CN219719493U - Automatic breeding device of tank type hermetia illucens - Google Patents

Abstract

The utility model relates to a tank-type hermetia illucens automatic breeding device, wherein a base is provided with a sliding rail and an insect manure collecting tank, and a plurality of insect breeding tanks are arranged on each tank frame; the automatic scraping mechanism is arranged on the corresponding insect raising groove and used for turning and scraping materials and comprises a movable seat, two racks, a driving motor and a turning fixed seat, wherein the driving motor and the turning fixed seat are arranged on the movable seat, the driving gear is meshed with the racks, and the turning fixed seat extends out of the movable seat and is detachably connected with the scraping plate or the turning; the automatic feeding mechanism is used for distributing materials to all insect raising tanks and comprises a frame, a lifting executing piece, a storage bin, a discharge pump and a material distribution pipe, wherein two ends of the lifting executing piece are respectively arranged on the trolley fixing seat and the connecting seat, the storage bin is arranged in the lifting frame, and the discharge pump at the lower part of the storage bin is connected and communicated with the material distribution pipe. The utility model can automatically feed materials, can turn materials in cultivation, is convenient for collecting the adult and the insect manure materials, and can reduce cultivation cost.

Description

Automatic breeding device of tank type hermetia illucens

Technical Field

The utility model relates to a tank-type hermetia illucens automatic breeding device, and belongs to the technical field of kitchen waste treatment.

Background

In recent years, organic solid residues of kitchen waste are rapidly consumed by utilizing breeding of insects such as hermetia illucens, yellow mealworms and the like, and the conversion of biological chains into high-value insect proteins is realized. As the insect protein is rich in nutrient substances such as antibacterial peptide, chitin and the like, the insect protein is widely applied to the fields of feed production, ecological breeding, nutrition and health care, medicine and industry, and residues can be used as important high-quality organic fertilizer sources for deep development and utilization, so that the problems of organic solid residue resource waste and market protein shortage can be effectively solved.

At present, the hermetia illucens is cultivated by adopting a cultivation box, and after the cultivation period is finished, adult hermetia illucens and worm manure in the cultivation box are required to be poured out in a concentrated mode and screened and collected, and the screened and collected adult is used as protein feed.

The black soldier fly is cultivated by adopting plane cultivation, organic solid residues and the amount of eggs to be put in are added into the cultivation boxes on line, the organic solid residues and the amount of eggs to be put in are conveyed to a storage place through a conveying line, the cultivation feeding and the cultivation period are finished, each cultivation box is required to be conveyed to a specific point for feeding or discharging, and the problems of large cultivation occupied area, high environmental pollution control difficulty and the like exist. The three-dimensional box type cultivation floor space is small, the current trend of automatic and intelligent cultivation gradually becomes, and after the cultivation feed and the insect seedlings are added on line, the cultivation boxes are sent to a three-dimensional cultivation warehouse for storage, after the cultivation feed and the period are finished, all the cultivation boxes are taken out from the three-dimensional cultivation warehouse and are conveyed to a specific point for feeding or discharging. No matter the plane is bred and three-dimensional is bred, all need more handling tools and many more transportation tracks, need tilting mechanism to receive the material, consequently the input cost is high.

Disclosure of Invention

The utility model aims to provide the tank-type hermetia illucens automatic breeding device which can automatically feed materials, can turn materials in breeding, is convenient for collecting adult and insect manure materials and can reduce breeding cost.

The technical scheme for achieving the purpose is as follows: the utility model provides a groove type hermetia illucens automatic breeding device which characterized in that: comprises a machine seat, a plurality of insect raising grooves, a plurality of automatic scraping and raking mechanisms and an automatic feeding mechanism;

the machine seat comprises a base and at least two rows of groove frames on the base, a sliding rail for guiding the movement of the automatic feeding mechanism is arranged on the base, one side of a discharge hole of the base, which is positioned in the insect raising groove, is provided with an insect manure collecting groove, and a plurality of insect raising grooves are arranged on each row of groove frames;

the insect raising groove comprises a U-shaped groove body, an end plate and a discharge plate, wherein one end of the U-shaped groove body is provided with the end plate, the other end of the U-shaped groove body is provided with an opening, the U-shaped groove body is provided with the discharge plate which is inclined downwards and extends outwards at the opening, and two sides of the U-shaped groove body are provided with side supports for mounting racks;

the automatic scraping mechanism is arranged on the corresponding insect raising groove and used for turning and scraping materials, and comprises a movable seat, two racks, a driving motor and a scraping fixing seat, wherein the driving motor and the scraping fixing seat are arranged on the movable seat;

the automatic feeding mechanism is used for distributing the insect raising tanks; the lifting device comprises a frame, a lifting executing piece, a storage bin, a discharging pump and a distributing pipe, wherein the frame comprises a trolley fixing seat and a plurality of supporting feet positioned on the periphery of the trolley fixing seat, and casters arranged at the bottoms of the supporting feet are arranged at the sliding rail and move along the sliding rail; the lifting frame is provided with a connecting seat, and two ends of the lifting executing piece are respectively arranged on the trolley fixing seat and the connecting seat and control the lifting frame to lift; the storage bin is arranged in the lifting frame, the upper part of the storage bin is provided with a feed inlet, the lower part of the storage bin is provided with a discharge pump, the discharge inlet of the discharge pump is connected and communicated with a distribution pipe, and the discharge outlet of the distribution pipe is arranged at the upper part of the insect raising groove.

The automatic tank-type black soldier fly breeding device adopts a plurality of rows of tank frames, a plurality of pest breeding tanks are arranged on each row of tank frames, three-dimensional breeding can be realized, the breeding area is greatly reduced, an automatic scraping mechanism is arranged on each pest breeding tank, materials are turned through the automatic turning mechanism, the materials are uniformly distributed, the survival and ingestion of larvae are facilitated, adults and the scraping of the residues to the lower part of the pest collecting tank are facilitated, and the work efficiency of receiving the materials is improved. According to the utility model, the automatic feeding mechanism is adopted, and lifting movement is realized on the storage bin through the automatic feeding mechanism, so that the corresponding insect raising grooves are conveniently and uniformly distributed on materials in the storage bin, and the feeding amount can be accurately controlled through the discharging pump, so that the material distribution efficiency can be greatly improved, a carrying device and a conveying line are not required, the cultivation cost can be reduced, the production efficiency is improved, and the production scale is favorably enlarged.

Drawings

Embodiments of the present utility model are described in further detail below with reference to the accompanying drawings.

Fig. 1 is a schematic structural view of an automatic tank-type black soldier fly culturing device.

Fig. 2 is a schematic rear view of the structure of fig. 1.

Fig. 3 is a schematic structural view of the automatic rake scraping mechanism of the present utility model.

Fig. 4 is a schematic view of the automatic rake scraping mechanism of the present utility model with the housing portion open.

Fig. 5 is a schematic structural view of the automatic feeding mechanism of the present utility model.

Fig. 6 is a schematic view of the a-direction structure of fig. 5.

Wherein: 1-automatic scraping mechanism, 1-rack, 1-2-housing, 1-3-scraper, 1-4-guide roller, 1-5-driving motor, 1-6-movable seat, 1-7-driving gear, 1-8-turning and raking telescopic piece, 1-9-turning and raking fixing seat, 2-insect raising groove, 2-1-U-shaped groove body, 2-side support, 2-3-discharging plate, 2-4-end plate, 3-automatic control system, 4-base, 4-1-groove frame, 4-2-base, 4-3-slide rail, 4-insect manure collecting groove, 5-automatic feeding mechanism, 5-1-stock bin, 5-2-lifting frame, 5-3-side baffle frame, 5-4-material distributing pipe, 5-front support, 5-6-frame, 5-7-trundle, 5-8-housing, 5-9-discharging pump, 5-10-lifting executing piece, 5-11-pulley, 5-12-cable pulley, 5-13-paying-13.

Detailed Description

The utility model discloses a tank-type hermetia illucens automatic breeding device which is shown in figures 1-2 and comprises a machine base 4, a plurality of insect breeding tanks 2, a plurality of automatic scraping and raking mechanisms 1 and an automatic feeding mechanism 5.

As shown in fig. 1-2, the stand 4 of the utility model comprises a base 4-2 and at least two rows of tank frames 4-1 arranged on the base 4-2, wherein the base 4-2 is provided with a sliding rail 4-3 for guiding the movement of the automatic feeding mechanism 5, the automatic feeding mechanism 5 can stably move along the sliding rail 4-3 and can move at the tank frames 4-1 of each row, and the breeding feed and the black soldier fly larvae are accurately added into the corresponding breeding tanks 2 on each tank frame 4-1. According to the utility model, one side of a base 4-2, which is positioned at a discharge hole of a pest culturing groove 2, is provided with a pest collecting groove 4-4, after a culturing period is finished, materials such as adults and pest and the like in the pest culturing groove 2 are scraped into the pest collecting groove 4-4 on the base 4-2 by an automatic scraping and raking mechanism 1, and finally, all the materials such as adults and pest and the like cultured this time are obtained by the pest collecting groove 4-4, and then the subsequent screening operation is carried out.

As shown in figures 1 and 2, at least two rows of groove frames 4-1 are arranged on a base 4-2, as shown in figure 1, two rows of groove frames 4-1 are adopted, more rows of groove frames 4-1 can be adopted, a plurality of insect raising grooves 2 are arranged and installed on each row of groove frames 4-1, the insect raising grooves 2 on every two groove frames 4-1 can be oppositely arranged, and an automatic feeding mechanism 5 moves to a position between every two groove frames 4-1 needing feeding along a sliding rail 4-3 on the base 4-2.

As shown in fig. 1 and 2, the trough frame 4-1 of the utility model can adopt at least two upright posts and a plurality of cross beams, wherein each upright post is fixed on the base 4-2, the cross beams are fixed on the upright posts, and the cross beams are connected with the corresponding insect raising trough 2 by welding or through fasteners; a plurality of cross beam frames are also fixed on each upright post, each cross beam frame extends to the bottom of the corresponding insect breeding groove 2, and the cross beam frames are welded or connected with the corresponding insect breeding groove 2 through fasteners.

As shown in figures 1-4, the insect raising tank 2 comprises a U-shaped tank body 2-1, end plates 2-4 and a discharge plate 2-3, wherein one end of the U-shaped tank body 2-1 is provided with the end plates 2-4, the other end of the U-shaped tank body is provided with an opening, black soldier fly larvae, raising feeds and other materials are placed in the U-shaped tank body 2-1, the U-shaped tank body 2-1 is provided with the discharge plate 2-3 which is inclined downwards and extends outwards at the opening, the discharge plate 2-3 is also a U-shaped plate, but the height of the discharge plate is lower than that of the U-shaped tank body 2-1, and after raising is finished, adults and insect manure are discharged into the insect manure collecting tank 4-4 through the discharge plate 2-3. As shown in figures 1-4, two sides of a U-shaped groove body 2-1 of the utility model are provided with side supports 2-2 for mounting a rack 1-1, and the rack 1-1 is mounted on the side supports 2-2, so that an automatic rake scraping mechanism 1 horizontally moves along the rack 1-1.

As shown in fig. 1 to 4, the automatic scraping and raking mechanism 1 is arranged on the corresponding insect raising grooves 2 and is used for turning and scraping materials, each insect raising groove 2 is provided with the automatic scraping and raking mechanism 1, and the materials are turned through the turning and raking mechanism 1 or scraped from the insect raising grooves 2 through the scraping plates 1-3. As shown in figures 1-4, the automatic scraping mechanism 1 comprises a movable seat 1-6, two racks 1-1, a driving motor 1-5 and a scraping fixed seat 1-9, wherein the driving motor 1-5 and the scraping fixed seat 1-9 are arranged on the movable seat 1-6, the two racks 1-1 are arranged on a side support 2-2 corresponding to a pest raising groove 2, the output side of the driving motor 1-5 is connected with two driving gears 1-7, the two driving gears 1-7 are meshed with the corresponding racks 1-1, the driving motor 1-5 is electrically connected with an automatic control system 3, the automatic control system 3 controls the driving motor 1-5 to drive the driving gears 1-7 to move along the racks 1-1, and the automatic control system 3 adopts the existing automatic controller to automatically scrape materials along the pest raising groove 2 after the breeding is finished and the breeding is finished through setting required parameters.

As shown in figures 3 and 4, in order to reduce shaking during the movement of the movable seat 1-6 along the insect raising groove 2, a guide plane is arranged on the outer side of the side support 2-2 of the U-shaped groove body 2-1, guide rollers 1-4 are arranged on two sides of the movable seat 1-6, and the guide rollers 1-4 are connected with the guide plane of the side support 2-2 and roll along the guide plane. As shown in FIG. 3, a movable seat 1-6 is provided with a housing 1-2, and the housing 1-2 covers a driving motor 1-5 and a rake turning fixed seat 1-9 to play a role in protection.

As shown in fig. 4, the rake turning fixing seat 1-9 is arranged on the movable seat 1-6, the rake turning fixing seat 1-9 extends out of the movable seat 1-6 and is detachably connected with the scraping plate 1-3 or the rake turning, the scraping plate 1-3 or the rake turning is arranged at the lower part of the movable seat 1-6, materials in the insect raising groove 2 are turned through the rake turning in the cultivation process, the materials are further uniformly distributed, the feeding capability of insects is enhanced, and after the cultivation is finished, the scraping plate 1-3 automatically scrapes the materials in the insect raising groove 2 and falls into the insect manure collecting groove 4-4 at the lower part to collect the materials such as adults, insect manure and the like.

As shown in fig. 4, in order to conveniently adjust the angle of the scraping plate 1-3 or the rake turning, the rake turning telescopic piece 1-8 is further arranged on the moving seat 1-6, the rake turning telescopic piece 1-8 can adopt an electric actuating mechanism and a pneumatic actuating mechanism, such as an electric push rod or a cylinder telescopic mechanism, the scraping plate 1-3 and a first hinging seat on the rake turning are hinged with the rake turning telescopic piece 1-8, and the scraping plate 1-3 and a second hinging seat on the rake turning are connected with the rake turning fixed seat 1-9, so that the scraping plate 1-3 or the rake turning can rotate for a certain angle along the connecting center of the rake turning fixed seat 1-9.

As shown in fig. 1 and 2 and fig. 5 and 6, the automatic feeding mechanism 5 of the present utility model is used for distributing the respective insect-raising tanks 2. As shown in fig. 5 and 6, the automatic feeding mechanism 5 comprises a frame 5-6, a lifting frame 5-2, a lifting executing piece 5-10, a storage bin 5-1, a discharging pump 5-9 and a distributing pipe 5-4. The frame 5-6 of the utility model comprises a trolley fixing seat and a plurality of supporting feet positioned at the periphery of the trolley fixing seat, and the truckles 5-7 arranged at the bottoms of the supporting feet are arranged at the sliding rail 4-3 and can move along the sliding rail 4-3. The automatic feeding mechanism 5 can adopt the existing trolley with casters, so that the automatic feeding mechanism 5 can move to a required feeding position, materials can be conveniently added into the storage bin 5-1, and the insect raising groove 2 is distributed.

As shown in fig. 5 and 6, the lifting frame 5-2 of the utility model is provided with a connecting seat, two ends of the lifting executing piece 5-10 are respectively arranged on the trolley fixing seat and the connecting seat and control the lifting frame 5-2 to lift, the lifting executing piece 5-10 can adopt an electric executing mechanism and a pneumatic executing mechanism, such as an electric push rod or a cylinder telescopic mechanism, and the like, and the height of the lifting frame 5-2 is controlled by controlling the lifting height of the lifting executing piece 5-10, so that the storage bin 5-1 and the material distribution pipe 5-4 are driven to lift simultaneously, and materials are added into the insect raising tanks 2 with different heights.

As shown in figures 5 and 6, a storage bin 5-1 is arranged in a lifting frame 5-2, a feed inlet is arranged at the upper part of the storage bin 5-1, a discharge pump 5-9 is arranged at the lower part of the storage bin, the discharge inlet of the discharge pump 5-9 is connected and communicated with a distribution pipe 5-4, the outlet of the distribution pipe is arranged at the upper part of a pest raising tank 2, feed or black soldier fly larvae are added through the feed inlet at the upper part of the storage bin 5-1, materials in the storage bin 5-1 are quantitatively discharged to the distribution pipe 5-4 through the discharge pump 5-9 and finally are uniformly discharged into the pest raising tank 2, so that the feed and the black soldier fly larvae fed into the pest raising tank 2 during each batch of cultivation are accurately controlled, and an automatic feeding mechanism 5 can be electrically connected with an automatic control system, and feeding parameters can be set, so that automatic control is realized.

As shown in figures 5 and 6, the lifting frame 5-2 of the utility model is provided with an outer cover 5-8, the top of the outer cover 5-8 is provided with a feed inlet communicated with a feed inlet of the storage bin 5-1, the lifting frame 5-2 is also provided with a front bracket 5-5 for supporting a cloth pipe 5-4, two sides of the lifting frame 5-2 are also provided with side baffle frames 5-3, the front bracket 5-5 is used for supporting the cloth pipe 5-4, the working reliability can be improved, and the side baffle frames 5-3 at two sides can reduce the influence of the outside on supporting cloth.

As shown in figures 1 and 2, the automatic feeding mechanism 5 of the utility model can adopt two material distribution pipes 5-4, can respectively feed the insect raising tanks 2 on two sides, the material outlet of the material discharge pump 5-9 is connected with a transition pipe, two outlets are arranged on the transition pipe, and the transition pipe can adopt a three-way pipe, wherein one material outlet is detachably connected with the material distribution pipe 5-4, and the other outlet is provided with a detachable plug, so that the feeding of the insect raising tanks 2 on two sides is realized by connecting different outlets with the material distribution pipes 5-4.

The automatic feeding mechanism 5 of the utility model can also adopt a material distribution pipe 5-4, two limit seats are symmetrically arranged on the lifting frame 5-2 left and right, two corresponding limit blocks are arranged on the material distribution pipe 5-4, the material distribution pipe 5-4 is arranged at the discharge port of the discharge pump 5-9, and one limit block on the material distribution pipe 5-4 is connected with the limit seat. When the left limiting block on the material distribution pipe 5-4 is connected with the left limiting seat, the discharge port of the material distribution pipe 5-4 is positioned at the left side, and when the right limiting block on the material distribution pipe 5-4 is connected with the right limiting seat, the discharge port of the material distribution pipe 5-4 is positioned at the right side.

As shown in figures 5 and 6, in order to meet the requirement that the automatic feeding mechanism 5 moves farther along the sliding rail 4-3, the frame 5-6 is also provided with the pulley mounting frame 5-11, support shafts on two sides of the cable paying-off pulley 5-12 are arranged on the pulley mounting frame 5-11 and can rotate freely, the pulley motor 5-13 is arranged on one side of the pulley mounting frame 5-11, and an output shaft of the pulley motor 5-13 is connected with the support shaft on one side of the cable paying-off pulley 5-12, so that the cable is convenient to pay-off and pay-off.

When the automatic black soldier fly larva breeding device is used for breeding black soldier fly larvae, firstly, kitchen solid residue feed is added into a storage bin 5-1 from a feed inlet, feeding parameters are set, an automatic feeder is pushed to a position of a pest-breeding groove 2 along a sliding rail 4-3, a discharge pump 5-9 is started and uniformly distributed from the bottom pest-breeding groove 2 in a frame 5-6 moving process through a material distribution pipe 5-4, when the material thickness reaches 0.5-1cm, the discharge pump 5-9 is closed, then a lifting executing piece 5-10 is controlled to adjust the height required by the material distribution pipe 5-4, the actions are repeated, the materials are sequentially fed into the highest pest-breeding groove 2, and the uniform feeding of all pest-breeding grooves 2 is finished. Adding the mixture of the 3-year-old hermetia illucens larva raised by the bran with the water content of 70% and the auxiliary material for raising the young fly into a storage bin 5-1, wherein the egg ratio is 6000-7500: and 1, controlling the insect throwing amount in a range, starting the discharge pump 5-9, distributing insects in the movement of the frame 5-6, and then adjusting the height of the distributed insects until the insect throwing is finished. Setting parameters of an automatic scraping and raking mechanism 1, such as raking once every three hours, controlling a driving motor 1-5 to start by an automatic control system, driving a driving gear 1-7 to rotate and move along a rack 1-1, turning materials and then laying the materials by turning rakes, and facilitating larva survival and ingestion. And then, feeding each insect raising tank 2 every day by 0.5-1cm until the total thickness of the materials in the insect raising tanks 2 is not higher than 6-6.5cm after the material is fed in the sixth day, recycling after the cultivation is finished in the 7 th day, pushing the materials in the insect raising tanks 2 to the outlet direction by changing the turning rake into the scraping plates 1-3, and collecting the adults, the insect manure and other materials in the insect raising tanks 2 by falling into the insect manure collecting tanks 4-4 below.

Claims (8)

1. The utility model provides a groove type hermetia illucens automatic breeding device which characterized in that: comprises a machine seat (4), a plurality of insect raising grooves (2), a plurality of automatic scraping and raking mechanisms (1) and an automatic feeding mechanism (5);

the machine seat (4) comprises a base (4-2) and at least two rows of groove frames (4-1) on the base (4-2), wherein a sliding rail (4-3) for guiding the movement of the automatic feeding mechanism (5) is arranged on the base (4-2), one side of the base (4-2) positioned at a discharge hole of the insect raising groove (2) is provided with an insect manure collecting groove (4-4), and a plurality of insect raising grooves (2) are arranged and installed on each row of groove frames (4-1);

the insect raising groove (2) comprises a U-shaped groove body (2-1), end plates (2-4) and a discharge plate (2-3), wherein one end of the U-shaped groove body (2-1) is provided with the end plates (2-4), the other end of the U-shaped groove body is provided with an opening, the U-shaped groove body (2-1) is provided with the discharge plate (2-3) which is inclined downwards and extends outwards at the opening, and two sides of the U-shaped groove body (2-1) are provided with side supports (2-2) for installing racks (1-1);

the automatic scraping mechanism (1) is arranged on a corresponding insect raising groove (2) and used for turning and scraping materials, and comprises a movable seat (1-6), two racks (1-1), a driving motor (1-5) and a scraping fixed seat (1-9) which are arranged on the movable seat (1-6), wherein the two racks (1-1) are arranged on a corresponding side support (2-2) of the insect raising groove (2), the output side of the driving motor (1-5) is connected with two driving gears (1-7), each driving gear (1-7) is meshed with the corresponding rack (1-1), the driving motor (1-5) is electrically connected with an automatic control system (3), the automatic control system (3) controls the driving motor (1-5) to drive the driving gears (1-7) to move along the racks (1-1), and the scraping fixed seat (1-9) stretches out of the movable seat (1-6) and is connected with a scraper (1-3) or a scraper in a detachable mode;

the automatic feeding mechanism (5) is used for distributing the insect raising tanks (2); the automatic lifting device comprises a frame (5-6), a lifting frame (5-2), a lifting executing piece (5-10), a stock bin (5-1), a discharging pump (5-9) and a distributing pipe (5-4), wherein the frame (5-6) comprises a trolley fixing seat and a plurality of supporting feet positioned on the periphery of the trolley fixing seat, and casters (5-7) arranged at the bottoms of the supporting feet are arranged at a sliding rail (4-3) and move along the sliding rail (4-3); the lifting frame (5-2) is provided with a connecting seat, and two ends of the lifting executing piece (5-10) are respectively arranged on the trolley fixing seat and the connecting seat and control the lifting frame (5-2) to lift; the material storage bin (5-1) is arranged in the lifting frame (5-2), a feed inlet is arranged on the upper portion of the material storage bin (5-1), a discharge pump (5-9) is arranged on the lower portion of the material storage bin, a discharge port of the discharge pump (5-9) is connected and communicated with the material distribution pipe (5-4), and a discharge port of the material distribution pipe (5-4) is arranged on the upper portion of the insect raising groove (2).

2. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: the movable seat (1-6) is also provided with a rake turning telescopic piece (1-8), the scraping plate (1-3) and a first hinging seat on the rake turning are hinged with the rake turning telescopic piece (1-8), and the scraping plate (1-3) and a second hinging seat on the rake turning are connected with a rake turning fixed seat (1-9).

3. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: the movable seat (1-6) is provided with a housing (1-2).

4. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: the side support (2-2) of the U-shaped groove body (2-1) is provided with a guide plane at the outer side, guide rollers (1-4) are installed at the two sides of the movable seat (1-6), and the guide rollers (1-4) are connected with the guide plane of the side support (2-2) and roll along the guide plane.

5. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: an outer cover (5-8) is arranged on the lifting frame (5-2), a feed inlet communicated with a feed inlet of the stock bin (5-1) is arranged at the top of the outer cover (5-8), a front bracket (5-5) for supporting the material distribution pipe (5-4) is further arranged on the lifting frame (5-2), and side baffle frames (5-3) are further arranged on two sides of the lifting frame (5-2).

6. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: the discharging port of the discharging pump (5-9) is connected with a transition pipe, two outlets are arranged on the transition pipe, one outlet is connected with a distributing pipe (5-4), and the other outlet is provided with a disassembling plug.

7. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: two symmetrical limiting seats are arranged on the lifting frame (5-2), two corresponding limiting blocks are arranged on the material distribution pipe (5-4), the material distribution pipe (5-4) is arranged at the discharge port of the material discharge pump (5-9), and one limiting block of the material distribution pipe (5-4) is connected with the limiting seat.

8. The automatic tank-type hermetia illucens culturing device according to claim 1, wherein: the frame (5-6) is also provided with a pulley mounting frame (5-11), support shafts on two sides of the cable paying-off pulley (5-12) are arranged on the pulley mounting frame (5-11) and can rotate freely, the pulley motor (5-13) is arranged on one side of the pulley mounting frame (5-11), and an output shaft of the pulley motor (5-13) is connected with the support shaft on one side of the cable paying-off pulley (5-12).