CN209238668U - A kind of biological organic fertilizer production system - Google Patents
A kind of biological organic fertilizer production system Download PDFInfo
- Publication number
- CN209238668U CN209238668U CN201821701192.9U CN201821701192U CN209238668U CN 209238668 U CN209238668 U CN 209238668U CN 201821701192 U CN201821701192 U CN 201821701192U CN 209238668 U CN209238668 U CN 209238668U
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- machine
- tank body
- screening machine
- discharge port
- vibrating screening
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Abstract
The utility model relates to a kind of biological organic fertilizer production systems.Including storage bin, vibrating screening machine, crusher, the dryer of connection setting hot-blast stove, it is connected to the mixing machine of biological bacteria liquid storage tank, finished product packing machine, in storing bin discharge port external, belted electronic balance is set, vibrating screening machine is second level screening machine, belt is set between belted electronic balance and vibrosieve machine inlet, belt is set between the level-one discharge port of vibrating screening machine and the feed inlet of crusher, belt between belted electronic balance and vibrating screening machine and belt is set between the discharge port of crusher, belt is set between the secondary discharge port of vibrating screening machine and the feed inlet of dryer, the discharge port of dryer is connected to mixing machine, the discharge port of mixing machine is connected to finished product packing machine, dust gathering arrester is respectively provided in the feed end and discharge end of conveyor belt, including the first bag filter, it second bag filter and is connected to the two Expansion chamber.The utility model high production efficiency, environmental protection, fertilizer quality are good.
Description
Technical field
The utility model relates to fertilizer preparation technical field more particularly to a kind of biological organic fertilizer production systems.
Background technique
China largely uses single chemical fertilizer for a long time, causes soil salt content excessively high, organic matter decline, harmful
Ion concentration is excessive, and alkalinity is strong, and structural difference, easy to harden, crop growth is restricted, more seriously long-term a large amount of
Application conventional chemical fertilizers result in Nitrate content in ground water raising, water body in lake eutrophication and greenhouse effects and get worse
Etc. disastrous effects.As the fast development and country of modern agriculture promote fertilization compositions based on earth measurement policy to put more effort, in recent years, biology has
Machine fertilizer is a dark horse, currently, the problem of difficult point of bio-organic fertilizer production is survival rate of biological bacteria, biological bacteria is generally being dried
It being added, is needed by drying process before dry process, drying process temperature is high, and the duration is long, generally at 20 minutes or so, this
Process can kill a large amount of biological bacteria, cause the effect of biological bacteria that cannot be embodied as.In addition, bio-organic fertilizer production process
In, typically no dust-extraction unit causes environmental pollution and influences worker's health.
Summary of the invention
The utility model aims to solve the problem that the deficiencies in the prior art, and it is good to provide a kind of high production efficiency, environmental protection, fertilizer quality
Biological organic fertilizer production system.
In order to achieve the above object, the utility model adopts the following technical solutions: a kind of biological organic fertilizer production system, including
Belted electronic balance is arranged in storage bin discharge outlet in storage bin, further includes vibrating screening machine, and vibrating screening machine is second level screening
Machine is arranged conveyor belt between belted electronic balance and vibrosieve machine inlet, further includes crusher, in vibrating screening machine
Conveyor belt is set between level-one discharge port and the feed inlet of crusher, the conveying between belted electronic balance and vibrating screening machine
Conveyor belt is set between belt and the discharge port of crusher, further includes the dryer for being provided with and communicated with hot-blast stove, in vibrating screen
Conveyor belt is set between the secondary discharge port of extension set and the feed inlet of dryer；
It further include the mixing machine for being communicated with biological bacteria liquid storage tank, the mixing machine includes tank body, in the head end top of tank body
Edge offers material inlet, tail end lower edge opens up discharge port, and tank body is tilted down along the direction by head end to tail end, drying
The discharge port of machine is connected to material inlet, is had in the edge of the close tank body head end of tank body top surface and is connected with biological bacteria liquid storage tank
Logical inlet, is arranged the bowed baffle for being parallel to tank body end face in tank body, baffle be located in the liquid inlet with tank body tail end it
Between, the side wall sealing of the arc-shaped side and tank body of baffle is affixed, is arranged between the lower edge and tank body head end of baffle perpendicular to gear
The turnover panel rotated along the axis for being parallel to length of tank direction by first motor driving of plate, material inlet are located in the liquid inlet
Between turnover panel, setting and tank body head end, the gasket with tank wall and guard seal in the periphery of turnover panel, in tank body
It is arranged by the second motor-driven stirring rod for being parallel to length of tank direction, stirring blade is set in the two sides of stirring rod；
Further include finished product packing machine, the discharge port of mixing machine is connected to finished product packing machine, conveyor belt feed end and
Discharge end is respectively provided with dust gathering arrester, further includes the first bag filter, the conveyor belt between belted electronic balance and vibrating screening machine
Dust gathering arrester, the dust gathering arrester for the conveyor belt being connect with crusher feed-inlet, the conveyor belt that connect with discharge hole of crusher
The dust gathering arrester of conveyor belt between dust gathering arrester, vibrating screening machine and dryer, vibrating screening machine with the first bag filter
Connection, further includes the second bag filter, and dryer, mixing machine are connected to the second bag filter, further includes connection setting
There is the expansion chamber of air-introduced machine, the first bag filter and the second bag filter are connected to expansion chamber.
Preferably: the screen-aperture of the vibrating screening machine is not more than 4.5cm.
Preferably: the inclination angle of the sieve of the vibrating screening machine and bottom surface is 6-8 °.
The beneficial effects of the utility model are: the efficient production of raw material can be realized using the production system of the utility model,
Raw material is first sieved and is crushed afterwards, and crusher is only crushed fertilizer block, is greatly reduced the load of crusher, is improved production efficiency.It adopts
It is handled with bag filter plus falling dust room's two-stage dust removal, prevents environmental pollution caused by direct emission, while by the material of recycling
It recycles, improves the utilization rate of raw material, avoid wasting, reduce production cost；Biological bacteria is effectively prevent without drying process
Due to drying process temperature is high, the time it is long kill a large amount of biological bacteria, influence the quality of biological bacteria, preferably protect bacterium
Kind；Mixing machine has the function of just to mix to be mixed again, is effectively improved the mixing uniformity of raw material and bacterium solution, is improved fertilizer quality.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of mixing machine in the utility model.
In figure: 1- storage bin；2- belted electronic balance；3- vibrating screening machine；4- crusher；5- dryer；6- hot-blast stove；7-
Biological bacteria liquid storage tank；8- mixing machine；9- finished product packing machine；The first bag filter of 10-；The second bag filter of 11-；12- is heavy
Room drops；13- air-introduced machine；14- dust gathering arrester；15- conveyor belt；16- stirring rod；17- stirring blade；18- baffle；19- raw material into
Mouthful；20- inlet；21- turnover panel；22- first motor；The second motor of 23-；24- tank body.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples:
As depicted in figs. 1 and 2, the utility model includes storage bin 1, and belted electronic balance is arranged in 1 discharge outlet of storage bin
2, it further include vibrating screening machine 3, vibrating screening machine 3 is second level screening machine, and the screen-aperture of the vibrating screening machine 3 is not more than
Conveyor belt 15 is arranged between 3 feed inlet of belted electronic balance 2 and vibrating screening machine, further includes crusher 4, is vibrating by 4.5cm
Conveyor belt 15 is set between the level-one discharge port of screening machine 3 and the feed inlet of crusher 4, in belted electronic balance 2 and vibrating screen
Conveyor belt 15 is set between the conveyor belt 15 between extension set 3 and the discharge port of crusher 4, further includes being provided with and communicated with hot wind
Conveyor belt 15 is arranged in the dryer 5 of furnace 6 between the secondary discharge port of vibrating screening machine 3 and the feed inlet of dryer 5；
It further include the mixing machine 8 for being communicated with biological bacteria liquid storage tank 7, the mixing machine 8 includes tank body 24, in the head of tank body 24
End top edge offers material inlet 19, tail end lower edge opens up discharge port, tank body 24 along the direction from head end to tail end to
The discharge port of lower inclination, dryer 5 is connected to material inlet 19, in the edge of 24 head end of close tank body of 24 top surface of tank body
There is the inlet 20 being connected to biological bacteria liquid storage tank 7, the bowed baffle 18 for being parallel to 24 end face of tank body be set in tank body 24,
Baffle 18 is located in the liquid inlet between 20 and 24 tail end of tank body, and the arc-shaped side of baffle 18 and the side wall sealing of tank body 24 are affixed, is being kept off
Be arranged between 24 head end of lower edge and tank body of plate 18 perpendicular to baffle 18 by first motor 22 drive along being parallel to tank
The turnover panel 21 of the axis rotation of 24 length direction of body, material inlet 19 is located in the liquid inlet between 20 and turnover panel 21, in turnover panel 21
Periphery setting and 24 head end of tank body, the gasket sealed with 24 side wall of tank body and baffle 18, setting is by the second electricity in tank body 24
Stirring blade 17 is arranged in the two sides of stirring rod 16 in the stirring rod 16 for being parallel to 24 length direction of tank body that machine 23 drives；
It further include finished product packing machine 9, the discharge port of mixing machine 8 is connected to finished product packing machine 9, in the charging of conveyor belt 15
End and discharge end are respectively provided with dust gathering arrester 14, further include the first bag filter 10, between belted electronic balance 2 and vibrating screening machine 3
The dust gathering arrester 14 of conveyor belt 15, the conveyor belt 15 being connect with 4 feed inlet of crusher dust gathering arrester 14, go out with crusher 4
The dust gathering arrester of conveyor belt 15 between the dust gathering arrester 14 of conveyor belt 15 of material mouth connection, vibrating screening machine 3 and dryer 5
14, vibrating screening machine 3 is connected to the first bag filter 10, further includes the second bag filter 11, dryer 5, mixing machine 8
It is connected to the second bag filter 11, further includes the expansion chamber 12 for being provided with and communicated with air-introduced machine 13, the first bag filter 10
It is connected to expansion chamber 12 with the second bag filter 11.
In the present embodiment, the inclination angle of the sieve of the vibrating screening machine 3 and bottom surface is 6-8 °, screening machine when vibration is dynamic,
Inclination angle will cause greatly that material screening is insufficient, and screening efficiency is low, and inclination angle is too small so that material is accumulated in sieve, through excessive
The practice of amount, 6-8 ° of screening machine inclination angle are best.
When production, the organic fertilizer raw material fermented is poured into storage bin 1 first, flow is controlled by belted electronic balance 2,
Raw material after metering is transported to vibrating screening machine 3 by conveyor belt 15 and carries out screening process, and the particle on sieve upper layer passes through defeated
It send belt 15 to deliver into crusher 4 to be crushed, broken particle is transported to belted electronic balance 2 and vibration by conveyor belt 15
Continue screening process in conveyor belt 15 between dynamic screening machine 3.It is conveyed by the material of sieve by conveyor belt 15
It is dried into dryer 5, while hot wind being added into dryer 5 from hot-blast stove 6, while starting air-introduced machine 13, will be dried
Moisture in machine 5 is sucked out, and is discharged into atmosphere after 12 two-stage dust removal of the second bag filter 11 and expansion chamber, and completion was dried
Journey determines that drying temperature, the inlet temperature of dryer 5 are controlled at 350-400 DEG C according to the height of product moisture content, outlet temperature
Degree control is at 65-75 DEG C.The dust and vibrosieve of 15 feed end of each conveyor belt and discharge end collected by dust gathering arrester 14
The dust of machine 3 is discharged into atmosphere after 12 two-stage dust removal of the first bag filter 10 and expansion chamber.Material after drying is transported to
In mixing machine 8, while in the entrance of mixing machine 8, the biological bacterium solution in biological bacteria liquid storage tank 7 is atomized uniform sprinkling through spray head
Onto fertilizer surface, the temperature using fertilizer itself and the strong absorbent in overdrying state are quickly sucked bacterium solution in fertilizer, greatly
Amplitude improves the survival rate of strain, and survival rate of biological bacteria is increased to 80% or more from 40%, and bacterium solution and fertilizer are after mixing
It is packed into finished product packing machine 9.
Mixing machine 8 is wherein designed as the structure with pre-mixing function in the utility model, raw material and biological bacterium solution are simultaneously
It inputs in the zonule being made of baffle 18,24 head end of tank body, 24 side wall of tank body, turnover panel 21, it is just mixed to finish the overturning of end blocking 21,
First mixing is sent into tank body 24, and is gradually moved through after stirring rod 16, stirring blade 17 mix again certainly to the tail end of tank body 24
Discharge port discharge can effectively improve the uniformity that raw material is mixed with biological bacterium solution, guarantee fertilizer quality.
The utility model is exemplarily described above in conjunction with attached drawing, it is clear that the utility model specific implementation not by
The limitation of aforesaid way, if the method concept of the utility model and the various improvement of technical solution progress are used, or without
Improvement directly applies to other occasions, both is within the protection scope of the present invention.
Claims (3)
1. a kind of biological organic fertilizer production system, it is characterised in that: including storage bin (1), be arranged in storage bin (1) discharge outlet
Belted electronic balance (2), further includes vibrating screening machine (3), and vibrating screening machine (3) is second level screening machine, belted electronic balance (2) with
Conveyor belt (15) are set between vibrating screening machine (3) feed inlet, further include crusher (4), the level-one in vibrating screening machine (3)
Conveyor belt (15) are set between discharge port and the feed inlet of crusher (4), in belted electronic balance (2) and vibrating screening machine (3)
Between conveyor belt (15) and crusher (4) discharge port between be arranged conveyor belt (15), further include being provided with and communicated with heat
Conveying is arranged in the dryer (5) of wind furnace (6) between the secondary discharge port of vibrating screening machine (3) and the feed inlet of dryer (5)
Belt (15)；
It further include the mixing machine (8) for being communicated with biological bacteria liquid storage tank (7), the mixing machine (8) includes tank body (24), in tank body
(24) head end top edge offers material inlet (19), tail end lower edge opens up discharge port, tank body (24) along by head end extremely
The direction of tail end tilts down, and the discharge port of dryer (5) is connected to material inlet (19), the close tank in tank body (24) top surface
The edge of body (24) head end has the inlet (20) being connected to biological bacteria liquid storage tank (7), and arch is arranged in tank body (24)
The baffle (18) for being parallel to tank body (24) end face, baffle (18) is located in the liquid inlet between (20) and tank body (24) tail end, baffle
(18) the side wall sealing of arc-shaped side and tank body (24) is affixed, is arranged between the lower edge and tank body (24) head end of baffle (18)
Perpendicular to the turning over along what the axis for being parallel to tank body (24) length direction rotated by first motor (22) driving of baffle (18)
Plate (21), material inlet (19) are located in the liquid inlet between (20) and turnover panel (21), setting and tank body in the periphery of turnover panel (21)
(24) head end, the gasket with tank body (24) side wall and baffle (18) sealing, are arranged in tank body (24) by the second motor (23)
Stirring blade (17) are arranged in the two sides of stirring rod (16) in the stirring rod (16) for being parallel to tank body (24) length direction of driving；
It further include finished product packing machine (9), the discharge port of mixing machine (8) is connected to finished product packing machine (9), in conveyor belt (15)
Feed end and discharge end are respectively provided with dust gathering arrester (14), further include the first bag filter (10), belted electronic balance (2) and vibrating screen
The collection of the dust gathering arrester (14) of conveyor belt (15) between extension set (3), the conveyor belt (15) being connect with crusher (4) feed inlet
Dust hood (14), the dust gathering arrester (14) for the conveyor belt (15) being connect with crusher (4) discharge port, vibrating screening machine (3) and drying
Dust gathering arrester (14), the vibrating screening machine (3) of conveyor belt (15) between machine (5) are connected to the first bag filter (10),
It further include the second bag filter (11), dryer (5), mixing machine (8) are connected to the second bag filter (11), further include
Be provided with and communicated with the expansion chamber (12) of air-introduced machine (13), the first bag filter (10) and the second bag filter (11) with it is heavy
Room (12) connection is dropped.
2. biological organic fertilizer production system according to claim 1, it is characterised in that: the sieve of the vibrating screening machine (3)
Hole aperture is not more than 4.5cm.
3. biological organic fertilizer production system according to claim 1, it is characterised in that: the sieve of the vibrating screening machine (3)
The inclination angle of net and bottom surface is 6-8 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821701192.9U CN209238668U (en) | 2018-10-19 | 2018-10-19 | A kind of biological organic fertilizer production system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821701192.9U CN209238668U (en) | 2018-10-19 | 2018-10-19 | A kind of biological organic fertilizer production system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209238668U true CN209238668U (en) | 2019-08-13 |
Family
ID=67525475
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821701192.9U Expired - Fee Related CN209238668U (en) | 2018-10-19 | 2018-10-19 | A kind of biological organic fertilizer production system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209238668U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111151192A (en) * | 2020-02-23 | 2020-05-15 | 河南龙昌机械制造有限公司 | Organic fertilizer production line |
-
2018
- 2018-10-19 CN CN201821701192.9U patent/CN209238668U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111151192A (en) * | 2020-02-23 | 2020-05-15 | 河南龙昌机械制造有限公司 | Organic fertilizer production line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| 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: 20190813 Termination date: 20211019 |