KR20190019522A - auto-breeding system for cricket - Google Patents

Abstract

The present invention relates to an automatic cricket breeding system, and more specifically, to an automatic cricket breeding system using a container, which provides an optimal environment and facilitates handling of facilities by constructing a system capable of automatically breeding cricket within the container. The automatic cricket breeding system of the present invention includes: the container which has a planar heating element installed in the bottom thereof; rails which are installed on the bottom of the container; a plurality of multistage shelves which are moved along the rails; breeding boxes which are put on each of the shelves such that the cricket inhabits in the breeding boxes; hatching containers in which eggs are hatched; a water supply pipe which supplies water to each of the breeding boxes; and a controller which senses signals of a temperature sensor and a humidity sensor installed in the container to control temperature and humidity of the container to a desired environment. According to the present invention, the automatic cricket breeding system is excellent in mass production and production efficiency by automatically providing an optimal environment enabling the cricket to be bred within the container, does not require complicated facilities on the spot by supplying all equipment in a state of being installed in the container, and enables anyone to easily breed the cricket in a large quantity when there is only a spare space with an area of about 10 pyeong which is approximately 33 m^2.

Description

{Auto-breeding system for cricket}

The present invention relates to a cricket automatic breeding system, and more particularly, to a cricket automatic breeding system using a container which can provide an optimal environment by constructing a system capable of automatically raising crickets inside a container, .

In general, crickets are crickets belonging to grasshoppers and crickets. They are rich in omega-3 fatty acids, especially DHA, and are rich in chitosan and can be fed as feed insects. The United Nations Food and Agriculture Organization is actively promoting edible insects as food for the future, and among the few insects that can be edible is the pair cricket.

In particular, crickets are filled with protein, minerals, unsaturated fatty acids, amino acids, chitosan, calcium, and omega-3, which are good for human body. It contains zinc and copper which are important for promoting hair growth. It has been proven to have good efficacy, and is rich in glutathione, which helps liver protection and detoxification, and is being actively developed as a functional drink and cosmetics for drinking and drinking detoxification.

In addition, we are currently actively developing culinary arts in hotels, universities and specialty high schools, and are expanding into the confectionery, bakery, and natural market. In the future, insects and crickets will be replaced by functional foods I am confident that I will have unlimited value.

According to the United Nations Food and Agriculture Organization (FAO), the land requires only 2850 grams of greenhouse gas to make 1 kg of beef, while crickets produce only 1.57 grams, which means that a large amount of water, land, and livestock It can prevent greenhouse gas emissions from breeding and is extremely eco-friendly, and it is more efficient than any food resource.

It contains at least 2 times higher quality protein compared to beef and other meats. Protein conversion rate in human body is 14 times higher than that of beef.

Currently, there are many breeding facilities and methods such as the registered patent No. 10-0622403 and the open patent No. 10-2002-0001648, which are open to breeding, and these cricket breeding facilities are not suitable for breeding in large quantities, So that it takes a lot of manpower and time.

Registered Patent Publication No. 10-0622403 (2006.09.04) Published Patent Application No. 10-2002-0001648 (2002.01.09) Patent Registration No. 10-1634678 (June 23, 2016) Japanese Patent Application Laid-Open No. 10-1741999 (Feb.

It is an object of the present invention to provide a cricket automatic raising system using a container capable of automatically mass-feeding from a scattering of crickets to a hatching and an adult in a container in order to solve the problems as in the prior art.

According to an aspect of the present invention, there is provided a cricket automatic raising system using a container,

A container provided with an area heating element on the floor;

A rail mounted on the container floor;

A plurality of multi-layer shelves moving along the rails;

A raising house where crickets are placed on each shelf;

A hatched egg that hatches eggs;

A water supply pipe for supplying water to each breeding ground; And

A controller that detects signals from a temperature sensor and a humidity sensor installed in the container and adjusts them to a desired environment; .

In addition,

A container having an open top;

An egg plate-shaped reed plate which is stacked in a plurality of containers and installed so that one end thereof overlaps with each other in a zigzag form;

A moisture pad which is placed on the uppermost breeding plate and stores moisture supplied through a nozzle of the water supply pipe; .

In addition,

A container having an open top;

A soft porous block installed in the vessel;

A spacer provided between the container bottom and the porous block such that the porous block is spaced from the bottom; .

The cricket automatic raising system using the container of the present invention automatically provides the optimum environment in which the crickets can grow within the container, so that it is excellent in mass production and production efficiency. Since all the equipment is supplied in a state of being installed in the container, There is no need for facilities, and anyone with a space of about 10 pyong can easily raise crickets in large quantities.

In addition, since the multi-layer shelf moves along the rail, it is possible to secure a space that the user can pass through only when necessary, so that more crickets can be raised. Also, by using a surface heating element during container heating, There is an effect.

1 is a perspective view showing a structure of a cricket automatic raising system using a container according to the present invention.
2 is a sectional view showing a structure of a cage according to the present invention;
3 is a sectional view showing a structure of a hatching bin according to the present invention.

Hereinafter, preferred embodiments of a cricket automatic raising system using a container according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a structure of a cricket automatic raising system using a container according to the present invention, FIG. 2 is a sectional view showing the structure of a cage according to the present invention, FIG. Fig.

As shown in these drawings, a cricket automatic raising system using a container according to the present invention includes a container 10 having a floor heating element mounted on a floor; A rail 11 installed at the bottom of the container 10; A plurality of multi-layer shelves (20) moving along the rails (11); A housing 30 in which the crickets are placed on each of the multi-layer shelves 20; A hatching bar (40) for hatching eggs; A water supply pipe (50) for supplying water to each cage (30); A temperature sensor installed in the container 10, and a controller for sensing a signal of the humidity sensor and adjusting the signal to a desired environment; .

The container 10 has a space therein and can be opened and closed by an operator, and a ventilating window is provided. An on-floor heating element is installed on the bottom of the container 10 so that the temperature can be raised in a short time with less power when heating.

In this container 10, various sensors capable of detecting temperature and humidity are installed, and a humidifier, a dehumidifier, and a controller capable of adjusting these devices are provided. Therefore, it is possible to maintain a temperature of 28 ° C and a humidity of 60%, which is an optimal environment for crickets to grow.

The multi-layered lathe 20 has a plurality of partitioned spaces 22 in the lateral direction and in the up-and-down direction by a plurality of vertical and horizontal frames 21. A plurality of such multi-layer shelves 20 may be provided.

A rail 11 is provided on the bottom of the container 10 and a bottom frame 21 of the multilayer shelf 20 is coupled with the rail 11 so that the multilayer shelf 20 is moved along the rail 11 It becomes movable. Therefore, even if the space between the multi-layered shelves 20 is not secured, the operator can move the multi-layered shelf 20 to one side, so that many multi-layered shelves 20 can be installed in the narrow space of the container 10, Production is possible. Of course, it should be noted that a locking device for preventing movement of the multi-layer shelf can be attached.

The breeding container 30 includes a container 31 having an open upper part and a plurality of stacking plates 32 in the form of an egg plate and stacked in a container 31 so as to overlap each other in a zigzag form, And a water pad 33 which is placed on the uppermost leveling plate 32 and stores moisture supplied through the nozzles of the water supply pipe 50. As the one end of the lifting plate 32 is superimposed on each other, the crickets live in a space formed between the lifting plates 32.

The water supply pipe (50) is fixed to the ceiling of each floor of the multi-layered shelf (20), and nozzles are provided below each space so that water can be supplied by a sensor by a predetermined amount. At this time, the supplied water drops down to the water pad 33 and the water pad 33 absorbs water and stores the water, so that the cricket inhabits the water.

The incubator 40 includes a container 41 having an open top and a flexible porous block 42 installed in the container 41. The incubator 40 is provided between the bottom of the container 41 and the porous block 42, And a spacer 43 to allow the block 42 to be spaced apart.

As the porous block 42 is made of soft material, crickets adulterate in the perforated block 42. As the spacer 43 is spaced from the bottom of the container 41, a pleasant air circulation is possible, which greatly increases the hatching rate.

The cricket automatic raising system using the container of the present invention described above automatically provides the optimum environment for growing crickets in the container, so that it is excellent in mass production and production efficiency, and all the equipment is supplied in a container state Therefore, it does not require complicated facilities in the field, and anyone with a space of about 10 pyong can easily raise crickets in large quantities.

In addition, since the multi-layer shelf moves along the rails, it is possible to secure more space for the user to pass through only when necessary, so that more crickets can be raised and the temperature can be raised in a short time by using a small- have.

10: container 11: rail
20: Multilayer shelf 21: Frame
22: Space 30: Breeding
31, 41: container 32: breeding plate
33: Moisture pad 40: Hives
42: Perforated block 43: Spacer
50: Water supply pipe

Claims (3)

A container (10) provided with an area heating element on the floor;
A rail 11 installed at the bottom of the container 10;
A plurality of multi-layer shelves (20) moving along the rails (11);
A housing 30 in which the crickets are placed on each of the multi-layer shelves 20;
A hatching bar (40) for hatching eggs;
A water supply pipe (50) for supplying water to each cage (30); And
A controller for sensing a signal of a temperature sensor and a humidity sensor installed in the container 10 and adjusting the signal to a desired environment; Wherein the cricket automatic raising system using the container is provided.
2. The cage according to claim 1, wherein the cage (30)
A container 31 having an open top;
An egg-shaped holding plate (32) stacked in a plurality of containers (31), one end of which is installed so as to overlap each other in a zigzag form;
A moisture pad 33 placed on the uppermost leveling plate 32 for storing moisture supplied through the nozzle of the water supply pipe 50; Wherein the cricket automatic raising system using the container is provided.
The hosepipe according to claim 1 or 2,
A container 41 having an open top;
A soft porous block 42 installed in the container 41;
A spacer 43 provided between the bottom of the container 41 and the porous block 42 so that the porous block 42 is spaced from the bottom of the container 41; Wherein the cricket automatic raising system using the container is provided.

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