the adult insects fall and accumulate, they undergo the process of processing the adult bodies.

In the above description of the scattering apparatus 100 of the present invention with reference to the accompanying drawings, a specific shape and direction have been described, but various modifications and changes are possible by those skilled in the art, and such modifications and changes are It should be interpreted as being included in the scope of the right.

10: scattering member 11: scattering groove
12: nozzle groove 20: spacing member
21: upper frame 22: column
22a: column holder 22b: fastener
23: stop 24: connecting rod
30: inducing agent
40: hatching case 41: positioning hole
42: central hall 43: fixed hole
44: scattering drawer 45: handle
50: humidification supply unit 51: case
52: water inlet 53: water storage container
54: humidification generator 55: battery
56: switch 57: exhaust nozzle
58: load cell 100: scattering device
200: oil painting plant 201: growth booth

Claims (5)

A spawning member 10 formed of a material that absorbs moisture and forms a spawning groove 11 for spawning eggs through mating of adults so that the eggs of adult insects are spawned in Dongae, etc., and the eggs are hatched. 10) The spawning member 10 is separated from the inducing agent 30 by the spacing member 20 on which it is raised, so that fresh air circulates in the egg and the spawning groove 11 of the larva induces separation, and the position for growth is smooth. However, the spacing member 20 is formed as a connecting rod 24 that interconnects a pair of locking rods 23 in the lengthwise direction in the form of a ladder, and each end of the locking rod 23 is inserted and locked. Positioning holes 41 are formed on opposite sides of 40, respectively, and a spawning drawer containing an inducing agent 30 in which the spawning member 10 can induce spawning of adults and grow larvae hatched from eggs ( In the spawning device to Dongae, etc. in which the hatching case 40 to install 44) is configured,
The scattering member 10 has a nozzle groove 12 in which the exhaust nozzle 57 is fastened in the center of one end, and forms a scattering groove 11 on all four sides except for the surface on which the nozzle groove 12 is formed, and ,
The spacing member 20 forms a humidification supply unit 50 for supplying moisture in a mist form at the ends of the pair of locking bars 23, and a case connected to the locking bar 23 in the inside of the humidification supply unit 50 ( A water inlet 52 for supplying moisture is formed on one side of the upper portion of the 51), and a humidification generator 54 operating in an ultrasonic vibrator method inside the water reservoir 53 is vibrated inside the case 51. It is installed so that it does not interfere with the water storage tank 53, and a battery 55 for supplying power to the humidification generator 54 is installed on one side of the case 51, and power control is provided on one side of the outer surface of the case 51. By forming a switch 56 for,
It is configured to receive constant moisture by fastening the scattering member 10 to the exhaust nozzle 57 connected to the stopper 23 so that the moisture supplied from the humidification supply unit 50 flows along the stopper 23 and is exhausted. A spawning device for Dongae etc. characterized by.
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