CN209456342U - A kind of organic and inorganic fertilizer process units - Google Patents

Abstract

The utility model relates to organic and inorganic fertilizer production technical fields, especially a kind of organic and inorganic fertilizer process units, it is adjusted by melting the connection between room, granulation tower, packing machine, cooling tower and each device to pulverizer, extruder, sieve a, sieve b, mixer, heat, so that device structure is compact, reduce space occupied, it improves work efficiency, and the quality of the compound organic and inorganic fertilizer prepared is improved.

Description

A kind of organic and inorganic fertilizer process units

Technical field

The utility model relates to organic and inorganic fertilizer production technical field, especially a kind of organic and inorganic fertilizer process units.

Background technique

As compound organic and inorganic fertilizer advantage and disadvantage highlight, the PRODUCTION TRAITS of compound organic and inorganic fertilizer has also been obtained fastly The development of speed is used in combination so that chemical fertilizer is carried out compound with organic fertilizer, reaches volume increase, improvement soil and culture fertility, improves agriculture The purpose of product quality.

Currently, being concentrated mainly in Technology for production of organicinorganic compound fertilizer research process to production equipment and life In the improvement of production. art process, such as Patent No. 201520089650.8 discloses a kind of Organic fertilizer production line, including broken Machine, screening machine and transport mechanism, the transport mechanism include the first conveyer belt, the second conveyer belt and third conveyer belt, the sieve Extension set includes that cylindric sieve and rack, the screen slope are arranged on the rack, and sieve upper end is feed inlet, and lower end is back It closes up, is provided with and the integrally formed finished product discharge port of rack below the middle part of sieve；The discharge end of first conveyer belt is set In the top of crusher feed-inlet, the feed end of second conveyer belt is placed in below the discharge port of crusher, and discharge end is placed in Above the feed inlet of screening machine；The feed end of third conveyer belt is placed in the lower section of recovery port, the discharge end passback of third conveyer belt To the top of the feed inlet of crusher.For example Patent No. 201510108439.0 discloses a kind of Organic fertilizer production line again, it It promotes conveyer belt, saw foam sludge mixing arrangement and incinerator by saw foam to form, the structure that saw foam promotes conveyer belt is, under adhesive tape Roller and two end of the roll shaft of adhesive tape upper roller are mounted on axle bed, and axle bed is fixed on baffle；Saw foam sludge mixing arrangement structure be, It is fixed with elevating hopper on the delivery chute of screw conveyor, partition is fixed in elevating hopper, elevating hopper is separated into saw foam by partition Feeding room and sludge feeding room, the feed opening of saw foam feeding room are located at the starting point top of the helical axis of screw conveyor；Its energy It reduces saw foam and drops out adhesive tape, improve working environment.But research in the prior art, compound organic and inorganic fertilizer was produced Cheng Zhong still remains numerous defects, cannot ensure compound organic and inorganic fertilizer quality and quality, and production efficiency is lower.

In consideration of it, there is researcher person further to make research again, such as: Patent No. 201620258820.5 Compound organic and inorganic fertilizer production line, for producing compound organic and inorganic fertilizer, the formula material for manufacturing compound organic and inorganic fertilizer passes through Elevator cast hopper, bucket elevator are respectively delivered in several feed bins, and the dust and foul smell during which generated passes through deduster Carry out purified treatment；Organic-inorganic compound formula raw material in feed bin is assigned in weighing and burden storehouse by screw(-type) feeder, It is sufficiently mixed subsequently into mixing machine, is entered in blanking storehouse using the second conveying pipeline, organic-inorganic compound is completed with this The synthesis treatment process of fertilizer formula raw material；After the synthesis treatment process for completing Organic-inorganic compound formula raw material, pass through skin Band machine is transported in packing machine, completes the packaging of compound organic and inorganic fertilizer.It finally concentrates and is packed into lifting case, it is complete by hoisting machine At storage process, ingredient is accurate, high degree of automation, the stable product quality of output；Such as Patent No. again 201621482460.3 compound organic and inorganic fertilizer process units, including crusher, pelletizer, drier, cooler, the first sieve Machine, the second screening machine, coating machine are selected, by being attached to above equipment, so that the fertiliser granulates that partial size is too large or too small There is good processing, realize spontaneous circulation, so that product cut size is unified, quality is preferable.

But organic-inorganic cannot still be fully met for the production equipment of compound organic and inorganic fertilizer in the prior art Production of compound fertilizer, and the number of devices in the entire production line is more, causes the technological process of production longer, occupied area compared with Greatly.

Utility model content

In order to solve the above technical problems existing in the prior art, the invention provides a kind of organic and inorganic fertilizer production Device.

It is achieved particular by following technical scheme:

In order to enable can be realized in organic and inorganic fertilizer production process to organic matter raw material, inorganic raw material is at It after reason, realizes that heat melts mixing, improves organic-inorganic trophosome ingredient and be uniformly mixed, improve organic and inorganic fertilizer slow release effect, this Innovation and creation provide organic and inorganic fertilizer process units, including pulverizer, extruder, sieve a, sieve b, mixer, heat are melted room, made Grain tower, packing machine, cooling tower；Pulverizer outlet and sieve a inlet communication；Extruder outlet and sieve b inlet communication；Sieve a It is the identical drum screen of structure with sieve b；Sieve a and sieve b is provided with coarse fodder outlet, the outlet of middle material, fine material outlet；Sieve a On coarse fodder outlet and the outlet of middle material be connected to pulverizer, coarse fodder on sieve b is exported and is connected to extruder；On sieve b Middle material exports and mixer inlet communication, fine material outlet and mixer inlet communication on sieve a；Fine material outlet on sieve b Melt room inlet communication, mixer outlet and granulation tower inlet communication with heat, room inlet communication is melted with heat in granulation tower outlet；Heat melts room Outlet and cooling tower inlet communication, cooling tower outlet and packing machine inlet communication.

In order to realize and be carried out at coating to the particle being granulated and heat is melted after absorption mixing with superior technique effect Reason, it is preferable that the granulation tower outlet and coating cylinder inlet communication；The heat melts room outlet and coating cylinder inlet communication；Coating Cylinder outlet and cooling tower inlet communication.

In order to form stable coating in particle surface during realizing coating with superior technique effect, keep away Exempt from particle crushing, it is preferable that the heat melts room outlet and is provided with oil plant import, oil plant on the communicating pipe of coating cylinder inlet communication Import is connected to fuel injector.

In order to reduce equipment space occupied, improves to organic and inorganic raw material after processing, can satisfy Subsequent mixing granulation and to be unsatisfactory for granularity requirement raw material carry out secondary treatment, it is preferable that the drum screen, including machine Frame, the control piece being arranged on the rack, screen drum, platform；Motor is provided on platform, the output end of motor is provided with arbor, machine Axis and the center axis connection for passing through screen drum center, and it is able to drive center axis rotation；Central axis one end passes through control piece, and can It is rotated in control piece；Screen drum rear end is provided with cover plate, and cover plate is provided centrally with axis hole, and the central axis other end passes through axis hole It is connect with arbor, and central axis can rotate in axis hole；Central axis is able to drive screen drum rolling；Screen drum is close to control Part one end is closed state, and ecto-entad is arranged to outer layer, middle layer, internal layer, is set on the internal layer end plates of control piece one end It is equipped with feed inlet；Screen drum is open state far from control piece one end, and junction is provided with cover plate, is arranged in cover plate There are coarse fodder outlet, the outlet of middle material, fine material outlet；Coarse fodder outlet is connected to coarse fodder pipe, the outlet of middle material is connected to middle expects pipe, fines goes out Mouth is connected to fines pipe；It is provided with mesoporous in middle level, is provided with inner hole extruded on internal layer；It is connected to inside feed inlet and internal layer.

In order to enable motor stabilizing, it is preferable that bolt is provided with motor cabinet on the platform, motor is arranged in motor On seat.

In order to enable motor meets at heeling condition and sets heeling condition for screen drum, it is preferable that the motor cabinet is by base Seat inclined plate and block form, and single machine is installed on pedestal inclined plate, and block is arranged in motor tail end.

In order to enable sieving effect it is more excellent, avoid sieving effect it is bad, it is preferable that the screen drum be to setting motor side to Lower inclination.

Organic and inorganic raw material is chewed to granularity standard is met in order to ensure, improves organic and inorganic raw material mixing Uniformity, it is preferable that the mixer includes stand, and the bottom in stand and upper layer is arranged in, and is arranged on bottom dynamic Source a and power source b；It is provided with belt pulley a on power source a, passes through line shaft a on power source b and is provided with belt pulley b；On upper layer Be provided with cabinet, the chew portion of feeding warehouse tail end is arranged in by feeding warehouse in cabinet, be arranged in chew portion tail end mixing unit and Mixing unit tail end or the discharge port composition on tail end side wall are set；Be provided between mixing unit and chew portion every Plate, partition lower end can enter the chamber in mixing unit for material in chew portion；It is provided with rolling member on partition, is mixing Through-hole is provided on portion's tail end wall；It is provided with roller a in mixing unit, the transmission shaft b at center is provided through on roller a, passes Moving axis a is connect with rolling member, and other end passes through through-hole and is provided with belt pulley d, and transmission shaft a can be rolled freely；? It is provided with roller b in chew portion, transmission shaft a is provided on roller b, transmission shaft a passes through chew portion side wall, and transmission shaft a prolongs one end It stretches out chew portion side wall and is provided with belt pulley c；Belt pulley c is connect by belt with belt pulley a；Belt pulley b passes through belt and skin Tep reel d connection；It is provided with scraper b on roller a, scraper a is provided on roller b；Roller a in mixing unit along cabinet it is long to Setting, roller b are wide to setting along cabinet in chew portion.

In order to avoid material is accumulated in mixing unit, mixing unit is blocked, it is preferable that the mixing unit bottom is provided with inclination Plate.

In order to improve mixed effect, expulsion efficiency is improved, it is preferable that the hang plate tilt angle is 30-45 DEG C.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram.

Fig. 2 is additional embodiment structural schematic diagram.

1- pulverizer 2- extruder 3- sieve a 4- sieve b 5- mixer 6- heat melts room 7- granulation tower 8- packaging Machine 9- cooling tower 10- coating cylinder 11- fuel injector.

Fig. 3 is mesh structure schematic diagram.

Fig. 4 is Fig. 3 A direction view.

Fig. 5 is Fig. 3 B direction view.

Fig. 6 splits B direction view from junction for Fig. 3.

Fig. 7 splits A direction view from junction for Fig. 3.

Expects pipe 3.3- fines pipe 3.4- pedestal inclined plate 3.5- bolt 3.6- platform 3.7- in 3.1- coarse fodder pipe 3.2- Motor cabinet 3.8- block 3.9- motor 3.10- arbor 3.11- cover plate 3.12- junction 3.13- screen drum 3.14- into Material mouth 3.15- control piece 3.16- central axis 3.17- rack 3.18- cross bar 3.131- outer layer 3.132- middle layer 3.133- Internal layer 3.134- mesoporous 3.135- inner hole 3.136- coarse fodder exports material outlet 3.138- fine material outlet in 3.137- 3.161- axis hole.

Fig. 8 is mixer overall structure diagram.

Fig. 9 is Fig. 8 partial cross-sectional structural diagram.

Figure 10 is that Fig. 8 is splitted from partition to mixing unit view.

The upper layer 5.1- stand 5.2- bottom 5.3- 5.4- power source a 5.5- power source b 5.6- belt pulley a 5.7- Line shaft a 5.8- belt pulley b 5.9- transmission shaft a 5.10- belt pulley c 5.11- discharge port 5.12- transmission shaft b 5.13- skin Tep reel d 5.14- mixing unit 5.15- partition 5.16- chew portion 5.17- scraper a 5.18- feeding warehouse 5.19- roller a 5.20- scraper b 5.21- roller b 5.22- rolling member 5.23- hang plate.

Specific embodiment

It is limited below with reference to specific embodiment the technical solution of the invention is further, but requires to protect The range of shield is not only limited to made description.

As shown in Figure 1, in certain embodiments, organic and inorganic fertilizer process units, including pulverizer 1, extruder 2, sieve A3, sieve b4, mixer 5, heat melt room 6, granulation tower 7, packing machine 8, cooling tower 9；The outlet of pulverizer 1 connects with sieve a3 import It is logical；The outlet of extruder 2 and sieve b4 inlet communication；Sieve a3 and sieve b4 is the identical drum screen of structure；Sieve a3 and sieve B4 is provided with coarse fodder outlet, the outlet of middle material, fine material outlet；Coarse fodder outlet and the outlet of middle material on sieve a3 connect with pulverizer 1 Logical, the coarse fodder outlet on sieve b4 is connected to extruder 2；The outlet of middle material and 5 inlet communication of mixer, sieve on sieve b4 Fine material outlet and 5 inlet communication of mixer on a3；Fine material outlet and heat on sieve b4 melt 6 inlet communication of room, mixer 5 6 inlet communication of room is melted with heat in outlet and 7 inlet communication of granulation tower, the outlet of granulation tower 7；Heat is melted the outlet of room 6 and is connected with 9 import of cooling tower It is logical, the outlet of cooling tower 9 and 8 inlet communication of packing machine.By melting to pulverizer, extruder, sieve a, sieve b, mixer, heat Connection adjustment between room, granulation tower, packing machine, cooling tower and each device, so that device structure is compact, reduces land occupation Space improves work efficiency, and the quality of the compound organic and inorganic fertilizer prepared is improved.By will be organic Material crushes in pulverizer, handles by sieve a sieving, obtains fines；By inorganic raw material is squeezed in extruder, It realizes the powdered to inorganic raw material, and passes through sieve b, middle material and fines are screened out to come, fines enters heat and melts interior Heat is carried out to melt；Middle material is mixed with organic matter raw material fines in a mixer, after being granulated, is entered heat and is melted interior, real Granular fertilizer suction-operated now is utilized to the hot melting material of inorganic raw material, compound organic and inorganic fertilizer trophosome is improved and is uniformly mixed, improve Compound organic and inorganic fertilizer trophosome slow release effect.

As shown in Fig. 2, in certain embodiments, the outlet of granulation tower 7 and 10 inlet communication of coating cylinder；The heat Melt the outlet of room 6 and 10 inlet communication of coating cylinder；The outlet of coating cylinder 10 and 9 inlet communication of cooling tower.It realizes and heat is melted what room came out Hot melt is realized in coating cylinder and carries out coating processing to the particle of granulation, so that inorganic material forms coating layer in particle surface, So that the inorganic material ingredient of organic material and middle material particle by coating inside particle, avoid the collision powder in cooling tower cooling procedure It is broken, improve yield rate.

In certain embodiments, the heat melts the outlet of room 6 and is provided with oil on the communicating pipe of 10 inlet communication of coating cylinder Expect that import, oil plant import are connected to fuel injector 11.So that during coating, provide coating oil so that particle surface appearance compared with It is excellent, the layer structure of fertiliser granulates is improved, high degree avoids fertiliser granulates crushing, reduces content of powder in fertilizer.

As shown in fig. 3 to 7, in certain embodiments, the drum screen, including rack 3.17 are arranged in rack 3.17 Control piece 3.15, screen drum 3.13, platform 3.6；Motor 3.9 is provided on platform 3.6, the output end setting of motor 3.9 is organic Axis 3.10, arbor 3.10 is connect with the central axis 3.16 for passing through 3.13 center of screen drum, and is able to drive center axis rotation；Center 3.16 one end of axis passes through control piece 3.15, and can rotate in control piece 3.15；3.13 rear end of screen drum is provided with cover plate 3.11, cover plate 3.11 is provided centrally with axis hole 3.161, and 3.16 other end of central axis passes through axis hole 3.161 and arbor 3.10 connects It connects, and central axis 3.16 can rotate in axis hole 3.161；Central axis 3.16 is able to drive the rolling of screen drum 3.13；Sieve Cylinder 3.13 is closed state close to 3.15 one end of control piece, and ecto-entad is arranged to outer layer 3.131, middle layer 3.132, internal layer 3.133, feed inlet 3.14 is being provided on 3.15 one end internal layer end plates of control piece；Screen drum 3.13 is far from control piece 3.15 One end is open state, and junction 3.12 is provided with cover plate 3.11, and coarse fodder outlet is provided in cover plate 3.11 3.136, middle material exports 3.137, fine material outlet 3.138；Coarse fodder outlet 3.136 is connected to coarse fodder pipe 3.1, middle material exports 3.137 It is connected to middle expects pipe 3.2, fine material outlet 3.138 is connected to fines pipe 3.3；Mesoporous 3.134 is provided on 3.132 in middle level, Inner hole 3.135 is provided on internal layer 3.133；It is connected to inside feed inlet 3.14 and internal layer 3.133.

In certain embodiments, bolt 3.5 is provided with motor cabinet 3.7 on the platform 3.6, motor 3.9 is arranged On motor cabinet 3.7.

In certain embodiments, the motor cabinet 3.7 is made of pedestal inclined plate 3.4 and block 3.8, pedestal inclined plate 3.4 Upper installation single machine, block 3.8 are arranged in 3.9 tail end of motor.

In certain embodiments, the screen drum 3.13 is to tilt down to setting 3.9 end of motor.

As seen in figs. 8-10, in certain embodiments, the mixer 5 includes stand 5.1, is arranged in stand 5.1 Bottom 5.2 and upper layer 5.3, power source a5.4 and power source b5.5 are provided on bottom 5.2；It is arranged on power source a5.4 There is belt pulley a5.6, passes through line shaft a5.7 on power source b5.5 and be provided with belt pulley b5.8；It is provided with cabinet on upper layer 5.3, Cabinet is arranged in the chew portion 5.16 of 5.18 tail end of feeding warehouse, the mixing of 5.16 tail end of chew portion is arranged in by feeding warehouse 5.18 Portion 5.14 and the discharge port 5.11 being arranged on 5.14 tail end of mixing unit or close tail end side wall form；In mixing unit Partition 5.15 is provided between 5.14 and chew portion 5.16,5.15 lower end of partition can be entered for material in chew portion 5.16 Chamber in mixing unit 5.14；It is provided with rolling member 5.22 on partition 5.15, is provided on 5.14 tail end wall of mixing unit logical Hole；It is provided with roller a5.19 in mixing unit 5.14, the transmission shaft b5.12 at center is provided through on roller a5.19, is driven Axis a5.12 is connect with rolling member 5.22, and other end passes through through-hole and is provided with belt pulley d5.13, and transmission shaft a5.12 energy It is enough freely to roll；It is provided with roller b5.21 in chew portion 5.16, transmission shaft a5.9, transmission shaft are provided on roller b5.21 A5.9 passes through 5.16 side wall of chew portion, and transmission shaft a5.9 extends one end 5.16 side wall of chew portion and is provided with belt pulley c5.10； Belt pulley c5.10 is connect by belt with belt pulley a5.6；Belt pulley b5.8 is connect by belt with belt pulley d5.13；Roller It is provided with scraper b5.20 on a5.19, scraper a5.17 is provided on roller b5.21；The edge in mixing unit 5.14 roller a5.19 Cabinet it is long to setting, roller b5.21 is wide to setting along cabinet in chew portion 5.16.

In certain embodiments, 5.14 bottom of mixing unit is provided with hang plate 5.23.

In certain embodiments, 5.23 tilt angle of hang plate is 30-45 DEG C.

Claims (10)

1. a kind of organic and inorganic fertilizer process units, which is characterized in that including pulverizer (1), extruder (2), sieve a (3), sieve B (4), mixer (5), heat melt room (6), granulation tower (7), packing machine (8), cooling tower (9)；Pulverizer (1) outlet and sieve a (3) inlet communication；Extruder (2) outlet and sieve b (4) inlet communication；Sieve a (3) and sieve b (4) is the identical rolling of structure Dynamic sieve；Sieve a (3) and sieve b (4) is provided with coarse fodder outlet, the outlet of middle material, fine material outlet；Coarse fodder outlet on sieve a (3) It is connected to pulverizer (1) with the outlet of middle material, the coarse fodder outlet on sieve b (4) is connected to extruder (2)；On sieve b (4) Middle material exports and mixer (5) inlet communication, fine material outlet and mixer (5) inlet communication on sieve a (3)；Sieve b (4) On fine material outlet and heat melt room (6) inlet communication, mixer (5) outlet and granulation tower (7) inlet communication, granulation tower (7) go out Mouth melts room (6) inlet communication with heat；Heat melts room (6) outlet and cooling tower (9) inlet communication, cooling tower (9) outlet and packing machine (8) inlet communication.

2. organic and inorganic fertilizer process units as described in claim 1, which is characterized in that granulation tower (7) outlet and packet Film cylinder (10) inlet communication；The heat melts room (6) outlet and coating cylinder (10) inlet communication；Coating cylinder (10) outlet and cooling tower (9) inlet communication.

3. organic and inorganic fertilizer process units as claimed in claim 2, which is characterized in that the heat melts room (6) outlet and packet It is provided with oil plant import on the communicating pipe of film cylinder (10) inlet communication, oil plant import is connected to fuel injector (11).

4. organic and inorganic fertilizer process units as described in claim 1, which is characterized in that the drum screen, including rack (3.17), control piece (3.15), screen drum (3.13), the platform (3.6) being arranged on rack (3.17)；Platform is arranged on (3.6) Have motor (3.9), the output end of motor (3.9) is provided with arbor (3.10), arbor (3.10) and screen drum (3.13) center of passing through Central axis (3.16) connection, and be able to drive center axis rotation；Central axis (3.16) one end passes through control piece (3.15), and energy Enough rotations in control piece (3.15)；Screen drum (3.13) rear end is provided with cover plate (3.11), the setting of cover plate (3.11) center Have axis hole (3.161), central axis (3.16) other end passes through axis hole (3.161) and connect with arbor (3.10), and central axis It (3.16) being capable of the rotation in axis hole (3.161)；Central axis (3.16) is able to drive screen drum (3.13) rolling；Screen drum It (3.13) is closed state close to control piece (3.15) one end, ecto-entad is arranged to outer layer (3.131), middle layer (3.132), interior Layer (3.133) is being provided with feed inlet (3.14) on the internal layer end plates of control piece (3.15) one end；Screen drum (3.13) is separate Control piece (3.15) one end is open state, and is provided with cover plate (3.11) by junction (3.12), cover plate (3.11) On be provided with coarse fodder outlet (3.136), middle material outlet (3.137), fine material outlet (3.138)；Coarse fodder exports (3.136) and coarse fodder Pipe (3.1) connection, middle material outlet (3.137) are connected to middle expects pipe (3.2), fine material outlet (3.138) and fines pipe (3.3) connect It is logical；It is provided on (3.132) in middle level mesoporous (3.134), inner hole (3.135) is provided on internal layer (3.133)；Feed inlet (3.14) it is connected to internal layer (3.133) inside.

5. organic and inorganic fertilizer process units as claimed in claim 4, which is characterized in that pass through spiral shell on the platform (3.6) Bolt (3.5) is provided with motor cabinet (3.7), and motor (3.9) is arranged on motor cabinet (3.7).

6. organic and inorganic fertilizer process units as claimed in claim 5, which is characterized in that the motor cabinet (3.7) is by pedestal Inclined plate (3.4) and block (3.8) form, and single machine is installed on pedestal inclined plate (3.4), and block (3.8) is arranged in motor (3.9) tail End.

7. organic and inorganic fertilizer process units as claimed in claim 4, which is characterized in that the screen drum (3.13) is to setting Motor (3.9) end tilts down.

8. organic and inorganic fertilizer process units as described in claim 1, which is characterized in that the mixer (5) includes stand (5.1), the bottom (5.2) being arranged on stand (5.1) and upper layer (5.3), are provided with power source a (5.4) on bottom (5.2) With power source b (5.5)；It is provided on power source a (5.4) belt pulley a (5.6), line shaft a is passed through on power source b (5.5) (5.7) belt pulley b (5.8) are provided with；Cabinet is provided on upper layer (5.3), cabinet is arranged by feeding warehouse (5.18) in feeding warehouse (5.18) chew portion (5.16) of tail end is arranged in the mixing unit (5.14) of chew portion (5.16) tail end and setting in mixing unit (5.14) tail end or discharge port (5.11) composition on tail end side wall；Mixing unit (5.14) and chew portion (5.16) it Between be provided with partition (5.15), partition (5.15) lower end can enter in mixing unit (5.14) for material in chew portion (5.16) Chamber；It is provided with rolling member (5.22) on partition (5.15), is provided with through-hole on mixing unit (5.14) tail end wall；Mixed It is provided in conjunction portion (5.14) roller a (5.19), the transmission shaft b (5.12) at center is provided through on roller a (5.19), be driven Axis a (5.12) is connect with rolling member (5.22), and other end passes through through-hole and is provided with belt pulley d (5.13), and transmission shaft a (5.12) it can freely roll；It is provided in chew portion (5.16) roller b (5.21), roller b is provided with transmission on (5.21) Axis a (5.9), transmission shaft a (5.9) pass through chew portion (5.16) side wall, and chew portion (5.16) are extended in transmission shaft a (5.9) one end Side wall is provided with belt pulley c (5.10)；Belt pulley c (5.10) is connect by belt with belt pulley a (5.6)；Belt pulley b (5.8) It is connect by belt with belt pulley d (5.13)；It is provided on roller a (5.19) scraper b (5.20), roller b is arranged on (5.21) There are scraper a (5.17)；Roller a (5.19) is long to setting along cabinet in mixing unit (5.14), and roller b (5.21) is in chew portion (5.16) wide to setting along cabinet in.

9. organic and inorganic fertilizer process units as claimed in claim 8, which is characterized in that described mixing unit (5.14) bottom is set It is equipped with hang plate (5.23).

10. organic and inorganic fertilizer process units as claimed in claim 9, which is characterized in that hang plate (5.23) inclination Angle is 30-45 DEG C.