KR101891815B1 - Rearing Equipment For Cricket - Google Patents

Abstract

The present invention relates to a rearing facility for crickets which automatically feeds and supplies water for rearing crickets while rearing the crickets in a greenhouse including a plastic greenhouse, etc.; can immunize the workforce; and has an improved structure for a user to easily adjust the temperature and humidity inside the rearing facility.

Description

Rearing Equipment For Cricket

The present invention relates to a cricket breeding facility, and more particularly, it relates to a cricket breeding facility capable of automatically raising and feeding water for raising a cricket in a greenhouse of a house, minimizing the work force, The present invention relates to a cricket breeding facility having improved structure for facilitating humidity control.

In general, the Food and Agriculture Organization of the United Nations (FAO) expects the world population to grow to more than 9 billion by 2050. Demand for food will also surge as population and income increase. In order to meet growing food demand, food production needs to be more than doubled by 2050, but despite the technological advances, current food production is not catching up with population growth. This is due to the fact that the farmland that can get enough yields due to climate change is decreasing. In response to these environmental changes, the insect industry recommended by the UN for future food is environmentally friendly and highly productive.

In addition to its role as a food, it also has an advantage in that it has excellent protein components and low cost in producing fish meal for culturing fish.

Compared with livestock breeding, insect breeding mentioned above is an evaluation that water, feed, space use is small and adverse effect on the environment is small. Greenhouse gas emissions from insect breeding are also more environmentally friendly, accounting for only 10% of livestock rearing.

However, it is no exaggeration to say that the success or failure of insect food depends on the availability of stable insects. For this reason, interest in insect edification focuses on technologies that can produce crickets in large quantities.

Fluker farms in the United States have established a cricket farm in 1953 and now have automated breeding facilities for use as pet feeding and fishing bait. In addition, it is now being used as livestock feed material due to the large amount of functional materials crickets have found to have no abnormality in acute and genotoxicity tests.

In addition, it has been proved to be effective for liver protection, anti-fatigue, anti-inflammatory effect and the like, and it is expected that cricket raising will be the main income of farm household in the future.

In addition, crickets are rich in omega-3 fatty acids, especially DHA, are rich in chitosan, and are known to be the only breed that can be reared as food insects in the world.

The above-mentioned omega-3 fatty acid is an essential fatty acid having a double bond at the third carbon from the end of the carbon side chain among the unsaturated fatty acids. The essential fatty acid is a constituent of cellular tissues and promotes metabolism of the body Omega-3 fatty acids have been shown to prevent cholesterol-lowering effects of various kinds of cardiovascular diseases, antitumor effect and prevention of lowering of learning ability, as well as nutrients essential for body growth and brain development.

Therefore, it is possible to obtain a large amount of omega-3 fatty acid-containing meat and the like when breeding crickets, breeding crickets, preparing feed compositions containing crickets, and feeding the feed composition to livestock or aquaculture fish. Further, Can raise high income, but currently there is no technical condition or method that can breed crickets massively, and there are various problems that can not breed crickets.

In order to breed crickets, it is necessary to understand the physiology of crickets and utilize them technically.

Prior art for raising crickets is disclosed in Korean Patent Registration No. 10-1741999 entitled " Structure for a cricket habitat "(Registered on May 27, 2017), a shelf having a predetermined height in the left- The shelf includes a right side plate, a left side plate, a rear side plate, and a bottom plate. The front side of the shelf is open and the front side fence has a low height for easy work. , And arranged in the left-right direction. The arranged form plates and the front fence are spaced apart from each other by a predetermined distance so as to be able to feed the cricket food. The form plates are stacked in the same direction The left and right egg plates are provided with at least one through hole at the same position, So that it is supported by both side plate engaging means of the shelf.

Another prior art for raising crickets is disclosed in Korean Registered Utility Model No. 20-0477103 entitled " Cricket Mass Collector ", registered on Feb. 29, 2015. The upper part is opened and the height 1 A rectangular body having a locking protrusion protruded inward at a point / 5; A mesh net which is provided at each end of the latching jaw so as to prevent the cricket from dropping and discharges only foreign matter to separate the cricket and foreign matter; A foreign matter receiver provided at a lower portion of the mesh net so as to be removable by a drawer; And a cricket receiver in which a space for temporarily storing crickets is formed in order to collect crickets received in the main body and move the user to a desired location.

However, since existing cricket breeding equipment is a method of raising crickets by hand, it is not suitable for a large-scale breeding method due to periodical provision of food and water, and it is troublesome to feed and water for breeding, There is a drawback that it is required to a large extent.

In addition, existing breeding facilities should be provided with separate air-conditioning means and temperature control means for controlling the temperature and humidity in the breeding facilities, but the facility cost is increased and the energy wasting and maintenance cost for maintenance are increased .

Korean Registered Patent No. 10-1741999 entitled " Structures for a cricket habitat "(registered on Feb. 25, 2017) Korean Registered Utility Model No. 20-0477103 entitled "Cricket Bulk Collector" (registered on Feb. 2015)

SUMMARY OF THE INVENTION [0006] The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to provide a system and a method for automatically feeding and raising water for raising a cricket in a greenhouse of a house or the like, And to provide a cricket breeding facility with improved structure to facilitate temperature and humidity control within the breeding facility.

According to an aspect of the present invention, there is provided a driving method for a motorcycle including a house, a track member provided on the inside of the house and composed of elliptic tracks, A pulling vehicle; a carcass frame, which is pulled by the pulling car and is movably connected to the track member at a lower portion thereof and connected to each other in an interlocked manner; A draw-out drawer which is slidably and movably coupled to the upper draw-down drawer and serves as a space for raising a cricket, draw-out means for pulling out the draw-draw draw-out stacked up and down so as to have a stepped step, And one of the breeding frames being moved to the track member reaches a predetermined position A feeding means for feeding food on the upper side of the breeding drawer provided on the upper side of the breeding drawer and having a stepped step by the drawing means, And water supply means provided on the upper side of the breeding drawer for supplying water from above the breeding drawer having a stepped step by the drawing means.

The breeding drawer is formed in a box shape with an open top, and has a plurality of fitting grooves formed on both sides of the inner circumferential surface so that the breeding plates of the concave and convex structure are spaced apart from each other, and both side edges are fitted in the fitting grooves, And a breeding plate formed with a plurality of through holes to allow the cricket to pass between the divided spaces.

The drawing means includes a plurality of draw-out cylinders stacked on the inside of a conveyor provided with the feeding means and the water-feeding means, and a plurality of draw-out cylinders provided on the drawing cylinders, respectively, As shown in Fig.

The returning means includes a plurality of returning cylinders stacked up and down on the outer side of the conveyor provided with the feeding means and the watering means, and a plurality of returning cylinders provided respectively in the returning cylinders, And a return rod for returning to the original position.

The roof is divided into left and right roofs so as to be ventilated for the purpose of temperature and humidity control of the inside of the roof. The roof is openable by a folding method in which the left and right roofs are folded about a hinge shaft And two sidewalls extending from the lower portions of both sides of the roof, wherein two or more vinyls are supported by the frame.

The houses are formed such that the bottom surfaces of the inner left and right sides are inclined downward toward the center, and one side of the bottom surface is formed to have a slope inclined downward toward the other side.

Wherein the water supply means includes a water supply pipe provided so as to be supplied to the upper side of a breeding drawer having a stepwise stepped water supply source supplied from the outside and a water supply pipe arranged so as to be spaced apart from the breeding drawer having the stepped step on the lower side of the water supply pipe, And a plurality of water supply nozzles for spraying the water in the drawer.

The feeding means is formed so as to be spaced apart by a distance between a feeding plate provided on the lower side of the feeding plate and a raising drawer having the stepped step, Each feeding drawer consists of a plurality of feeding holes drilled to allow the food to fall.

The present invention can carry out cricket breeding in a large scale in a house and can automatically perform the work of feeding and feeding the cricket, so that the work force can be reduced, and the labor cost can be reduced, It is possible to draw the draw-up drawers stacked up and down in the breeding frame to the front direction so as to have a stepped step, so that it is possible to carry out water supply and feeding operation simultaneously to a plurality of draw- And has an advantage that the working time can be shortened.

Also, since the breeding tray of the present invention is raised upright in the vertical direction with respect to the bottom surface of the breeding drawer, it is possible to provide a shade in an environment in which the cricket is inhabited, It has the advantage of being free to move within the drawer.

On the other hand, the roof of the house of the present invention has the advantage that the roofs on both the left and right sides can be opened by the opening / closing means, thereby facilitating ventilation in the house and temperature and humidity control.

Further, the house of the present invention is advantageous in that the side wall vinyl is composed of multiple vinyls having an air layer, so that the warmth is excellent and the resistance against wind pressure is excellent.

Since the floor of the house of the present invention is made of exposed concrete and foreign substances such as cricket excrement are easily collected to the center of the other side due to the inclination of the house floor, there is an advantage that the collected foreign matter can be collected and processed easily from the other side of the house Respectively.

1 is an external perspective view showing a house of a cricket breeding facility according to the present invention.
2 is a front view showing the state before and after the roof opening operation of the opening and closing means of the present invention.
FIG. 3A and FIG. 3B are front views showing the state before and after the roof opening operation, as another example of the opening and closing means of the present invention. FIG.
Figs. 4A and 4B are diagrams showing a breeding drawer of the present invention. Fig.
5 is a plan view showing the bottom of a track member and a house according to the present invention in a plan view.
6 is a perspective view showing a traction vehicle and a breeding frame according to the present invention.
7 is a perspective view showing another example of the breeding drawer of the present invention.
8A, 8B and 8C are a perspective view, a side view, and a front view, respectively, showing a bottom surface of the house of the present invention.
Fig. 9 is a view showing a state in which the drawers are drawn out in the front direction of the breeding frame so as to have a stepped step by the drawing means of the present invention. Fig.
10 is a plan view of Fig.
FIG. 11 is a use state showing a state in which the breeding drawers drawn in the front direction of the breeding frame are returned to their original positions so as to have stepped steps by the returning means of the present invention.

1 to 11, the cricket raising equipment according to the present invention includes a house 100, a track member 200 provided inside the house 100 and composed of elliptical tracks, A traction vehicle 250 which is movably provided on the track member 200 and which trains and moves the cage 300 when external power is applied; A pair of upper and lower frames coupled to each other to be slidably coupled to the sides of the rearing frame 300, and a cricket frame 300 coupled to the lower frame, (500) for pulling out the lifting drawer (400), which is a space where the lifting drawer (400) is to be raised, and the lifting drawer (400) Return to And a sensing means for sensing a predetermined time when one of the carcass frame 300 being moved to the track member 200 reaches a predetermined position and outputting a signal for stopping the traction vehicle 250, A feeding means 800 provided above the breeding drawer 400 for providing food on the upper side of a breeding drawer 400 having stepped steps by the drawing means 500, And a water supply means 900 provided on the upper side of the drawer 400 and supplying water from the upper side of the raising drawer 400 having a stepped step by the drawing means 500.

Referring to FIGS. 1 and 2, the house 100 includes a roof 110 divided into left and right sides by dividing the left and right sides of the folding structure into two, And a side wall 120 extending from both lower sides of the roof 110 and two or more vinyls being supported by the frame 105.

The vinyl of the side wall 120 is composed of a double vinyl to a four vinyl multi-layered structure, and an air layer is formed between the vinyl layers, thereby enhancing the warmth by providing a reinforcement and insulation function against wind pressure.

As shown in FIGS. 8A, 8B and 8C, the bottom surface 130 of the house 100 is formed such that both left and right bottom surfaces are inclined downward toward the center, and one bottom surface faces toward the other side (L1 < L2).

The bottom surface of the house 100 is constituted by the exposure concrete and the foreign substances such as the cricket excrement are easily collected to the center of the other side due to the inclination of the bottom of the house 100, It is possible to collect and process it easily.

The roof 110 is divided into left and right roofs 112 and 114. The left and right roofs 112 and 114 are divided into an upper roof and a lower roof based on a hinge axis in which an intermediate portion is rotatable.

The left and right roofs 112 and 114 can be opened by the opening and closing means 150 and the opening and closing means 150 can be opened and closed as shown in FIGS. 1 and 2, A take-up drum 154 which is provided inside the left and right side walls 120 and in which the take-up wire 152 is wound or unwound by the driving force of a motor driven as external power is applied, A winding wire 152 that connects the both right side roofs and is wound or unwound according to the operation of the winding drum 154 and a sheave member 155 that supports the operation of the winding wire 152.

The upper and lower roofs 112 and 114 can be folded to the lower roof side around the hinge axis when the winding wire 152 of the opening and closing means is wound on the winding drum 154, Is opened.

3A and 3B showing another example of the opening and closing means, when the left and right roofs 112 and 114 are opened and closed in a sliding manner, the windings of the winding drums 154 Both side edges of the left and right roofs 112 and 114 which are flexible and connected to the winding drum 154 in the winding operation of the winding drum 154 are guided by the guide rails 157 and are wound around the winding drum 154 to be opened, The roof 110 may be pulled out from the winding drum 154 while the left and right roofs 112 and 114 are guided by the guide rails 157 when the drum 154 is wound up.

5, the track member 200 is disposed in the interior of the house 100 in the form of an oval track and is disposed at a height spaced from the bottom of the house 100, And a rack gear portion to be engaged with the gear is provided.

Referring to FIG. 6, the raising frame 300 has a rectangular frame shape capable of stacking up and down the raising drawers 400, and has a structure in which a wheel is installed to roll on the track member 200 at a lower portion thereof .

Each of the support frames 300 is spaced apart from each other by a connecting member 310 such as a connecting bar, and is interlocked on the track member 200 by the towing vehicle 250.

The supporting frame 300 is provided with supporting rails for guiding the sides of the bathering drawer 400 so that the bathering drawer 400 can be drawn out on both sides.

The detecting means 700 detects whether the feeding frame 300 or the breeding drawer 400 moved on the elliptic track type track member 200 by the towing vehicle 250 reaches a predetermined position, .

The sensing means 700 is provided at a position close to the position where the feeding means 800 and the water supply means 900 are provided and when the breeding drawer 400 or the breeding frame 300 reaches a predetermined position The control unit transmits a signal sensed by the control unit to stop the traction vehicle 250 to the control unit.

4A and 4B, the breeding drawer 400 is formed in the shape of a box having an open upper part, and the breeding plate 420 of the concave and convex structure is erected in the vertical direction with respect to the bottom of the space, And may be arranged so as to be vertically stacked in a horizontal direction which is a direction parallel to the bottom of the part.

The breeding drawer 400 is provided with a space having a height such that the cricket can be inhabited and can not escape to the outside, and the soil can be disposed on the floor for a cricket form.

The breeding plate 420 may partition the breeding drawer 400 so as to fit the cricket having a wetting characteristic such as shade and may use a wide space in the breeding drawer 400 and may have a through hole (422) are formed.

For example, an egg plate may be used as the breeding plate 420, and the breeding drawer 400 may be made of paper or synthetic resin.

7, the breeding drawer 400 is formed in a box shape having an open top, and is formed on both sides of the inner circumferential surface so that the breeding plates 420 having the concave and convex structures are spaced apart from each other And a plurality of through holes (422) formed in the respective fitting grooves (410) so as to divide the inside thereof so as to allow the crickets to pass between the divided spaces, (420).

9, the drawing means 500 includes a plurality of drawing cylinders 510 stacked on the inside of a conveyor provided with the feeding means 800 and the water supplying means 900, And a drawing rod 520 which is provided in the drawing cylinder 510 of the drawing roller 520 and is arranged to be longer from the lower side to the upper side.

When the signal sensed by the sensing unit 700 is transmitted to the control unit, the control unit stops the towing vehicle 250 and stops the towing vehicle 250 in a fixed position The drawing rod 520 is operated to draw the feeding drawer 400 in the front direction of the feeding frame 300.

Since the operation distance of the withdrawing rod 520 of the withdrawing cylinder 510 located at the upper side is longer than the operation distance of the withdrawing rod 520 of the withdrawing cylinder 510 located at the lower side, The front draw-out distance of the draw-off drawer 400 is drawn in the front direction more than the front draw-out distance of the draw-down drawer 400 located at the lower part of the nursery frame 300 and the downward step- .

The returning means 600 includes a plurality of returning cylinders 610 stacked up and down on the outer side of the conveying means provided with the feeding means 800 and the watering means 900 and the plurality of returning cylinders 610, And a return rod 620 provided at each of the returning cylinders 610 to return the lifting drawer 400 drawn to the original position.

The operation distance of the return rod 620 of the upper return cylinder 610 is returned to the fixed position of the rearing frame 300 by returning the rearing drawers 400 drawn out with the stepped step by the withdrawing cylinder 510 Lt; / RTI >

The water supply means 900 includes a water supply pipe 910 provided to supply water supplied from the outside to the upper side of a cage 400 having a stepped step and a water supply pipe 910 provided below the water supply pipe 910, And a plurality of water supply nozzles 920 arranged to be spaced apart from each other by a distance between the breeding drawer 400 and spraying water to each of the breeding drawer 400.

The water supply nozzle 920 performs a function of spraying the water in the water supply pipe 910 by spraying the water from the upper side of the rearing drawers 400 having stepped steps according to the control signal of the control unit.

In addition, the present invention may include a separate sprayer capable of spraying water in a fine mist system instead of the water supply nozzle 920.

The feeding means 800 includes a feeding tank 810 provided to feed the food fed from the outside to the upper side of the feeding rack 400 having a stepped step, And a plurality of feeding ports 820 spaced apart from each other by a distance between the feeding drawers 400 and perforated so that the food falls in each of the feeding drawers 400.

More preferably, the feed opening 820 is normally closed and is opened by a control signal of the control unit, so that the food is fed through the feeding opening 820 in accordance with the control signal of the control unit, It can be dropped to the drawer 400 side.

In the present invention having such a configuration, a cricket is inhabited in the feeding drawer (400) while the towing vehicle (250) is in a normal state, and the controller controls the pulling vehicle (250) The traction vehicle 250 moves on the track member 200 and outputs the information sensed by the sensing means 700 to the control unit during passage through the sensing unit 700 so as to transmit the sensed information to the control unit 300, The control unit stops the traction vehicle 250 to stop the vehicle.

Thereafter, the raising drawer 400 stopped at the correct position is drawn out with a stepped step in the front direction of the raising frame 300 by the drawing rod 520 operated by the operation of the drawing cylinder 510.

The upper drawer 400 is referred to as a first drawer 400a and the second drawer 400b located below the first drawer 400a is connected to the second and third drawers 400b and 400c, The drawing cylinder 510 for drawing the first feeding drawer 400a is referred to as a first drawing cylinder 510a and the drawing cylinder 510 located below the first drawing cylinder 510a is referred to as a second drawing cylinder 510a, The operating distance of the drawing rod 520 of the first drawing cylinder 510a is longer than the working distance of the drawing rod 520 of the second drawing cylinder 510b, The operating distance of the drawing rod 520 of the drawer cylinder 510b is longer than the operating distance of the drawing rod 520 of the third drawer cylinder 510c so that the first drawer drawer 400a is moved to the second and third drawer drawers 400a, Is drawn out further toward the front direction of the raising frame (300) than the rails (400b, 400c) so as to have a stepped step.

Thereafter, the control unit outputs a control signal to the water supply means 900 to open a plurality of water supply nozzles 920 to spray the water in the water supply pipe 910 to supply water to the breeding drawers 400 having stepped steps .

10, the control unit outputs a control signal to the feeding means 800 to open the feeding opening 820 and feed the food contained in the feeding opening 810 to a plurality of open feeding ports 820 So that the food is supplied to the lower breeding drawers 400.

11, the returning means 600 operates the returning rod 620 in response to the control signal of the control portion being applied to the returning cylinder 610, The first, second and third breeding drawers withdrawn so as to have the first and second breeding frames 300 return to the original position of the breeding frame 300.

After the water supply and feeding operation is completed, the control unit moves the traction vehicle 250 a certain distance again, and when the next feeding frame 300 passes through the sensing unit 700, the control unit again stops the traction vehicle 250 And sequentially supplying the feeder and the water supply described above to the breeding drawer 400 loaded in the next-time feeding frame 300.

At this time, the controller sets the number of the breeding frames 300 in advance, and stops the traction vehicle 250 after the watering and feeding operation is completed by the number of the breeding frames 300 determined.

After the breeding is completed, the operator draws the breeding drawer 400 in the front direction of the breeding frame 300, so that the raised crickets can be taken out to the outside.

Therefore, the present invention can perform cricket breeding in the house 100 on a large scale, and can automatically perform the watering and feeding work of the cricket, thereby reducing the work force, thereby reducing labor costs A plurality of breeding drawers 400 having a stepped step so as to draw the breeding drawers 400 stacked up and down on the breeding frame 300 using the drawing means 500 so as to have a stepwise step, It is possible to shorten the working time required for supplying and supplying water.

In addition, the breeding drawer 400 of the present invention is constructed so that the breeding plate 420 is erected in a direction perpendicular to the bottom surface of the breeding drawer 400, so that it is possible to provide a shade in an environment in which the cricket is inhabited, The cricket can be freely moved within the breeding drawer 400 through the through hole 422 formed in the plate 420. [

On the other hand, the roof 110 of the house 100 of the present invention has the advantage that both the left and right roofs 112 and 114 can be opened by the opening and closing means, thereby facilitating ventilation and temperature and humidity control within the house 100.

In addition, since the side wall 120 of the house 100 of the present invention is composed of multiple vinyls having an air layer, the side walls 120 have an excellent warming property and an excellent resistance to wind pressure.

Since the bottom surface of the house 100 of the present invention is made of exposed concrete and the foreign substances such as cricket excrement are easily collected to the center of the other side due to the inclination of the bottom of the house 100, So that it can be easily collected and processed.

Although the present invention has been described in detail with reference to specific embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of the present invention should not be limited to the above-described embodiments, but should be determined by the appended claims, as well as the appended claims.

That is, the present invention described above is not limited to the above-described specific preferred embodiments, and any person skilled in the art will be allowed to use the present invention without departing from the gist of the present invention. It will be understood that various modifications can be made without departing from the spirit and scope of the invention as defined in the appended claims.

100: House 110: Roof
112, 114: left and right roofs 120: side walls
150: opening and closing means 152:
154: winding drum 155: pulley member
200: Track member 250: Towing vehicle
300: Breeding Frame 400: Breeding Drawer
400a, 400b, 400c: 1st, 2nd and 3rd breeding drawers
410: fitting groove 420: breeding plate
500: drawing means 510: drawing cylinder
510a, 510b and 510c: first, second and third drawing cylinders
520: drawing rod 600: returning means
610: return cylinder 620: return rod
700: sensing means 800: feeding means
810: Feeder 820: Feeder
825: opening / closing valve 900: water supply means
910: Water supply pipe 920: Water supply nozzle

Claims (8)

House 100,
A track member 200 provided inside the house 100 and composed of elliptical tracks,
A traction vehicle 250 which is provided on the track member 200 so as to be movable and trains the feeding frame 300 when external power is applied,
A lifting frame 300 which is pulled by the towing vehicle 250 and is disposed below the track member 200 so as to be movable,
A raising drawer 400 coupled to the raising frame 300 so as to be stacked on the railing frame 300 and having both sides slidably coupled to side surfaces of the raising frame 300 and serving as a space for raising crickets,
A draw-out means 500 for pulling upwards the draw-up drawer 400 stacked up and down so as to have a stepped step,
A returning means 600 for returning the drawn-up breeding drawer 400 to an original position,
A sensing means 700 for sensing the movement of one of the rearing frames 300 being moved to the track member 200 when the rearing frame 300 reaches a predetermined position and outputting a signal for stopping the towing vehicle 250,
A feeding means 800 provided on the upper side of the breeding drawer 400 and providing food on the upper side of the breeding drawer 400 having stepped steps by the drawing means 500,
And a water supply means (900) provided on the upper side of the breeding drawer (400) and supplying water from above the breeding drawer (400) having a stepped step by the drawing means (500) . The method according to claim 1,
The breeding drawer 400 is formed in a box shape having an open top,
A plurality of fitting grooves 410 formed on both sides of the inner circumferential surface so that the breeding plates 420 having the concave and convex structures are spaced apart from each other,
And a breeding plate 420 having a plurality of through holes 422 through which the crickets can pass between the divided spaces, which are erected on both sides of the respective fitting grooves 410 so as to partition the inside thereof. Breeding facilities. The method according to claim 1,
The drawing means 500 includes a plurality of drawing cylinders 510 stacked on the inside of a conveyor provided with the feeding means 800 and the water supply means 900,
And a pulling rod (520) provided to each of the plurality of drawing cylinders (510) and provided to have a longer working distance from the lower side to the upper side. The method according to claim 1,
The returning means 600 includes a plurality of returning cylinders 610 stacked on the outside of the conveying means provided with the feeding means 800 and the water supplying means 900,
And a return rod (620) provided in each of the plurality of returning cylinders (610) for returning the lifting drawer drawn in operation of the returning cylinder (610) to the original position. The method according to claim 1,
The house 100 is divided into left and right roofs 112 and 114 so as to be ventilated for the purpose of controlling the temperature and humidity of the inside of the house 100. The roof 100 is divided into two roofs 112 and 114, A foldable roof 110,
And a sidewall (120) extending from both lower sides of the roof (110) and having two or more polyvinyls supported by a frame (105). The method according to claim 1,
The house 100 is formed such that the bottom surfaces of the left and right inner sides are inclined downward toward the center,
Wherein one side of the bottom surface is formed to have a slope downwardly inclined toward the other side. The method according to claim 1,
The water supply means 900 includes a water supply pipe 910 provided to supply water supplied from the outside to the upper side of the breeding drawer 400 having a stepped step,
And a plurality of water supply nozzles 920 spaced apart from each other by a distance between the breeding drawer 400 having the stepped step and spraying water to each of the breeding drawer 400 at the lower side of the water supply pipe 910 Cricket breeding facilities. The method according to claim 1,
The feeding device 800 includes a feeding tank 810 provided to feed the food supplied from the outside to the upper side of the breeding drawer 400 having a stepped step,
And a plurality of feeding ports 820 spaced apart from each other by the distance between the feeding drawer 400 having the stepped step and pierced so that the food falls in the respective feeding drawer 400 below the feeding port 810 Characteristic cricket breeding equipment.

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