CN201756511U - Fertilizer joint production device - Google Patents
Fertilizer joint production device Download PDFInfo
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- CN201756511U CN201756511U CN201020286240XU CN201020286240U CN201756511U CN 201756511 U CN201756511 U CN 201756511U CN 201020286240X U CN201020286240X U CN 201020286240XU CN 201020286240 U CN201020286240 U CN 201020286240U CN 201756511 U CN201756511 U CN 201756511U
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- 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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Abstract
The utility model relates to a fertilizer joint production device, which is mainly used for producing organic granular fertilizers and organic-inorganic mixed granular fertilizers, and comprises a first mixer (1), a stirrer (2), a stack-turning machine (4), a conveyor (6), a first dryer (8), a rough pulverizer (13), a first sieving machine (14), a fine pulverizer (15), a first distribution conveying system (16), a second mixer (17), a first packaging machine (19), a granulator (21), a second dryer (23), a cooler (28), a second sieving machine (33), a second packaging machine (35), a third packaging machine (38), a fourth packaging machine (41), a third dryer (44), a fifth packaging machine (50), a second distribution conveying system (52) and a sixth packaging machine (54). The fertilizer joint production device controls drying temperature between 60 DEG C and 70 EDG C and controls drying humidity between 30 DEG C and 35 EDG C in the whole production process, enables the vast majority of microorganisms to survive, is obvious in biological fertilizer effect function, can pulverize fertilizers with 30%-40% moisture content by the aid of the special fine pulverizer, improves production efficiency by 10 times and substantially enhances fertilizer pulverizing quality.
Description
(1) technical field
The utility model relates to a kind of fertilizer combination producing equipment.Be mainly used in the production of organic granulated fertilizer and organic and inorganic composite grain fertilizer.
(2) background technology
Fertilizer on the market is divided into special-purpose fertilizer, common fertilizer (pulvis), common fertilizer (particle), coat fertilizer and BB fertilizer (also being Bulk Blending Fertilizer) usually.
The manufacture craft of granulated fertilizer directly affects the production efficiency and the fertilizer quality of fertilizer.Traditional fertilizer manufacture craft is normally: batching → stirring → disk pelletizing → twice hyperthermia drying (complete drying) → screening → salable product classification packing warehouse-in → unacceptable product → advance to enter next circulation after pulverizer is pulverized once more.This kind technology has the following disadvantages:
1, behind the double hyperthermia drying, microorganism is killed totally substantially in the fertilizer, and this kind fertilizer only rises and loosens the soil, adds organic egency, and simultaneously, by adding inorganic additives infertile fields such as (N, P, K), the fertilizer effect is very low, serious waste of resources.
2, fertiliser granulates adopts traditional disk pelletizing technology, and granulate quality and granulation efficient are all relatively poor.
3, because granulate quality is poor, producing a large amount of coarse fodders when fertilizer screens needs further to pulverize, and production efficiency is low, and granulate quality obviously descended when returns was granulated once more simultaneously.
4, using common pulverizer, mainly is by ring mill granulation or plain grinding granulation or throwing sieve etc., and passage easily takes place during pulverizing, causes fault shut-down etc., and simultaneously, this technology dust is big, noise is big, and environmental pollution is serious.
(3) summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provide a kind of make microorganism be able to survival, granulate quality and granulation efficient all higher, be difficult for when pulverizing that passage takes place and dust is little, noise is little, the fertilizer combination producing equipment of non-environmental-pollution.
The purpose of this utility model is achieved in that a kind of fertilizer combination producing equipment, comprise first mixing machine, stirrer, turnover throwing machine, transfer roller, first dryer, Roughpulverizer, first sifting machine, slimer, the first batching delivery system, second mixing machine, first wrapping machine, tablets press, second dryer, cooler, second sifting machine, second wrapping machine, the 3rd wrapping machine, the 4th wrapping machine, the 3rd dryer, the 5th wrapping machine, second batching delivery system and the 6th wrapping machine, described first mixing machine outlet links to each other with stirrer, turnover throwing machine is arranged in the stirrer rear, transfer roller is arranged in the turnover throwing machine rear, the transfer roller outlet links to each other with the first dryer import, first dryer heats with first hotblast stove, the first dryer top is connected with first air-suction duct, the outlet of first air-suction duct links to each other with one first fly-ash separator, first fly-ash separator links to each other with one first induced draft fan, first induced draft fan links to each other with one first chimney, described first dryer outlet links to each other with the Roughpulverizer import, the Roughpulverizer outlet links to each other with the first sifting machine import, the outlet of the first sifting machine coarse fodder links to each other with the Roughpulverizer import, the outlet of the first sifting machine fines links to each other with the slimer import, the slimer outlet links to each other with the second mixing machine import, and the second mixing machine import also links to each other with the first batching delivery system; Import links to each other the outlet of second mixing machine with tablets press with first wrapping machine respectively; second mixing machine has electronic scales; the tablets press outlet links to each other with the second dryer import; second dryer heats with second hotblast stove; the second dryer top is connected with second air-suction duct; the outlet of second air-suction duct links to each other with one second fly-ash separator; second fly-ash separator links to each other with one second induced draft fan; second induced draft fan links to each other with one second chimney; described second dryer outlet links to each other with the cooler import; the cooler top is connected with an air-suction duct; the air-suction duct outlet links to each other with a fly-ash separator; fly-ash separator links to each other with an induced draft fan; induced draft fan links to each other with a chimney; the cooler outlet links to each other with the second sifting machine import; the pulvis outlet of second sifting machine links to each other with second wrapping machine; the coarse grain outlet of second sifting machine links to each other with the 3rd wrapping machine; the finished product outlet that the sizing screening of second sifting machine comes out; link to each other with the 4th wrapping machine and the 3rd dryer import respectively; the 3rd dryer heats with the 3rd hotblast stove; the 3rd dryer top is connected with one the 3rd air-suction duct; the outlet of the 3rd air-suction duct links to each other with one the 3rd fly-ash separator; the 3rd fly-ash separator links to each other with one the 3rd induced draft fan; the 3rd induced draft fan links to each other with one the 3rd chimney; the outlet of the 3rd dryer links to each other with the 6th wrapping machine with the 5th wrapping machine respectively, and the 6th wrapping machine links to each other with the second batching delivery system.
The utility model fertilizer combination producing equipment, described slimer comprises a support, and a hopper and a power system are installed on this support, and hopper top is connected with a hopper, and the hopper bottom is a discharge port; Described power system comprises power shaft and cutter head assembly, power shaft vertically is inserted in the hopper, cutter head assembly is installed on the interior power shaft of hopper, this cutter head assembly comprises two cutterheads and four blade axle, described two cutterheads are fixedly connected on the power shaft one on the other, the four blade axle is connected between described up and down two cutterheads by thru-bolt, and the four blade axle is evenly arranged in described power shaft periphery; On described cutter shaft, evenly be set with the multi-disc blade from top to bottom, and the dislocation of the blade in the vertical direction on two adjacent two cutter shafts layout, and all blades all are horizontally disposed; Corresponding to the cutter head assembly on the described power shaft, be compounded with a gear ring at the inwall of described hopper.
The utility model fertilizer combination producing equipment is provided with a double wedge in the middle of the outer end of described blade, all be step symmetry cloth in the both sides, outer end of blade and be provided with a plurality of double wedges, and described gear ring is a straight trough type gear ring.
The utility model fertilizer combination producing equipment, described hopper is cylindrical, and the hopper top is provided with a case lid, on one side case lid is provided with a feed port, feed port back side outer periphery is equipped with a baffle liner.
The beneficial effects of the utility model are:
1, the whole process of production bake out temperature is controlled at 60～70 ℃, and oven dry humidity is controlled at 30%～35%, and most microorganisms are survived, and biological fertilizer efficiency effect is obvious.
2, use special-purpose slimer, the pulverizing of moisture fertilizer and the difficulty of granulating, equipment obstruction shut-down problem have thoroughly been solved, can under fertilizer 30%～40% water ratio, pulverize, 10 times of ground have improved production efficiency, and fertilizer pulverizes quality and be greatly improved, and pulverize fertiliser granulates and can be controlled in 1mm and following, simultaneously, this equipment is to pulverize fertilizer in the container of sealing, has reduced noise effectively, has avoided dust pollution, has improved Working environment.
(4) description of drawings
Fig. 1 is the utility model fertilizer combination producing outfit of equipment layout drawing.
Fig. 2 is the Facad structure synoptic diagram of slimer of the present utility model.
Fig. 3 is the vertical view of Fig. 2.
Fig. 4 is the left side view of Fig. 2.
Fig. 5 is the A-A sectional view of Fig. 3.
Fig. 6 is hopper of the present utility model and power system connection diagram.
Fig. 7 is a hopper internal structure synoptic diagram of the present utility model.
Fig. 8 is the B-B sectional view of Fig. 7.
Fig. 9 is the C-C sectional view of Fig. 7.
Figure 10 is blade running figure of the present utility model.
Figure 11 is the I enlarged view of Fig. 9.
Figure 12 is a fundamental diagram one of the present utility model.
Figure 13 is a fundamental diagram two of the present utility model.
Figure 14 is the II enlarged view of Figure 13.
Figure 15 is the III enlarged view (dustband enlarged view) of Fig. 7.
Reference numeral among the figure:
First mixing machine 1; stirrer 2; bar buttress formula fermentation 3; turnover throwing machine 4; become thoroughly decomposed 5; transfer roller 6; first hotblast stove 7; first dryer 8; first air-suction duct 9; first fly-ash separator 10; first induced draft fan 11; first chimney 12; Roughpulverizer 13; first sifting machine 14; slimer 15; the first batching delivery system 16; second mixing machine 17; check 18; first wrapping machine 19; warehouse-in 20; tablets press 21; second hotblast stove 22; second dryer 23; second air-suction duct 24; second fly-ash separator 25; second induced draft fan 26; second chimney 27; cooler 28; air-suction duct 29; fly-ash separator 30; induced draft fan 31; chimney 32; sifting machine 33; check 34; second wrapping machine 35; warehouse-in 36; check 37; the 3rd wrapping machine 38; warehouse-in 39; check 40; the 4th wrapping machine 41; warehouse-in 42; the 3rd hotblast stove 43; the 3rd dryer 44; the 3rd air-suction duct 45; the 3rd fly-ash separator 46; the 3rd induced draft fan 47; three or four chimneys 48; check 49; the 5th wrapping machine 50; warehouse-in 51; the second batching delivery system 52; check 53; the 6th wrapping machine 54; warehouse-in 55.
Support 15.1, hopper 15.2, first web member 15.3, hopper 15.4, second web member 15.5, power system 15.6, bolt pair 15.7, blade 15.8, gear ring 15.9, fertilizer 15.10;
Case lid 15.2.1, feed port 15.2.1.1, baffle liner 15.2.1.2;
Shield cap 15.6.1, motor 15.6.2, transmission belt 15.6.3, electrical machine belt pulley 15.6.4, driven pulley 15.6.5, power shaft 15.6.6, bearing housing 15.6.7, bearing 15.6.8, cutterhead 15.6.9, cutter shaft 15.6.10;
Double wedge 15.8.1,15.8.2,15.8.3,15.8.4;
Straight trough 15.9.1.
(5) embodiment
Referring to Fig. 1, Fig. 1 is the utility model fertilizer combination producing outfit of equipment layout drawing.As seen from Figure 1, the utility model fertilizer combination producing equipment, comprise first mixing machine 1, stirrer 2, turnover throwing machine 4, transfer roller 6, first dryer 8, Roughpulverizer 13, first sifting machine 14, slimer 15, the first batching delivery system 16, second mixing machine 17, first wrapping machine 19, tablets press 21, second dryer 23, cooler 28, second sifting machine 33, second wrapping machine 35, the 3rd wrapping machine 38, the 4th wrapping machine 41, the 3rd dryer 44, the 5th wrapping machine 50, second batching delivery system 52 and the 6th wrapping machine 54,1 outlet of described first mixing machine links to each other with stirrer 2, turnover throwing machine 4 is arranged in stirrer 2 rears, transfer roller 6 is arranged in turnover throwing machine 4 rears, transfer roller 6 outlets link to each other with 8 imports of first dryer, 7 heating of first dryer, 8 usefulness, first hotblast stove, first dryer, 8 tops are connected with first air- suction duct 9,9 outlets of first air-suction duct link to each other with one first fly-ash separator 10, first fly-ash separator 10 links to each other with one first induced draft fan 11, first induced draft fan 11 links to each other with one first chimney 12,8 outlets of described first dryer link to each other with Roughpulverizer 13 imports, Roughpulverizer 13 outlets link to each other with 14 imports of first sifting machine, the outlet of first sifting machine, 14 coarse fodders links to each other with Roughpulverizer 13 imports, the outlet of first sifting machine, 14 fineves links to each other with slimer 15 imports, slimer 15 outlets link to each other with 17 imports of second mixing machine, and 17 imports of second mixing machine also link to each other with the first batching delivery system 16; 21 imports link to each other 17 outlets of second mixing machine with tablets press with first wrapping machine 19 respectively; second mixing machine 17 has electronic scales; tablets press 21 outlets link to each other with 23 imports of second dryer; 22 heating of second dryer, 23 usefulness, second hotblast stove; second dryer, 23 tops are connected with second air-suction duct 24; 24 outlets of second air-suction duct link to each other with one second fly-ash separator 25; second fly-ash separator 25 links to each other with one second induced draft fan 26; second induced draft fan 26 links to each other with one second chimney 27; 23 outlets of described second dryer link to each other with cooler 28 imports; cooler 28 tops are connected with an air-suction duct 29; air-suction duct 29 outlets link to each other with a fly-ash separator 30; fly-ash separator 30 links to each other with an induced draft fan 31; induced draft fan 31 links to each other with a chimney 32; cooler 28 outlets link to each other with 33 imports of second sifting machine; the pulvis outlet of second sifting machine 33 links to each other with second wrapping machine 35; the coarse grain outlet of second sifting machine 33 links to each other with the 3rd wrapping machine 38; the finished product outlet that the sizing screening of second sifting machine 33 comes out; link to each other with the 4th wrapping machine 41 and 44 imports of the 3rd dryer respectively; 43 heating of the 3rd dryer 44 usefulness the 3rd hotblast stove; the 3rd dryer 44 tops are connected with one the 3rd air-suction duct 45; 45 outlets of the 3rd air-suction duct link to each other with one the 3rd fly-ash separator 46; the 3rd fly-ash separator 46 links to each other with one the 3rd induced draft fan 47; the 3rd induced draft fan 47 links to each other with one the 3rd chimney 48; 44 outlets of the 3rd dryer link to each other with the 6th wrapping machine 54 with the 5th wrapping machine 50 respectively, and the 6th wrapping machine 54 links to each other with the second batching delivery system 52.
The utility model utilizes computer system that the whole production flow process is linked up, and carries out computer and controls.
Referring to Fig. 2～4, Fig. 2 is the Facad structure synoptic diagram of slimer of the present utility model.Fig. 3 is the vertical view of Fig. 2.Fig. 4 is the left side view of Fig. 2.By Fig. 2, Fig. 3 and Fig. 4 as can be seen, slimer of the present utility model comprises a support 15.1, and this support 15.1 is equipped with a hopper 15.2 by web member 15.3 on one side, and hopper 15.2 tops are connected with a hopper 15.4, and hopper 15.2 bottoms are discharge port; These support 15.1 the other sides are connected with a power system 15.6 by web member 15.5 and bolt pair 15.7 (quadruplet).
Referring to Fig. 5～6, Fig. 5 is the A-A sectional view of Fig. 3.Fig. 6 is hopper of the present utility model and power system connection diagram.By Fig. 5 and Fig. 6 as can be seen, described hopper 15.2 is cylindrical, and hopper 15.2 tops are provided with a case lid 15.2.1, on one side case lid 15.2.1 is provided with a feed port 15.2.1.1, the fertilizer in the hopper 15.4 among Fig. 2 can enter in the hopper 15.2 by this hole.Feed port 15.2.1.1 back side outer periphery is equipped with the baffle liner 15.2.1.2 that a band steel surrounds.Its III partial enlarged drawing as shown in figure 15.Described power system 15.6 comprises motor 15.6.2, electrical machine belt pulley 15.6.4, transmission belt 15.6.3, driven pulley 15.6.5, power shaft 15.6.6, bearing support 15.6.7, bearing 15.6.8 and cutter head assembly, motor 15.6.2 is installed on the web member 15.5 by bolt pair 15.7 (quadruplet), electrical machine belt pulley 15.6.4 is installed in motor 15.6.2 output terminal, transmission belt 15.6.3 is sleeved on electrical machine belt pulley 15.6.4 and the driven pulley 15.6.5, driven pulley 15.6.5 is installed in power shaft 15.6.6 upper end, and at electrical machine belt pulley 15.6.4, transmission belt 15.6.3, driven pulley 15.6.5 is set with a shield cap 15.6.1 outward.Described power shaft 15.6.6 top is installed in the middle of the described case lid 15.2.1 by bearing support 15.6.7 and bearing 15.6.8, and described bearing support 15.6.7 and bearing 15.6.8 are installed on the case lid 15.2.1 back side, power shaft 15.6.6 bottom vertically is inserted in the hopper 15.2, cutter head assembly is installed on the power shaft 15.6.6 in the hopper 15.2, this cutter head assembly comprises two cutterhead 15.6.9 and four blade axle 15.6.10, described two cutterhead 15.6.9 are fixedly connected on the power shaft 15.6.6 one on the other, four blade axle 15.6.10 is connected between the described up and down two cutterhead 15.6.9 by thru-bolt, and four cutter shaft 15.6.10 are evenly arranged in described power shaft 15.6.6 periphery.
Referring to Fig. 7～8, Fig. 7 is a hopper internal structure synoptic diagram of the present utility model.Fig. 8 is the B-B sectional view of Fig. 7.By Fig. 7 and Fig. 8 as can be seen, among described four cutter shaft 15.6.10, have and all evenly be set with five blades 15.8 on two cutter shaft 15.6.10 from top to bottom, all evenly be set with four blades 15.8 from top to bottom on two cutter shaft 15.6.10 in addition, and the blade 15.8 in the vertical directions dislocation on two adjacent two cutter shaft 15.6.10 is arranged, and all blades 15.8 all are horizontally disposed.
Referring to Fig. 9, Fig. 9 is the C-C sectional view of Fig. 7.As seen from Figure 9, corresponding to the cutter head assembly on the power shaft 15.6.6, be compounded with a gear ring 15.9 at the inwall of described hopper 15.2.
Referring to Figure 10, Figure 10 is blade running figure of the present utility model.As seen from Figure 10, when blade after the position of Fig. 9 starts power system 15.6 runnings, totally 18 blades 15.8 on four cutter shaft 15.6.10 are thrown away at once.
Referring to Figure 11, Figure 11 is the I enlarged view of Fig. 9.As seen from Figure 11, be provided with a double wedge 15.8.1 in the middle of the outer end of described blade 15.8, the both sides, outer end of blade 15.8 all are step symmetry cloth and are provided with three double wedge 15.8.2,15.8.3,15.8.4; Described gear ring 15.9 is a straight trough 15.9.1 type gear ring.
Principle of work:
Referring to Figure 12～14, Figure 12 is a fundamental diagram one of the present utility model.Figure 13 is a fundamental diagram two of the present utility model.Figure 14 is the II enlarged view of Figure 13.As seen from Figure 12, the feed port 15.2.1.1 that offers on the case lid 15.2.1 by hopper 15.2 after fertilizer 15.10 enters hopper 15.4 enters in the hopper 15.2,18 blades 15.8 in the hopper under the driving of power system 15.6 in hopper high speed rotating, with the fertilizer 15.10 continuous cutting and grinding that enter in the hopper, simultaneously, the particle of fertilizer 15.10 constantly is thrown to around the wall of hopper 15.2, as shown in figure 13, the fertilizer that arrives the hopper edge is constantly by the double wedge 15.8.1 of blade 15.8,15.8.2,15.8.3,15.8.4 corner angle are pulverized, and be thrown on the gear ring 15.9, under the effect of impact force, constantly broken by the straight trough 15.9.1 corner angle of gear ring 15.9, fertilizer is under gravity and baffle liner effect, constantly broken by the corner angle of the blade 15.8 of different positions and gear ring 15.9 in transmittance process from top to bottom, until reaching the standard particle requirement.
In the process that fertiliser granulates is pulverized, be flushed to behind fertilizer on the case lid 15.2.1 of hopper 15.2 and the baffle liner 15.2.1.2 of dust in meeting Fig. 5 by retaining feed back case 15.2 inside, make fertiliser granulates and dust not pass hopper and outwards go out, improved Working environment effectively.
Annotate:
Carbon-nitrogen ratio (C/N):
The total content of carbon is called carbon-nitrogen ratio with the ratio of the total content of nitrogen in the organism.
Make in the organic material of compost, the ratio of carbon element and nitrogen, suitable carbon-nitrogen ratio (the suitableeest C/N is 20/1) helps microbial fermentation to decompose.
Adjust carbon-nitrogen ratio: cow dung C/N is 20～23/1, and pig manure is 10～14/1, and chicken manure is 9～10/1, so cow dung can not adjusted C/N during compost treatment, and the pig chicken manure needs; Adjust rice husk (C/N is 70/1), the mushroom class of material high C/N commonly used and discard wood chip (C/N is 57/1) and wood chip (C/N is 298/1) etc.
Special-purpose fertile:
So-called special-purpose fertile, be exactly nutrient uptake feature according to regional soil situation and crop, nutritive elements such as nitrogen, phosphorus, potassium and trace element are carried out scientific matching, for the special fertilizer that uses of this area crops.
Special-purpose fertilizer according to the crop growth rule with to the development and production of different element absorption amount, by analysis to the soil nutrient content characteristics, regulation of fertilizer requirement according to Different Crop, in conjunction with local habits fertilization level, cropping system and natural climate condition, develop the special-purpose fertile compound fertilizer of various crops with suiting measures to local conditions, and at Different Crop, different soils has added various healthy trace elements with household and can promote the pungent of plant growth in fertilizer, " skill thing " adequate and systematic service technology of Shi Hanging simultaneously, so this becomes gradually, and to solve utilization rate of fertilizer low, one of method of problem such as crop yield and downgrade.
Claims (5)
1. fertilizer combination producing equipment, it is characterized in that described equipment comprises first mixing machine (1), stirrer (2), turnover throwing machine (4), transfer roller (6), first dryer (8), Roughpulverizer (13), first sifting machine (14), slimer (15), the first batching delivery system (16), second mixing machine (17), first wrapping machine (19), tablets press (21), second dryer (23), cooler (28), second sifting machine (33), second wrapping machine (35), the 3rd wrapping machine (38), the 4th wrapping machine (41), the 3rd dryer (44), the 5th wrapping machine (50), second batching delivery system (52) and the 6th wrapping machine (54), described first mixing machine (1) outlet links to each other with stirrer (2), turnover throwing machine (4) is arranged in stirrer (2) rear, transfer roller (6) is arranged in turnover throwing machine (4) rear, transfer roller (6) outlet links to each other with first dryer (8) import, first dryer (8) heats with first hotblast stove (7), first dryer (8) top is connected with first air-suction duct (9), first air-suction duct (9) outlet links to each other with one first fly-ash separator (10), first fly-ash separator (10) links to each other with one first induced draft fan (11), first induced draft fan (11) links to each other with one first chimney (12), described first dryer (8) outlet links to each other with Roughpulverizer (13) import, Roughpulverizer (13) outlet links to each other with first sifting machine (14) import, the outlet of first sifting machine (14) coarse fodder links to each other with Roughpulverizer (13) import, the outlet of first sifting machine (14) fines links to each other with slimer (15) import, slimer (15) outlet links to each other with second mixing machine (17) import, and second mixing machine (17) import also links to each other with the first batching delivery system (16); Import links to each other with tablets press (21) with first wrapping machine (19) respectively in second mixing machine (17) outlet; second mixing machine (17) has electronic scales; tablets press (21) outlet links to each other with second dryer (23) import; second dryer (23) heats with second hotblast stove (22); second dryer (23) top is connected with second air-suction duct (24); second air-suction duct (24) outlet links to each other with one second fly-ash separator (25); second fly-ash separator (25) links to each other with one second induced draft fan (26); second induced draft fan (26) links to each other with one second chimney (27); described second dryer (23) outlet links to each other with cooler (28) import; cooler (28) top is connected with an air-suction duct (29); air-suction duct (29) outlet links to each other with a fly-ash separator (30); fly-ash separator (30) links to each other with an induced draft fan (31); induced draft fan (31) links to each other with a chimney (32); cooler (28) outlet links to each other with second sifting machine (33) import; the pulvis outlet of second sifting machine (33) links to each other with second wrapping machine (35); the coarse grain outlet of second sifting machine (33) links to each other with the 3rd wrapping machine (38); the finished product outlet that the sizing screening of second sifting machine (33) comes out; link to each other with the 4th wrapping machine (41) and the 3rd dryer (44) import respectively; the 3rd dryer (44) heats with the 3rd hotblast stove (43); the 3rd dryer (44) top is connected with one the 3rd air-suction duct (45); the 3rd air-suction duct (45) outlet links to each other with one the 3rd fly-ash separator (46); the 3rd fly-ash separator (46) links to each other with one the 3rd induced draft fan (47); the 3rd induced draft fan (47) links to each other with one the 3rd chimney (48); the 3rd dryer (44) outlet links to each other with the 6th wrapping machine (54) with the 5th wrapping machine (50) respectively, and the 6th wrapping machine (54) links to each other with the second batching delivery system (52).
2. fertilizer combination producing equipment according to claim 1, it is characterized in that described slimer (15) comprises a support (15.1), one hopper (15.2) and a power system (15.6) are installed on this support (15.1), hopper (15.2) top is connected with a hopper (15.4), and hopper (15.2) bottom is a discharge port; Described power system (15.6) comprises power shaft (15.6.6) and cutter head assembly, power shaft (15.6.6) vertically is inserted in the hopper (15.2), cutter head assembly is installed on the interior power shaft (15.6.6) of hopper (15.2), this cutter head assembly comprises two cutterheads (15.6.9) and four blade axle (15.6.10), described two cutterheads (15.6.9) are fixedly connected on the power shaft (15.6.6) one on the other, four blade axle (15.6.10) is connected between described up and down two cutterheads (15.6.9) by thru-bolt, and four blade axle (15.6.10) is evenly arranged in described power shaft (15.6.6) periphery; On described cutter shaft (15.6.10), evenly be set with multi-disc blade (15.8) from top to bottom, and the dislocation of blade (15.8) in the vertical direction on two adjacent two cutter shafts (15.6.10) layout, and all blades (15.8) all are horizontally disposed; Corresponding to the cutter head assembly on the described power shaft (15.6.6), be compounded with a gear ring (15.9) at the inwall of described hopper (15.2).
3. fertilizer combination producing equipment according to claim 2, it is characterized in that in the middle of the outer end of described blade (15.8), being provided with a double wedge (15.8.1), all be step symmetry cloth in the both sides, outer end of blade (15.8) and be provided with a plurality of double wedges (15.8.2,15.8.3,15.8.4), described gear ring (15.9) is straight trough (15.9.1) type gear ring.
4. according to claim 2 or 3 described fertilizer combination producing equipment, it is characterized in that described hopper (15.2) is cylindrical, hopper (15.2) top is provided with a case lid (15.2.1), case lid (15.2.1) is provided with a feed port (15.2.1.1) on one side, and feed port (15.2.1.1) back side outer periphery is equipped with a baffle liner (15.2.1.2).
5. according to claim 2 or 3 described fertilizer combination producing equipment, it is characterized in that described power system (15.6) also comprises motor (15.6.2), electrical machine belt pulley (15.6.4), transmission belt (15.6.3) and driven pulley (15.6.5), motor (15.6.2) is installed on second web member (15.5) by bolt pair (15.7), second web member (15.5) is installed on the support (15.1), electrical machine belt pulley (15.6.4) is installed in motor (15.6.2) output terminal, transmission belt (15.6.3) is sleeved on electrical machine belt pulley (15.6.4) and the driven pulley (15.6.5), driven pulley (15.6.5) is installed in power shaft (15.6.6) upper end, and at electrical machine belt pulley (15.6.4), transmission belt (15.6.3), the outer shield cap (15.6.1) that is set with of driven pulley (15.6.5), described power shaft (15.6.6) top is installed in the middle of the described case lid (15.2.1) by bearing support (15.6.7) and bearing (15.6.8), and described bearing support (15.6.7) and bearing (15.6.8) are installed on case lid (15.2.1) back side.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020286240XU CN201756511U (en) | 2010-08-09 | 2010-08-09 | Fertilizer joint production device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020286240XU CN201756511U (en) | 2010-08-09 | 2010-08-09 | Fertilizer joint production device |
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| CN201756511U true CN201756511U (en) | 2011-03-09 |
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| CN201020286240XU Expired - Lifetime CN201756511U (en) | 2010-08-09 | 2010-08-09 | Fertilizer joint production device |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102020496A (en) * | 2010-08-09 | 2011-04-20 | 江阴市联业生物科技有限公司 | Fertilizer joint production method and special device thereof |
| CN102249821A (en) * | 2011-04-21 | 2011-11-23 | 王金玲 | Forced air drying bacterium packaging machine for production of granular-type microbial fertilizer |
| CN102503627A (en) * | 2011-10-20 | 2012-06-20 | 黄华 | Biological-organic-inorganic compound granular fertilizer production technique and device |
| CN103204749A (en) * | 2013-04-15 | 2013-07-17 | 潍坊神洲生物肥料有限公司 | Biological fertilizer forming and drying system |
| CN103992161A (en) * | 2014-05-04 | 2014-08-20 | 江苏中房农牧有限公司 | Organic-inorganic compound fertilizer processing apparatus |
| CN113004102A (en) * | 2021-03-08 | 2021-06-22 | 广州市土根旺生物科技有限公司 | Full water-soluble agate type granular bacterial manure production equipment |
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2010
- 2010-08-09 CN CN201020286240XU patent/CN201756511U/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102020496A (en) * | 2010-08-09 | 2011-04-20 | 江阴市联业生物科技有限公司 | Fertilizer joint production method and special device thereof |
| CN102020496B (en) * | 2010-08-09 | 2013-06-26 | 江阴市联业生物科技有限公司 | Fertilizer joint production method and special device thereof |
| CN102249821A (en) * | 2011-04-21 | 2011-11-23 | 王金玲 | Forced air drying bacterium packaging machine for production of granular-type microbial fertilizer |
| CN102249821B (en) * | 2011-04-21 | 2013-11-27 | 王金玲 | Forced air drying bacterium packaging machine for production of granular-type microbial fertilizer |
| CN102503627A (en) * | 2011-10-20 | 2012-06-20 | 黄华 | Biological-organic-inorganic compound granular fertilizer production technique and device |
| CN103204749A (en) * | 2013-04-15 | 2013-07-17 | 潍坊神洲生物肥料有限公司 | Biological fertilizer forming and drying system |
| CN103204749B (en) * | 2013-04-15 | 2014-07-02 | 潍坊神洲生物肥料有限公司 | Biological fertilizer forming and drying system |
| CN103992161A (en) * | 2014-05-04 | 2014-08-20 | 江苏中房农牧有限公司 | Organic-inorganic compound fertilizer processing apparatus |
| CN113004102A (en) * | 2021-03-08 | 2021-06-22 | 广州市土根旺生物科技有限公司 | Full water-soluble agate type granular bacterial manure production equipment |
| CN113004102B (en) * | 2021-03-08 | 2022-07-29 | 广州天适立农生态农业发展有限公司 | Full water-soluble agate type granular bacterial manure production equipment |
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