CN206181875U - Big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system - Google Patents
Big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system Download PDFInfo
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- CN206181875U CN206181875U CN201621263525.5U CN201621263525U CN206181875U CN 206181875 U CN206181875 U CN 206181875U CN 201621263525 U CN201621263525 U CN 201621263525U CN 206181875 U CN206181875 U CN 206181875U
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- reaction vessel
- stalk
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- gas
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Abstract
The utility model provides a big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system, includes the fertile emergence system of straw CO2 gas, ring rail and conveyor, the fertile emergence system of straw CO2 gas links to each other with ring rail, and the fertile emergence system of straw CO2 gas links to each other with conveyor. The beneficial effects of the utility model are that: utilize the fertile nature monitored that takes place CO2 concentration among the technology fertilizer application process of canopy room straw CO2 gas, control CO2 fertilizer injection unit's CO2 burst size according to CO2 content in the big -arch shelter, improve crop growth environment, the CO2 sensor that CO2 fertilizer injection unit carried according to self detects and realizes that the automatic start has screw means's rabbling mechanism and passes through the forced air supply equipment conversion rate of CO2 in fertilizer injection unit with higher speed, improves the gas production, can satisfy the demand of the crop of the positive period of the day from 11 a. M. To 1 p. M to CO2 concentration, adopt the amount of wind centrifugal induced draft technique controllable with the wind speed, reduced CO's generation rate.
Description
Technical field
Occur and resolving system the present invention relates to agricultural wastes process field, especially a kind of polyhouse-based agriculture discarded object gas fertilizer
System.
Background technology
Greenhouse CO is carried out using fermenting crops straws2Fertilising can effectively improve agricultural organic waste recycling,
Reaching reduces production cost, efficiently utilizes resource, the purpose for improving productivity effect, the rational application of fertilizer being provided for vegetable growing.
But in the prior art, CO2Fertilizer apparatus does not possess intelligent control function, it is impossible to according to the CO in greenhouse2Content, from
Dynamic regulation CO2Supply, fertilization effect is undesirable.
The content of the invention
The technical problems to be solved by the invention are, there is provided a kind of polyhouse-based agriculture discarded object gas fertilizer occurs and resolving system
System, can improve crop growth environment, improve gas production, and crop when can meet high noon is to CO2The demand of concentration, reduces
The generation rate of CO.
In order to solve the above technical problems, the present invention provides a kind of polyhouse-based agriculture discarded object gas fertilizer occurring and decomposing system, bag
Include stalk CO2Gas fertilizer generation system 1, ring-shaped guide rail 2 and conveying device 3；Stalk CO2Gas fertilizer generation system 1 and the phase of ring-shaped guide rail 2
Even, stalk CO2Gas fertilizer generation system 1 is connected with conveying device 3.
Stalk CO2Gas fertilizer generation system 1 includes CO2Fertilizer apparatus 11, CO2Detector 12 and control module 13；CO2Fertilising
Device 11 is connected with control module 13, control module 13 and CO2Detector 12 is connected.
CO2Fertilizer apparatus 11 includes reaction vessel 101, rabbling mechanism 102, gas exhaust piping 103, Porous Base 104, draining
Pipe 105, spray equipment 106, leg 107, feeding mechanism 108, shedding mechanism 109, automatically controlled discharging bin gate 109a, discharging mouth 109b
With air inlet 110；The upper right quarter that the middle setting of reaction vessel 101 has rabbling mechanism 102, reaction vessel 101 is provided with exhaust
Pipeline 103, the bottom in reaction vessel 101 is provided with Porous Base 104, and the lower section of Porous Base 104 is provided with drainpipe
105, the upper left side of reaction vessel 101 is provided with spray equipment 106, and the bottom of reaction vessel 101 is provided with 4 legs, reaction
The upper right side of container 101 is provided with feeding mechanism 109, and the bottom righthand side of reaction vessel 101 is provided with shedding mechanism 109, and reaction is held
The lower-left end of device 101 is provided with air inlet 110.
Control module 13 is according to the CO in current canopy room2Concentration controls CO2CO in fertilizer apparatus 112Burst size.
CO sensors, CO are additionally provided with reaction vessel 1012Sensor, temperature sensor, moisture transducer, pH value are passed
Sensor and weighing sensor；The data of different sensors are uploaded to CO2The processor module of fertilizer apparatus 11.
Reaction vessel 101 connects forced air supply equipment, when the CO contents in reaction vessel 101 are higher than CO threshold values, treatment
Device module starts forced air supply equipment, and outdoor air is sent into reaction vessel 101, and simultaneously by processor module control reaction
The stirring stalk of rabbling mechanism 102 in container 101；Processor module detects the CO that concentration in reaction vessel 101 reaches release2
During threshold value, the gas exhaust piping 103 of reaction vessel 101 is opened, and discharges CO2；Moisture transducer detects stalk moisture less than setting
Soil Moisture Threshold when, processor module control spray equipment 106 start, after stalk fermentation pH value exceed setting pH range
When, processor module control spray equipment 106 starts；Processor module is suitable to receive the CO in the canopy room of control module 132It is dense
Degrees of data, in current stalk CO2Generating capacity cannot be met when requiring, control feeding mechanism 108 increases stalk amount, or control discharging
Mechanism 109 and feeding mechanism 108 cooperate, and the stalk that finishes of having fermented in reaction vessel 101 is replaced.
Conveying device 3 includes motor driving wheel 31 and platform 32；Platform 32 is used to carry CO2Fertilizer apparatus 11, motor drives
Driving wheel 31 is used to drive conveying device 3 to be moved along ring-shaped guide rail 2.
Feeding mechanism 108 is fixed on the side of ring-shaped guide rail 2, and conveying device 3 loads CO2Fertilizer apparatus 11 is moved to charger
At structure 108, to deliver stalk；When shedding mechanism 109 carries out discharging to stalk, conveying device 3 loads CO2Fertilizer apparatus 11 is along ring
Shape guide rail 2 is moved, and is uniformly lost and is spread waste straw to crop growth area surrounding；Shedding mechanism 109 includes automatically controlled discharging bin gate
109a and discharging mouth 109b；Work as CO2During 11 discharging of fertilizer apparatus, automatically controlled discharging bin gate 109a is opened, and processor module control is stirred
Mix mechanism 102 to slowly run, the stalk in reaction vessel 101 is uniformly lost along discharging mouth 109b to automatically controlled discharging bin gate 109a
Spread.
Battery is provided with conveying device 3, charging inlet is provided with feeding mechanism 108, when conveying device 3 is parked to entering
When being fed intake at material mechanism 108, charging inlet is accessed in conveying device 3, and battery is charged by management of charging and discharging module.
Power supply interface is provided with platform 32, the power supply interface is contacted with any two leg 107 of reaction vessel 101 and led
It is logical, to CO2Fertilizer apparatus 11 constitutes current supply circuit；Processor module, CO in conveying device 32Processor in fertilizer apparatus 11
Module is connected by corresponding ZigBee module with control module 13.
Beneficial effects of the present invention are：Using canopy room stalk CO2Gas fertilizer generation technique realizes CO during fertilising2Concentration
Monitoring property, according to CO in greenhouse2Content is to CO2The CO of fertilizer apparatus2Burst size is controlled, and improves crop growth environment；
CO2Fertilizer apparatus is according to self-contained CO2Sensor detection realizes that automatic carries the rabbling mechanism of screw and leads to
Cross pressure blowing device and accelerate CO2Conversion ratio in fertilizer apparatus, improves gas production, and crop when can meet high noon is to CO2
The demand of concentration；Air quantity and the controllable centrifugation induced draft technology of wind speed are employed, the generation rate of CO is reduced.
Brief description of the drawings
Fig. 1 is overall system structure schematic diagram of the invention.
Fig. 2 is the top view of system Middle Ring Line of the invention guide rail.
Fig. 3 is stalk CO of the invention2The schematic diagram of gas fertilizer generation system.
Fig. 4 is CO of the invention2The structural representation of fertilizer apparatus.
Fig. 5 is the schematic diagram of conveying device of the invention.
Wherein, 1, stalk CO2Gas fertilizer generation system；11、CO2Fertilizer apparatus；12、CO2Detector；13rd, control module；
101st, reaction vessel；102nd, rabbling mechanism；103rd, gas exhaust piping；104th, Porous Base；105th, drainpipe；106th, spray equipment；
107th, leg；108th, feeding mechanism；109th, shedding mechanism；109a, automatically controlled discharging bin gate；109b, discharging mouth；110th, air inlet；
2nd, ring-shaped guide rail；3rd, conveying device；31st, motor driving wheel；32nd, platform.
Specific embodiment
As shown in figure 1, a kind of polyhouse-based agriculture discarded object gas fertilizer occurs and decomposing system, including stalk CO2Gas fertilizer is
System 1, ring-shaped guide rail 2 and conveying device 3；CO2Gas fertilizer generation system 1 is connected with ring-shaped guide rail 2, CO2Gas fertilizer generation system 1 with it is defeated
Device 3 is sent to be connected.
As shown in figure 3, CO2Gas fertilizer generation system 1 includes CO2Fertilizer apparatus 11, CO2Detector 12 and control module 13；
CO2Fertilizer apparatus 11 is connected with control module 13, control module 13 and CO2Detector 12 is connected.
As shown in figure 4, CO2Fertilizer apparatus 11 includes reaction vessel 101, rabbling mechanism 102, gas exhaust piping 103, many bottom holes
Plate 104, drainpipe 105, spray equipment 106, leg 107, feeding mechanism 108, shedding mechanism 109, automatically controlled discharging bin gate 109a,
Discharging mouth 109b and air inlet 110；The middle setting of reaction vessel 101 has rabbling mechanism 102, the upper right quarter of reaction vessel 101
Gas exhaust piping 103 is provided with, the bottom in reaction vessel 101 is provided with Porous Base 104, and the lower section of Porous Base 104 is set
The upper left side for having drainpipe 105, reaction vessel 101 is provided with spray equipment 106, and the bottom of reaction vessel 101 is provided with 4 branch
Pin, the upper right side of reaction vessel 101 is provided with feeding mechanism 109, and the bottom righthand side of reaction vessel 101 is provided with shedding mechanism 109,
The lower-left end of reaction vessel 101 is provided with air inlet 110.
Control module 13 is according to the CO in current canopy room2Concentration controls CO2CO in fertilizer apparatus 112Burst size.
CO sensors, CO are additionally provided with reaction vessel 1012Sensor, temperature sensor, moisture transducer and biography of weighing
Sensor；The data of different sensors are uploaded to CO2The processor module of fertilizer apparatus 11.
Reaction vessel 101 connects forced air supply equipment, when the CO contents in reaction vessel 101 are higher than CO threshold values, treatment
Device module starts forced air supply equipment, and outdoor air is sent into reaction vessel 101, and simultaneously by processor module control reaction
The stirring stalk of rabbling mechanism 102 in container 101；Processor module detects the CO that concentration in reaction vessel 101 reaches release2
During threshold value, the gas exhaust piping 103 of reaction vessel 101 is opened, and discharges CO2；Moisture transducer detects stalk moisture less than setting
Soil Moisture Threshold when, processor module control spray equipment 106 start, after stalk fermentation pH value exceed setting pH range
When, processor module control spray equipment 106 starts；Processor module is suitable to receive the CO in the canopy room of control module 132It is dense
Degrees of data, in current stalk CO2Generating capacity cannot be met when requiring, control feeding mechanism 108 increases stalk amount, or control discharging
Mechanism 109 and feeding mechanism 108 cooperate, and the stalk that finishes of having fermented in reaction vessel 101 is replaced.
Conveying device 3 includes motor driving wheel 31 and platform 32；Platform 32 is used to carry CO2Fertilizer apparatus 11, motor drives
Driving wheel 31 is used to drive conveying device 3 to be moved along ring-shaped guide rail 2.
As shown in Fig. 2 feeding mechanism 108 is fixed on the side of ring-shaped guide rail 2, conveying device 3 loads CO2Fertilizer apparatus 11 is moved
Move to feeding mechanism 108, to deliver stalk；When shedding mechanism 109 carries out discharging to stalk, conveying device 3 loads CO2Fertilising
Device 11 is moved along ring-shaped guide rail 2, is uniformly lost and is spread waste straw to crop growth area surrounding；Shedding mechanism 109 includes automatically controlled
Discharging bin gate 109a and discharging mouth 109b；Work as CO2During 11 discharging of fertilizer apparatus, automatically controlled discharging bin gate 109a is opened, processor die
Block control rabbling mechanism 102 slowly runs, and makes the stalk in reaction vessel 101 to automatically controlled discharging bin gate 109a along discharging mouth 109b
Uniform losing is spread.
Battery is provided with conveying device 3, charging inlet is provided with feeding mechanism 108, when conveying device 3 is parked to entering
When being fed intake at material mechanism 108, charging inlet is accessed in conveying device 3, and battery is charged by management of charging and discharging module.
As shown in figure 5, power supply interface is provided with platform 32, any two leg of the power supply interface and reaction vessel 101
107 contact conductings, to CO2Fertilizer apparatus 11 constitutes current supply circuit；Processor module, CO in conveying device 32Fertilizer apparatus 11
Interior processor module is connected by corresponding ZigBee module with control module 13.
Embodiment 1：
The present embodiment 1 provides a kind of stalk CO2Gas fertilizer generation system, including：CO2Fertilizer apparatus, for detecting in canopy room
CO2The CO of concentration2Detector, and control module, wherein control module are suitable to according to the CO in current canopy room2Concentration is controlled
CO2CO in fertilizer apparatus2Burst size.Control module is such as, but not limited to using the industrial computer being made up of ARM, and it has
Zigbee functions, ethernet feature, display interface and keyboard interface.
Corresponding crops can be input into the CO required for different growth phases by this industrial computer2Content, while detection
CO in canopy room2Concentration, makes CO2The CO of fertilizer apparatus release2Amount meets crop growth needs.Such as CO2Concentration exists
1000ppm or so can increase production 40%.
Crops such as legume applies CO2, the nitrogen fixing capacity of root nodule is significantly improved, improve the yield of fruit.Educating
CO is applied in seedling2, short strong sprout can be cultivated, well developed root system, planting survival rate is high.
Photosynthesis of plant and accumulation are physiological feature and the coefficient result of envirment factor, CO2Fertilising is played
Improve the effect of envirment factor.Under normal circumstances, CO in air2Concentration is in 300 μ ppm or so.In the greenhouse of highly dense cultivation,
Illumination is strong, the CO of photosynthesis vigorous period2Concentration is even below 100ppm, in CO2Compensating basin, photosynthesis is difficult to suitable
Profit is carried out, and growth is restricted.CO is enriched in canopy room2, the carbon starvation of canopy indoor crops is solved from plant principle, improve
Photosynthetic efficiency, increased dry；From form, CO is enriched2Nutrient growth and reproductive growth, thick stem can be promoted to be increased, leaf
Piece increases, and growing way is vigorous, and number of results increases；From resistance, resistance and disease resistance are improve.
CO2Apply fertilizer to vegetable crop effect of increasing production clearly.CO is enriched on the vegetables such as capsicum, tomato, cucumber2, volume increase
Amplitude is generally 25% -43%；CO is enriched to leaf vegetables2, can significantly shorten growth cycle, replay index is improved, improve product
Matter, effect of increasing production is the most obvious, reaches as high as 87.4%, dramatically increases peasant economy benefit.
As CO2Fertilizer apparatus it is a kind of preferred embodiment, the CO2Fertilizer apparatus includes：Reaction vessel, this is anti-
Answer and be provided with container CO sensors, CO2Sensor, temperature sensor, moisture transducer, pH value sensor；The sensor
Data summarization is to CO2The processor module of fertilizer apparatus；And the reaction vessel connection forced air supply equipment；Work as reaction vessel
When interior CO contents are higher than CO threshold values, the processor module starts forced air supply equipment, and outdoor air is sent into reaction vessel
It is interior, and stalk stirred by the rabbling mechanism in processor module control reaction vessel simultaneously, in admitting air into stalk gap.
When the processor module detects the CO that reaction vessel concentration reaches release2During threshold value, the reaction vessel
Gas exhaust piping is opened, and discharges CO2；It is additionally provided with the reaction vessel by the spray equipment of processor module control, and this is anti-
The bottom in container is answered to be provided with Porous Base, the Porous Base is suitable to carry out drainage to stalk, and arranges drainage by drainpipe
Go out；When moisture transducer detects stalk moisture less than the Soil Moisture Threshold for setting, the processor module controls spray equipment
Start, to improve stalk humidity；Or when pH value exceedes setting pH range after stalk fermentation, the processor module control spray
Shower device starts, so that pH value is adjusted to zone of reasonableness.
Wherein, CO2Threshold value, Soil Moisture Threshold and pH range value manually can be set in control module, be stored in
In storage chip in control module.
As this CO2Fertilizer apparatus is a kind of preferred embodiment, and four foot bottom portions of the reaction vessel set respectively
There is weighing sensor, each weighing sensor is sent to processor module the weighing data of stalk by Weighing module, so that straw
The volumetric void fraction of stalk compost is more than 0.6 cube.
Feeding mechanism is additionally provided with the upper end of the reaction vessel, i.e. charging aperture, and the bottom of reaction vessel is provided with discharging
Mechanism；The processor module is suitable to receive the CO in the canopy room of control module2Concentration data, and in current stalk CO2Generating capacity
Cannot meet when requiring, control feeding mechanism increases stalk amount；Or control shedding mechanism and feeding mechanism cooperate, and will react
It is replaced with the stalk for finishing that ferments in container.Improve the CO that straw compost fermentation is produced2Efficiency, and will can also ferment
Complete waste straw is used as fertilizer as fertilising.
Embodiment 2
On the basis of above-described embodiment 1, the present embodiment 2 provides a kind of polyhouse-based agriculture discarded object decomposing system, also includes：
The ring-shaped guide rail laid along crop growth area in canopy room, and the conveying device controlled by control module；Feeding mechanism
Ring-shaped guide rail side is fixed on, the conveying device is suitable to load CO2Fertilizer apparatus is moved at feeding mechanism, to deliver straw
Stalk；And when shedding mechanism carries out discharging to stalk, the conveying device loads CO2Fertilizer apparatus is moved along ring-shaped guide rail,
Uniform losing spreads waste straw to crop growth area surrounding.
As CO2A kind of optional implementation method of shedding mechanism in fertilizer apparatus, the shedding mechanism is included by processing
The automatically controlled discharging bin gate of device module control, and the discharging mouth extended to crop growth area direction；Work as CO2Fertilizer apparatus discharging
When, the automatically controlled discharging bin gate is opened, and the processor module control rabbling mechanism slowly runs, so that the straw in reaction vessel
Stalk is slowly run to automatically controlled discharge bin doorway due to rabbling mechanism, is uniformly lost along discharging mouth and spread.
Specifically, by the way that described in embodiment 1, spray equipment can adjust the pH value of waste straw, so that it is used as fertilizer
When, meet the acid-base balance of soil, it is to avoid soil nutrient proportional imbalance, produce secondary salinization.
Battery is provided with the conveying device, the battery is adapted to provide for conveying device and CO2Fertilizer apparatus work electricity
Can, and charging inlet is additionally provided with feeding mechanism, and when conveying device is parked to be fed intake to feeding mechanism, the charging
Mouth is accessed in conveying device, and battery is charged by charging and discharging management module.
The conveying device includes：For carrying CO2The platform of fertilizer apparatus, the platform is provided with power supply interface, and should
Power supply interface contacts conducting with any two leg of reaction vessel, with to CO2Fertilizer apparatus constitutes current supply circuit；And it is described defeated
Sending device also includes：For the motor driving wheel for driving conveying device to be moved along ring-shaped guide rail；The motor driving wheel and charge and discharge
Electric management module has the processor module in conveying device to control；Processor module, CO in conveying device2In fertilizer apparatus
Processor module be connected with control module by corresponding Zigbee module.
Processor module, CO in the conveying device2Processor module in fertilizer apparatus is such as, but not limited to use
Single-chip microcomputer STC12C5A60S2, STC15W408AS；The Zigbee module is such as, but not limited to using chip CC2530；Charge and discharge
Electric management module is such as, but not limited to use OZ8920TN.
Although the present invention is illustrated and has been described with regard to preferred embodiment, it is understood by those skilled in the art that
Without departing from scope defined by the claims of the present invention, variations and modifications can be carried out to the present invention.
Claims (10)
1. a kind of polyhouse-based agriculture discarded object gas fertilizer occurs and decomposing system, it is characterised in that including：Stalk CO2Gas fertilizer generation system
(1), ring-shaped guide rail (2) and conveying device (3)；Stalk CO2Gas fertilizer generation system (1) is connected with ring-shaped guide rail (2), stalk CO2Gas
Fertile generation system (1) is connected with conveying device (3).
2. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 1 occurs and decomposing system, it is characterised in that stalk CO2Gas fertilizer
Generation system (1) is including CO2Fertilizer apparatus (11), CO2Detector (12) and control module (13)；CO2Fertilizer apparatus (11) and control
Molding block (13) is connected, control module (13) and CO2Detector (12) is connected.
3. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 2 occurs and decomposing system, it is characterised in that CO2Fertilizer apparatus
(11) including reaction vessel (101), rabbling mechanism (102), gas exhaust piping (103), Porous Base (104), drainpipe (105),
Spray equipment (106), leg (107), feeding mechanism (108), shedding mechanism (109), automatically controlled discharging bin gate (109a), discharging mouth
(109b) and air inlet (110)；The middle setting of reaction vessel (101) has rabbling mechanism (102), the right side of reaction vessel (101)
Top is provided with gas exhaust piping (103), and the bottom in reaction vessel (101) is provided with Porous Base (104), Porous Base
(104) drainpipe (105) is provided with below, the upper left side of reaction vessel (101) is provided with spray equipment (106), and reaction is held
The bottom of device (101) is provided with 4 legs, and the upper right side of reaction vessel (101) is provided with feeding mechanism (109), reaction vessel
(101) bottom righthand side is provided with shedding mechanism (109), and the lower-left end of reaction vessel (101) is provided with air inlet (110).
4. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 2 occurs and decomposing system, it is characterised in that control module
(13) according to the CO in current canopy room2Concentration controls CO2CO in fertilizer apparatus (11)2Burst size.
5. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 3 occurs and decomposing system, it is characterised in that reaction vessel
(101) CO sensors, CO are additionally provided with2Sensor, temperature sensor, moisture transducer, pH value sensor and weighing and sensing
Device；The data of different sensors are uploaded to CO2The processor module of fertilizer apparatus (11).
6. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 3 occurs and decomposing system, it is characterised in that reaction vessel
(101) forced air supply equipment is connected, when the CO contents in reaction vessel (101) are higher than CO threshold values, processor module starts strong
Blowing device processed, outdoor air is sent into reaction vessel (101), and by processor module controls reaction vessel (101) simultaneously
Interior rabbling mechanism (102) stirring stalk；
Processor module detects the CO that reaction vessel (101) interior concentration reaches release2During threshold value, the exhaust of reaction vessel (101)
Pipeline (103) is opened, and discharges CO2；When moisture transducer detects stalk moisture less than the Soil Moisture Threshold for setting, processor module
Control spray equipment (106) starts, when pH value exceedes the pH range of setting after stalk fermentation, processor module control spray
Device (106) starts；
Processor module is suitable to receive the CO in the canopy room of control module (13)2Concentration data, in current stalk CO2Generating capacity without
When method satisfaction is required, control feeding mechanism (108) increases stalk amount, or control shedding mechanism (109) and feeding mechanism (108) association
With work, the stalk that finishes of having fermented in reaction vessel (101) is replaced.
7. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 1 occurs and decomposing system, it is characterised in that conveying device
(3) including motor driving wheel (31) and platform (32)；Platform (32) is for carrying CO2Fertilizer apparatus (11), motor driving wheel
(31) it is mobile along ring-shaped guide rail (2) for driving conveying device (3).
8. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 3 occurs and decomposing system, it is characterised in that feeding mechanism
(108) ring-shaped guide rail (2) side is fixed on, conveying device (3) loads CO2Fertilizer apparatus (11) is moved to feeding mechanism (108)
Place, to deliver stalk；When shedding mechanism (109) carries out discharging to stalk, conveying device (3) loads CO2Fertilizer apparatus (11) edge
Ring-shaped guide rail (2) is mobile, uniformly loses and spreads waste straw to crop growth area surrounding；Shedding mechanism (109) includes automatically controlled discharging
Door (109a) and discharging mouth (109b)；Work as CO2During fertilizer apparatus (11) discharging, automatically controlled discharging bin gate (109a) is opened, treatment
Device module controls rabbling mechanism (102) to slowly run, and makes the stalk in reaction vessel (101) to automatically controlled discharging bin gate (109a) edge
Discharging mouth (109b) is uniformly lost and is spread.
9. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 1 occurs and decomposing system, it is characterised in that conveying device
(3) battery is provided with, feeding mechanism (108) place is provided with charging inlet, when conveying device (3) is parked to feeding mechanism
(108) when place feeds intake, charging inlet is accessed in conveying device (3), and battery is charged by management of charging and discharging module.
10. polyhouse-based agriculture discarded object gas fertilizer as claimed in claim 1 occurs and decomposing system, it is characterised in that platform (32)
On be provided with power supply interface, the power supply interface contacts conducting with any two leg (107) of reaction vessel (101), to CO2Fertilising
Device (11) constitutes current supply circuit；Processor module, CO in conveying device (3)2Processor module in fertilizer apparatus (11)
It is connected with control module (13) by corresponding ZigBee module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621263525.5U CN206181875U (en) | 2016-11-11 | 2016-11-11 | Big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621263525.5U CN206181875U (en) | 2016-11-11 | 2016-11-11 | Big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206181875U true CN206181875U (en) | 2017-05-24 |
Family
ID=58723734
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621263525.5U Expired - Fee Related CN206181875U (en) | 2016-11-11 | 2016-11-11 | Big -arch shelter agricultural wastes gas is fertile to be taken place and decomposition system |
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| Country | Link |
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| CN (1) | CN206181875U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113929514A (en) * | 2021-12-07 | 2022-01-14 | 中国农业大学 | Dynamic compost fermentation system |
-
2016
- 2016-11-11 CN CN201621263525.5U patent/CN206181875U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113929514A (en) * | 2021-12-07 | 2022-01-14 | 中国农业大学 | Dynamic compost fermentation system |
| CN113929514B (en) * | 2021-12-07 | 2024-05-14 | 中国农业大学 | Dynamic composting fermentation system |
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Granted publication date: 20170524 Termination date: 20181111 |