TWM614112U - Intelligent massive black soldier fly breeding device for layered automatic system - Google Patents

Abstract

An intelligent large-scale breeding device of a hierarchical automatic system of Heishui horsefly includes a support unit, at least one breeding unit, and a feeding unit. The at least one cultivating unit is installed on the bracket unit and includes at least one cultivating bucket arranged on the bracket unit. The feeding unit includes at least one feeding component and at least one discharging component communicating with the at least one breeding barrel. The at least one feeding component and the at least one discharging component can be used to separately input the mixture of nutrient and black water fly Export the at least one breeding bucket. With this, a large-scale feeding and discharging process can be carried out at the same time, and a large-scale breeding operation can be carried out with a minimum of manpower. It is an innovative black water horsefly hierarchical automatic system of intelligent large-scale breeding equipment.

Description

Intelligent massive breeding device of Heishui horsefly hierarchical automation system

The new model relates to a breeding device, in particular to a black water horsefly breeding device.

Black water fly (Hermetia illucens L.) is a saprophytic hydrofly insect, because it can decompose poultry and livestock manure and domestic waste, has a short reproduction period, and is rich in protein, so it can be used as an important source of poultry and livestock feed, etc. Characteristics, in recent years have gradually been used in various animal husbandry.

The existing black water horsefly breeding equipment includes a breeding bucket (or breeding basin). Nutrients and the black water horsefly are artificially put into the breeding bucket (or breeding basin) to allow the black water horsefly to reproduce and grow naturally, and periodically added during the period. Feed the nutrient and stir the mixture of the nutrient and the black water horsefly evenly. After the black water horsefly grows to a predetermined size, the black water horsefly is taken out manually. However, this breeding method is very labor intensive and is not suitable for large-scale breeding.

Therefore, the purpose of the present invention is to provide an intelligent large-scale breeding device of a hierarchical automatic system for Heishui Fly that can overcome at least one of the shortcomings of the prior art.

Therefore, the intelligent large-scale breeding device of the hierarchical automation system of the new Heishui horsefly includes a support unit, at least one breeding unit, and a feeding unit. The at least one cultivating unit is installed on the bracket unit and includes at least one cultivating bucket arranged on the bracket unit. The feeding unit is installed on the support unit and includes at least one feeding component and at least one discharging component communicating with the at least one breeding barrel. The at least one feeding component and the at least one discharging component can be used to separately feed nutrients and The mixture of Heishui Fly is input and output into the at least one breeding bucket.

The effect of the present invention is that by the arrangement of the feeding unit, the mixture of the nutrient and the black water horsefly can be fed into the at least one breeding bucket through the at least one feeding component, or the at least one discharging component can be used to make the mixture of the nutrient and the black water fly into the at least one breeding bucket. The mixture of nutrient and black water horsefly is discharged, by which a large-scale feeding and discharging process can be carried out at the same time, and large-scale breeding operations can be carried out with a minimum of manpower. It is an innovative black water horsefly hierarchical automation system. Intelligent massive breeding system.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are represented by the same numbers.

Referring to Figures 1~2, the first embodiment of the intelligent large-scale breeding device of the new hierarchical automatic system of Heishui horsefly includes a support unit 1, a plurality of breeding units 2, a feeding unit 3, and a control unit 4 .

The support unit 1 includes a plurality of fixing frames 11 arranged at intervals along a horizontal direction H. The breeding units 2 are respectively arranged on the fixed racks 11, and each breeding unit 2 includes a plurality of breeding buckets 21 spaced apart along a vertical direction V and arranged in a hierarchical manner on the corresponding fixed rack 11, and a plurality of breeding buckets 21 respectively arranged on the fixed racks 11 Wait for the agitator 22 in the breeding barrel 21. Each breeding bucket 21 has an upward opening 201, and a discharge valve 202 is provided at the bottom thereof. It should be noted that the appearance of the culture bucket 21 is not limited to a cylinder or a rectangular parallelepiped, and it can also be a basin-like structure with a wide top and a narrow bottom. Each agitator 22 has a rotating shaft 221 pivoted on the corresponding breeding bucket 21 and capable of being driven, a plurality of stirring blades 222 arranged on the rotating shaft 221, and a motor 223 capable of driving the rotating shaft 221 . The mixing blades 222 are driven to rotate by the rotating shaft 221, so that the mixture of the nutrient and the black water fly in the corresponding breeding bucket 21 can be uniformly stirred. The mixing blades 222 of the first embodiment are only examples. Since there are many types of mixing blades 222 that are installed on the rotating shaft 221 and can be used to mix objects evenly, the implementation mode is not limited to this, and the mixing blades 222 are not limited to this. The stirring blade 222 is not the focus of this case, so it will not be repeated here.

The feeding unit 3 yuan includes feeding components 31 equivalent in number to the breeding units 2, discharging components 32 equivalent in number to the breeding units 2, a track 33 arranged above the breeding units 2, and a The crane 34 is movably installed on the track 33 and a conveyor 35 is arranged under the main pipe 322 for discharging the modified material.

Each feed assembly 31 is installed on the corresponding fixed frame 11 and has a feed main pipe 311 extending along the vertical direction V, and a plurality of feed sub-pipes 312 connected to the feed main pipe 311. The openings 301 of the feeding secondary pipelines 312 respectively face the openings 201 of the breeding barrels 21 other than the uppermost breeding barrel 21. Each feed secondary pipeline 312 extends obliquely downward from the feed main line 311, and has an included angle α between the feed main line 311, and the included angle α is between 100° and 150°. The included angle is between 100° and 150°, which can prevent the black horsefly from falling vertically from the feeding secondary pipes 312 into the breeding barrels 21 and causing injuries or death.

Each discharging component 32 is installed on the corresponding fixed frame 11, and has a number of the culturing barrels 21 of the corresponding culturing unit 2 and the discharge sub-pipes 321 respectively connected to the bottom of the cultivating barrels 21, and a continuous The discharge main pipe 322 extending along the vertical direction V through the discharge sub-pipes 321. The discharge valve 202 of each breeding bucket 21 can be driven to shield the passage communicating with the corresponding discharge sub-pipe 321. Each discharge sub-pipeline 321 extends obliquely downward from the corresponding breeding barrel 21 to the discharge main pipe 322, and has an included angle β with the discharge main pipe 322, and the included angle β is between 30° and 80° °, by limiting the included angle between 30° and 80°, the black water fly can be prevented from falling vertically from the breeding barrels 21 into the discharge sub-pipes 321 and the discharge main pipes 322 , Resulting in a fall or death.

The track 33 extends along the horizontal direction H, and is correspondingly arranged above the main feeding passages 311. The crane 34 is used to carry the mixture of the nutrient and the black water horsefly, and can be driven to transport the mixture of the nutrient and black water horsefly to any main feed line 311, or directly to each breeding In the uppermost breeding barrel 21 in unit 2, the overhead crane 34, the feed main pipes 311, and the uppermost breeding barrel 21 are provided with positioning devices, so that the overhead crane 34 can be accurately parked to a fixed point of delivery. The positioning device is for example but not limited to Wi-Fi, RFID, infrared or bluetooth devices. The conveyor assembly 35 has a first conveyor belt 351 and an object 352, and the first conveyor belt 351 is used to receive and transport the nutrient and the black water fly from the discharge main pipes 322 along the horizontal direction H mixture.

The control unit 4 is signally connected to the discharge valves 202 and the agitators 22, and has a plurality of operation panels 41 respectively arranged on the fixing frames 11. The user can operate the operation panel 41 to control whether the discharge valves 202 are closed, or to drive the agitators 22.

To cultivate the black water horsefly in the first embodiment, the mixture of the nutrient and the black water horsefly is first filled into the crown block 34, and the crown block 34 is driven to move along the track 33 to combine the nutrient and the black horsefly. The water fly mixture is delivered to each main feed line 311 in sequence, and then delivered to the breeding barrels 21 through the feed secondary lines 312, or the overhead crane 34 directly transfers the nutrient and black water The horsefly is transported to the uppermost breeding bucket 21 in each breeding unit 2. During the breeding period, nutrients can be regularly added to the breeding barrels 21, and the operation panel 41 can be operated to drive the agitators 22 to rotate, so that the nutrients and the black water horsefly can be fully mixed, and can help eliminate the breeding process. The accumulated heat energy. After the black water horsefly grows to a predetermined size, the operation panel 41 is operated to drive the discharge valves 202 to open, so that the grown black water horsefly together with nutrients flow through the discharge sub-pipes 321 to the Wait for the discharge main pipe 322, and finally fall down onto the conveyor belt 351 of the conveyor 35. The conveyor belt 351 transports the mixture of the black water fly and the nutrients from the discharge main pipes 322 along the horizontal direction H, and collects them into the object 352 so that the user can collect and access the black A mixture of water fly and nutrients.

In the first embodiment, the fixing members 11 of the bracket unit 1 are arranged along the horizontal direction H, but in implementation, in other embodiments of the present invention, the fixing frames 11 may also face two Two orthogonal directions are arranged to form a two-dimensional array, and the breeding units 2 are respectively arranged on the fixed frames 11 arranged in the two-dimensional array.

Referring to FIG. 3, the second embodiment of the intelligent large-scale breeding device of the hierarchical automatic system of Heishui Fly of the present invention is different from the first embodiment in that: the structure of the conveyor assembly 35, the following only focuses on the differences Description.

The conveyor assembly 35 includes the first conveyor belt 315, a screening machine 353, a second conveyor belt 354, and a drying box 355 arranged in sequence. The first conveyor belt 351 conveys the mixture of the black water fly and nutrients from the discharge main pipes 322 to the screening machine 353. The screening machine 353 separates the nutrients from the black water horsefly through the centrifugal force generated by the rotation, and outputs the separated black water horsefly to the second conveyor belt 354, so that the black water horsefly can be moved into the drying box 355 For drying, the drying box 355 is, for example, but not limited to, a hot air drying box. After the humidity in the drying box 355 drops to a predetermined value, the black water horsefly is taken out.

With the setting of the screening machine 353 and the drying box 355, the mature black water horsefly can be separated from the nutrient and dried, making the breeding and processing process of the black water horsefly more complete, and is beneficial for users to directly take and dry The latter may reduce the cost of subsequent transportation.

In summary, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui Fly of the present invention can drive the breeding barrels 21 and the feeding unit 3 in an automated and systematic manner by arranging the breeding barrels 21 and the feeding unit 3 in a hierarchical manner. The feed component 31 inputs the mixture of the nutrient and the black water horsefly into the breeding barrels 21, or discharges the mixture of the nutrient and the black water horsefly through the discharging component 32, and on the other hand, the mixture of the nutrient and the black water horsefly is discharged. The setting of the agitator 22 can uniformly stir the mixture of the nutrient and the black water horsefly during the breeding process, and eliminate the heat energy accumulated during the breeding process, thereby, the intelligent huge amount of black water can be carried out with a minimum of manpower. Horsefly breeding operation is a kind of intelligent large-scale breeding device with innovative hierarchical automation system for black water horsefly.

However, the above are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: Bracket unit

11: fixed frame

2: Breeding unit

201: opening

202: Discharge valve

21: Breeding barrel

22: agitator

221: Rotation Axis

222: mixing blade

223: Motor

3: Conveying unit

301: Hole

31: Feeding components

311: Feeding main road

312: Feeding secondary pipeline

32: Discharge assembly

321: Discharge secondary pipeline

322: Discharging Supervisor Road

33: Orbit

34: Crane

35: Conveyor components

351: The first conveyor belt

352: Sorry

353: Screening Machine

354: The second conveyor belt

355: Dry box

4: control unit

41: Operation panel

H: horizontal direction

V: Vertical direction

The other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, among which: Figure 1 is a side view of the first embodiment of the intelligent large-scale breeding device of the new type of hierarchical automation system for Heishui Fly; Figure 2 is an incomplete side view of the first embodiment, illustrating an agitator of a breeding unit; and Fig. 3 is an incomplete side view of the second embodiment of the intelligent large-scale breeding device of the new hierarchical automatic system of Heishui Fly.

1: Bracket unit

11: fixed frame

2: Breeding unit

201: opening

202: Discharge valve

21: Breeding barrel

22: agitator

223: Motor

3: Conveying unit

301: Hole

31: Feeding components

311: Feeding main road

312: Feeding secondary pipeline

32: Discharge assembly

321: Discharge secondary pipeline

322: Discharging Supervisor Road

33: Orbit

34: Crane

35: Conveyor components

351: The first conveyor belt

352: Sorry

4: control unit

41: Operation panel

H: horizontal direction

V: Vertical direction

Claims (10)

An intelligent large-scale breeding device for a hierarchical automatic system of Heishui horsefly, comprising: a support unit; at least one breeding unit, installed on the support unit, and including at least one breeding bucket set on the support unit; and a feeding unit , Including at least one feeding component and at least one discharging component installed in the support unit and communicating with the at least one breeding barrel, the at least one feeding component and the at least one discharging component can be used to separate nutrients and black water horsefly The mixture inputs and outputs the at least one breeding bucket. The intelligent large-scale breeding device of the hierarchical automatic system of Heishui Fly according to claim 1, wherein the at least one breeding unit includes a plurality of breeding barrels arranged at intervals in a vertical direction on the support unit, and each breeding barrel has An upward opening, the at least one feed assembly has a main feed line extending in the vertical direction, and a plurality of feed secondary lines connected to the main feed line, and the openings of the feed secondary lines The holes are opposed to the openings of the breeding barrels. The intelligent large-scale breeding device of the hierarchical automation system of Heishui horsefly described in claim 2, wherein each feed sub-pipeline extends obliquely from the feed main pipe, and is separated from the main feed pipe An included angle, the included angle is between 100° and 150°. According to claim 2 or 3, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui horsefly, wherein the at least one discharging component has a number of rows equivalent to those of the breeding barrels and respectively connected to the bottoms of the breeding barrels. A discharge pipeline, and a discharge connected to the discharge pipelines and extending along the vertical direction Supervisor road. According to claim 4, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui Fly, wherein each discharge pipeline extends obliquely from the corresponding breeding barrel to the main discharge main road, and is connected to the discharge main pipeline. There is an included angle between the main pipes, and the included angle is between 30° and 80°. According to claim 5, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui horsefly, wherein the bottom of each breeding bucket is provided with a discharge valve that can be driven to shield the passage of the corresponding discharge sub-pipeline. According to claim 6, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui horsefly, wherein the at least one breeding unit further includes a plurality of agitators which are respectively arranged in the breeding barrels and can be driven. The intelligent large-scale breeding device of the hierarchical automatic system of Heishui horsefly described in claim 7, wherein each agitator has a rotating shaft pivoted on the corresponding breeding bucket, and a plurality of mixing blades arranged on the rotating shaft , And a motor that can drive the rotating shaft. As described in claim 8, the intelligent large-scale breeding device of the hierarchical automatic system of Heishui horsefly further includes a control unit which is signally connected to the discharge valves and the agitators, and has an operable Operation panel. The intelligent giant breeding device of the hierarchical automation system of Heishui flies according to claim 9, wherein the support unit includes a plurality of fixed frames arranged at intervals along a horizontal direction, and the intelligent giant of the hierarchical automation system of Heishui flies The quantitative breeding device includes a plurality of breeding units respectively arranged on the fixed racks along the horizontal direction, and the feeding unit has a number of feeding components equivalent to the number of the breeding units, and a number of discharging components equivalent to the number of the breeding units , Every entry The feed component is used to input the mixture of the nutrient and the black water horsefly into the breeding barrels of the corresponding breeding unit, and each discharging component is used to output the mixture of the nutrient and the black water horsefly to the corresponding breeding unit. Breeding barrels.

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