KR20190034764A - Cricket breeding apparatus - Google Patents

Abstract

Cricket sayukgi of the present invention, in the cricket sayukgi of two or more breeding box to move in line with the growth of the crickets, characterized in that the connecting passage is provided to connect the breeding box adjacent to the movement of cricket.
Accordingly, there is an effect that the cricket is moved in the rearing environment, by improving the ease of cricket breeding line with growth rates and having more than one breeding box.

Description

Cricket sayukgi {Cricket breeding apparatus}

The present invention relates to a cricket sayukgi, the present invention relates to a cricket sayukgi which improves the usability of the cricket breeding.

Agriculture, Forestry, Animal Husbandry and Food and Korea KFDA, Rural Development, said that the accused admitted her (mealworm larvae) and Gryllus bimaculatus a common food ingredients.

High world rating, while safety is registered with proven second paper is expected to be a common food ingredients edible insect industry enabled.

Overseas trend including increased food use of insect cricket. International experts are basing prospects rea be formed in this market of 38 trillion won in 2020. United Nations International Food and Agricultural Organization (FAO) had named the insects 'small livestock (little cattle)', Belgium is a state approved 10 kinds of insects as a food ingredient.

Moreover, insects are highly rich in amino acids and a high content of dambaekjil, unsaturated fatty acids than saturated fats. The nutritional value is very large compared to the beef content of vitamins and minerals, and fiber that are also much richer edible insects.

Of insects and crickets are used as livestock feed material because much of the functional material, was found to have no longer in acute and genetic toxicity tests. In addition, the test that is effective in protecting liver, anti-fatigue, anti-inflammatory effect of future breeding crickets is expected in the main farmhouse income crops.

And cricket is not only contain abundant omega-3 series fatty acids, particularly DHA, chitosan is contained in abundance and are known as varieties that can be bred using only eat insects in the world.

The one omega-3 fatty acid family is an essential fatty acid having a double bond at the third carbon from the end of the particular unsaturated fatty acid carbon chain, also in essential fatty acids promote the body's metabolism as a component in the structure of cells, as well as as well as one of the essential nutrients to the body's growth and brain development, the omega-3 series fatty acids was found to have a prevention of various cardiovascular system through the cholesterol-lowering effect of blood diseases and anti-tumor effects and preventive effects, such as decreased learning ability.

Thus, it developed a method for mass-rearing crickets sayukgi and breeding crickets.

However, in the following conventional cricket sayukgi it is bred into the oasis or egg board in the box, such as the living box there is a problem should the operator to direct the movement and gathering of cricket.

In other words, cricket breeding has a high labor cost issues as labor-intensive. In this case, the discrimination occurs in cricket production according to the skill of the operator.

Therefore, a situation that is required for the development of improved cricket sayukgi of cricket breeding convenience is improved.

Patent No. 1,683,382 No. (2016.11.30 registration) Patent No. 1,634,678 No. (2016.06.23 registration) Registered utility model No. 0,477,103 No. (2015.04.29 registration)

The present invention has been conceived to solve the conventional various problems described above, it is an object of this invention to minimize the interference to cricket breeding environments to incubation, aechung, jungchung, adult, the adult collected and give a stress due to an external impact without having to provide a cricket cricket sayukgi moving in each of the surrounding environments.

The cricket sayukgi of the present invention for achieving the above object is, the connecting passage provided in cricket sayukgi of two or more breeding box to move in line with the growth of the crickets, to send the breeding box adjacent to the cricket movement of and that is characterized.

In addition, the breeding box, the bottom surface is formed in a mesh network, in the center, characterized by consisting of a cover for closing the open end of the body and the body inclined surface is formed in both sides of the mesh network.

Also, the mesh network is characterized by comprising a removable or sliding.

Further, in the lower part of the mesh network, it characterized in that the foreign substances are further comprising receiving.

Further, the main body is equipped with a grid floor is installed and spaced apart from, and has a thin and long upper side of the grid being characterized in that the rests long wood chips.

In addition, the breeding box is characterized in that the troughs which rests on the grid further comprising.

Further, the main body is characterized in that the opening provided with a jeongbichang possible.

Further, the connecting passage is provided by two or more partition walls at regular intervals characterized in that it forms the movement path.

Further, the movement route is characterized in that it is formed to be smaller cross-sectional area towards the outlet from the inlet.

In addition, the outlet of the connecting passage is characterized in that the rotary member is provided.

Further, between the two or more breeding box it characterized in that the return passage further provided.

Further, it characterized in that the bypass passage connecting through said rearing box and the lifting member is further provided.

Further, the bypass passage characterized in that a stopper is further provided a slope is provided.

Further, the sliding door is further provided, which breeding box for collecting the two adults of the two or more breeding box cricket there is provided a downwardly inclined discharge chamber so as to collect the cricket to the outside the body, choose a cricket movement of said discharge chamber and that is characterized.

Further, the upper portion of the sliding doors, characterized in that the scattering plate is further provided.

Further, the frame is further provided with a layer stacking the two or more of the breeding box, the frame is characterized in that the engaging member is provided with a foreign matter receiving the insert.

Further, between the raising box of the first breeding doedoe box from configuration as the sixth rearing box, the partition wall and the movement route is the fourth breeding box of the fifth breeding between the box and the fifth breeding boxes and sixth breeding box characterized in that formed in the connecting passage.

In addition, the breeding box doedoe composed of a sixth-breeding box from the first box-breeding, the rotary member is formed on the outlet of the connecting passage of the fifth and the sixth breeding box breeding box.

In addition, the breeding box doedoe composed of a sixth-breeding box from the first breeding box, the return passage is that the provided between the fourth breeding box of the fifth breeding between the box and the fifth breeding boxes and sixth breeding box It characterized.

In addition, the breeding box doedoe composed of a sixth-breeding box from the first box-breeding, the bypass passage is characterized in that it further comprises the fourth to sixth breeding box breeding box.

In addition, the breeding box doedoe composed of a sixth-breeding box from the first box-breeding, the sliding door is characterized in that provided in the sixth breeding box.

In addition, the breeding box is characterized in that the spray nozzle is further provided to automatically spray water at the set interval.

Further, it characterized in that the supply section for automatically supplying the feed in accordance with the feed amount of the troughs further provided.

According to a cricket sayukgi according to the present invention, there is an effect that the cricket is moved in the rearing environment, by improving the ease of cricket breeding line with growth rates and having more than one breeding box.

In addition, the output is uniform as cricket automatically moves to the surrounding environments.

1 is a perspective view showing a cricket sayukgi according to the invention.
2 is an exploded perspective view showing the breeding box of Figure 1;
Figures 3a-3b is a perspective view showing a use state of kkwittu sayukgi lamina according to the invention.
Figure 4 is a side view showing a state in which the multi-layer stack crickets sayukgi of Figure 1;

With reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 is a perspective view showing a cricket sayukgi according to the invention, Figure 2 is a perspective view showing exploded the breeding box of Figure 1, a perspective view Fig. 3a-3b show a use state of kkwittu lamina sayukgi according to the invention and, Figure 4 is a side view showing a state in which the multi-layer stack crickets sayukgi of Figure 1;

As shown in Fig. 1 to 4, crickets sayukgi (A) according to the invention, it consists of two or more breeding box 100 to move in line with the growth of the crickets, raising the box adjacent to the cricket movement of the ( the connection path 200 is provided to couple 100).

In an embodiment of the present invention, but the breeding box 100 are separately described in the first to sixth breeding box (100-1, 100-2, 100-3, 100-4, 100-5, 100-6) it is not particularly limited it can be adjusted according to the number breeding environment.

Specifically, the breeding box 100 has a bottom surface and a mesh net 111 is formed in the center, of the mesh network on both sides of the 111 slopes body 110 and the body 110, 112 is formed, It consists of a cover 200 for closing the open end.

At this time, a portion of the cover 200 may be composed of mesh visually identify the ventilation and internal circumstances.

Also, the mesh network 111 may be a removable or sliding off easily achieved JESUS ​​the foreign matter such as feces.

Then, the lower portion of the mesh net 111 is provided with further receiving any object 113. The And in the foreign substance receiving (113) a collection of cricket feces, food or the like.

As a result, the foreign matter via the inclined surface 112, becomes gathered by the mesh nets 111 and the mesh net 111 is to collect the foreign matter to the foreign substance receiver 113 and shake the foreign object by the detachable or sliding.

On the other hand, the mesh size of the mesh net 111 is mothamyeonseo not escape the crickets in each rearing breeding box 100 foreign substances is formed to a size that can be discharged.

Further, the main body 110 is provided with a grid 300 installed floor and spaced apart, it has a wood chip 400 in a long and narrow in length above the grid (300) is rested. The wood chips is preferably a cypress used.

In this case, is formed close to the connection path 200, or a low height of the wood chip 400, it is when there is a cricket grown on the breeding box 100 to get to the connection path 200 to the next breeding box.

And, it troughs 500, which rests against the grid 300, the breeding box 100 there is further provided air to supply food and water in cricket.

On the other hand, the main body 110 is provided with openable and closable jeongbichang 114 is used for maintenance.

The above-described configuration is the same for all the first to sixth breeding box (100-1, 100-2, 100-3, 100-4, 100-5, 100-6).

However, the first raising box (100-1), the diffuser (101) to inject the hatched chicks from the egg cricket is further provided.

Further, the connecting passage 200, there is provided the interval is more than one partition wall (210) such as to form a movement path (220).

At this time, through the travel path 220 there is formed a cross-sectional area becomes smaller towards the outlet opening and in the breeding box crickets communication path (200), go to 100 constitute prevent not return.

Furthermore, the partition wall 210 and the movement route 220 of the fourth breeding box (100-4) and the fifth box-breeding the breeding box 5 (100-5) and the sixth breeding and between the (100-5) It is formed only in the connecting passage 200 between the boxes (100-6).

In this case, the first to third rearing box (100-1, 100-2, 100-3) is a small breed crickets, crickets of small size have a lot of movement to the old rearing box 100 to do the high activity because it does.

However, the fourth to the sixth cricket rearing box (100-4, 100-5, 100-6) is the physical limit as to return to the previous box in a high activity in the adult.

Then, the outlet of the connecting passage 200 is provided with a rotary member (600).

That is, by the characteristics do not want to move at a higher position when the cricket cricket moves to the rotating member 600 is dropped to the inside breeding box 100 by rotation.

The rotary member 600 is manufactured to a weight, so as to parallel to the linearly arranged the same as the connection path 200, it is made to rotate only when the cricket is stood up with the rotation member 600. The The rotary member 600 falls cricket is again positioned parallel to the connecting passage 200. The

At this time, the rotary member 600 is provided only on the outlet of the fifth breeding box (100-5) and the sixth breeding box connection path 200 of the (100-6).

On the other hand, in the return passage 700, between the two or more breeding box 100 it is further provided. The return passage 700 has a size that passes through only a small cricket.

That is, thereby returning the cricket of small size to the previous breeding box.

In this case, the return passage 700 and the fourth breeding box (100-4) and the fifth breeding sixth breeding boxes and in the fifth breeding box (100-5) between the box (100-5) (100-6 ) it is provided only between the.

Further, the bypass passage 800 connecting through the breeding box 100 and the lifting member 810 is further provided.

In this way, the adult is cricket through the bypass passage 800, it is possible to go directly to the sixth breeding box (100-6).

In addition, the bypass passage 800, the inclined surface 821 is a stopper 820 is provided further comprising preventing the return of the cricket, and only the movement of the force in one direction.

The bypass passage 800 is provided across the fourth box (100-4) to the sixth box (100-5).

On the other hand, in the breeding box 100 for collecting the the adult crickets of the two or more breeding box 100 so as to collect the cricket to the outside main body 110 is equipped with a downwardly inclined discharge chamber 900, the discharge chamber (900 ) the sliding door (910) for selecting the movement of the cricket to is further provided. A lower portion of the sliding door 910 is provided with an opening 911 which communicates with the inner body 110.

Further, the upper portion of the sliding door 910, there is further provided with a scattering plate 920.

The discharge chamber 900 is provided with a nearby collection box 930 for collecting the cricket.

Accordingly, when the sliding door 910, as shown in Figure 3a close the opening 911, crickets and crickets collected to also collected via the discharge chamber 900, 930, sliding doors 910, as shown in Figure 3b is When open the opening 911, the cricket is prevented from moving to the discharge chamber 900.

The discharge chamber 900, sliding doors 910, a scattering plate 920, a collecting box 930 is provided in the sixth breeding box (100-6).

In addition, the breeding box 100, and the injection nozzle (102) for automatically spray water at the set time is further provided, the spray nozzle 102 spraying the automatic moisture by time or moisture is set by an electronic control The.

Also, the troughs 500, in accordance with the amount of feed is provided with a further supply portion (103) for automatically supplying the feed, the supply unit 103 is automatically supplied to the feed by monitoring the amount of food eaten is reduced cricket.

Finally, as shown in FIG. 4, and the building frame 1000 is further provided with a layer more than one breeding the box, the frame 1000 is provided with a latching member 1001 is inserted into the receiving debris.

That is, by constructing a cricket sayukgi, it is possible to configure the cricket sayukgi least two sets of multiple layers as a set for the first to sixth breeding box above.

In this case, the breeding box at a position higher by jeongbichang 114 also can be easily subjected to maintenance.

In accordance with the present invention, the convenience of cricket breeding can be improved by having more than one breeding box 100 by the cricket match the growth rate to the next rearing environment. In addition, the output is uniform as cricket automatically moves to the surrounding environments.

Or higher, but will be described in detail preferred embodiments of the present invention, the technical scope of the present invention is to be construed by the claims is not limited to the embodiments described above. At this time, if a gain is to be understood chair in the art, it should be considered to many modifications and variations are possible without departing from the scope of the invention.

A - Cricket sayukgi
100-46 Box
200 - connecting passage
300 - grid
400 - Wood chips
500 - Drinking fountains
600 - rotary member
700 - return passage
800-bypass passage

Claims (23)

1. In cricket sayukgi of two or more breeding box to move in line with the growth of the crickets,
   Cricket sayukgi, characterized in that the connecting passage is provided to connect the breeding box adjacent to the movement of cricket.
   
2. According to claim 1,
   The rearing box,
   The bottom surface is formed in a mesh network, in the center, crickets sayukgi, characterized in that the cover consists of closing the open end of the body and the body inclined surface is formed in both sides of the mesh network.
   
3. 3. The method of claim 2,
   The mesh network is cricket sayukgi which comprises a removable or sliding.
   
4. 3. The method of claim 2,
   A lower portion of the mesh net, the cricket sayukgi, characterized in that the foreign substances are further comprising receiving.
   
5. 3. The method of claim 2,
   It said body has a cricket sayukgi, characterized in that the floor and is equipped with a grid provided spaced apart, that is thin and has an upper side of the lattice length of a long wood chips rests.
   
6. 4. The method of claim 3,
   The rearing box, the cricket sayukgi characterized in that the troughs which rests on the grid further comprising.
   
7. 3. The method of claim 2,
   It said body has a cricket sayukgi, characterized in that the opening provided with a jeongbichang possible.
   
8. According to claim 1,
   The connecting passage has cricket sayukgi characterized in that is provided with an interval more than one partition wall such as to form a travel path.
   
9. The method of claim 8,
   The movement route is cricket sayukgi, characterized in that the cross-sectional area towards the outlet from the inlet is formed such that small.
   
10. According to claim 1,
    The outlet of the connecting passage, the cricket sayukgi, characterized in that the rotary member is provided.
    
11. According to claim 1,
    Cricket sayukgi, characterized in that the return passage is further provided between the two or more of the breeding box.
    
12. According to claim 1,
    Cricket sayukgi, characterized in that a bypass passage connecting through said rearing box and the lifting member is further provided.
    
13. 13. The method of claim 12,
    It said bypass passage includes cricket sayukgi, characterized in that a stopper is further provided a slope is provided.
    
14. According to claim 1,
    Breeding box to collect the two adults of the two or more breeding box cricket there is provided a downwardly inclined discharge chamber so as to collect the cricket to the outside main body, wherein the sliding doors for selecting a cricket movement of said discharge chamber is further provided with cricket sayukgi of.
    
15. 15. The method of claim 14,
    An upper portion of the sliding door, the cricket sayukgi, characterized in that the scattering plate is further provided.
    
16. 5. The method of claim 4,
    Building with the two or more layers, and the breeding box frame is further provided,
    The frame cricket sayukgi, characterized in that the engaging member is provided with a foreign matter receiving the insert.
    
17. The method of claim 8,
    The breeding box doedoe composed of a sixth-breeding box from the first box-breeding,
    The partition and the movement route is cricket sayukgi, characterized in that formed in the connecting passage between the fourth and the fifth box-breeding of the breeding between the box and the fifth and sixth breeding box breeding box.
    
18. 11. The method of claim 10,
    The breeding box doedoe composed of a sixth-breeding box from the first box-breeding,
    The rotary member is cricket sayukgi, characterized in that formed at the outlet of the connecting passage of the fifth and the sixth breeding box breeding box.
    
19. 12. The method of claim 11,
    The breeding box doedoe composed of a sixth-breeding box from the first box-breeding,
    The return passage is cricket sayukgi, characterized in that provided in between the fourth and the fifth box-breeding of the breeding between the box and the fifth and sixth breeding box breeding box.
    
20. 14. The method of claim 13,
    The breeding box doedoe composed of a sixth-breeding box from the first box-breeding,
    It said bypass passage is cricket sayukgi, characterized in that further provided in the fourth to sixth breeding box breeding box.
    
21. 15. The method of claim 14,
    The breeding box doedoe composed of a sixth-breeding box from the first box-breeding,
    The sliding door is cricket sayukgi, characterized in that provided in the sixth breeding box.
    
22. According to claim 1,
    The rearing box, the cricket sayukgi, characterized in that the spray nozzle is further provided to automatically spray water at the set interval
    
23. 7. The method of claim 6,
    Cricket sayukgi, characterized in that the supply section for automatically supplying the feed in accordance with the feed amount of the troughs further provided.
    

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