CN109438077A - A kind of efficient biofertilizer production technology - Google Patents
A kind of efficient biofertilizer production technology Download PDFInfo
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- CN109438077A CN109438077A CN201811549765.5A CN201811549765A CN109438077A CN 109438077 A CN109438077 A CN 109438077A CN 201811549765 A CN201811549765 A CN 201811549765A CN 109438077 A CN109438077 A CN 109438077A
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05G—MIXTURES OF FERTILISERS COVERED INDIVIDUALLY BY DIFFERENT SUBCLASSES OF CLASS C05; MIXTURES OF ONE OR MORE FERTILISERS WITH MATERIALS NOT HAVING A SPECIFIC FERTILISING ACTIVITY, e.g. PESTICIDES, SOIL-CONDITIONERS, WETTING AGENTS; FERTILISERS CHARACTERISED BY THEIR FORM
- C05G5/00—Fertilisers characterised by their form
- C05G5/10—Solid or semi-solid fertilisers, e.g. powders
- C05G5/12—Granules or flakes
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05C—NITROGENOUS FERTILISERS
- C05C3/00—Fertilisers containing other salts of ammonia or ammonia itself, e.g. gas liquor
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05F—ORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
- C05F17/00—Preparation of fertilisers characterised by biological or biochemical treatment steps, e.g. composting or fermentation
-
- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05G—MIXTURES OF FERTILISERS COVERED INDIVIDUALLY BY DIFFERENT SUBCLASSES OF CLASS C05; MIXTURES OF ONE OR MORE FERTILISERS WITH MATERIALS NOT HAVING A SPECIFIC FERTILISING ACTIVITY, e.g. PESTICIDES, SOIL-CONDITIONERS, WETTING AGENTS; FERTILISERS CHARACTERISED BY THEIR FORM
- C05G3/00—Mixtures of one or more fertilisers with additives not having a specially fertilising activity
- C05G3/80—Soil conditioners
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
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- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Life Sciences & Earth Sciences (AREA)
- Pest Control & Pesticides (AREA)
- Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Soil Sciences (AREA)
- Biochemistry (AREA)
- Biotechnology (AREA)
- Chemical Kinetics & Catalysis (AREA)
- General Chemical & Material Sciences (AREA)
- Microbiology (AREA)
- Molecular Biology (AREA)
- Fertilizers (AREA)
Abstract
The invention belongs to bio-fertilizer production technical field, specifically a kind of efficient biofertilizer production technology, the bio-fertilizer processing unit (plant) which uses, including cabinet；Further include mixed cell, control unit, support unit, heating device, folded tube, No.1 plate, draw flitch, motor, No.1 cylinder, water tank, collecting box, purifying box and controller.The bio-fertilizer being mixed to prepare by the technique, its nutrient is not only increased, and is applied in soil the content that can play increase soil with organic matter, improves soil physical and chemical property, promote plant growth, enhances drought-enduring crop, tolerance to cold, the effect for improving crop yield and quality.
Description
Technical field
The invention belongs to bio-fertilizer production technical field, specifically a kind of efficient biofertilizer production technology.
Background technique
As population increases and the decrease of cultivated land and the improvement of people's living standards, it is desirable that agricultural be continuously increased yield and
Product quality is improved, fertilizer occupies an important position in agricultural production.Fertilizer is to provide necessary to one or more kinds of plants
Nutrient, improves soil property, a horizontal substance of increasing soil fertility, and fertilizer can help plant growth, be important
One of capital goods in the agricultural sector, the scientifical use of fertilizer are the key that realize an agriculture featuring high yields, fine quality and high efficiency.
It is currently, there are a kind of biological fertilizer production technique, but the bio-fertilizer utilization rate that the technique is produced is relatively low, bio-fertilizer
The excessive phenomenon of usage amount can not achieve land used and support it cannot be guaranteed that crop yield, not strong for soil water-retaining, fertilizer-preserving ability
Ground combines, and not only wastes a large amount of resource, while also be easy to causeing the deterioration of problem of environmental pollution and tillage condition；Make
The technical solution is obtained to be restricted.
Summary of the invention
In order to make up for the deficiencies of the prior art, solve the problems, such as that bio-fertilizer utilization rate is low；The invention proposes a kind of efficient
Biological fertilizer production technique.
The technical solution adopted by the present invention to solve the technical problems is: a kind of efficient biofertilizer production of the present invention
Technique, the technique the following steps are included:
S1: will first be stirred in blender that calcium silicate fertilizer, actinomyces and ammonium sulfate are put into, and side stirring, side is added water, makes
It must be sufficiently mixed, obtain mixed material；
S2: gangue being put into pulverizer and is crushed, and smashed gangue is crossed 40 meshes, does not cross 40 mesh
Sieve continues to crush；
S3: gangue, activated humic acid powder, biological powdered carbon and leaf mould that partial size in S2 is 40 mesh are poured into stirring for S1
It mixes in device, while pouring into, side stirring is thoroughly mixed it, and make its fermentation；
S4: behind material fermentation ten days after being stirred in S3, the material after fermentation is put into pelletizer and is carried out
It is granulated, obtains solid fertilizer；
S5: solid fertilizer in S4 is put into bio-fertilizer processing unit (plant), starts bio-fertilizer processing unit (plant), so that solid fertilizer
Material is sufficiently mixed with medical fluid, obtains bio-fertilizer；
The bio-fertilizer processing unit (plant) that the present invention uses includes cabinet；Further include mixed cell, control unit, support unit,
Heating device, No.1 plate, draws flitch, motor, No.1 cylinder, water tank, collecting box, purifying box and controller at folded tube；The control
Device processed is used to control the work of bio-feritlizer processing unit (plant)；The top of the box is equipped with feed pipe；The collecting box is slidably installed
In the bottom of box；The quantity of the support unit is two, and support unit is fixedly mounted on the side wall of the box body, and support unit includes
Fixed column and fixed link；The fixed column is connected on wall box, and fixed column is equipped with No.1 slot；Described fixed link one end is logical
It crosses spring to be connected on No.1 slot, the fixed link other end and No.1 plate are connected, and No.1 board ends are contacted with wall box, No.1 plate
It is equipped with through-hole, through-hole is controlled by electromagnetic switch and opened and closed, and is constantly put into from feed pipe by solid fertilizer, solid fertilizer squeezes
No.1 plate, so that No.1 plate pushes fixed link to move to close to fixed column side, so that generating gas at No.1 slot；It is described
Drawing flitch is arc panel, draws flitch both ends and is connected in fixed column bottom, draws flitch equipped with through-hole, through-hole passes through electromagnetic switch control
System folding, draws and forms arid region between flitch and No.1 plate, heating device is located at arid region, and heating device is connected in No.1
Board bottom portion, No.1 plate top is Mixed Zone, draws flitch for guiding to fertilizer of the arid region after dry in collecting box；It is described
Purifying box is connected on cabinet lateral wall by bracket, and purifying box is connected to arid region, and purifying box is used for dry to arid region
The water vapour of dry generation is purified；The water tank is fixedly mounted on cabinet lateral wall, and medical fluid is housed in water tank；The folding
Pipe one end is connected to water tank, and the folded tube other end is connected by block and control unit, and several spouts are uniformly provided in folded tube,
And folded tube in the initial state close by spout；Described control unit includes seesaw and No.1 air bag；In the middle part of the seesaw
Be connected on cabinet lateral wall by strut, at strut be equipped with torsional spring, the seesaw end face of strut two sides respectively with block and mix
Close unit connection；The No.1 air bag is located at mixed cell side, and No.1 air bag one end is connected on cabinet lateral wall, No.1 gas
The capsule other end and seesaw are connected, and the be squeezed gas of generation of No.1 air bag acts on water tank, and the medical fluid accelerated in water tank enters
Into folded tube；The No.1 cylinder is located at Mixed Zone, and No.1 cylinder is located at below folded tube, No.1 cylinder one end and electricity
Machine is connected, and motor is connected on cabinet lateral wall by bracket, and the No.1 cylinder other end and mixed cell are connected；The mixing is single
Member includes No.1 spring, stirring plate, rack gear, No.1 sector gear, No. two sector gears, oscillating deck and No.1 bar；The No.1
Spring one end is connected on No.1 cylinder, and the No.1 spring other end and No.1 bar are connected, and No.1 boom end is located at outside cabinet, and
No.1 bar ball connects on seesaw；The stirring plate is set on the spring silk of No.1 spring, and stirring plate is equipped with several through-holes；Institute
It states rack gear to be uniformly connected on the spring coil of No.1 spring, driving motor, so that No.1 spring pivotal, passes through No.1 spring, agitation
Cooperation between disk and rack gear increases the stirring to solid fertilizer；The rotation direction phase of the No.1 sector gear and No. two sector gears
Instead, it is rotatably installed on wall box by shaft, and is respectively positioned on the two sides of No.1 spring, the No.1 fan of No.1 spring two sides
Shape gear and No. two sector gear discontinuity settings；The oscillating deck is respectively fixedly connected in No.1 sector gear and No. two sector gears
On, No.1 cylinder is acted on by the gas for generating left side No.1 slot, No.1 cylinder pulls No.1 spring to move back and forth, so that
Medical fluid is sprayed from folded tube nozzle, and rack gear is engaged with No.1 sector gear and No. two sector gears respectively, to make
Oscillating deck on No.1 sector gear and No. two sector gears carries out the rotation of opposite direction, accelerate solid fertilizer and medical fluid
Mixing.In bio-fertilizer process, to guarantee that the full of nutrition of bio-fertilizer, efficacy stability are continuous, need to solid organic fertilizer
A certain amount of liquid medicine is added in material to be adjusted；A kind of bio-feritlizer process equipment exists in the prior art, but it is existing
The bio-feritlizer process equipment Shortcomings of technology, on the one hand, the mixing of solid fertilizer and medical fluid is uneven, to influence biology
The quality of fertilizer；On the other hand, medical fluid addition it is irregular, when it is more when it is few so that medical fluid is poor to the modulability of solid fertilizer；This hair
It is bright by setting mixed cell, control unit, support unit, heating device, folded tube, No.1 plate, draw flitch, motor, No.1
Cylinder, water tank, collecting box, purifying box and controller；On the one hand, by bio-feritlizer process in the pneumatic power source that generates carry out benefit
With avoiding increasing additional power-equipment, reduce the manufacturing cost of bio-feritlizer processing unit (plant)；On the other hand, motor is utilized
No.1 spring pivotal is driven to be stirred by the mutual cooperation between No.1 spring, rack gear and stirring plate to solid fertilizer；Together
When, by fixed link move in the gas that generates act on No.1 cylinder, control No.1 cylinder it is flexible, No.1 spring backhauls
It is dynamic, control the folding of folded tube spout so that medical fluid spray volume is consistent, and make rack gear respectively with No.1 sector gear and No. two
Sector gear engagement, oscillating deck carries out the swing of opposite direction, so that solid fertilizer is adequately mixed with medical fluid, to mention
The high quality of bio-feritlizer.
Firstly, solid fertilizer is put into cabinet from feed pipe, with the continuous investment of solid fertilizer, solid fertilizer is squeezed
No.1 plate is pressed, so that No.1 plate pushes fixed link to move to the side close to fixed column, when fixed link moves in No.1 slot, Gu
Fixed pole squeezes No.1 slot and generates gas；When fixed boom end and No.1 trench bottom contact, stop launching solid fertilizer into cabinet
Material；At this point, driving motor, motor drives No.1 cylinder and No.1 spring pivotal, since rack gear and stirring plate are mounted on No.1 bullet
On spring, under the action of rack gear and stirring plate, solid fertilizer is stirred, to be stirred ten minutes to solid fertilizer, and rack gear
When with No.1 sector gear and No. two sector gears in the same horizontal line, stop driving motor, left side No.1 slot is generated
Gas acts on No.1 cylinder, and No.1 cylinder pulls No.1 spring to move to close to No.1 cylinder side, so that No.1 bar pulls
Seesaw one end is moved to close to No.1 cylinder side, and the seesaw other end is moved to far from No.1 cylinder side, No.1 air bag
It is squeezed and generates gas, the gas that No.1 air bag generates acts on water tank, and the medical fluid accelerated in water tank enters in folded tube, together
When, it is connected on seesaw due to folding tube end by block, in seesaw one end in being moved far from No.1 cylinder side,
Folded tube is straightened, and the spout in folded tube is opened, and medical fluid is sprayed from nozzle, after medical fluid sprays 40 seconds, passes through No.1
Cylinder, so that No.1 spring is moved to far from No.1 cylinder side, seesaw loses pullling for No.1 spring, and seesaw is in torsional spring
Effect is lower to be resetted, and folded tube spout is closed；In No.1 spring moves back and forth, rack gear is fanned with No.1 sector gear and No. two respectively
The engagement of shape gear, it is oppositely oriented due to No.1 sector gear and No. two sector gears, so that being respectively fixedly connected in No.1 sector
Oscillating deck on wheel and No. two sector gears carries out the swing of opposite direction；Meanwhile it will consolidate with the stirring plate of No.1 spring movement
Body fertilizer fiddles with, and by the mutual cooperation between stirring plate and oscillating deck, increases the mixing between solid fertilizer and medical fluid；
When medical fluid stops spraying, driving motor, is adequately mixed under the cooperation of No.1 spring, rack gear and stirring plate again；
By constantly repeating motor and No.1 cylinder action, guarantees that solid fertilizer is adjusted with suitable medical fluid, improve bio-feritlizer
Quality；After fertilizer is sufficiently mixed, the electromagnetic switch on No.1 plate is opened, mixed fertilizer enters arid region, and opens
The fertilizer of arid region is dried in dynamic heating device, and the dry water vapour generated is purified by purifying box, with mixed
Fertilizer after conjunction enters arid region, and No.1 plate loses the extruding of fertilizer, No.1 sheet reset；Fertilizer at region to be dried fills
After point dry, the electromagnetic switch drawn on flitch is opened, dried fertilizer, which is drawn flitch and enters in collecting box, to be collected.
Preferably, helical spring is equipped between the oscillating deck on adjacent the No.1 sector gear and No. two sector gears；
Described helical spring one end is connected on the oscillating deck on No.1 sector gear, and the helical spring other end is connected in No. two sectors
On oscillating deck on wheel, by the mutual cooperation between helical spring and oscillating deck, accelerate the mixing between solid fertilizer and medical fluid.This
Invention setting helical spring, by the mutual cooperation between oscillating deck and helical spring, cyclone form is presented in helical spring, so that
Solid fertilizer and medical fluid adequately mix, to improve bio-feritlizer quality.
Oscillating deck side oscillation to the left on No.1 sector gear, the oscillating deck side oscillation to the right on No. two sector gears
In, the outside side stretching of helical spring at a, the helical spring at b squeezes inwardly；Oscillating deck on No.1 sector gear to
Right side is swung, and in the oscillating deck side oscillation to the left on No. two sector gears, the helical spring at a squeezes inwardly, the spiral at b
The outside side stretching of spring.
Preferably, the adjacent fixed intercolumniation is equipped with drying unit；The drying unit includes No.1 axis, spiral heating
Plate and impeller；The spiral heating plate and impeller are set on the outer ring of No.1 axis, and No.1 axis both ends are rotatably installed in fixation
On column, right side fixed column is equipped with No. two slots；The impeller is located at No. two slots, passes through the gas for generating the movement of right side No.1 slot
Body acts on impeller, so that fertilizer is dried in the rotation of spiral heating plate.The present invention passes through setting drying unit, a side
The gas that No.1 slot in the fixed column of right side generates is utilized, the loss of gas is avoided, to improve the utilization of resource by face
Rate；On the other hand, impeller is acted on by gas, so that spiral heating plate rotates, the spiral heating plate of rotation is increased and fertilizer
Contact area between material, so that spiral heating plate sufficiently heats fertilizer, to improve the drying efficiency of fertilizer.
Preferably, the spiral heating plate is equipped with several No.1 holes, and the flowing of water vapour is increased by No.1 hole.This hair
It is bright by the way that several No.1 holes are arranged, kept away by No.1 hole so that spiral heating plate adds thermogenetic moisture to be easy to distribute in fertilizer
Exempt from moisture to be attached on spiral heating plate, influences fertilizer drying effect；Meanwhile the convection current between air is accelerated, to improve
Fertilizer drying efficiency.
Preferably, the No.1 axis is equipped with humidity sensor, and humidity sensor is for incuding fertilizer at arid region
Humidity size, convenient for being heated to the fertilizer at arid region.The present invention passes through humidity inductive by setting humidity sensor
Device incudes fertilizer humidity size, heating rationally is dried to fertilizer, avoiding fertilizer, there are overfocus or phenomenons overly moist, to mention
The high practicability of fertilizer processing unit (plant).
Preferably, the purifying box is equipped with drainage unit；The drainage unit is for introducing purified water vapour
Into water tank, drainage unit includes No.1 pipe and condenser pipe；No.1 pipe one end is connected to purifying box, the No.1 pipe other end with
Condenser pipe connection, condensation tube end are connected to water tank, are condensed by condenser pipe to water vapour.The present invention passes through setting drainage
Unit, and drainage unit is set as No.1 pipe and condenser pipe, by the cooperation between No.1 pipe and condenser pipe, purified water vapour
It is entered at condenser pipe by No.1 pipe, condenser pipe condenses water vapour, and condensed water vapour is introduced into water tank
In, making full use of for water resource is realized, to improve the utilization rate of resource.
Beneficial effects of the present invention are as follows:
1. a kind of efficient biofertilizer production technology of the present invention, the bio-fertilizer which is mixed to prepare not only increase
Its nutrient, and be applied in soil and can play the content for increasing soil with organic matter, soil physical and chemical property is improved, promotes to make
Object growth enhances drought-enduring crop, tolerance to cold, the effect for improving crop yield and quality.
2. a kind of efficient biofertilizer production technology of the present invention, the bio-fertilizer processing unit (plant) which uses, energy conservation
Environmental protection, it is easy to use, by bio-feritlizer process in the pneumatic power source that generates utilize, avoid increasing additional power and set
It is standby, reduce the manufacturing cost of bio-feritlizer processing unit (plant).
3. a kind of efficient biofertilizer production technology of the present invention, the bio-fertilizer processing unit (plant) which uses utilize
Motor drives No.1 spring pivotal to stir by the mutual cooperation between No.1 spring, rack gear and stirring plate solid fertilizer
It mixes；Meanwhile by fixed link move in the gas that generates act on No.1 cylinder, control No.1 cylinder it is flexible, No.1 spring comes
Backhaul dynamic, control the folding of folded tube spout so that medical fluid spray volume is consistent, and make rack gear respectively with No.1 sector gear and
No. two sector gear engagements, oscillating deck carries out the swing of opposite direction, so that solid fertilizer is adequately mixed with medical fluid, from
And improve the quality of bio-feritlizer.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is process flow chart of the invention；
Fig. 2 is the main view of bio-fertilizer processing unit (plant)；
Main view when Fig. 3 is the work of bio-fertilizer processing unit (plant)；
Fig. 4 is the partial enlarged view in Fig. 2 at A；
Fig. 5 is the partial enlarged view in Fig. 2 at B；
Fig. 6 is the structural schematic diagram of stirring plate；
In figure: cabinet 1, No.1 plate 12, draws flitch 13, No.1 cylinder 14, water tank 15, collecting box 16, purification at folded tube 11
Case 17, No.1 spring 21, stirring plate 22, rack gear 23,24, No. two sector gears 25 of No.1 sector gear, is swung mixed cell 2
Plate 26, control unit 3, seesaw 31, No.1 air bag 32, support unit 4, fixed column 41, No.1 slot 411, is consolidated helical spring 27
It is fixed pole 42, drying unit 5, No.1 axis 51, spiral heating plate 52, No.1 hole 521, impeller 53, drainage unit 6, No.1 pipe 61, cold
Solidifying pipe 62.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 6, a kind of efficient biofertilizer production technology of the present invention, the technique the following steps are included:
S1: will first be stirred in blender that calcium silicate fertilizer, actinomyces and ammonium sulfate are put into, and side stirring, side is added water, makes
It must be sufficiently mixed, obtain mixed material；
S2: gangue being put into pulverizer and is crushed, and smashed gangue is crossed 40 meshes, does not cross 40 mesh
Sieve continues to crush；
S3: gangue, activated humic acid powder, biological powdered carbon and leaf mould that partial size in S2 is 40 mesh are poured into stirring for S1
It mixes in device, while pouring into, side stirring is thoroughly mixed it, and make its fermentation；
S4: behind material fermentation ten days after being stirred in S3, the material after fermentation is put into pelletizer and is carried out
It is granulated, obtains solid fertilizer；
S5: solid fertilizer in S4 is put into bio-fertilizer processing unit (plant), starts bio-fertilizer processing unit (plant), so that solid fertilizer
Material is sufficiently mixed with medical fluid, obtains bio-fertilizer；
The bio-fertilizer processing unit (plant) that the present invention uses includes cabinet 1；It further include mixed cell 2, control unit 3, support list
Member 4, folded tube 11, No.1 plate 12, draws flitch 13, motor, No.1 cylinder 14, water tank 15, collecting box 16, purification at heating device
Case 17 and controller；The controller is used to control the work of bio-feritlizer processing unit (plant)；Charging is equipped at the top of the cabinet 1
Pipe；The collecting box 16 is slidably mounted on 1 bottom of cabinet；The quantity of the support unit 4 is two, and support unit 4 is fixedly mounted
On the side wall of cabinet 1, support unit 4 includes fixed column 41 and fixed link 42；The fixed column 41 is connected in 1 side wall of cabinet
On, fixed column 41 is equipped with No.1 slot 411；Described 42 one end of fixed link is connected on No.1 slot 411 by spring, fixed link 42
The other end and No.1 plate 12 are connected, and 12 both ends of No.1 plate are contacted with 1 side wall of cabinet, and No.1 plate 12 is equipped with through-hole, and through-hole passes through
Electromagnetic switch control folding is constantly put into from feed pipe by solid fertilizer, and solid fertilizer squeezes No.1 plate 12, so that No.1 plate
12 promotion fixed links 42 are moved to close to 41 side of fixed column, so that generating gas at No.1 slot 411；It is described to draw flitch 13
For arc panel, draw 13 both ends of flitch and be connected in 41 bottom of fixed column, draws flitch 13 equipped with through-hole, through-hole passes through electromagnetic switch control
System folding, draws and forms arid region between flitch 13 and No.1 plate 12, heating device is located at arid region, and heating device is connected in
12 bottom of No.1 plate is Mixed Zone above No.1 plate 12, draws flitch 13 for fertilizer of the arid region after dry to be guided to receipts
In header 16；The purifying box 17 is connected on 1 lateral wall of cabinet by bracket, and purifying box 17 is connected to arid region, purification
Case 17 is used to purify the dry water vapour generated in arid region；The water tank 15 is fixedly mounted on 1 lateral wall of cabinet,
Medical fluid is housed in water tank 15；Described 11 one end of folded tube is connected to water tank 15, and 11 other end of folded tube is single by block and control
Member 3 is connected, and several spouts is uniformly provided in folded tube 11, and folded tube 11 in the initial state close by spout；The control is single
Member 3 includes seesaw 31 and No.1 air bag 32；It is connected on 1 lateral wall of cabinet in the middle part of the seesaw 31 by strut, strut
Place is equipped with torsional spring, and 31 end face of seesaw of strut two sides is connect with block and mixed cell 2 respectively；The No.1 air bag 32 is located at
2 side of mixed cell, 32 one end of No.1 air bag are connected on 1 lateral wall of cabinet, and 32 other end of No.1 air bag and seesaw 31 are solid
Even, the be squeezed gas of generation of No.1 air bag 32 acts on water tank 15, and the medical fluid accelerated in water tank 15 enters in folded tube 11；
The No.1 cylinder 14 is located at Mixed Zone, and No.1 cylinder 14 is located at 11 lower section of folded tube, 14 one end of No.1 cylinder and motor
It is connected, motor is connected on 1 lateral wall of cabinet by bracket, and 14 other end of No.1 cylinder and mixed cell 2 are connected；The mixing
Unit 2 includes No.1 spring 21, stirring plate 22, rack gear 23,24, No. two sector gears 25 of No.1 sector gear, 26 and of oscillating deck
No.1 bar；Described 21 one end of No.1 spring is connected on No.1 cylinder 14, and 21 other end of No.1 spring and No.1 bar are connected, No.1
Boom end is located at outside cabinet 1, and No.1 bar ball connects on seesaw 31；The stirring plate 22 is set in the spring of No.1 spring 21
On silk, stirring plate 22 is equipped with several through-holes；The rack gear 23 is uniformly connected on the spring coil of No.1 spring 21, driving motor,
So that No.1 spring 21 rotates, by the cooperation between No.1 spring 21, stirring plate 22 and rack gear 23, solid fertilizer is stirred in increase
It mixes；The No.1 sector gear 24 and No. two sector gears 25 it is oppositely oriented, 1 side wall of cabinet is rotatably installed in by shaft
On, and the two sides of No.1 spring 21 are respectively positioned on, between the No.1 sector gear 24 of 21 two sides of No.1 spring and No. two sector gears 25
Disconnected property setting；The oscillating deck 26 is respectively fixedly connected on No.1 sector gear 24 and No. two sector gears 25, by by left side one
The gas that number slot 411 generates acts on No.1 cylinder 14, and No.1 cylinder 14 pulls No.1 spring 21 to move back and forth so that medical fluid from
11 nozzle of folded tube sprays, and rack gear 23 is engaged with No.1 sector gear 24 and No. two sector gears 25 respectively, thus
So that the oscillating deck 26 on No.1 sector gear 24 and No. two sector gears 25 carries out the rotation of opposite direction, accelerate solid fertilizer
With the mixing of medical fluid.In bio-fertilizer process, to guarantee that the full of nutrition of bio-fertilizer, efficacy stability are continuous, need to solid
A certain amount of liquid medicine is added in body organic fertilizer to be adjusted；A kind of bio-feritlizer process equipment exists in the prior art,
But the bio-feritlizer process equipment Shortcomings of the prior art, on the one hand, the mixing of solid fertilizer and medical fluid is uneven, thus
Influence the quality of bio-feritlizer；On the other hand, medical fluid addition it is irregular, when it is more when it is few so that adjusting of the medical fluid to solid fertilizer
Property is poor；The present invention by setting mixed cell 2, control unit 3, support unit 4, heating device, folded tube 11, No.1 plate 12,
Draw flitch 13, motor, No.1 cylinder 14, water tank 15, collecting box 16, purifying box 17 and controller；On the one hand, by bio-feritlizer plus
The pneumatic power source generated in work is utilized, and is avoided increasing additional power-equipment, is reduced bio-feritlizer processing unit (plant)
Manufacturing cost；On the other hand, it drives No.1 spring 21 to rotate using motor, passes through No.1 spring 21, rack gear 23 and stirring plate 22
Between mutual cooperation, solid fertilizer is stirred；Meanwhile the gas generated in the movement of fixed link 42 is acted on into No.1 cylinder
14, control No.1 cylinder 14 stretches, and No.1 spring 21 moves back and forth, and the folding of 11 spout of folded tube is controlled, so that liquid medicine jet
Output is consistent, and rack gear 23 is engaged with No.1 sector gear 24 and No. two sector gears 25 respectively, and oscillating deck 26 carries out phase
The swing of opposite direction, so that solid fertilizer is adequately mixed with medical fluid, to improve the quality of bio-feritlizer.
Firstly, solid fertilizer is put into cabinet 1 from feed pipe, with the continuous investment of solid fertilizer, solid fertilizer
No.1 plate 12 is squeezed, so that No.1 plate 12 pushes fixed link 42 to move to the side close to fixed column 41, fixed link 42 is in No.1
When moving in slot 411, fixed link 42 squeezes No.1 slot 411 and generates gas；When 42 end of fixed link is contacted with 411 bottom of No.1 slot
When, stop launching solid fertilizer into cabinet 1；At this point, driving motor, motor drives No.1 cylinder 14 and 21 turns of No.1 spring
It is dynamic, since rack gear 23 and stirring plate 22 are mounted on No.1 spring 21, under the action of rack gear 23 and stirring plate 22, to solid fertilizer
Material is stirred, and to stir ten minutes to solid fertilizer, and rack gear 23 exists with No.1 sector gear 24 and No. two sector gears 25
When in same horizontal line, stops driving motor, the gas that left side No.1 slot 411 generates is acted on into No.1 cylinder 14, No.1 gas
Cylinder 14 pulls No.1 spring 21 to move to close to 14 side of No.1 cylinder, so that No.1 bar pulls 31 one end of seesaw to close to one
The movement of number 14 side of cylinder, 31 other end of seesaw are moved to far from 14 side of No.1 cylinder, and No.1 air bag 32 is squeezed generation
Gas, the gas that No.1 air bag 32 generates act on water tank 15, and the medical fluid accelerated in water tank 15 enters in folded tube 11, together
When, since 11 end of folded tube is connected on seesaw 31 by block, in 31 one end of seesaw to far from No.1 cylinder 14 1
In the movement of side, folded tube 11 is straightened, and the spout in folded tube 11 is opened, and medical fluid is sprayed from nozzle, sprays 40 to medical fluid
After second, by No.1 cylinder 14, so that No.1 spring 21 is moved to far from 14 side of No.1 cylinder, seesaw 31 loses No.1 bullet
Spring 21 is pullled, and seesaw 31 resets under the effect of torsion spring, and 11 spout of folded tube is closed；In No.1 spring 21 moves back and forth,
Rack gear 23 is engaged with No.1 sector gear 24 and No. two sector gears 25 respectively, due to No.1 sector gear 24 and No. two sectors
Wheel 25 it is oppositely oriented so that the oscillating deck 26 that is respectively fixedly connected on No.1 sector gear 24 and No. two sector gears 25 carries out phase
The swing of opposite direction；Meanwhile solid fertilizer fiddling with the stirring plate 22 that No.1 spring 21 moves, pass through stirring plate
Mutual cooperation between 22 and oscillating deck 26 increases the mixing between solid fertilizer and medical fluid；When medical fluid stops spraying, drive again
Motor is adequately mixed under the cooperation of No.1 spring 21, rack gear 23 and stirring plate 22；By constantly repeating motor and one
Number cylinder 14 acts on, and guarantees that solid fertilizer is adjusted with suitable medical fluid, improves bio-feritlizer quality；When fertilizer is sufficiently mixed
Afterwards, the electromagnetic switch on No.1 plate 12 is opened, mixed fertilizer enters arid region, and starts heating device to dry section
The fertilizer in domain is dried, and the dry water vapour generated is purified by purifying box 17, as mixed fertilizer enters
Arid region, No.1 plate 12 lose the extruding of fertilizer, and No.1 plate 12 resets；After fertilizer at region to be dried is sufficiently dried, beat
Open the electromagnetic switch drawn on flitch 13, dried fertilizer, which is drawn flitch 13 and enters in collecting box 16, to be collected.
As one embodiment of the present invention, on adjacent the No.1 sector gear 24 and No. two sector gears 25
Helical spring 27 is equipped between oscillating deck 26；Described 27 one end of helical spring is connected in the oscillating deck 26 on No.1 sector gear 24
On, 27 other end of helical spring is connected on the oscillating deck 26 on No. two sector gears 25, passes through helical spring 27 and oscillating deck
The mixing between solid fertilizer and medical fluid is accelerated in mutual cooperation between 26.Helical spring 27 is arranged in the present invention, passes through 26 He of oscillating deck
Mutual cooperation between helical spring 27, cyclone form is presented in helical spring 27, so that solid fertilizer and medical fluid adequately mix,
To improve bio-feritlizer quality.
The side oscillation to the left of oscillating deck 26 on No.1 sector gear 24, the oscillating deck 26 on No. two sector gears 25 is to the right
In side oscillation, the outside side stretching of helical spring 27 at a, the helical spring 27 at b squeezes inwardly；In No.1 sector gear 24
On the side oscillation to the right of oscillating deck 26, in the side oscillation to the left of oscillating deck 26 on No. two sector gears 25, the helical spring 27 at a
It squeezes inwardly, the outside side stretching of helical spring 27 at b.
As one embodiment of the present invention, drying unit 5 is equipped between the adjacent fixed column 41；It is described dry single
Member 5 includes No.1 axis 51, spiral heating plate 52 and impeller 53；The spiral heating plate 52 and impeller 53 are set in No.1 axis 51
Outer ring on, 51 both ends of No.1 axis are rotatably installed in fixed column 41, right side fixed column 41 be equipped with No. two slots；The impeller 53
At No. two slots, impeller 53 is acted on by the gas for generating the movement of right side No.1 slot 411, so that 52 turns of spiral heating plate
Fertilizer is dried in dynamic.The present invention passes through setting drying unit 5, on the one hand, produces No.1 slot 411 in right side fixed column 41
Raw gas is utilized, and the loss of gas is avoided, to improve the utilization rate of resource；On the other hand, it is acted on by gas
In impeller 53, so that spiral heating plate 52 rotates, the spiral heating plate 52 of rotation increases the contact area between fertilizer, so that
Spiral heating plate 52 sufficiently heats fertilizer, to improve the drying efficiency of fertilizer.
As one embodiment of the present invention, the spiral heating plate 52 is equipped with several No.1 holes 521, passes through No.1
The flowing of the increasing of hole 521 water vapour.The present invention is by being arranged several No.1 holes 521, by No.1 hole 521, so that spiral heating
Plate 52 adds thermogenetic moisture to be easy to distribute in fertilizer, and moisture is avoided to be attached on spiral heating plate 52, influences the dry effect of fertilizer
Fruit；Meanwhile the convection current between air is accelerated, to improve fertilizer drying efficiency.
As one embodiment of the present invention, the No.1 axis 51 is equipped with humidity sensor, and humidity sensor is used for
The humidity size of fertilizer at arid region is incuded, convenient for heating to the fertilizer at arid region.The present invention is wet by being arranged
Inductor is spent, fertilizer humidity size is incuded by humidity sensor, heating rationally is dried to fertilizer, fertilizer is avoided to exist
Burnt or overly moist phenomenon, to improve the practicability of fertilizer processing unit (plant).
As one embodiment of the present invention, the purifying box 17 is equipped with drainage unit 6；The drainage unit 6 is used
It is introduced into water tank 15 in by purified water vapour, drainage unit 6 includes No.1 pipe 61 and condenser pipe 62；The No.1 pipe 61
One end is connected to purifying box 17, and 61 other end of No.1 pipe is connected to condenser pipe 62, and 62 end of condenser pipe is connected to water tank 15, is passed through
Condenser pipe 62 condenses water vapour.Drainage unit 6 is set as 61 He of No.1 pipe by setting drainage unit 6 by the present invention
Condenser pipe 62, by the cooperation between No.1 pipe 61 and condenser pipe 62, purified water vapour enters condensation by No.1 pipe 61
At pipe 62, condenser pipe 62 condenses water vapour, and condensed water vapour is introduced into water tank 15, realizes water resource
It makes full use of, to improve the utilization rate of resource.
In use, firstly, obtaining mixture for being stirred in blender that calcium silicate fertilizer, actinomyces and ammonium sulfate are put into
Material；Meanwhile gangue is put into pulverizer and is crushed, and with activated humic acid powder, biological powdered carbon, leaf mould and mix
Material is mixed；Behind material fermentation ten days after to be mixed, the material after fermentation is put into pelletizer and is granulated, is obtained
To solid fertilizer；Finally solid fertilizer is put into cabinet 1 from feed pipe, with the continuous investment of solid fertilizer, solid fertilizer
Material squeezes No.1 plate 12, so that No.1 plate 12 pushes fixed link 42 to move to the side close to fixed column 41, fixed link 42 is one
When moving in number slot 411, fixed link 42 squeezes No.1 slot 411 and generates gas；When 42 end of fixed link and 411 bottom of No.1 slot connect
When touching, stop launching solid fertilizer into cabinet 1；At this point, driving motor, motor drives No.1 cylinder 14 and 21 turns of No.1 spring
It is dynamic, since rack gear 23 and stirring plate 22 are mounted on No.1 spring 21, under the action of rack gear 23 and stirring plate 22, to solid fertilizer
Material is stirred, and to stir ten minutes to solid fertilizer, and rack gear 23 exists with No.1 sector gear 24 and No. two sector gears 25
When in same horizontal line, stops driving motor, the gas that left side No.1 slot 411 generates is acted on into No.1 cylinder 14, No.1 gas
Cylinder 14 pulls No.1 spring 21 to move to close to 14 side of No.1 cylinder, so that No.1 bar pulls 31 one end of seesaw to close to one
The movement of number 14 side of cylinder, 31 other end of seesaw are moved to far from 14 side of No.1 cylinder, and No.1 air bag 32 is squeezed generation
Gas, the gas that No.1 air bag 32 generates act on water tank 15, and the medical fluid accelerated in water tank 15 enters in folded tube 11, together
When, since 11 end of folded tube is connected on seesaw 31 by block, in 31 one end of seesaw to far from No.1 cylinder 14 1
In the movement of side, folded tube 11 is straightened, and the spout in folded tube 11 is opened, and medical fluid is sprayed from nozzle, sprays 40 to medical fluid
After second, by No.1 cylinder 14, so that No.1 spring 21 is moved to far from 14 side of No.1 cylinder, seesaw 31 loses No.1 bullet
Spring 21 is pullled, and seesaw 31 resets under the effect of torsion spring, and 11 spout of folded tube is closed；In No.1 spring 21 moves back and forth,
Rack gear 23 is engaged with No.1 sector gear 24 and No. two sector gears 25 respectively, due to No.1 sector gear 24 and No. two sectors
Wheel 25 it is oppositely oriented so that the oscillating deck 26 that is respectively fixedly connected on No.1 sector gear 24 and No. two sector gears 25 carries out phase
The swing of opposite direction；The side oscillation to the left of oscillating deck 26 on No.1 sector gear 24, the oscillating deck on No. two sector gears 25
In 26 side oscillations to the right, the outside side stretching of helical spring 27 at a, the helical spring 27 at b squeezes inwardly；In No.1 sector
The side oscillation to the right of oscillating deck 26 on gear 24, in the side oscillation to the left of oscillating deck 26 on No. two sector gears 25, the spiral at a
Spring 27 squeezes inwardly, the outside side stretching of helical spring 27 at b；Meanwhile it will with the stirring plate 22 that No.1 spring 21 moves
Solid fertilizer fiddles with, and by the mutual cooperation between stirring plate 22 and oscillating deck 26, increases between solid fertilizer and medical fluid
Mixing；When medical fluid stops spraying, driving motor again, under the cooperation of No.1 spring 21, rack gear 23 and stirring plate 22 into
Row adequately mixing；It is acted on by constantly repeating motor and No.1 cylinder 14, guarantees that solid fertilizer is adjusted with suitable medical fluid,
Improve bio-feritlizer quality；After fertilizer is sufficiently mixed, the electromagnetic switch on No.1 plate 12 is opened, mixed fertilizer enters
To arid region, starts heating device and drying unit 5, the fertilizer of arid region is dried, the dry water vapour generated
It is purified by purifying box 17, purified water vapour is entered at condenser pipe 62 by No.1 pipe 61, and condenser pipe 62 is to water
Steam is condensed, and condensed water vapour is introduced into water tank 15, as mixed fertilizer enters arid region,
No.1 plate 12 loses the extruding of fertilizer, and No.1 plate 12 resets；After fertilizer at region to be dried is sufficiently dried, opening draws flitch 13
On electromagnetic switch, dried fertilizer, which is drawn flitch 13 and enters in collecting box 16, to be collected.
Above-mentioned front, back, left, right, up, down is mark according to personage's observation visual angle on the basis of Fig. 2 in Figure of description
Standard, device surface are defined as a left side on the left of observer to before being defined as on one side of observer, and so on.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as protecting the present invention
The limitation of range.
Finally it is noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations.To the greatest extent
Present invention has been described in detail with reference to the aforementioned embodiments for pipe, those skilled in the art should understand that: it is still
It is possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is equally replaced
It changes；And these are modified or replaceed, the essence for technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution
Mind and range.Every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
Claims (6)
1. a kind of efficient biofertilizer production technology, it is characterised in that: the technique the following steps are included:
S1: will first be stirred in blender that calcium silicate fertilizer, actinomyces and ammonium sulfate are put into, and side stirring, water is added in side, so that filling
Divide mixing, obtains mixed material；
S2: gangue being put into pulverizer and is crushed, and smashed gangue is crossed 40 meshes, does not cross 40 meshes
Continue to crush；
S3: gangue, activated humic acid powder, biological powdered carbon and leaf mould that partial size in S2 is 40 mesh are poured into the blender of S1
In, while pouring into, side stirring is thoroughly mixed it, and make its fermentation；
S4: behind material fermentation ten day after being stirred in S3, the material after fermentation being put into pelletizer and is granulated,
Obtain solid fertilizer；
S5: solid fertilizer in S4 is put into bio-fertilizer processing unit (plant), start bio-fertilizer processing unit (plant) so that solid fertilizer with
Medical fluid is sufficiently mixed, and bio-fertilizer is obtained；
The bio-fertilizer processing unit (plant) that the present invention uses includes cabinet (1)；It further include mixed cell (2), control unit (3), support
Unit (4), heating device, folded tube (11), No.1 plate (12), draw flitch (13), motor, No.1 cylinder (14), water tank (15),
Collecting box (16), purifying box (17) and controller；The controller is used to control the work of bio-feritlizer processing unit (plant)；The case
Feed pipe is equipped at the top of body (1)；The collecting box (16) is slidably mounted on cabinet (1) bottom；The quantity of the support unit (4)
It is two, support unit (4) is fixedly mounted on the side wall of cabinet (1), and support unit (4) includes fixed column (41) and fixed link
(42)；The fixed column (41) is connected on cabinet (1) side wall, and fixed column (41) is equipped with No.1 slot (411)；The fixed link
(42) one end is connected on No.1 slot (411) by spring, and fixed link (42) other end and No.1 plate (12) are connected, No.1 plate
(12) both ends are contacted with cabinet (1) side wall, and No.1 plate (12) is equipped with through-hole, and through-hole is controlled by electromagnetic switch and opened and closed, passed through
Solid fertilizer is constantly put into from feed pipe, and solid fertilizer squeezes No.1 plate (12), so that No.1 plate (12) pushes fixed link (42)
It is moved to close to fixed column (41) side, so that generating gas at No.1 slot (411)；Described draw flitch (13) are arc
Plate draws flitch (13) both ends and is connected in fixed column (41) bottom, draws flitch (13) equipped with through-hole, through-hole passes through electromagnetic switch control
System folding, draws and forms arid region between flitch (13) and No.1 plate (12), and heating device is located at arid region, and heating device is solid
Be connected in No.1 plate (12) bottom, be Mixed Zone above No.1 plate (12), draw flitch (13) for will arid region it is dry after
Fertilizer is guided in collecting box (16)；The purifying box (17) is connected on cabinet (1) lateral wall by bracket, purifying box (17) with
Arid region connection, purifying box (17) are used to purify the dry water vapour generated in arid region；The water tank (15) is solid
Dingan County is equipped with medical fluid on cabinet (1) lateral wall in water tank (15)；Described folded tube (11) one end is connected to water tank (15),
Folded tube (11) other end is connected by block and control unit (3), several spouts is uniformly provided in folded tube (11), and fold
Managing (11), spout is closed in the initial state；Described control unit (3) includes seesaw (31) and No.1 air bag (32)；It is described to lift up
It is connected on cabinet (1) lateral wall in the middle part of seesaw (31) by strut, torsional spring, the seesaw (31) of strut two sides is equipped at strut
End face is connect with block and mixed cell (2) respectively；The No.1 air bag (32) is located at mixed cell (2) side, No.1 air bag
(32) one end is connected on cabinet (1) lateral wall, and No.1 air bag (32) other end and seesaw (31) are connected, No.1 air bag (32)
The gas of generation of being squeezed acts on water tank (15)；The No.1 cylinder (14) is located at Mixed Zone, and No.1 cylinder (14) position
Below folded tube (11), No.1 cylinder (14) one end and motor are connected, and motor is connected in cabinet (1) lateral wall by bracket
On, No.1 cylinder (14) other end and mixed cell (2) are connected；The mixed cell (2) includes No.1 spring (21), stirring plate
(22), rack gear (23), No.1 sector gear (24), No. two sector gears (25), oscillating deck (26) and No.1 bar；The No.1 bullet
Spring (21) one end is connected on No.1 cylinder (14), and No.1 spring (21) other end and No.1 bar are connected, and No.1 boom end is located at
Cabinet (1) is external, and No.1 bar ball connects on seesaw (31)；The stirring plate (22) is set in the spring silk of No.1 spring (21)
On, stirring plate (22) is equipped with several through-holes；The rack gear (23) is uniformly connected on the spring coil of No.1 spring (21), driving electricity
Machine passes through the cooperation between No.1 spring (21), stirring plate (22) and rack gear (23), increase pair so that No.1 spring (21) rotates
The stirring of solid fertilizer；The No.1 sector gear (24) and No. two sector gears (25) it is oppositely oriented, pass through shaft and turn
It is dynamic to be mounted on cabinet (1) side wall, and the two sides of No.1 spring (21) are respectively positioned on, the No.1 sector of No.1 spring (21) two sides
Take turns (24) and No. two sector gear (25) discontinuity settings；The oscillating deck (26) be respectively fixedly connected in No.1 sector gear (24) and
On No. two sector gears (25), No.1 cylinder (14), No.1 cylinder are acted on by the gas for generating left side No.1 slot (411)
(14) it pulls No.1 spring (21) to move back and forth, so that medical fluid is sprayed from folded tube (11) nozzle, and makes rack gear (23) point
It is not engaged with No.1 sector gear (24) and No. two sector gears (25), so that No.1 sector gear (24) and No. two sectors
Oscillating deck (26) on gear (25) carries out the rotation of opposite direction, accelerates the mixing of solid fertilizer and medical fluid.
2. a kind of efficient biofertilizer production technology according to claim 1, it is characterised in that: the adjacent No.1 is fan-shaped
Helical spring (27) are equipped between oscillating deck (26) on gear (24) and No. two sector gears (25)；The helical spring (27) one
It holds on the oscillating deck (26) being connected on No.1 sector gear (24), helical spring (27) other end is connected in No. two sector gears
(25) on the oscillating deck (26) on, by the mutual cooperation between helical spring (27) and oscillating deck (26), accelerate solid fertilizer with
Mixing between medical fluid.
3. a kind of efficient biofertilizer production technology according to claim 1, it is characterised in that: the adjacent fixed column
(41) drying unit (5) are equipped between；The drying unit (5) includes No.1 axis (51), spiral heating plate (52) and impeller (53)；
The spiral heating plate (52) and impeller (53) are set on the outer ring of No.1 axis (51), the rotational installation of No.1 axis (51) both ends
On fixed column (41), right side fixed column (41) is equipped with No. two slots；The impeller (53) is located at No. two slots, by by right side
The gas that No.1 slot (411) movement generates acts on impeller (53), so that doing in spiral heating plate (52) rotation to fertilizer
It is dry.
4. a kind of efficient biofertilizer production technology according to claim 3, it is characterised in that: the spiral heating plate (52)
Several No.1 holes (521) are equipped with, the flowing of water vapour is increased by No.1 hole (521).
5. a kind of efficient biofertilizer production technology according to claim 2, it is characterised in that: set on the No.1 axis (51)
There is humidity sensor, humidity sensor is used to incude the humidity size of fertilizer at arid region, convenient for the fertilizer at arid region
Material is heated.
6. a kind of efficient biofertilizer production technology according to claim 1, it is characterised in that: set on the purifying box (17)
There are drainage unit (6)；The drainage unit (6) is for purified water vapour to be introduced into water tank (15), drainage unit (6)
Including No.1 pipe (61) and condenser pipe (62)；Described No.1 pipe (61) one end is connected to purifying box (17), and No.1 pipe (61) is another
End is connected to condenser pipe (62), and condenser pipe (62) end is connected to water tank (15), is carried out by condenser pipe (62) to water vapour cold
It is solidifying.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811549765.5A CN109438077A (en) | 2018-12-18 | 2018-12-18 | A kind of efficient biofertilizer production technology |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811549765.5A CN109438077A (en) | 2018-12-18 | 2018-12-18 | A kind of efficient biofertilizer production technology |
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| CN109438077A true CN109438077A (en) | 2019-03-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113773160A (en) * | 2021-09-27 | 2021-12-10 | 温州领丰机械有限公司 | Coal gangue-based microbial fertilizer manufacturing process |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107721657A (en) * | 2017-11-25 | 2018-02-23 | 横县农业技术推广站 | A kind of solid fertilizer synergist and its production method |
| CN207619293U (en) * | 2017-09-28 | 2018-07-17 | 苏州奥唯农业生物科技有限公司 | A kind of bio-feritlizer process equipment |
-
2018
- 2018-12-18 CN CN201811549765.5A patent/CN109438077A/en not_active Withdrawn
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN207619293U (en) * | 2017-09-28 | 2018-07-17 | 苏州奥唯农业生物科技有限公司 | A kind of bio-feritlizer process equipment |
| CN107721657A (en) * | 2017-11-25 | 2018-02-23 | 横县农业技术推广站 | A kind of solid fertilizer synergist and its production method |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113773160A (en) * | 2021-09-27 | 2021-12-10 | 温州领丰机械有限公司 | Coal gangue-based microbial fertilizer manufacturing process |
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Application publication date: 20190308 |