CN105052840A - System for culturing flies, horseflies and maggots - Google Patents
System for culturing flies, horseflies and maggots Download PDFInfo
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- CN105052840A CN105052840A CN201510614839.9A CN201510614839A CN105052840A CN 105052840 A CN105052840 A CN 105052840A CN 201510614839 A CN201510614839 A CN 201510614839A CN 105052840 A CN105052840 A CN 105052840A
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K67/00—Rearing or breeding animals, not otherwise provided for; New breeds of animals
- A01K67/033—Rearing or breeding invertebrates; New breeds of invertebrates
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Abstract
The invention discloses a system for culturing flies, horseflies and maggots. As for the system, the bottom surface of a cultivation pond and/or the bottom surface of a collecting tank are/is a slope surface which is gradually inclined upwards or downwards from front to back or a step surface which gradually ascends upwards or descends downwards, an influx hole at the high position and an outflux hole at the lower position are formed in the slope surface or the step surface of the cultivation pond and/or the collecting tank. Therefore, when adult maggots in the cultivation pond and/or the collecting tank need to be cleaned, water is injected from the influx hole at the high position of the slope surface or the step surface, water flow can flush down the residues at the bottom of the cultivation pond and/or the adult maggots in the collecting tank from the slope surface or the step surface, and then the residues and adult maggots are discharged from the outflux hole, so that automatic cleaning of the cultivation pond and/or the collecting tank can be realized. Compared with the mode of artificial salvage for cleaning in the prior art, the system has the advantages that the cleaning efficiency of the cultivation tank and/or the collecting tank in the system is improved.
Description
Technical field
The present invention relates to a kind of fly, horsefly maggot cultivating system.
Background technology
At present; when the processing mode of the debirs such as meal surplus meal, cultivation ight soil goes wrong; serious pollution can be caused to the environment of periphery; the environmental disruptions such as the crisis of character water is polluted in formation, mosquitos and flies grows, air pollution; in debirs, the loss of rich nutritive material also can cause the waste of resource simultaneously, brings pernicious destruction and restriction to biological chain and economy.And the environment of fly, the breeding of horsefly maggot is all in half wet environment, especially remaining at meal, cutting offals, dung are just and in highly polluted organic discarded object environment, the cultivation of fly, horsefly maggot can environment purification, the animal protein feed of output high-quality and medicinal materials, the cultivation entity of fly, horsefly maggot is also a lot, and economic utilization and the depollution of environment are worth high.But in the cultivation of traditional fly, horsefly maggot, the collection of adult maggot still governs the development of this kind of aquaculture industry, makes fly, the cultivation of horsefly maggot cannot be promoted, also cannot form scale, cause organic substance to be lost to the links of society, form extremely serious environmental pollution.
The Chinese patent literature CN2810182Y(day for announcing is on August 30th, 2006) disclose one " earthworm, fly maggot culture pond and worm material feeder ", comprise bottom mild, both sides are the culture pond of abrupt slope shape, the both sides of culture pond are respectively equipped with the feeder be in beyond abrupt slope, the both sides trough wall surface of feeder is vertical plane, groove bottom is horizontal plane, the surface of feeder and culture pond has continuous print to close separation layer, closing separation layer adopts concrete or tabia compacting to form, to utilize abrupt slope in the condition of the both sides of culture pond manufacture adult " flight ", and utilize the nature of adult oriented Arid Area climbing, adult is forced to enter feeder, realize the collection of adult and larva.But in culture pond, in the cleaning of waste material and feeder, the collection of adult relies on manually salvaged completely in this cultivating system, this not only increases manual labor amount, and extend the time of culture pond and feeder cleaning, reduce the preparation efficiency of culture pond and feeder in cultivating system.
Summary of the invention
The object of this invention is to provide a kind of fly, horsefly maggot cultivating system, be intended to solve the ineffective problem of method of being cleared up culture pond and/or feeder in prior art by the mode of manual work.
In order to realize above object, in the present invention, the technical scheme of fly, horsefly maggot cultivating system is as follows:
Fly, horsefly maggot cultivating system, the feeder comprising the culture pond for holding culture matrix and climb into for adult maggot, and the bearing of trend defining feeder is fore-and-aft direction, feeder and culture pond are mutually parallel to be arranged, the notch of feeder is connected by the climbing ramp transition of tilting to the left or to the right from top to bottom with at the bottom of the pond of culture pond, the bottom surface, pond of culture pond and/or the groove bottom of feeder are the cascaded surface of domatic or upwards rising or the reduction downwards step by step of tilting up or down gradually from front to back, and on culture pond and/or feeder, be provided with the inflow entrance of the eminence being in domatic or cascaded surface and be in the flow export of lowest part.
The bottom surface, pond of culture pond is domatic or cascaded surface, culture pond is equipped with the barriers being cut off in the longitudinal direction for controlling bottom surface, pond and ganging up.
The top of barriers is lower than the edge, pond of the wall portions in the barriers left and right sides of culture pond.
The top of the pool wall of the culture pond left and right sides is respectively equipped with in fold inward and turns edge.
Barriers be fixed on bottom surface, pond lattice gear utricule, lattice gear utricule be used for heave under state by bottom surface, pond cut off, under emptying state, bottom surface, pond is ganged up.
Barriers is the lattice block that activity is assemblied on culture pond, lattice block have in the stroke of relative pond bottom surface activity bottom surface and bottom surface, pond be affixed and two ends, left and right and left and right sides pool wall be affixed, loading position for bottom surface, pond is cut off in the longitudinal direction, also have bottom surface depart from from bottom surface, pond and/or in two ends, left and right at least one throw off with corresponding pool wall, for drawing off position by what gang up before and after bottom surface, pond.
Barriers comprises the barrier film coincideing and be laid on bottom surface, pond, and on bottom surface, pond, offer the escape groove being in the left and right below barrier film and extending, the axis extended around left and right in escape groove is rotatably equipped with eccentric wheel or cam, have in eccentric wheel or the cam rotational travel in escape groove by barrier film upwards jack-up, with make barrier film local upwards heave and by bottom surface, pond cut off jack-up position, also have decontrol barrier film, to make barrier film be flattened on the relieving position that bottom surface, pond is ganged up by bottom surface, pond.
Definition culture pond and the unit that forms of feeder are cultivation unit, and cultivation unit has two or more, and all cultivation unit are all in catches in breeding spaces that fly gauze surrounds, and in each cultivation unit, the Chi Kou of culture pond communicates.
The top of culture pond is arranged at intervals with the collecting pipe arranged that to walk abreast with culture pond, the tube wall of collecting pipe offers be in and climb into mouth above lowest part, described feeder is in climbing into the grooved region between mouth to lowest part in collecting pipe, and climb into mouth be externally connected with the pond hanging down into culture pond at the bottom of cat ladder, described climbing ramp is on cat ladder.
Cat ladder and climbing between mouth is connected by trumpet-shaped changeover joint, and the small end of changeover joint is held towards outside collecting pipe towards in collecting pipe, greatly.
In the present invention, the bottom surface, pond of the culture pond of cultivating system and/or the groove bottom of feeder are the cascaded surface of domatic or upwards rising or the reduction downwards step by step of tilting up or down gradually from front to back, and on culture pond and/or feeder, are provided with the inflow entrance of the eminence being in domatic or cascaded surface and are in the flow export of lowest part.Like this at needs cleaning culture pond and/or when taking out adult maggot in feeder, by the inflow entrance water filling from domatic or cascaded surface eminence, residue at the bottom of culture pond pond and/or the adult maggot in feeder can sweep away from domatic or cascaded surface by current, and discharge from flow export, realize the Automatic clearance to culture pond and/or feeder, salvage by artificial the operating type carrying out clearing up compared to existing technology, in the present invention, in cultivating system, the cleaning efficiency of culture pond and/or feeder is improved, thus solve the ineffective problem of method of being cleared up culture pond and/or feeder in prior art by the mode of manual work.
Further, cultivation unit has two or more, and all cultivation unit are all in catches in breeding spaces that fly gauze surrounds, and in each cultivation unit, the Chi Kou of culture pond communicates.To make fly, horsefly freely activity in the stereoscopic multi-layer time culture pond closed, the upper and lower each several part in inner space is ganged up, fly, horsefly can be suitable for perching of each time period and breed environment by unrestricted choice, culture matrix in each layer culture pond is respectively by different staggering time, and every level is unified charging and draw operation independently.Press the every level of different time unified turnover culture matrix, new and old culture matrix level exchanges dislocation by stages, induction fly, each level ovulation of horsefly orderliness.Accomplish fly, the automatic adjusting ambient of horsefly, distribute, perch, breed, be automatically collected in one.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiments of the invention 1;
Fig. 2 be in Fig. 1 cultivating system at the structural representation of preparatory stage;
Fig. 3 be in Fig. 1 cultivating system at the structural representation of cultivation stage;
Fig. 4 be in Fig. 1 cultivating system at the structural representation of clean-up phase;
Fig. 5 is the structural representation of barriers at the bottom of pond in embodiments of the invention 2;
Fig. 6 is the structural representation of embodiments of the invention 3.
Embodiment
Fly in the present invention, the embodiment 1 of horsefly maggot cultivating system: as shown in Figures 1 to 4, this cultivating system is a kind of fly, the solid breeding of horsefly maggot and automatically collecting system, comprise culture pond 101 and collecting pipe 102, wherein culture pond 101 is the square pond bodies built on gentle slope, the front and back of culture pond 101 extend, the surrounding pool wall face of culture pond 101 is all perpendicular to the vertical walls of bottom surface, pond, the bottom surface, pond of culture pond 101 be from back to front gradually countryside tilt domatic, to make whole culture pond 101 downward-sloping gradually from back to front, and the front side of culture pond 101 is provided with pond body entrance, the lowest part of rear side is provided with pond bottom outlet, pond body outlet is connected with the discharge line of soft, collecting pipe 102 is arranged in parallel in the top of culture pond 101, namely collecting pipe 102 is also downward-sloping gradually from back to front, the rear end mouth of pipe of collecting pipe 102 is the fluid injection mouth of pipe, the front end mouth of pipe is the discharge mouth of pipe, and the parallel setting mutually of collecting pipe 102 and culture pond 101, on collecting pipe 102 left and right sides offer respectively be in tube wall lowest part above climb into mouth, and to be in the grooved region climbed between mouth and lowest part in collecting pipe 102 be feeder 121, feeder 121 and culture pond 101 are by being connected from climbing into the climbing ramp transition that mouth hangs down at the bottom of the pond of culture pond 101.
Climbing ramp has two and is arranged symmetrically in the left and right sides of collecting pipe 102.Climbing ramp comprises the collection interface 131, cat ladder 132 and the software bottom 133 that are connected successively from top to bottom.That to collect interface 131 be small end is interior towards collecting pipe 102, hold towards the bell mouth shape outside collecting pipe 102 greatly.Cat ladder 132 is the triangle cat ladder 132 broadened gradually from top to bottom, and the top wedge angle of cat ladder 132 is connected on the internal face of collection interface 131, and bottom horizontal edge hangs down in culture pond 101.The software bottom 133 is connected on the base of cat ladder 132, and this software bottom 133 can pitching turnover on the base of cat ladder 132.In two climbing ramps, cat ladder 132 tilts to opposing direction from top to bottom in the left and right sides of collecting pipe 102, domatic in the climbing of the opposing inclination of left and right directions from top to bottom to obtain on two cat ladders 132.
The pond of culture pond 101 turns edge 111 along being above equipped with in fold inward, and this is interior turns edge 111 at the pond interruption-forming of culture pond 101 by the throat structure of the pond mouth adduction of culture pond 101.The pond base fabric of culture pond 101 is equipped with at the spaced apart barriers of fore-and-aft direction, this barriers is the lattice gear air bag 104 be fixed on the pool wall of culture pond 101, lattice gear air bag 104 extends along left and right, the gas port of each lattice gear air bag 104 is communicated with in the control gas circuit on the right side of culture pond 101, to control the inflation/deflation of lattice gear air bag 104 by controlling gas circuit, and when the inflation of lattice gear air bag 104 is heaved, the two ends, left and right of lattice gear air bag 104 are close to the pool wall face of the left and right sides of culture pond 101, the bottom of lattice gear air bag 104 is close to the bottom surface, pond of culture pond 101, lattice keep off the pond edge of top lower than culture pond 101 left and right sides of air bag 104, with make lattice keep off air bag 104 be in the bottom surface, pond of culture pond 101 is cut off in the longitudinal direction heave state, after lattice gear air bag 104 is exitted, it is flat flat that lattice gear air bag 104 becomes, and now lattice gear air bag 104 loses the barrier effect of the bottom surface, pond to culture pond 101, makes to gang up before and after the bottom surface, pond of culture pond 101, keeps off air bag 104 be in emptying state to make lattice.
Culture pond 101 and collecting pipe 102 are also covered with and catch fly gauze 105, catching fly gauze 105 covers in it by culture pond 101 and collecting pipe 102, and the right side pool wall on the right side and culture pond 101 of catching fly gauze 105 flushes, catch the left side of fly gauze 105 and upside all and the pool wall interval of culture pond 101, the downside of catching fly gauze 105 flushes with at the bottom of the pond of culture pond 101, to be in above culture pond 101 and the zone of action freely movable for fly of right catching in fly gauze 105 to be formed, and fly gauze 105 is provided with the winged insect killing device 106(be on the gauze wall of left side and refers to patent document CN102217581A catching).
In the present embodiment, lattice gear air bag 104 is being heaved under state, the bottom surface, pond of culture pond 101 is divided into the stair-stepping cultivation unit that a row raises from front to back step by step, to be formed from front to back as the cultivation unit of terrace type level distribution in culture pond 101, and by controlling the unified inflation/deflation controlling lattice gear air bag 104 of gas circuit, each cultivation unit is cut off simultaneously and gangs up simultaneously, simultaneously this kind is cultivated unit and can not be limited maggot string from back to front and climb, and ensures that maggot can search out suitable culture environment.
In the present embodiment cultivating system when normally working, first by control gas circuit by each lattice gear air bag 104 heave; Then in culture pond 101, inject culture matrix from back to front, culture matrix automatically distributes step by step under the stop of lattice gear air bag 104, and precipitates simultaneously; Then, catch in fly gauze 105 along with the fly in natural environment enters under the attraction of culture matrix, and the quantity of fly reach predetermined after, fly gauze 105 will be caught and seal up; Along with fly sows lower fly blow on culture matrix, fly blow slowly grows into maggot on culture matrix, maggot can string from back to front climb and enter in suitable cultivation unit and grow in culture pond 101, and growing into adult maggot along with maggot, adult maggot enters in collecting pipe 102 along climbing ramp; Until after the adult maggot in collecting pipe 102 gathers some, add cycle water or Natural Water from the rear end of collecting pipe 102, to be gone out from the front end of collecting pipe 102 by the adult maggot in the feeder 121 of collecting pipe 102.
In addition, along with climbing out of of adult maggot in culture pond 101, culture matrix Middle nutrition material is adapted to a certain degree, a certain amount of water is injected from the rear end of culture pond 101, and leave standstill a period of time, until the adult maggot quantity that climbing ramp is climbed reduces to a certain degree, open discharge line, continue the rear end water filling from culture pond 101 simultaneously, go out from culture pond 101 with the maggot that matrix residual in culture pond 101 is remained and do not climb out of.After the quantity of catching fly in fly gauze 105 acquires a certain degree, winged insect killing device 106 can be opened, utilize winged insect killing device 106 to catch or kill the fly caught in fly gauze 105, with the fly that will catch in fly gauze 105 control quantitative.
Fly in the present invention, the embodiment 2 of horsefly maggot cultivating system: as shown in Figure 5, the difference of the present embodiment and embodiment 1 is, barriers forms primarily of barrier film 241 and cam 242, barrier film 241 coincide and is laid on bottom surface, pond, and on bottom surface, pond, offer the escape groove 243 being in the left and right below barrier film 241 and extending, the axis extended around left and right in escape groove 243 is rotatably equipped with cam 242, have barrier film 241 upwards jack-up in the rotational travel of cam 242 in escape groove 243, jack-up position bottom surface, pond cut off to make barrier film 241 local upwards heave, also have and decontrol barrier film 241, the relieving position that bottom surface, pond is ganged up by bottom surface, pond is flattened on to make barrier film 241.This barriers septation 241 is when jack-up, and each is cultivated bottom surface, pond of unit and presents local horizontal, to make to present at the bottom of the pond of whole culture pond 201 rise step by step from front to back stepped.
The embodiment 3 of fly, horsefly maggot cultivating system in the present invention: as shown in Figure 6, the difference of the present embodiment and embodiment 1 is, the cultivation unit that culture pond 301 and collecting pipe 302 form has three and folds successively from bottom to top to be established, neighbouring two cultivation unit at the middle and upper levels between the bottom of culture pond 301 and the top of lower floor's culture pond 301 by the vertical support column extended carry out supportting every, be parallel to each other to make culture pond 301 in each layer cultivation unit.Three layers of cultivation unit are also covered with and catch fly gauze 305, catches fly gauze 305 and fly can only be ganged up between three layers of cultivation unit, but can not fly out and catch the breeding spaces that fly gauze 305 surrounds.In addition, winged insect killing device 306 is also provided with, to control the quantity of catching fly in fly gauze 305 catching on fly gauze 305.
Fly, horsefly freely activity in the stereoscopic multi-layer time culture pond 301 closed in the present embodiment, the upper and lower each several part in inner space is ganged up, fly, horsefly can be suitable for perching of each time period and breed environment by unrestricted choice, culture matrix in each layer culture pond 301 is respectively by different staggering time, and every level is unified charging and draw operation independently.Press the every level of different time unified turnover culture matrix, new and old culture matrix level exchanges dislocation by stages, induction fly, each level ovulation of horsefly orderliness.Accomplish fly, the automatic adjusting ambient of horsefly, distribute, perch, breed, be automatically collected in one.
In the above-described embodiments, barriers is lattice gear air bag or is made up of cam and barrier film, in other embodiments, barriers also can be lattice block, this lattice block can the mode of movable along the vertical direction plug-in mounting or movable plug-in mounting in left-right direction be arranged on culture pond, now lattice block has bottom surface and bottom surface, pond and to be affixed and two ends, left and right and left and right sides pool wall are affixed in the stroke of relative pond bottom surface activity, for the loading position that bottom surface, pond is cut off in the longitudinal direction, also there is bottom surface to depart from from bottom surface, pond and/or in two ends, left and right, at least one and corresponding pool wall are thrown off, for drawing off position by what gang up before and after bottom surface, pond.In addition, for ensureing that lattice blocks is climbed loading the string not affecting maggot under position, the bottom surface of lattice block coincide with bottom surface, pond be affixed, be become obtuse angle to arrange with bottom surface, pond domatic towards the side of bottom surface, pond eminence.
In the above-described embodiments, feeder is in bottom the collecting pipe above culture pond, and in other embodiments, feeder also can be in grooved tunnels, groove.
Claims (10)
1. fly, horsefly maggot cultivating system, the feeder comprising the culture pond for holding culture matrix and climb into for adult maggot, and the bearing of trend defining feeder is fore-and-aft direction, feeder and culture pond are mutually parallel to be arranged, the notch of feeder is connected by the climbing ramp transition of tilting to the left or to the right from top to bottom with at the bottom of the pond of culture pond, it is characterized in that, the bottom surface, pond of culture pond and/or the groove bottom of feeder are the cascaded surface of domatic or upwards rising or the reduction downwards step by step of tilting up or down gradually from front to back, and on culture pond and/or feeder, be provided with the inflow entrance of the eminence being in domatic or cascaded surface and be in the flow export of lowest part.
2. fly according to claim 1, horsefly maggot cultivating system, is characterized in that, the bottom surface, pond of culture pond is domatic or cascaded surface, culture pond is equipped with the barriers being cut off in the longitudinal direction for controlling bottom surface, pond and ganging up.
3. fly according to claim 2, horsefly maggot cultivating system, is characterized in that, the top of barriers is lower than the edge, pond of the wall portions in the barriers left and right sides of culture pond.
4. fly according to claim 3, horsefly maggot cultivating system, it is characterized in that, the top of the pool wall of the culture pond left and right sides is respectively equipped with in fold inward and turns edge.
5. the fly according to Claims 2 or 3 or 4, horsefly maggot cultivating system, is characterized in that, barriers be fixed on bottom surface, pond lattice gear utricule, lattice gear utricule be used for heave under state by bottom surface, pond cut off, under emptying state, bottom surface, pond is ganged up.
6. the fly according to Claims 2 or 3 or 4, horsefly maggot cultivating system, it is characterized in that, barriers is the lattice block that activity is assemblied on culture pond, lattice block have in the stroke of relative pond bottom surface activity bottom surface and bottom surface, pond be affixed and two ends, left and right and left and right sides pool wall be affixed, loading position for bottom surface, pond is cut off in the longitudinal direction, also have bottom surface depart from from bottom surface, pond and/or in two ends, left and right at least one throw off with corresponding pool wall, for drawing off position by what gang up before and after bottom surface, pond.
7. the fly according to Claims 2 or 3 or 4, horsefly maggot cultivating system, it is characterized in that, barriers comprises the barrier film coincideing and be laid on bottom surface, pond, and on bottom surface, pond, offer the escape groove being in the left and right below barrier film and extending, the axis extended around left and right in escape groove is rotatably equipped with eccentric wheel or cam, have barrier film upwards jack-up in eccentric wheel or the cam rotational travel in escape groove, jack-up position bottom surface, pond cut off to make barrier film local upwards heave, also there is relieving barrier film, the relieving position that bottom surface, pond is ganged up by bottom surface, pond is flattened on to make barrier film.
8. fly as claimed in any of claims 1 to 4, horsefly maggot cultivating system, it is characterized in that, the unit that definition culture pond and feeder form is cultivation unit, cultivation unit has two or more, all cultivation unit are all in catches in breeding spaces that fly gauze surrounds, and in each cultivation unit, the Chi Kou of culture pond communicates.
9. fly as claimed in any of claims 1 to 4, horsefly maggot cultivating system, it is characterized in that, the top of culture pond is arranged at intervals with the collecting pipe arranged that to walk abreast with culture pond, the tube wall of collecting pipe offers be in and climb into mouth above lowest part, described feeder is in climbing into the grooved region between mouth to lowest part in collecting pipe, and climb into mouth be externally connected with the pond hanging down into culture pond at the bottom of cat ladder, described climbing ramp is on cat ladder.
10. fly according to claim 9, horsefly maggot cultivating system, is characterized in that, cat ladder and climbing between mouth is connected by trumpet-shaped changeover joint, and the small end of changeover joint is held towards outside collecting pipe towards in collecting pipe, greatly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510614839.9A CN105052840B (en) | 2015-09-24 | 2015-09-24 | Fly, horsefly maggot cultivating system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510614839.9A CN105052840B (en) | 2015-09-24 | 2015-09-24 | Fly, horsefly maggot cultivating system |
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| CN105052840A true CN105052840A (en) | 2015-11-18 |
| CN105052840B CN105052840B (en) | 2018-02-09 |
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| CN106942167A (en) * | 2017-05-18 | 2017-07-14 | 李世民 | Natural enemy breeding device and breed control system using the breeding device |
| CN111436401A (en) * | 2020-03-19 | 2020-07-24 | 贵州民族大学 | Black soldier fly breeding insect material separation system and separation method thereof |
| US11771070B1 (en) | 2023-05-17 | 2023-10-03 | King Faisal University | In vitro feeding system for growing Oestridae larvae |
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| CN204634777U (en) * | 2015-04-27 | 2015-09-16 | 苏州洁威生物科技有限公司 | Fly maggot with separator brings up bed |
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| US6130084A (en) * | 1999-08-16 | 2000-10-10 | Endencia; Alex Apolinar C. | Nutrition from pollution |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106942167A (en) * | 2017-05-18 | 2017-07-14 | 李世民 | Natural enemy breeding device and breed control system using the breeding device |
| CN111436401A (en) * | 2020-03-19 | 2020-07-24 | 贵州民族大学 | Black soldier fly breeding insect material separation system and separation method thereof |
| CN111436401B (en) * | 2020-03-19 | 2021-12-03 | 贵州民族大学 | Black soldier fly breeding insect material separation system and separation method thereof |
| US11771070B1 (en) | 2023-05-17 | 2023-10-03 | King Faisal University | In vitro feeding system for growing Oestridae larvae |
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| Publication number | Publication date |
|---|---|
| CN105052840B (en) | 2018-02-09 |
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