CN106516309A - Pesticide water dispersible granule processing and packaging stereo-distribution composite workshop - Google Patents
Pesticide water dispersible granule processing and packaging stereo-distribution composite workshop Download PDFInfo
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- CN106516309A CN106516309A CN201611244046.3A CN201611244046A CN106516309A CN 106516309 A CN106516309 A CN 106516309A CN 201611244046 A CN201611244046 A CN 201611244046A CN 106516309 A CN106516309 A CN 106516309A
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01N—PRESERVATION OF BODIES OF HUMANS OR ANIMALS OR PLANTS OR PARTS THEREOF; BIOCIDES, e.g. AS DISINFECTANTS, AS PESTICIDES OR AS HERBICIDES; PEST REPELLANTS OR ATTRACTANTS; PLANT GROWTH REGULATORS
- A01N25/00—Biocides, pest repellants or attractants, or plant growth regulators, characterised by their forms, or by their non-active ingredients or by their methods of application, e.g. seed treatment or sequential application; Substances for reducing the noxious effect of the active ingredients to organisms other than pests
- A01N25/12—Powders or granules
- A01N25/14—Powders or granules wettable
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B65/00—Details peculiar to packaging machines and not otherwise provided for; Arrangements of such details
- B65B65/003—Packaging lines, e.g. general layout
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- Health & Medical Sciences (AREA)
- Engineering & Computer Science (AREA)
- General Health & Medical Sciences (AREA)
- Toxicology (AREA)
- Plant Pathology (AREA)
- Pest Control & Pesticides (AREA)
- Agronomy & Crop Science (AREA)
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Abstract
A pesticide water dispersible granule processing and packaging stereo-distribution composite workshop is characterized in that processing and packaging equipment for pesticide water dispersible granules is in two-layered stereo distribution, so that the land occupation of flow of the processing and packaging equipment can be greatly reduced; automatic delivery of solid materials from top to bottom is fully utilized; energy consumed by external-force transmission of the solid materials in the manufacturing process of the pesticide water dispersible granules is reduced; as solid pesticide processing and packaging equipment is in serially-connected stereo distribution, whole set production of solid pesticides from entering of the raw material to output of small-package end products is realized; and the combination between pesticide water dispersible granule processing and packaging equipment and a two-layered steel-structured factory building enables a granular pesticide manufacturing shop to become a brand-new product and is a development trend of modern pesticide water dispersible granule production complete equipment. The pesticide water dispersible granule processing and packaging stereo-distribution composite workshop is small in land occupation and low in energy consumption and facilities improving of the intelligent control level of processing and packaging of the pesticide water dispersible granules.
Description
Technical field
The present invention relates to the processing of pesticide water dispersible granules (WDG) and packing technique, and in particular to pesticide water dispersible granules
Processing and the brand-new outfit packed.
Background technology
With the fast development of modern industry, the demand of non-agricultural land is continuously increased, and people rely on the arable land of existence
Gradually reduce, in order to protect farmland, strict land used restrictive condition is all put into effect in various places.
In the pesticidal preparations manufacturing enterprise of China, pesticide water dispersible granules (WDG) to be produced be required for job shop and
Packing shop, in pesticide water dispersible granules workshop, all process equipments are all monolayer plane distribution, and individual device is by processing
Technological process is arranged in the same plane, and the material transfer between individual device is by the way of artificial transfer, that is, to need to put
Material packs, transports and feed intake, and repeats blowing (being connected in woven bag) the people's labour movement that feeds intake in processing, packaging process
The defeated link for feeding intake again, in the process dust pollution be difficult control, production on-site environment is poor, and employment is more, labor intensity
Greatly, low production efficiency.
Meanwhile, existing pesticide water dispersible granules production equipment distribution floor space is big, and the Factory Building of needs is more, technological process
Long, processing, packaging high energy consumption, automaticity are low, and human cost is high, does not meet existing energy-efficient production requirement, in order to
The land utilization ratio of pesticidal preparations manufacturing enterprise is improved, the production capacity of unit area is improved, applicant disperses for existing pesticide water
Granule manufacturing enterprise production equipment floor space is excessive, and environmental pollution is big, and the too high defect of energy consumption develops a kind of pesticide moisture
The recombiner unit of the three-dimensional distribution of shot agent processing and packing.
The content of the invention
It is an object of the invention to provide a kind of compound workshop of the three-dimensional distribution of pesticide water dispersible granules processing and packing.Pesticide water
Dispersible granule processing, Factory Building used by packaging are steelframe two-layer structure, and all devices are by two layers of three-dimensional distribution, its floor space
Little, energy consumption is low, is easy to improve pesticide water dispersible granules processing, the intelligentized control method level of packaging.
The technical scheme that the present invention takes is as follows：
A kind of compound workshop of the three-dimensional distribution of pesticide water dispersible granules processing and packing, is characterized in that：Including two layers of steel construction
Factory Building, negative-pressure feeding bucket, roof scrubber, the first double-spiral conical mixer, the first Blowing stopper, jet mill, whirlwind are received
Storage, sack cleaner, air-introduced machine, the second Blowing stopper, the 3rd Blowing stopper, the second double-spiral conical mixer, the 4th Blowing stopper,
First single-screw taper dynamic feed bin, the first roof scrubber, Roots's air-introduced machine, the first screw rod conveyor, the first vacuum feeding
Machine, the second vacuum feeder, the 3rd vacuum feeder, the first subpackage single-screw taper dynamic feed bin, the second subpackage single-screw cone
Shape dynamic feed bin, the 3rd subpackage single-screw taper dynamic feed bin, the first little high-pressure dust-cleaning device, the second little high-pressure dust-cleaning device, the 3rd
Little high-pressure dust-cleaning device, whirlpool vacuum pump, the first packer, the second packer, second package machine, water dust scrubber, screw air compressing
Unit, air-introduced machine, vacuum feeder, Roots vaccum pump, high-speed mixer, material liquid tank, screw pump, stock distributor, the first rotation
Turn comminutor, the second rotary pelleting machine, transition hopper, warm-air supply unit, fluid bed dryer, square vibrosieve, cloth bag to remove
Dirt device, Z-shaped elevator, granule dispenser, the first granule feed bin, the second granule feed bin, the 5th Blowing stopper and the 6th Blowing stopper, bear
Pressure cast hopper, roof scrubber, the first double-spiral conical mixer, cyclone collector, sack cleaner, air-introduced machine, second pair
Cone and screw mixer, the first single-screw taper dynamic feed bin, the first roof scrubber, Roots's air-introduced machine, the first vacuum feeding
Machine, the second vacuum feeder, the 3rd vacuum feeder, the first subpackage single-screw taper dynamic feed bin, the second subpackage single-screw cone
Shape dynamic feed bin, the 3rd subpackage single-screw taper dynamic feed bin, the first little high-pressure dust-cleaning device, the second little high-pressure dust-cleaning device, the 3rd
Little high-pressure dust-cleaning device, whirlpool vacuum pump, vacuum feeder, Roots vaccum pump, high-speed mixer, material liquid tank, screw pump, material point
Orchestration, granule dispenser, the first granule feed bin and the second granule feed bin are installed in the second layer of two layers of steel-structure factory building, and first
Blowing stopper is arranged on the discharge outlet of the first double-spiral conical mixer, and negative-pressure feeding bucket and roof scrubber are arranged at first
The top of double-spiral conical mixer, and communicate with the inner chamber of the first double-spiral conical mixer, the discharging opening of sack cleaner
Communicated with the inner chamber of the second double-spiral conical mixer by the 3rd Blowing stopper, the discharging opening of cyclone collector closes wind by second
Machine is communicated with the inner chamber of the second double-spiral conical mixer, and the 4th Blowing stopper is arranged on the discharging of the second double-spiral conical mixer
At mouthful, the first roof scrubber is arranged on the top of the first single-screw taper dynamic feed bin, and dynamic with the first single-screw taper
The inner chamber of feed bin is communicated, and the first screw rod conveyor is arranged on the discharging opening of the first single-screw taper dynamic feed bin, in the first vacuum
The discharging opening of material machine is communicated with the first subpackage single-screw taper dynamic feed bin inner chamber, and vacuum feeder is arranged on high-speed mixer
Top, and communicate with Roots vaccum pump；Screw pump entrance point is communicated with material liquid tank, and is communicated with high-speed mixer；Mixed at high speed
Machine is arranged on above stock distributor charging aperture, and stock distributor is in turn mounted at the first rotary pelleting machine and the second rotating granulation
Above machine；The outlet of the first rotary pelleting machine and the second rotary pelleting machine is in turn mounted above transition hopper；Square vibrosieve
Charging aperture is arranged on the lower section of fluid bed dryer, and discharging opening in the Z-shaped top for lifting machine inlet；Sack cleaner air inlet
Mouthful communicate with fluid bed dryer and square vibrosieve respectively, gas outlet is connected with air-introduced machine, air-introduced machine again with water dust scrubber
It is connected；Granule dispenser is communicated with Z-shaped elevator, the first granule feed bin and the second granule feed bin respectively；First little high-pressure dust-cleaning
The suction port of device and the first subpackage single-screw taper dynamic feed bin inner chamber is communicated, the discharging opening of the second vacuum feeder and second point
Dress single-screw taper dynamic feed bin inner chamber is communicated, and the suction port of the second little high-pressure dust-cleaning device and the second subpackage single-screw taper are dynamic
Feed bin inner chamber is communicated, and the discharging opening of the 3rd vacuum feeder is communicated with the 3rd subpackage single-screw taper dynamic feed bin inner chamber, and the 3rd
The suction port of little high-pressure dust-cleaning device is communicated with the 3rd subpackage single-screw taper dynamic feed bin inner chamber；First packer, the second packaging
Machine and second package machine are arranged on the ground floor of two layers of steel-structure factory building, the first packer, the second packer and second package machine
It is separately positioned on the first subpackage single-screw taper dynamic feed bin, the second subpackage single-screw taper dynamic feed bin and the 3rd subpackage list spiral shell
The lower section of rotation taper dynamic feed bin；Water dust scrubber and air-introduced machine are arranged on the outdoor of ground floor；Roof scrubber is removed with moisture film
Dirt device is communicated；The inlet scoop of air-introduced machine is connected with sack cleaner dust-exhausting port, and the exhaust outlet of air-introduced machine is communicated with water dust scrubber；
The inlet scoop of Roots's air-introduced machine is communicated with the first roof scrubber inner chamber, exhaust outlet and the water dust scrubber phase of Roots's air-introduced machine
It is logical；The inlet scoop of Roots vaccum pump is communicated with vacuum feeder, and the exhaust outlet of Roots vaccum pump is communicated with water dust scrubber；Cloth bag
The inlet scoop of cleaner unit is communicated with fluid bed dryer and square vibrosieve respectively, exhaust outlet and the air-introduced machine phase of sack cleaner
Logical, the air outlet of air-introduced machine is communicated with water dust scrubber；The inlet scoop of whirlpool vacuum pump respectively with the first little high-pressure dust-cleaning device,
The inner chamber of two little high-pressure dust-cleaning devices and the 3rd little high-pressure dust-cleaning device is communicated, exhaust outlet and the water dust scrubber phase of whirlpool vacuum pump
It is logical.
Further, two layers of two layers of steel-structure factory building is also equipped with the second single-screw taper dynamic feed bin and the second silo roof dedusting
Device, the second roof scrubber are arranged on the top of the second single-screw taper dynamic feed bin, and expect with the second single-screw taper dynamic
The inner chamber in storehouse is communicated, and the second screw rod conveyor is arranged on the discharging opening of the second single-screw taper dynamic feed bin, the second single-screw cone
Shape dynamic feed bin is arranged on the first single-screw taper dynamic feed bin side, and the second granule feed bin is arranged on the first granule feed bin one
Side, the inlet scoop of Roots's air-introduced machine are communicated with the inner chamber of the second roof scrubber.
Further, also including screw air compressing unit, screw air compressing unit is arranged on the ground floor of two layers of steel-structure factory building, spiral shell
Bar air-compressor set provides pressed gas for jet mill.
The invention has the beneficial effects as follows：Due to by pesticide water dispersible granules process equipment and packaging facilities according to production technology
Flow process carries out two layers of three-dimensional distribution, and so not only pesticide water dispersible granules processing and packing equipment flowsheet floor space just can be significantly
Reduce, and take full advantage of solid material automatic transport from top to bottom, reduce in pesticide water dispersible granules manufacture process
Solid pesticide processing and packaging facilities are carried out three-dimensional distribution of connecting, are realized by the energy expenditure of the external force conveying of solid material
Solid pesticide enters into the output complete production of fractional pack finished product from raw material, by pesticide water dispersible granules process equipment and packed sets
It is standby to combine with two layers of steel-structure factory building, make granular agricultural chemical workshop become a kind of brand-new product, be modern
Water dispersible granules produce the developing direction of complete set of equipments.
Description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of material flow in pesticide water dispersible granules production procedure；
Fig. 3 is the schematic diagram of dust pelletizing system in pesticide water dispersible granules production procedure；
In figure：Bis- layers of steel-structure factory buildings of 1-；2- negative-pressure feeding buckets；3- roof scrubbers；The taper of the first Double helixs of 4- mixes
Machine；The first Blowing stoppers of 5-；6- jet mills；7- cyclone collectors；8- sack cleaners；9- air-introduced machines；10- second closes wind
Machine；The 3rd Blowing stoppers of 11-；The second double-spiral conical mixers of 12-；The 4th Blowing stoppers of 13-；The first single-screws of 14- taper dynamic
Feed bin；The second single-screws of 15- taper dynamic feed bin；The first roof scrubbers of 16-；The second roof scrubbers of 17-；18- Roots draws
Blower fan；The first screw rod conveyors of 19-；The second screw rod conveyors of 20-；The first vacuum feeders of 21-；The second vacuum feeders of 22-；
The 3rd vacuum feeders of 23-；24- the first subpackage single-screws taper dynamic feed bin；25- the second subpackage single-screws taper dynamic material
Storehouse；The 3rd subpackage single-screw tapers of 26- dynamic feed bin；The first little high-pressure dust-cleaning devices of 27-；The second little high-pressure dust-cleaning devices of 28-；29-
3rd little high-pressure dust-cleaning device；30- whirlpool vacuum pumps；The first packers of 31-；The second packers of 32-；33- second package machines；34-
Water dust scrubber；35- screw air compressing units；36- air-introduced machines；37- vacuum feeders；38- Roots vaccum pumps；39- mixed at high speed
Machine；40- material liquid tanks；41- screw pumps；42- stock distributors；The first rotary pelleting machines of 43-；The second rotary pelleting machines of 44-；45-
Transition hopper；46- warm-air supply units；47- fluid bed dryers；The square vibrosieves of 48-；49- sack cleaners；50-Z shapes are carried
The machine of liter；51- granule dispensers；52- the first granule feed bins；53- the second granule feed bins；The 5th Blowing stoppers of 54-；55- the 6th closes wind
Machine.
Specific embodiment
Below in conjunction with the specific embodiment of the description of the drawings present invention in embodiment：
Embodiment 1：A kind of compound workshop of the three-dimensional distribution of pesticide water dispersible granules processing and packing, as shown in Figure 1 to Figure 3,
It includes that two layers of steel-structure factory building 1, negative-pressure feeding bucket 2, roof scrubber 3, the first double-spiral conical mixer 4, first close wind
Machine 5, jet mill 6, cyclone collector 7, sack cleaner 8, air-introduced machine 9, the second Blowing stopper 10, the 3rd Blowing stopper 11,
Two double-spiral conical mixers 12, the 4th Blowing stopper 13, the first single-screw taper dynamic feed bin 14, the second single-screw taper dynamic
Feed bin 15, the first roof scrubber 16, the second roof scrubber 17, Roots's air-introduced machine 18, the first screw rod conveyor 19, the second spiral shell
Bar conveyer 20, the first vacuum feeder 21, the second vacuum feeder 22, the 3rd vacuum feeder 23, the first subpackage single-screw
Taper dynamic feed bin 24, the second subpackage single-screw taper dynamic feed bin 25, the 3rd subpackage single-screw taper dynamic feed bin 26, first
Little high-pressure dust-cleaning device 27, the second little high-pressure dust-cleaning device 28, the 3rd little high-pressure dust-cleaning device 29, whirlpool vacuum pump 30, the first packer
31st, the second packer 32, second package machine 33, water dust scrubber 34, screw air compressing unit 35, air-introduced machine 36, vacuum feeder
37th, Roots vaccum pump 38, high-speed mixer 39, material liquid tank 40, screw pump 41, stock distributor 42, the first rotary pelleting machine 43,
Second rotary pelleting machine 44, transition hopper 45, warm-air supply unit 46, fluid bed dryer 47, square vibrosieve 48, cloth bag are removed
Dirt device 49, Z-shaped elevator 50, granule dispenser 51, the first granule feed bin 52, the second granule feed bin 53,54 and of the 5th Blowing stopper
6th Blowing stopper 55.Negative-pressure feeding bucket 2, roof scrubber 3, the first double-spiral conical mixer 4, cyclone collector 7, cloth bag are removed
Dirt device 8, air-introduced machine 9, the second double-spiral conical mixer 12, the first single-screw taper dynamic feed bin 14, the second single-screw taper
Dynamic feed bin 15, the first roof scrubber 16, the second roof scrubber 17, Roots vaccum pump 18, the first vacuum feeder 21,
Two vacuum feeders 22, the 3rd vacuum feeder 23, the first subpackage single-screw taper dynamic feed bin 24, the second subpackage single-screw cone
Shape dynamic feed bin 25, the 3rd subpackage single-screw taper dynamic feed bin 26, the first little high-pressure dust-cleaning device 27, the second little high-pressure dust-cleaning device
28th, the 3rd little high-pressure dust-cleaning device 29, whirlpool vacuum pump 30, vacuum feeder 37, Roots vaccum pump 38, high-speed mixer 39, material
Flow container 40, screw pump 41, stock distributor 42, granule dispenser 51, the first granule feed bin 52 and the second granule feed bin 53 are pacified
The second layer is mounted in, the first Blowing stopper 5 is arranged on the discharge outlet of the first double-spiral conical mixer 4, negative-pressure feeding bucket 2 and silo roof
Cleaner unit 3 is arranged at the top of the first double-spiral conical mixer 4, and the inner chamber phase with the first double-spiral conical mixer 4
Logical, the discharging opening of sack cleaner 8 is communicated with the inner chamber of the second double-spiral conical mixer 12 by the 3rd Blowing stopper 11, whirlwind
The discharging opening of catcher 7 is communicated with the inner chamber of the second double-spiral conical mixer 12 by the second Blowing stopper 10, the 4th Blowing stopper
13 discharge outlets for being arranged on the second double-spiral conical mixer 12, the first roof scrubber 16 are arranged on the first single-screw taper
The top of dynamic feed bin 14, and communicate with the inner chamber of the first single-screw taper dynamic feed bin 14, the first screw rod conveyor 19 is installed
In the discharging opening of the first single-screw taper dynamic feed bin 14, the discharging opening of the first vacuum feeder 21 and the first subpackage single-screw cone
Shape dynamic 24 inner chamber of feed bin communicate, vacuum feeder 37 be arranged on high-speed mixer 39 top, and with 38 phase of Roots vaccum pump
It is logical；41 entrance point of screw pump is communicated with material liquid tank 40, and is communicated with high-speed mixer 39；High-speed mixer 39 is installed in material point
Above 42 charging aperture of orchestration, and stock distributor 42 is in turn mounted on the first rotary pelleting machine 43 and the second rotary pelleting machine 44
Side；The outlet of the first rotary pelleting machine 43 and the second rotary pelleting machine 44 is in turn mounted above transition hopper 45；Square vibrosieve
48 charging aperture is arranged on the lower section of fluid bed dryer 47, and discharging opening is in the top of 50 charging aperture of Z-shaped elevator；Cloth bag is removed
49 air inlet of dirt device is communicated with fluid bed dryer 47 and square vibrosieve 48 respectively, and gas outlet is connected with air-introduced machine 36, air inducing
Machine 36 is connected with water dust scrubber 34 again；Granule dispenser 51 respectively with Z-shaped elevator 50, the first granule feed bin 52 and second
Pellet storehouse 53 communicates；The suction port of the first little high-pressure dust-cleaning device 27 and the first subpackage single-screw taper dynamic 24 inner chamber phase of feed bin
Logical, the discharging opening of the second vacuum feeder 22 is communicated with the second subpackage single-screw taper dynamic 25 inner chamber of feed bin, the second little high pressure
The suction port of cleaner unit 28 is communicated with the second subpackage single-screw taper dynamic 25 inner chamber of feed bin, the discharging of the 3rd vacuum feeder 23
Mouth is communicated with the 3rd subpackage single-screw taper dynamic 26 inner chamber of feed bin, the suction port and the 3rd subpackage of the 3rd little high-pressure dust-cleaning device 29
Single-screw taper dynamic 26 inner chamber of feed bin is communicated；First packer 31, the second packer 32 and second package machine 33 are arranged on two
The ground floor of layer steel-structure factory building 1, the first packer 31, the second packer 32 and second package machine 33 are separately positioned on first point
Dress single-screw taper dynamic feed bin 24, the second subpackage single-screw taper dynamic feed bin 25 and the 3rd subpackage single-screw taper dynamic material
The lower section in storehouse 26；Water dust scrubber 34 and air-introduced machine 36 are arranged on the outdoor of ground floor；Roof scrubber 3 and water dust scrubber 34
Communicate；The inlet scoop of air-introduced machine 9 is connected with 8 dust-exhausting port of sack cleaner, exhaust outlet and 34 phase of water dust scrubber of air-introduced machine 9
It is logical；The inlet scoop of Roots's air-introduced machine 18 is communicated with 16 inner chamber of the first roof scrubber, the exhaust outlet and moisture film of Roots's air-introduced machine 18
Cleaner unit 34 is communicated；The inlet scoop of Roots vaccum pump 38 is communicated with vacuum feeder 37, the exhaust outlet and water of Roots vaccum pump 38
Film dust-remover 34 is communicated；The inlet scoop of sack cleaner 49 is communicated with fluid bed dryer 47 and square vibrosieve 48 respectively, cloth
The exhaust outlet of bag dust collector 49 is communicated with air-introduced machine 36, and the air outlet of air-introduced machine 36 is communicated with water dust scrubber 34；Whirlpool vacuum
The inlet scoop of pump 30 respectively with the first little high-pressure dust-cleaning device 27, the second little high-pressure dust-cleaning device 28 and the 3rd little high-pressure dust-cleaning device 29
Inner chamber is communicated, and the exhaust outlet of whirlpool vacuum pump 30 is communicated with water dust scrubber 34；Screw air compressing unit 35 is carried for jet mill 6
For pressed gas.
In this example, the first double-spiral conical mixers of material Jing 4, jet mill 6 and the second Double helix taper mixing
After machine 12 is pulverizing, then through high-speed mixer 39, the first rotary pelleting machine 43 or the second rotary pelleting machine 44 and fluid bed
After 47 granulating and drying of drying machine, moved to the first subpackage single-screw taper from the first granule feed bin 52 or the second granule feed bin 53 respectively
State feed bin 24, the second subpackage single-screw taper dynamic feed bin 25 and the 3rd subpackage single-screw taper dynamic feed bin 26 supply powder, realize
One supplies three subpackage scheme, in this example, if the first subpackage single-screw taper dynamic feed bin 24, the second subpackage single-screw taper are moved
The capacity of state feed bin 25 and the 3rd subpackage single-screw taper dynamic feed bin 26 is 1 ton, then the first double-spiral conical mixer 4, the
Two double-spiral conical mixers 12, the first single-screw taper dynamic feed bin 14, the second single-screw taper dynamic feed bin 15, first
The capacity of pellet storehouse 52 and the second granule feed bin 53 is 3 tons.In process of production, the first single-screw taper dynamic 14 He of feed bin
It is used alternatingly in second single-screw taper dynamic feed bin 15, the first granule feed bin 52 and the second feed bin 53, so as to powder processing connects
Continuous property.
In this example, the dedusting route of dust pelletizing system is：The inlet scoop of roof scrubber 3 is communicated simultaneously with negative-pressure feeding bucket 2
The dust produced when feeding intake to negative-pressure feeding bucket 2 carries out primary dust removing, by 3 air outlet of roof scrubber and 34 phase of water dust scrubber
Repeatedly kick into row two-stage dust removal；It is connected with 8 dust-exhausting port of sack cleaner by the inlet scoop of air-introduced machine 9, the exhaust outlet and moisture film of air-introduced machine 9
Cleaner unit 34 is communicated, and so carries out primary dust removing to the dust in cyclone collector 7 by sack cleaner 8, then by air-introduced machine 9
Being sent to water dust scrubber 34 carries out two-stage dust removal；The inlet scoop of Roots's air-introduced machine 18 and the first roof scrubber 16 and the second storehouse
Top 17 inner chamber of cleaner unit is connected, and the exhaust outlet of Roots's air-introduced machine 18 is communicated with water dust scrubber 34, so, by the first silo roof dedusting
Device 16, the second roof scrubber 17 are dynamic to the first single-screw taper dynamic 14 inner chamber dust of feed bin and the second single-screw taper respectively
15 inner chamber dust of state feed bin carries out primary dust removing, then is sent in water dust scrubber 34 by Roots's air-introduced machine 18 and carries out two grades and remove
Dirt；The inlet scoop of whirlpool vacuum pump 30 respectively with the first little high-pressure dust-cleaning device 27, the second little high-pressure dust-cleaning device 28 and the 3rd little height
The inner chamber of pressure cleaner unit 29 is communicated, and the exhaust outlet of whirlpool vacuum pump 30 is communicated with water dust scrubber 34, and so, the first little high pressure is removed
Dirt device 27, the second little high-pressure dust-cleaning device 28 and the 3rd little high-pressure dust-cleaning device 29 are respectively to the first subpackage single-screw taper dynamic feed bin
24th, the dust in the second subpackage single-screw taper dynamic feed bin 25 and the 3rd subpackage single-screw taper dynamic feed bin 26 carries out one-level
Dedusting, then water dust scrubber 34 is sent to by whirlpool vacuum pump 30 carries out two-stage dust removal；38 air inlet of Roots vaccum pump with it is true
Empty feeder 37 is communicated, and the exhaust outlet of Roots vaccum pump 38 is identical with water dust scrubber 34, the dust of such vacuum feeder 37
Water dust scrubber 34 is sent into by Roots vaccum pump 38 carries out dedusting；The air inlet of sack cleaner 49 respectively with stock distributor
Dust shield at 42 times mouths, fluid bed dryer 47 are connected with square vibrosieve, and the exhaust outlet of sack cleaner 49 is again by drawing
Blower fan 36 and water dust scrubber 34 are communicated, such sack cleaner 49 to during 42 blanking of stock distributor, to fluid bed dryer
47 and the dust of the production of square vibrosieve 48 carry out primary dust removing, then carry out two grades by air-introduced machine 36 to water dust scrubber 34 and remove
Dirt.
Claims (3)
1. a kind of compound workshop of the three-dimensional distribution of pesticide water dispersible granules processing and packing, is characterized in that：Including two layers of steel construction factory
Room (1), negative-pressure feeding bucket (2), roof scrubber (3), the first double-spiral conical mixer (4), the first Blowing stopper (5), air-flow
Pulverizer (6), cyclone collector (7), sack cleaner (8), air-introduced machine (9), the second Blowing stopper (10), the 3rd Blowing stopper
(11), the second double-spiral conical mixer (12), the 4th Blowing stopper (13), the first single-screw taper dynamic feed bin (14), first
Roof scrubber (16), Roots's air-introduced machine (18), the first screw rod conveyor (19), the first vacuum feeder (21), the second vacuum
Feeder (22), the 3rd vacuum feeder (23), the first subpackage single-screw taper dynamic feed bin (24), the second subpackage single-screw cone
Shape dynamic feed bin (25), the 3rd subpackage single-screw taper dynamic feed bin (26), first little high-pressure dust-cleaning device (27), the second little high pressure
Cleaner unit (28), the 3rd little high-pressure dust-cleaning device (29), whirlpool vacuum pump (30), the first packer (31), the second packer (32),
Second package machine (33), water dust scrubber (34), screw air compressing unit (35), air-introduced machine (36), vacuum feeder (37), Roots
Vacuum pump (38), high-speed mixer (39), material liquid tank (40), screw pump (41), stock distributor (42), the first rotary pelleting machine
(43), the second rotary pelleting machine (44), transition hopper (45), warm-air supply unit (46), fluid bed dryer (47), square shake
Dynamic sieve (48), sack cleaner (49), Z-shaped elevator (50), granule dispenser (51), the first granule feed bin (52), second
Pellet storehouse (53), the 5th Blowing stopper (54) and the 6th Blowing stopper (55), negative-pressure feeding bucket (2), roof scrubber (3), first pair
Cone and screw mixer (4), cyclone collector (7), sack cleaner (8), air-introduced machine (9), the second double-spiral conical mixer
(12), the first single-screw taper dynamic feed bin (14), the first roof scrubber (16), Roots's air-introduced machine (18), in the first vacuum
Material machine (21), the second vacuum feeder (22), the 3rd vacuum feeder (23), the first subpackage single-screw taper dynamic feed bin
(24), the second subpackage single-screw taper dynamic feed bin (25), the 3rd subpackage single-screw taper dynamic feed bin (26), the first little high pressure
Cleaner unit (27), second little high-pressure dust-cleaning device (28), the 3rd little high-pressure dust-cleaning device (29), whirlpool vacuum pump (30), vacuum feeding
Machine (37), Roots vaccum pump (38), high-speed mixer (39), material liquid tank (40), screw pump (41), stock distributor (42),
Grain allotter (51), the first granule feed bin (52) and the second granule feed bin (53) are installed in the of two layers of steel-structure factory building (1)
Two layers, the first Blowing stopper (5) is arranged on the discharge outlet of the first double-spiral conical mixer (4), negative-pressure feeding bucket (2) and silo roof
Cleaner unit (3) is arranged at the top of the first double-spiral conical mixer (4), and with the first double-spiral conical mixer (4)
Inner chamber is communicated, and the discharging opening of sack cleaner (8) is by the 3rd Blowing stopper (11) and the second double-spiral conical mixer (12)
Inner chamber is communicated, and the discharging opening of cyclone collector (7) is by the second Blowing stopper (10) and the second double-spiral conical mixer (12)
Inner chamber is communicated, and the 4th Blowing stopper (13) is arranged on the discharge outlet of the second double-spiral conical mixer (12), the first silo roof dedusting
Device (16) is arranged on the top of the first single-screw taper dynamic feed bin (14), and with first single-screw taper dynamic feed bin (14)
Inner chamber is communicated, and the first screw rod conveyor (19) is arranged on the discharging opening of the first single-screw taper dynamic feed bin (14), the first vacuum
The discharging opening of feeder (21) is communicated with the first subpackage single-screw taper dynamic feed bin (24) inner chamber, and vacuum feeder (37) is installed
In the top of high-speed mixer (39), and communicate with Roots vaccum pump (38)；Screw pump (41) entrance point and material liquid tank (40) phase
It is logical, and communicate with high-speed mixer (39)；High-speed mixer (39) is arranged on above stock distributor (42) charging aperture, and material
Allotter (42) is in turn mounted above the first rotary pelleting machine (43) and the second rotary pelleting machine (44)；First rotary pelleting machine
(43) outlet of and the second rotary pelleting machine (44) is in turn mounted above transition hopper (45)；The charging aperture of square vibrosieve (48)
Installed in the lower section of fluid bed dryer (47), and discharging opening is in the top of Z-shaped elevator (50) charging aperture；Sack cleaner
(49) air inlet is communicated with fluid bed dryer (47) and square vibrosieve (48) respectively, and gas outlet is connected with air-introduced machine (36),
Air-introduced machine (36) is connected with water dust scrubber (34) again；Granule dispenser (51) respectively with Z-shaped elevator (50), the first particulate material
Storehouse (52) and the second granule feed bin (53) are communicated；The suction port of first little high-pressure dust-cleaning device (27) and the first subpackage single-screw taper
Dynamic feed bin (24) inner chamber is communicated, the discharging opening of the second vacuum feeder (22) and the second subpackage single-screw taper dynamic feed bin
(25) inner chamber is communicated, the suction port of second little high-pressure dust-cleaning device (28) and the second subpackage single-screw taper dynamic feed bin (25) inner chamber
Communicate, the discharging opening of the 3rd vacuum feeder (23) is communicated with the 3rd subpackage single-screw taper dynamic feed bin (26) inner chamber, the 3rd
The suction port of little high-pressure dust-cleaning device (29) is communicated with the 3rd subpackage single-screw taper dynamic feed bin (26) inner chamber；First packer
(31), the second packer (32) and second package machine (33) are arranged on the ground floor of two layers of steel-structure factory building (1), the first packer
(31), the second packer (32) and second package machine (33) be separately positioned on the first subpackage single-screw taper dynamic feed bin (24),
Second subpackage single-screw taper dynamic feed bin (25) and the lower section of the 3rd subpackage single-screw taper dynamic feed bin (26)；Water film dedusting
Device (34) and air-introduced machine (36) are arranged on the outdoor of ground floor；Roof scrubber (3) is communicated with water dust scrubber (34)；Air-introduced machine
(9) inlet scoop is connected with sack cleaner (8) dust-exhausting port, and the exhaust outlet of air-introduced machine (9) is communicated with water dust scrubber (34)；Sieve
The inlet scoop of thatch air-introduced machine (18) is communicated with the first roof scrubber (16) inner chamber, the exhaust outlet and moisture film of Roots's air-introduced machine (18)
Cleaner unit (34) is communicated；The inlet scoop of Roots vaccum pump (38) is communicated with vacuum feeder (37), the row of Roots vaccum pump (38)
Air port is communicated with water dust scrubber (34)；The inlet scoop of sack cleaner (49) respectively with fluid bed dryer (47) and square shake
Dynamic sieve (48) communicates, and the exhaust outlet of sack cleaner (49) is communicated with air-introduced machine (36), the air outlet and moisture film of air-introduced machine (36)
Cleaner unit (34) is communicated；Remove with first little high-pressure dust-cleaning device (27), the second little high pressure respectively the inlet scoop of whirlpool vacuum pump (30)
The inner chamber of dirt device (28) and the 3rd little high-pressure dust-cleaning device (29) is communicated, the exhaust outlet and water dust scrubber of whirlpool vacuum pump (30)
(34) communicate.
2. the compound workshop that pesticide water dispersible granules processing and packing solid is distributed according to claim 1, is characterized in that：Two layers
(1) two layer of steel-structure factory building is also equipped with the second single-screw taper dynamic feed bin (15) and the second roof scrubber (17), and second
Roof scrubber (17) is arranged on the top of the second single-screw taper dynamic feed bin (15), and expects with the second single-screw taper dynamic
The inner chamber in storehouse (15) is communicated, and the second screw rod conveyor (20) is arranged on the discharging opening of the second single-screw taper dynamic feed bin (15),
Second single-screw taper dynamic feed bin (15) is arranged on the first single-screw taper dynamic feed bin (14) side, the second granule feed bin
(53) the first granule feed bin (52) side is arranged on, the inlet scoop of Roots's air-introduced machine (18) is interior with the second roof scrubber (17)
Chamber communicates.
3. the compound workshop that pesticide water dispersible granules processing and packing solid is distributed according to claim 1, is characterized in that：Also wrap
Screw air compressing unit (35) is included, screw air compressing unit (35) is arranged on the ground floor of two layers of steel-structure factory building (1), screw air compressor
Group (35) is that jet mill (6) provides pressed gas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611244046.3A CN106516309A (en) | 2016-12-29 | 2016-12-29 | Pesticide water dispersible granule processing and packaging stereo-distribution composite workshop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611244046.3A CN106516309A (en) | 2016-12-29 | 2016-12-29 | Pesticide water dispersible granule processing and packaging stereo-distribution composite workshop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106516309A true CN106516309A (en) | 2017-03-22 |
Family
ID=58338279
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611244046.3A Pending CN106516309A (en) | 2016-12-29 | 2016-12-29 | Pesticide water dispersible granule processing and packaging stereo-distribution composite workshop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106516309A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108001744A (en) * | 2017-12-21 | 2018-05-08 | 山东金朗生物科技有限公司 | Dextran large biological molecule finished product collects crushing packing system and method automatically |
| CN108094423A (en) * | 2018-02-12 | 2018-06-01 | 江阴市昌盛药化机械有限公司 | The production system and preparation method of soluble granule of glyhosate ammonium |
| CN108163581A (en) * | 2017-11-28 | 2018-06-15 | 荆门市格林美新材料有限公司 | A kind of automatic conveying system |
-
2016
- 2016-12-29 CN CN201611244046.3A patent/CN106516309A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163581A (en) * | 2017-11-28 | 2018-06-15 | 荆门市格林美新材料有限公司 | A kind of automatic conveying system |
| CN108001744A (en) * | 2017-12-21 | 2018-05-08 | 山东金朗生物科技有限公司 | Dextran large biological molecule finished product collects crushing packing system and method automatically |
| CN108001744B (en) * | 2017-12-21 | 2024-04-30 | 山东金洋药业有限公司 | Automatic collecting, crushing and packaging system and method for dextran biomacromolecule finished products |
| CN108094423A (en) * | 2018-02-12 | 2018-06-01 | 江阴市昌盛药化机械有限公司 | The production system and preparation method of soluble granule of glyhosate ammonium |
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Application publication date: 20170322 |
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