CN204747049U - Feed system of preparing suitable for worm bioreactor - Google Patents
Feed system of preparing suitable for worm bioreactor Download PDFInfo
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- CN204747049U CN204747049U CN201520302722.2U CN201520302722U CN204747049U CN 204747049 U CN204747049 U CN 204747049U CN 201520302722 U CN201520302722 U CN 201520302722U CN 204747049 U CN204747049 U CN 204747049U
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Abstract
The utility model discloses a feed system of preparing suitable for worm bioreactor, this system include automatic control appearance, mainstream waterline and a plurality of subsidiary assembly line, the mainstream waterline include equipment such as initial raw materials collecting pit, first -class gauge, a material conveyer, organic waste letter sorting breaker, raw materials equalizing basin, second flowmeter, subsidiary assembly line include equipment such as initial auxiliary material collecting pit, fourth flowmeter, fourth material conveyer, the utility model discloses can through the automated control system, carry out on a large scale, standardize the quick pretreatment in ground with multiple organic waste according to the requirement of worm feed, improve worm bioreactor feed by a wide margin and prepare the mechanization of assembly line, automatic level, show the artifical demand of reduction worm bioreactor preparation feed link, improve simultaneously the machining precision of worm feed by a wide margin, ensure that each item indexs such as worm feed nutrient, moisture, viscosity and air permeability keep in best level.
Description
Technical field
The utility model relates to a kind of feeding provisioned systems, particularly relates to a kind of feeding provisioned systems being applicable to Helminth Organisms reactor, belongs to field of environment protection.
Background technology
Along with improving constantly of living standards of urban and rural residents level and production capacity, organic waste output constantly increases and brings many environmental problems, threatens human health and eco-environmental quality.China after experienced by the agriculture, forestry, animal husbandry and fishery fast development reaching decades, various agriculture, forestry, animal husbandry and fishery organic waste also increasing fast thereupon.According to incomplete estimation, China discharges fowl and animal excrement about 1,300,000,000 t every year, amounts to argol about 400,000,000 t; All kinds of stalk of annual generation is more than 800,000,000 t; Annual generation forestry processing waste adds up to more than 100,000,000 t; The dry bacterium chaff of annual generation is at 4,000 ten thousand more than t.The quantity such as the discarded object in other various inferior fruits and vegetables, processing of aquatic products discarded object, brewing process are also quite surprising.In addition, along with the further raising of China's level of urbanization, the annual changing food waste output produced is surprising.It is reported, within 2013, Chinese city changing food waste output has been not less than 6,000 ten thousand t.The organic waste of incredible amount is badly in need of minimizing, innoxious, resource.
Utilize the natural biological (as housefly, yellow meal worm, Heisui River Mang, earthworm etc.) that existed in the Nature to carry out biology to organic waste to transform, reach reclaiming organic waste, minimizing, innoxious being proved to be a feasible approach.Association area has caused showing great attention to and having carried out a series of research and development of scientist and relevant enterprise, and patent achievement also day by day enriches.If Wu Jianwei etc. is bioreactor for treatment stalk and aroma type spirit distiller grain (CN102805053A, CN102807398A) with common house-fly grub; Buying silver-colored fat grade take common house-fly grub as bioreactor for treatment slaughterhouse mud and animal wastes (CN103613259A); Xu Xiaoyan etc. take yellow meal worm as bioreactor conversion processing abandoned vegetable (CN103918892A); Hu Xinjun etc. utilize black soldier flies process horsehit (CN102329155A).Applicant obtained in 2013 " a kind of fly maggot reactor being applicable to bioconversion of organic solid waste " (ZL201110444689.3).All there is certain technical deficiency in all these Helminth Organisms reactors at present in large-scale application process, lowly, the problems such as feeding preparation standards degree is low seriously govern treatment effeciency and the economic benefit of Helminth Organisms reactor for particularly mechanization, automatization level.Therefore, develop efficient, the accurate feeding preparation pipeline system being applicable to Helminth Organisms reactor and seem especially urgent.
Summary of the invention
The purpose of this utility model is to provide a kind of increasingly automated, feeding standardization and the high feeding provisioned systems being applicable to Helminth Organisms reactor of cleannes and method.
The feeding provisioned systems being applicable to Helminth Organisms reactor of the present utility model, comprise auto-controller, , main pipeline and some secondary flow waterlines, described main pipeline comprises the initial feed collecting pit connected successively, first-class gauge, first material conveyor and the first organic waste sorting disintegrating machine, the raw material regulating reservoir connected successively, second gauge, second material conveyor and mixer and the feeding storage pool be connected successively, 3rd flowmeter, 3 material conveyer and material distributing machine of throwing something and feeding, raw material regulating reservoir is positioned at below the discharging opening of the first organic waste sorting disintegrating machine, feeding storage pool is positioned at below the discharging opening of mixer, every article of described secondary flow waterline comprises the initial auxiliary material collecting pit, the 4th flowmeter, 4 materials conveyer and the second organic waste sorting disintegrating machine and the auxiliary material regulating reservoir be connected successively, the 5th flowmeter and the 5th material conveyor that connect successively, and auxiliary material regulating reservoir is positioned at below the discharging opening of the second organic waste sorting disintegrating machine, the 5th material conveyor in every article of secondary flow waterline is connected with the mixer in main pipeline, and auto-controller sorts disintegrating machine respectively with first-class gauge, the first material conveyor, the first organic waste, second gauge, the second material conveyor, mixer, the 3rd flowmeter, 3 material conveyer, material distributing machine of throwing something and feeding, the 4th flowmeter 4 materials conveyer, the second organic waste sort disintegrating machine, the 5th flowmeter and the 5th material conveyor and be connected.
In technique scheme, described initial feed is generally the mixing of one or more in the fermentation wastes produced in fowl and animal excrement, changing food waste, expired food, poultry corpse of dying of illness, aquatic products processing discarded object and drinks production process after sterilization treatment.
Described initial auxiliary material is generally the mixing of one or more in straw, stalk, processing of farm products discarded object, forestry processing waste, inferior fruits and vegetables and edible fungus bran.
The first described organic waste sorting disintegrating machine and the broken size of the second organic waste sorting disintegrating machine are 1-30mm.
The first described material conveyor can be belt type conveyer, tube-type spiral conveyer or bucket elevator.
The second described material conveyor can be belt type conveyer, tube-type spiral conveyer or bucket elevator.
Described 3 material conveyer can be belt type conveyer, tube-type spiral conveyer or bucket elevator.
Described 4 materials conveyer can be belt type conveyer, tube-type spiral conveyer or bucket elevator.
The 5th described material conveyor can be belt type conveyer, tube-type spiral conveyer or bucket elevator.
Described mixer is generally self-dumping mixer or forced mixer.
Described material distributing machine of throwing something and feeding can be rail mounted material distributing machine, Wheel type cloth or material conveyor belt.
Apply the above-mentioned method being applicable to the feeding provisioned systems of Helminth Organisms reactor, comprise the steps:
1) system initialization: 1. simultaneously open the first material conveyor and the first organic waste sorting disintegrating machine, make raw material enter the first organic waste sorting disintegrating machine and fall into raw material regulating reservoir after sorting fragmentation, when raw material reaches the 1/2-3/4 of raw material regulating reservoir volume, close the first material conveyor and the first organic waste sorting disintegrating machine; Open 4 materials conveyer and the second organic waste sorting disintegrating machine of every article of secondary flow waterline simultaneously, make auxiliary material enter the second organic waste sorting disintegrating machine and fall into auxiliary material regulating reservoir after sorting fragmentation, when auxiliary material reaches the 1/2-3/4 of auxiliary material regulating reservoir volume, close 4 materials conveyer and the second organic waste sorting disintegrating machine;
2. open the second material conveyor simultaneously, 5th material conveyor and mixer, feeding storage pool is fallen into after raw material and auxiliary material are stirred by feeding proportioning, when feeding reaches the 1/2-3/4 of feeding storage pool volume, close the second material conveyor, 5th material conveyor and mixer, the 5th flowmeter in above process in second gauge and secondary flow waterline by the flow information Real-time Feedback that detects to auto-controller, auto-controller controls 4 materials conveyer and the second organic waste sorting disintegrating machine of unlatching first material conveyor and the first organic waste sorting disintegrating machine and every article secondary flow waterline, respectively the auxiliary material in the raw material in raw material regulating reservoir and auxiliary material regulating reservoir is supplemented, when the flow that first-class gauge detects is equal with the flow that second gauge detects, auto-controller controls closedown first material conveyor and the first organic waste sorting disintegrating machine, when the flow that the 4th flowmeter detects is equal with the flow that the 5th flowmeter detects, auto-controller controls closedown 4 materials conveyer and the second organic waste sorting disintegrating machine,
2) automatically throw something and feed: the 1. required feeding volume L of setting on auto-controller, open 3 material conveyer, feeding enters from feeding storage pool material distributing machine of throwing something and feeding, 3rd flowmeter by detect flow Real-time Feedback to auto-controller, the 5th material conveyor that auto-controller controls the second material conveyor and secondary flow waterline is opened, supplement in feeding storage pool after raw material and auxiliary material are stirred by feeding proportioning, simultaneously, the flow information of detection is fed back to auto-controller by second gauge and the 5th flowmeter, auto-controller control unlatching first material conveyor and the first organic waste sort disintegrating machine and 4 materials conveyer and the second organic waste and sort disintegrating machine, respectively the auxiliary material in the raw material in raw material regulating reservoir and auxiliary material regulating reservoir is supplemented,
2. when the flow detected when the 3rd flowmeter reaches L, auto-controller controls closedown 3 material conveyer, when the summation of the flow that second gauge and the 5th flowmeter detect is equal with the flow that the 3rd flowmeter detects, auto-controller controls closedown second material conveyor, 5th material conveyor and mixer, when the flow that first-class gauge detects is equal with the flow that second gauge detects, auto-controller controls closedown first material conveyor and the first organic waste sorting disintegrating machine, when the flow that the 4th flowmeter detects is equal with the flow that the 5th flowmeter detects, auto-controller controls closedown 4 materials conveyer and the second organic waste sorting disintegrating machine.
The beneficial effects of the utility model are:
(1) mechanization, automaticity significantly improve, and not only significantly improve feeding preparation efficiency but also significantly reduce labor strength; Cost of labor significantly declines, and recruitment number, recruitment intensity decline to a great extent.
(2) feeding pre-standard degree significantly improves.Rely on flowmeter accurate measurement, the preparation of worm feeding is achieved the standardized production of similar " fast food type "; And streamline reproducibility is good in this preparation feed system, all devices all can standardization, large-scale production.Prepared worm feeding is best in quality, is conducive to improving worm-reactor usefulness and economic benefit further.
(3) use system and method for the present utility model significantly to improve and clean degree in worm feeding preliminary procedure.This feeding provisioned systems significantly reduces the frequency and intensity that operating personnel and organic waste directly contact, and is conducive to significantly improving cleaning degree in feeding preliminary procedure.
Accompanying drawing explanation
Fig. 1 is the structural representation of feeding provisioned systems of the present utility model.
In figure: 1-initial feed collecting pit, 2-first material conveyor, 3-first organic waste sorting disintegrating machine, 4-raw material regulating reservoir, 5-second gauge, 6-second material conveyor, 7-mixer, 8-feeding storage pool, 9-the 3rd flowmeter, 10-3 material conveyer, 11-throws something and feeds material distributing machine, the initial auxiliary material collecting pit of 12-, 13-4 materials conveyer, 14-second organic waste sorting disintegrating machine, 15-auxiliary material regulating reservoir, 16-the 5th flowmeter, 17-the 5th material conveyor, 18-auto-controller, 19-the 4th flowmeter, the first-class gauge of 20-.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further.
With reference to Fig. 1, the feeding provisioned systems being applicable to Helminth Organisms reactor of the present utility model, comprise auto-controller 18, , main pipeline and some secondary flow waterlines, described main pipeline comprises the initial feed collecting pit 1 connected successively, first-class gauge 20, first material conveyor 2 and the first organic waste sorting disintegrating machine 3, the raw material regulating reservoir 4 connected successively, second gauge 5, second material conveyor 6 and mixer 7 and the feeding storage pool 8 be connected successively, 3rd flowmeter 9, 3 material conveyer 10 and material distributing machine 11 of throwing something and feeding, raw material regulating reservoir 4 is positioned at below the discharging opening of the first organic waste sorting disintegrating machine 3, feeding storage pool 8 is positioned at below the discharging opening of mixer 7, every article of described secondary flow waterline comprises the initial auxiliary material collecting pit 12, the 4th flowmeter 19,4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14 and the auxiliary material regulating reservoir 15 be connected successively, the 5th flowmeter 16 and the 5th material conveyor 17 that connect successively, and auxiliary material regulating reservoir 15 is positioned at below the discharging opening of the second organic waste sorting disintegrating machine 14, the 5th material conveyor 17 in every article of secondary flow waterline is connected with the mixer 7 in main pipeline, and auto-controller 18 sorts the 4th flowmeter 19 in disintegrating machine 3, second gauge 5, second material conveyor 6, mixer 7, the 3rd flowmeter 9,3 material conveyer 10, material distributing machine of throwing something and feeding 11 and every article secondary flow waterline respectively with first-class gauge 20, first material conveyor 2, first organic waste, 4 materials conveyer 13, second organic waste sorts disintegrating machine 14, the 5th flowmeter 16 and the 5th material conveyor 17 and is connected.
Auto-controller 18 described in the utility model can adopt single-chip microcomputer or PLC.
Described initial feed can for the mixing of one or more in the fermentation wastes that produces in fowl and animal excrement, changing food waste, expired food, poultry corpse of dying of illness, aquatic products processing discarded object and drinks production process after sterilization treatment.
Described initial auxiliary material can be the mixing of one or more in straw, stalk, processing of farm products discarded object, forestry processing waste, inferior fruits and vegetables and edible fungus bran.
The first described organic waste sorting disintegrating machine 3 and the broken size of the second organic waste sorting disintegrating machine 14 are generally 1-30mm.
The first described material conveyor 2 is belt type conveyer, tube-type spiral conveyer or bucket elevator, second material conveyor 6 is belt type conveyer, tube-type spiral conveyer or bucket elevator, 3 material conveyer 10 is belt type conveyer, tube-type spiral conveyer or bucket elevator, 4 materials conveyer 13 is belt type conveyer, tube-type spiral conveyer or bucket elevator, and the 5th material conveyor 17 is belt type conveyer, tube-type spiral conveyer or bucket elevator.
Described mixer 7 is generally self-dumping mixer or forced mixer.
Described material distributing machine 11 of throwing something and feeding can be rail mounted material distributing machine, Wheel type cloth or material conveyor belt.
A secondary flow waterline is provided with in example shown in Fig. 1, for changing food waste and straw by volume 1:1 be mixed with fly maggot feeding, the volume of this routine Raw regulating reservoir 4 and auxiliary material regulating reservoir 15 is 1 cubic metre, the volume of feeding storage pool 8 is 2 cubic metres, the feeding preparation method being applicable to Helminth Organisms reactor of the present utility model, comprises the steps:
1) system initialization: 1. simultaneously open the first material conveyor 2 and the first organic waste sorting disintegrating machine 3, make changing food waste enter the first organic waste sorting disintegrating machine 3 and fall into raw material regulating reservoir 4 after sorting fragmentation, when changing food waste reaches 0.5 cubic metre in raw material regulating reservoir 4, close the first material conveyor 2 and the first organic waste sorting disintegrating machine 3; Open 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14 simultaneously, make straw enter the second organic waste sorting disintegrating machine 14 and fall into auxiliary material regulating reservoir 15 after sorting fragmentation, when straw reaches 0.5 cubic metre in auxiliary material regulating reservoir 15, close 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14;
2. open the second material conveyor 6 simultaneously, 5th material conveyor 17 and mixer 7, changing food waste and straw is made to fall into feeding storage pool 8 after 1:1 mix and blend by volume, when in feeding storage pool 8, feeding reaches 1 cubic metre, close the second material conveyor 6, 5th material conveyor 17 and mixer 7, in above process second gauge 5 and the 5th flowmeter 16 by the flow information Real-time Feedback that detects to auto-controller 18, auto-controller 18 control unlatching first material conveyor 2 and the first organic waste sorting disintegrating machine 3 and 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14, respectively the straw in the changing food waste in raw material regulating reservoir 4 and auxiliary material regulating reservoir 15 is supplemented, when the changing food waste volume that first-class gauge 20 detects is 0.5 cubic metre, auto-controller 18 controls closedown first material conveyor 2 and the first organic waste sorting disintegrating machine 3, when the straw volume that the 4th flowmeter 19 detects is 0.5 cubic metre, auto-controller 18 controls closedown 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14,
2) automatically throw something and feed: 1. on auto-controller 18, the required feeding volume L of setting is set to 1 cubic metre, open 3 material conveyer 10, feeding enters from feeding storage pool 8 material distributing machine 11 of throwing something and feeding, 3rd flowmeter 9 by detect flow Real-time Feedback to auto-controller 18, the 5th material conveyor 17 that auto-controller 18 controls the second material conveyor 6 and secondary flow waterline is opened, changing food waste and straw is made to supplement in feeding storage pool 8 after 1:1 mix and blend by volume, simultaneously, the flow information of detection is fed back to auto-controller 18 by second gauge 5 and the 5th flowmeter 16, auto-controller 18 control unlatching first material conveyor 2 and the first organic waste sorting disintegrating machine 3 and 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14, respectively the straw in the changing food waste in raw material regulating reservoir 4 and auxiliary material regulating reservoir 15 is supplemented,
2. when the feeding volume detected when the 3rd flowmeter 9 reaches 1 cubic metre, auto-controller 18 controls closedown 3 material conveyer 10, when the volume of material summation that second gauge 5 and the 5th flowmeter 16 detect reaches 1 cubic metre, auto-controller 18 controls closedown second material conveyor 6, 5th material conveyor 17 and mixer 7, when the changing food waste volume that first-class gauge 20 detects reaches 0.5 cubic metre, auto-controller 18 controls closedown first material conveyor 2 and the first organic waste sorting disintegrating machine 3, when the straw volume that the 4th flowmeter 19 detects reaches 0.5 cubic metre, auto-controller 18 controls closedown 4 materials conveyer 13 and the second organic waste sorting disintegrating machine 14.
Configure artificial 1-2 people in this example, the feeding preparation flow process of 10t changing food waste mixing 2t straw within 1-2 hour, can be completed; And Traditional Man operating type (not containing kitchen garbage breaking link) is when dropping into artificial 4-6 people, need 2-3 days consuming time.Adopt system and method for the present utility model that fly maggot feeding preparation efficiency can be made significantly to improve.
The fly maggot feeding produced in this enforcement sample is sampled and detected, and result shows that feeding indices all reaches recipe requirements.
System and method of the present utility model can be used for the biological and ecological process of livestock and poultry farm, changing food waste Treatment stations/terminal, municipal sludge and food waste/grain/vegetables the like waste, for extensive Helminth Organisms Transformation Engineering provides technical support, also be applicable to the quick preliminary treatment of the organic waste raw material of the process engineerings such as compost, bio-matrix and biomass energy, there is broad prospect of application.
Claims (7)
1. one kind is applicable to the feeding provisioned systems of Helminth Organisms reactor, it is characterized in that, comprise auto-controller (18), , main pipeline and some secondary flow waterlines, described main pipeline comprises the initial feed collecting pit (1) connected successively, first-class gauge (20), first material conveyor (2) and the first organic waste sorting disintegrating machine (3), the raw material regulating reservoir (4) connected successively, second gauge (5), second material conveyor (6) and mixer (7) and the feeding storage pool (8) be connected successively, 3rd flowmeter (9), 3 material conveyer (10) and material distributing machine of throwing something and feeding (11), raw material regulating reservoir (4) is positioned at below the discharging opening of the first organic waste sorting disintegrating machine (3), feeding storage pool (8) is positioned at below the discharging opening of mixer (7), every article of described secondary flow waterline comprise connect successively initial auxiliary material collecting pit (12), the 4th flowmeter (19), 4 materials conveyer (13) and the second organic waste sorting disintegrating machine (14) and the auxiliary material regulating reservoir (15) be connected successively, the 5th flowmeter (16) and the 5th material conveyor (17), auxiliary material regulating reservoir (15) is positioned at the second organic waste and sorts below the discharging opening of disintegrating machine (14), the 5th material conveyor (17) in every article of secondary flow waterline is connected with the mixer (7) in main pipeline, auto-controller (18) respectively with first-class gauge (20), first material conveyor (2), first organic waste sorting disintegrating machine (3), second gauge (5), second material conveyor (6), mixer (7), 3rd flowmeter (9), 3 material conveyer (10), material distributing machine of throwing something and feeding (11), 4th flowmeter (19), 4 materials conveyer (13), second organic waste sorting disintegrating machine (14), 5th flowmeter (16) is connected with the 5th material conveyor (17).
2. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, it is characterized in that, described initial feed is fowl and animal excrement, changing food waste, expired food, the mixing of one or more in the fermentation wastes that produces in poultry corpse of dying of illness, aquatic products processing discarded object and drinks production process after sterilization treatment.
3. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, it is characterized in that, described initial auxiliary material is the mixing of one or more in straw, stalk, processing of farm products discarded object, forestry processing waste, inferior fruits and vegetables and edible fungus bran.
4. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, is characterized in that, the first described organic waste sorting disintegrating machine (3) and the broken size of the second organic waste sorting disintegrating machine (14) are 1-30mm.
5. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, it is characterized in that, described the first material conveyor (2) is belt type conveyer, tube-type spiral conveyer or bucket elevator, second material conveyor (6) is belt type conveyer, tube-type spiral conveyer or bucket elevator, 3 material conveyer (10) is belt type conveyer, tube-type spiral conveyer or bucket elevator, 4 materials conveyer (13) is belt type conveyer, tube-type spiral conveyer or bucket elevator, 5th material conveyor (17) is belt type conveyer, tube-type spiral conveyer or bucket elevator.
6. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, is characterized in that, described mixer (7) is self-dumping mixer or forced mixer.
7. the feeding provisioned systems being applicable to Helminth Organisms reactor according to claim 1, is characterized in that, described material distributing machine of throwing something and feeding (11) is rail mounted material distributing machine, Wheel type cloth or material conveyor belt.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520302722.2U CN204747049U (en) | 2015-05-12 | 2015-05-12 | Feed system of preparing suitable for worm bioreactor |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520302722.2U CN204747049U (en) | 2015-05-12 | 2015-05-12 | Feed system of preparing suitable for worm bioreactor |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104874584A (en) * | 2015-05-12 | 2015-09-02 | 浙江大学 | Feed preparation system and method suitable for a worm biological reactor |
| CN105855263A (en) * | 2016-04-06 | 2016-08-17 | 湖南卢氏环保科技有限公司 | Harmless and resourceful treatment method for livestock and poultry dying of illness |
| CN106001054A (en) * | 2016-05-30 | 2016-10-12 | 湖南卢氏环保科技有限公司 | Method for handling livestock died of epidemic disease |
| CN108889766A (en) * | 2018-07-06 | 2018-11-27 | 浙江百思达科技有限公司 | Support using kitchen garbage the system and method for worm |
| CN114013950A (en) * | 2021-10-21 | 2022-02-08 | 中科博联(遵化)环保装备有限公司 | Intelligent solid organic material taking and feeding equipment and process |
-
2015
- 2015-05-12 CN CN201520302722.2U patent/CN204747049U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104874584A (en) * | 2015-05-12 | 2015-09-02 | 浙江大学 | Feed preparation system and method suitable for a worm biological reactor |
| CN104874584B (en) * | 2015-05-12 | 2017-04-26 | 浙江大学 | Feed preparation system and method suitable for a worm biological reactor |
| CN105855263A (en) * | 2016-04-06 | 2016-08-17 | 湖南卢氏环保科技有限公司 | Harmless and resourceful treatment method for livestock and poultry dying of illness |
| CN105855263B (en) * | 2016-04-06 | 2018-01-12 | 湖南卢氏环保科技有限公司 | A kind of dead livestock and poultry is innoxious, recycling processing method |
| CN106001054A (en) * | 2016-05-30 | 2016-10-12 | 湖南卢氏环保科技有限公司 | Method for handling livestock died of epidemic disease |
| CN108889766A (en) * | 2018-07-06 | 2018-11-27 | 浙江百思达科技有限公司 | Support using kitchen garbage the system and method for worm |
| CN114013950A (en) * | 2021-10-21 | 2022-02-08 | 中科博联(遵化)环保装备有限公司 | Intelligent solid organic material taking and feeding equipment and process |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151111 Termination date: 20160512 |