CN109796235A - A kind of manufacturing equipment of bio-feritlizer - Google Patents
A kind of manufacturing equipment of bio-feritlizer Download PDFInfo
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- CN109796235A CN109796235A CN201910240104.2A CN201910240104A CN109796235A CN 109796235 A CN109796235 A CN 109796235A CN 201910240104 A CN201910240104 A CN 201910240104A CN 109796235 A CN109796235 A CN 109796235A
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Abstract
A kind of manufacturing equipment of bio-feritlizer, including the block that charges, the charging block upper left side is installed with stirring block, stir chamber is provided in the stirring block, stirring belt wheel chamber is provided with above the stir chamber, the stirring belt wheel is intracavitary to be provided with rabbling mechanism, being provided with for left end connection of the stir chamber leads to extraneous raw material mouth, the mixing chamber of the stir chamber right end setting left and right intercommunication, being provided with for mixing chamber right end connection protrudes into extraneous auxiliary material mouth, the configuration of the present invention is simple, it is easy to operate, rotation is sprayed onto animal wastes and some such as weeds after nutrient solution and prebiotic bacterium stoste are mixed, on the organic wastes such as sawdust surface, three kinds of raw materials are uniformly mixed by being sufficiently stirred for rabbling mechanism, then the raw material to be fermented being stirred is packed by charge mechanism in the fermenter automatically, it is pending that stacking etc. is piled in the fermenter Ferment, present device high degree of automation greatly reduce labour's activity of the mankind.
Description
Technical field
The present invention relates to organic waste materials fields, and in particular to a kind of manufacturing equipment of bio-feritlizer.
Background technique
Bio-organic fertilizer nutrient is complete, can improve soil, improves using soil hardening caused by chemical fertilizer.Improve
Soil physical and chemical property enhances soil water-retaining, fertilizer conservation, the ability of fertilizer, but the process for making raw fertilizer currently on the market compares
It is many and diverse, and a large amount of manpower is needed to participate in the process, the human cost for needing to expend is higher, and biological raw material and nutrient solution and benefit
Raw bacterium stoste stir the uneven effect that will affect bio-feritlizer during stirring, need to be directed to more than technological deficiency do
Change out.
Summary of the invention
The purpose of the present invention is to provide a kind of manufacturing equipments of bio-feritlizer, and the above-mentioned of the prior art can be overcome to lack
It falls into.
According to the present invention, the manufacturing equipment of a kind of bio-feritlizer of present device, including charging block, the charging block are left
Top is installed with stirring block, and stir chamber is provided in the stirring block, and stirring belt wheel chamber is provided with above the stir chamber, described
Stirring belt wheel is intracavitary to be provided with rabbling mechanism, and extraneous raw material mouth is led in being provided with for the left end connection of the stir chamber, described
The mixing chamber of left and right intercommunication is arranged in stir chamber right end, and being provided with for mixing chamber right end connection protrudes into extraneous auxiliary material mouth, institute
The rotation spraying mechanism being installed on the stir chamber end wall that is provided with of mixing chamber left end connection is stated, the stir chamber lower end connects
Logical being provided with falls mouth, and described fall in mouthful left end wall is provided with moveable mobile door, be provided in the charging block and
The transport chamber for falling mouth connection, the interior rotation of the transport chamber are provided with haul spiral, and transport chamber lower end lower end connects
Logical is provided with blanking port, and the blanking port lower end connection is provided with loading chamber, and passing through for the haul helical rotation is described
Transport chamber simultaneously protrudes into the loading chamber, and charge mechanism, the setting of the loading chamber left end connection are provided in the loading chamber
There is the discharge port of outward opening circle, the discharge port lower end connection is provided with discharging belt wheel chamber, and the discharging belt wheel is intracavitary to be set
It is equipped with discharge belt, what can be fallen on conveyer belt is provided with fermentor, and the loading chamber right end connection is provided with opening
Feed inlet outwardly, the lower end connection of the feed inlet are provided with charging belt wheel chamber, and the charging belt wheel is intracavitary to be provided with
Feed conveyor belt.
Further technical solution, the rabbling mechanism include the stirring belt wheel chamber, the stirring belt wheel chamber upper end wall
It is inside installed with stirring motor, the output shaft rotation of the stirring motor passes through the stirring belt wheel chamber and protrudes into the stir chamber
Interior, the output shaft outer surface of the stirring motor is installed with the stirring main pulley intracavitary positioned at the stirring belt wheel, the stirring
The output shaft outer surface of motor is installed with several main stirring rod in the stir chamber, described stirring main pulley or so two
Section is symmetrically arranged with the stirring secondary pulley intracavitary positioned at the stirring belt wheel, two stirring secondary pulleys and the stirring band
It takes turns and is cooperatively connected between chamber by synchronous belt, passing through the stirring belt wheel chamber and stretching for rotation is installed in the stirring secondary pulley
Enter the stirring subband wheel shaft in the stir chamber, the outer surface of the stirring subband wheel shaft is installed in the stir chamber
Several secondary stirring rod, the pair stirring rod and the main stirring rod are interlaced, and what can raw material be smashed and be stirred be more preferably equal
It is even.
Further technical solution, the rotation spraying mechanism includes the mixing chamber, solid in the mixing chamber upper end wall
Equipped with hybrid electric motor, the output shaft outer surface of the hybrid electric motor is installed with the mixing rod in the mixing chamber, described mixed
The right end for closing chamber is provided with check valve, and the left end of the mixing chamber is provided with solenoid valve, is installed in the end wall of the stir chamber
The sprinkling block of annular, the ring block chamber being connected to the mixing chamber is provided in the sprinkling block, and described ring block chamber or so is held
The setting rack gear rotated in wall is provided with company's chamber that is be connected to the ring block chamber and leading to the external world, institute in the gear ring
The company's of stating chamber lower end is installed with symmetrical booster pump, and the even chamber lower end connection is provided with below the booster pump
Spray head, the left gear chamber of the ring block chamber right end connection being provided in the sprinkling block, the left gear chamber right end
The right gear chamber of connection being provided in the stirring block is installed with rotating electric machine in the right gear chamber lower end wall, institute
The outer surface for stating the output shaft of rotating electric machine is installed with the gear intracavitary positioned at the right gear, the left side of the gear and institute
State the right side engagement of gear ring.
Further technical solution, the charge mechanism include the loading chamber, fixed in the upper end wall of the loading chamber
There is driving motor, the output shaft outer surface of the driving motor is installed with the acceleration main pulley in the loading chamber, described
Accelerate to be provided with acceleration pinion on the left of main pulley, be matched between the acceleration pinion and the acceleration main pulley by synchronous belt
Connection is closed, the acceleration pinion for the connection that is rotatably assorted with the acceleration main pulley upper end wall is installed in the acceleration pinion
Axis, the lower end surface for accelerating pinion axis are installed with drive bevel gear, the setting of the left side engagement of the drive bevel gear
There is fixed and haul spiral right side driven wheel of differential, the lower end surface for accelerating main pulley is installed with eccentric dial
Bar is installed with fixed disk on the lower end wall of the loading chamber, the fixed disk chamber of opening upwards is provided in the fixed disk, described
What is rotated in fixed disk chamber lower end wall is provided with driver plate axle, and the driver plate axle upper surface is installed with driver plate, in the upper driver plate
Being provided with identical four openings of interval angles, the upper driver plate slot of intercommunication, the driving lever can protrude into described upper group outwardly and up and down
It is slidably connected in dish groove and with the end wall of the upper driver plate slot, the outer surface of the driver plate axle is installed with positioned at described upper group
Lower driver plate below dish groove, identical four openings of interval angles is provided in the lower driver plate outwardly and intercommunication is set aside up and down
Dish groove, it is described to set aside the fermentor that be placed in dish groove positioned at the fixed disk chamber upper end wall, the rotation side of the lower driver plate
To rotate counterclockwise.
Further technical solution, the discharge belt include the discharging belt wheel chamber, discharging belt wheel chamber rear
It is provided with the driving pulley chamber being located in the charging block, is installed with belt wheel motor in the driving pulley cavity rear end wall, it is described
The output shaft outer surface of belt wheel motor is installed with positioned at the intracavitary symmetrical discharging main pulley in its front and back of the discharging belt wheel, it is described go out
It is provided with discharging subband wheel shaft on the left of material main pulley, passes through transmission between the discharging subband wheel shaft and the discharging main pulley
Band is cooperatively connected, and the discharging for the connection that is rotatably assorted with end wall before and after the discharging belt wheel chamber is installed in the discharging subband wheel shaft
Secondary pulley.
Further technical solution, the feed conveyor belt include the driving pulley chamber, the output of the belt wheel motor
Axis outer surface is installed with the driving main pulley intracavitary positioned at the driving pulley, is provided with driving on the right side of the driving main pulley
Secondary pulley is cooperatively connected between the driving main pulley and the driving secondary pulley by synchronous belt, in the driving secondary pulley
Be installed with rotation to protrude into the charging belt wheel intracavitary and be rotatably assorted the charging of connection with the front bulkhead of the charging belt wheel chamber
Master tape wheel shaft, charging master tape wheel shaft outer surface are installed with that intracavitary positioned at the charging belt wheel and front and back symmetrically feeds master tape
Wheel, the charging main pulley right side are provided with charging secondary pulley, pass through between the charging main pulley and the charging secondary pulley
Transmission belt is cooperatively connected, and is provided in the charging secondary pulley and has been rotatably assorted connection with charging belt wheel chamber front and back end wall
Feed subband wheel shaft.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, after nutrient solution and prebiotic bacterium stoste are mixed
Rotation is sprayed onto animal wastes and some such as weeds, sawdust organic waste surface, by being sufficiently stirred for rabbling mechanism
Three kinds of raw materials are uniformly mixed, the raw material to be fermented being stirred then is packed by charge mechanism in the fermenter automatically,
Stacking is piled in fermentor and waits fermentation, and present device high degree of automation greatly reduces labour's activity of the mankind.
Detailed description of the invention
Fig. 1 is overall structure diagram inside a kind of manufacturing equipment of bio-feritlizer of the invention；
Fig. 2 is A-A direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is B-B direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is the enlarged diagram of C in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-4, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-4, the manufacturing equipment of a kind of bio-feritlizer of embodiment according to the present invention, including charging block 67, institute
It states charging 67 upper left side of block and is installed with stirring block 10, stir chamber 44,44 top of stir chamber are provided in the stirring block 10
It is provided with stirring belt wheel chamber 49, rabbling mechanism is provided in the stirring belt wheel chamber 49, the left end connection of the stir chamber 44
It is provided with and leads to extraneous raw material mouth 50, the mixing chamber 52 of 44 right end of the stir chamber setting left and right intercommunication, the mixing chamber 52
Extraneous auxiliary material mouth 45 is protruded into being provided with for right end connection, and being provided with for 52 left end of mixing chamber connection is installed with the stirring
Rotation spraying mechanism on 44 end wall of chamber, being provided with for 44 lower end of stir chamber connection fall mouth 14, described to fall 14 left side of mouth
It is provided with moveable mobile door 13 in end wall, is provided with and the transport chamber for falling mouth 14 and being connected in the charging block 67
16, the interior rotation of the transport chamber 16 is provided with haul spiral 15, and 16 lower end lower end of the transport chamber connection is provided with blanking
Mouth 42,42 lower end of the blanking port connection are provided with loading chamber 31, and what the haul spiral 15 rotated passes through the transport chamber
It 16 and protrudes into the loading chamber 31, charge mechanism is provided in the loading chamber 31,31 left end of the loading chamber connection is set
It is equipped with the discharge port 17 of outward opening circle, 17 lower end of the discharge port connection is provided with discharging belt wheel chamber 20, the discharging band
It is provided with discharge belt in wheel chamber 20, what can be fallen on conveyer belt is provided with fermentor 43, and 31 right end of loading chamber connects
The logical feed inlet 30 for being provided with outward opening circle, the lower end connection of the feed inlet 30 are provided with charging belt wheel chamber 68, institute
It states in charging belt wheel chamber 68 and is provided with feed conveyor belt.
Valuably, wherein the rabbling mechanism includes the stirring belt wheel chamber 49, in 49 upper end wall of stirring belt wheel chamber
It is installed with stirring motor 46, the output shaft rotation of the stirring motor 46 passes through the stirring belt wheel chamber 49 and protrudes into described stir
It mixes in chamber 44, the output shaft outer surface of the stirring motor 46 is installed with the stirring main pulley in the stirring belt wheel chamber 49
70, the output shaft outer surface of the stirring motor 46 is installed with several main stirring rod 12 in the stir chamber 44, institute
State the stirring secondary pulley 47 that 70 or so two sections of main pulley of stirring is symmetrically arranged in the stirring belt wheel chamber 49, two institutes
It states and is cooperatively connected between stirring secondary pulley 47 and the stirring belt wheel chamber 49 by synchronous belt, it is fixed in the stirring secondary pulley 47
There is passing through the stirring belt wheel chamber 49 and protruding into the stirring subband wheel shaft 48 in the stir chamber 44, the stirring subband for rotation
The outer surface of wheel shaft 48 is installed with several secondary stirring rod 11 in the stir chamber 44, the pair stirring rod 11 and described
Main stirring rod 12 is interlaced, and what can raw material be smashed and be stirred be more preferably uniform.
Valuably, wherein the rotation spraying mechanism includes the mixing chamber 52, fixed in 52 upper end wall of mixing chamber
There is hybrid electric motor 61, the output shaft outer surface of the hybrid electric motor 61 is installed with the mixing rod 71 in the mixing chamber 52,
The right end of the mixing chamber 52 is provided with check valve 51, and the left end of the mixing chamber 52 is provided with solenoid valve 62, the stir chamber
It is installed with the sprinkling block 60 of annular in 44 end wall, is provided with the ring block being connected to the mixing chamber 52 in the sprinkling block 60
Chamber 59, the setting rack gear 58 rotated in 59 left hand end wall of ring block chamber are provided with and the annular in the gear ring 58
Company's chamber 63 that is that block chamber 59 is connected to and leading to the external world, even 63 lower end of chamber are installed with symmetrical booster pump 57, the company
The connection of 63 lower end of chamber is provided with the spray head 56 positioned at 57 lower section of booster pump, the setting of 59 right end of the ring block chamber connection
There is the left gear chamber 72 being located in the sprinkling block 60,72 right end of the left gear chamber connection is provided with positioned at the stirring block
Right gear chamber 53 in 10 is installed with rotating electric machine 54, the output of the rotating electric machine 54 in 53 lower end wall of right gear chamber
The outer surface of axis is installed with the gear 55 in the right gear chamber 53, the left side of the gear 55 and the gear ring 58
Right side engagement.
Valuably, wherein the charge mechanism includes the loading chamber 31, is installed in the upper end wall of the loading chamber 31
Driving motor 34, the output shaft outer surface of the driving motor 34 are installed with the acceleration main pulley in the loading chamber 31
33, it is provided on the left of the acceleration main pulley 33 and accelerates pinion 39, the acceleration pinion 39 and the acceleration main pulley 33
Between be cooperatively connected by synchronous belt, be installed in the accelerations pinion 39 to rotate with 33 upper end wall of acceleration main pulley and match
The acceleration pinion axis 38 of connection is closed, the lower end surface for accelerating pinion axis 38 is installed with drive bevel gear 40, the active
The left side engagement of bevel gear 40 is provided with fixed and 15 right side of haul spiral driven wheel of differential 41, the acceleration
The lower end surface of main pulley 33 is installed with eccentric driving lever 32, is installed with fixed disk 26 on the lower end wall of the loading chamber 31, described
The fixed disk chamber 25 of opening upwards is provided in fixed disk 26, what is rotated in 25 lower end wall of fixed disk chamber is provided with driver plate axle
37,37 upper surface of driver plate axle is installed with driver plate 36, and interval angles identical four are provided in the upper driver plate 36 and is opened
The outwardly and upper and lower upper driver plate slot 35 of intercommunication of mouth, the driving lever 32 can protrude into the upper driver plate slot 35 and with the upper driver plate
The end wall of slot 35 is slidably connected, and the outer surface of the driver plate axle 37 is installed with setting aside positioned at upper 35 lower section of driver plate slot
Disk 23, identical four openings of interval angles is provided in the lower driver plate 23 outwardly and dish groove 24, institute are set aside in intercommunication up and down
State the fermentor 43 set aside and can be placed in dish groove 24 positioned at 25 upper end wall of fixed disk chamber, the rotation side of the lower driver plate 23
To rotate counterclockwise.
Valuably, wherein the discharge belt includes the discharging belt wheel chamber 20, and 20 rear of discharging belt wheel chamber is set
It is equipped with the driving pulley chamber 65 being located in the charging block 67, is installed with belt wheel motor in 65 aft bulkhead of driving pulley chamber
22, the output shaft outer surface of the belt wheel motor 22 is installed with the symmetrical discharging master in its front and back in the discharging belt wheel chamber 20
Belt wheel 21, it is described discharging main pulley 21 left side be provided with discharging subband wheel shaft 19, the discharging subband wheel shaft 19 and it is described out
Expect to be cooperatively connected between main pulley 21 by transmission belt, be installed with and the discharging belt wheel chamber 20 in the discharging subband wheel shaft 19
Front and back end wall is rotatably assorted the discharging secondary pulley 18 of connection.
Valuably, wherein the feed conveyor belt includes the driving pulley chamber 65, the output shaft of the belt wheel motor 22
Outer surface is installed with the driving main pulley 66 in the driving pulley chamber 65, and the right side of the driving main pulley 66 is provided with
Secondary pulley 64 is driven, is cooperatively connected between the driving main pulley 66 and the driving secondary pulley 64 by synchronous belt, the drive
Protruding into the charging belt wheel chamber 68 and turning with the front bulkhead of the charging belt wheel chamber 68 for rotation is installed in dynamic secondary pulley 64
The dynamic charging master tape wheel shaft 27 being cooperatively connected, 27 outer surface of charging master tape wheel shaft is installed with positioned at the charging belt wheel chamber 68
Interior and front and back symmetrically feeds main pulley 28, and charging secondary pulley 29, the charging master are provided on the right side of the charging main pulley 28
Be cooperatively connected between belt wheel 28 and the charging secondary pulley 29 by transmission belt, be provided in the charging secondary pulley 29 with it is described
Charging 68 front and back end wall of belt wheel chamber be rotatably assorted connection charging subband wheel shaft 69.
When original state, the stirring motor 46, driving motor 34, hybrid electric motor 61, booster pump 57,22 and of belt wheel motor
The booster pump 57 has the empty fermentor 43 to be located under the blanking port 42 at this time all in stop working state
Side, the driving lever 32 are in the position just produced out of described upper driver plate slot 35.
When needing equipment to work, first by some animal wastes and some if the organic wastes such as weeds, sawdust are from institute
It states raw material mouth 50 to be added in the stir chamber 44, by nutrient solution and prebiotic bacterium stoste in the ratio for the excrement raw material being added from described
It is added in auxiliary material mouth 45 in mixing chamber 52, then the hybrid electric motor 61 is started to work, and the work of hybrid electric motor 61 makes institute
It states the rotation of mixing rod 71 to stir evenly the nutrient solution and prebiotic bacterium stoste, then the opening of solenoid valve 62 stirs evenly
Nutrient solution and prebiotic bacterium stoste enter in the ring block chamber 59, and the rotating electric machine 54 is started to work at this time, the rotation
The work of motor 54 rotates the gear 55, since the gear 55 and the gear ring 58 are engagements, the gear 55
Rotation rotates the gear ring 58, and the nutrient solution stirred evenly and prebiotic bacterium stoste are after the booster pump 57 pressurization from described
What is rotated in spray head 56 is sprayed onto the stir chamber 44, while the stirring motor 46 is started to work, and the stirring master tape is made
70 rotation of wheel, since the stirring main pulley 70 and the stirring secondary pulley 47 are that synchronous belt is cooperatively connected, to make described
It stirs secondary pulley 47 to rotate, starts to stir raw material so that secondary stirring rod 11 and the main stirring rod 12 be made to work, after stirring
The movement door 13 is moved to the left opening, and the raw material to be fermented then being stirred is fallen in the transport chamber 16, simultaneously
The driving motor 34 is started to work, and rotates the acceleration main pulley 33, due to the acceleration main pulley 33 and the acceleration
Pinion 39 is that synchronous belt is cooperatively connected, and rotates the acceleration pinion 39, so that the drive bevel gear 40 is rotated,
Since the drive bevel gear 40 and the driven wheel of differential 41 are engagements, the rotation of the drive bevel gear 40 make it is described from
Dynamic bevel gear 41 rotates, so that the haul spiral 15 be made to rotate, the rotation of the haul spiral 15 makes to be stirred pending
The raw material of ferment transports downwards, is fallen in the fermentor 43 of lower section out of described blanking port 42, while the acceleration main pulley 33
Rotation rotate the driving lever 32, the driving lever 32 make when being transferred in the upper driver plate slot 35 rotation of upper driver plate 36 to
The lower driver plate 23 is rotated, and sets aside in dish groove 24 described in being now placed in and is located in 25 upper end wall of fixed disk chamber
Fermentor 43 is driven with lower the rotating counterclockwise for driver plate 23, and the fermentor 43 for keeping another empty is transferred to blanking
42 lower section of mouth, and the original to be fermented being stirred is filled in the off time that upper driver plate 36 rotates described in the fermentor 43
Material, the upper rotation of driver plate 36 rotate the lower driver plate 23, will fill the fermentation for the raw material to be fermented being stirred
Tank 43 is transferred to above the discharge belt, and is fallen on discharge belt, and the belt wheel motor 22 is started to work at this time,
The discharging main pulley 21 is set to work, since the discharging main pulley 21 and the discharging secondary pulley 18 are that transmission belt is cooperatively connected
, rotate the discharging secondary pulley 18, to make to fall the fermentor 43 on the belt from 17 quilt of discharge port
Transport is gone out, while the work of the belt wheel motor 22 rotates the driving main pulley 66, due to the driving main pulley 66
It is that synchronous belt is cooperatively connected with the driving secondary pulley 64, the rotation of the driving main pulley 66 makes the driving secondary pulley 64
Rotation, to make the charging main pulley 28 rotate, since the charging main pulley 28 and the charging secondary pulley 29 are transmissions
With what is be cooperatively connected, rotate the charging secondary pulley 29, to make the transmission belt start to transmit, by the empty fermentor
43 constantly transmitted out of feed inlet 30 by transmission belt fall to it is described set aside in dish groove 24, constantly by the empty fermentor
43 fill the raw material to be fermented being stirred, and the position for being suitble to fermentation is then transported to from the discharge port 17.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, after nutrient solution and prebiotic bacterium stoste are mixed
Rotation is sprayed onto animal wastes and some such as weeds, sawdust organic waste surface, by being sufficiently stirred for rabbling mechanism
Three kinds of raw materials are uniformly mixed, the raw material to be fermented being stirred then is packed by charge mechanism in the fermenter automatically,
Stacking is piled in fermentor and waits fermentation, and present device high degree of automation greatly reduces labour's activity of the mankind.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (6)
1. a kind of manufacturing equipment of bio-feritlizer, including charging block, the charging block upper left side is installed with stirring block, the stirring
It is provided with stir chamber in block, stirring belt wheel chamber is provided with above the stir chamber, the stirring belt wheel is intracavitary to be provided with blender
Extraneous raw material mouth is led in structure, being provided with for the left end connection of the stir chamber, the stir chamber right end setting left and right intercommunication
Extraneous auxiliary material mouth is protruded into mixing chamber, being provided with for the mixing chamber right end connection, and the mixing chamber left end connection is provided with
The rotation spraying mechanism being installed on the stir chamber end wall, being provided with for stir chamber lower end connection fall mouth, it is described fall
Moveable mobile door is provided in the wall of the left end Luo Kou, be provided in the charging block with the transport chamber for falling mouth and being connected to,
What is rotated in the transport chamber is provided with haul spiral, and what transport chamber lower end lower end was connected to is provided with blanking port, described to fall
The connection of material mouth lower end is provided with loading chamber, and the haul helical rotation passes through the transport chamber and protrudes into the loading chamber
It is interior, charge mechanism, the discharge port for being provided with outward opening circle of the loading chamber left end connection, institute are provided in the loading chamber
That states the connection of discharge port lower end is provided with discharging belt wheel chamber, and the discharging belt wheel is intracavitary to be provided with discharge belt, on conveyer belt
What can be fallen is provided with fermentor, the feed inlet for being provided with outward opening circle of the loading chamber right end connection, the charging
The lower end connection of mouth is provided with charging belt wheel chamber, and the charging belt wheel is intracavitary to be provided with feed conveyor belt.
2. a kind of manufacturing equipment of bio-feritlizer as described in claim 1, it is characterised in that: the rabbling mechanism includes described
Belt wheel chamber is stirred, stirring motor is installed in the stirring belt wheel chamber upper end wall, the output shaft rotation of the stirring motor is worn
It crosses the stirring belt wheel chamber and protrudes into the stir chamber, the output shaft outer surface of the stirring motor, which is installed with, is located at described stir
The intracavitary stirring main pulley of belt wheel is mixed, the output shaft outer surface of the stirring motor is installed with several in the stir chamber
A main stirring rod, two sections of described stirring main pulley or so are symmetrically arranged with the stirring subband intracavitary positioned at the stirring belt wheel
Wheel is cooperatively connected between two stirring secondary pulleys and the stirring belt wheel chamber by synchronous belt, in the stirring secondary pulley
It is installed with passing through the stirring belt wheel chamber and protruding into the stirring subband wheel shaft in the stir chamber, the stirring secondary pulley for rotation
The outer surface of axis is installed with several secondary stirring rod in the stir chamber, the pair stirring rod and the main stirring rod phase
Mutually staggeredly, what can raw material be smashed and be stirred be more preferably uniform.
3. a kind of manufacturing equipment of bio-feritlizer as described in claim 1, it is characterised in that: the rotation spraying mechanism includes
The mixing chamber is installed with hybrid electric motor in the mixing chamber upper end wall, and the output shaft outer surface of the hybrid electric motor is installed with
Mixing rod in the mixing chamber, the right end of the mixing chamber are provided with check valve, and the left end of the mixing chamber is provided with
Solenoid valve is installed with the sprinkling block of annular in the end wall of the stir chamber, is provided in the sprinkling block and mixing chamber company
Logical ring block chamber, the setting rack gear rotated in the ring block chamber left hand end wall are provided with and the ring in the gear ring
Company's chamber that is that shape block chamber is connected to and leading to the external world, the even chamber lower end are installed with symmetrical booster pump, the even chamber lower end
The spray head of connection being provided with below the booster pump, the ring block chamber right end connection are provided with positioned at the sprinkling
Left gear chamber in block, the right gear chamber of the left gear chamber right end connection being provided in the stirring block, the right side
Rotating electric machine is installed in gear cavity lower end wall, the outer surface of the output shaft of the rotating electric machine is installed with positioned at the right gear
Intracavitary gear, the left side of the gear are engaged with the right side of the gear ring.
4. a kind of manufacturing equipment of bio-feritlizer as described in claim 1, it is characterised in that: the charge mechanism includes described
Loading chamber is installed with driving motor in the upper end wall of the loading chamber, and the output shaft outer surface of the driving motor is installed with position
Acceleration pinion, the acceleration pinion are provided on the left of the acceleration main pulley in the loading chamber, the acceleration main pulley
It is cooperatively connected between the acceleration main pulley by synchronous belt, is installed with and the acceleration main pulley in the acceleration pinion
Upper end wall is rotatably assorted the acceleration pinion axis of connection, and the lower end surface for accelerating pinion axis is installed with drive bevel gear, institute
That states the left side engagement of drive bevel gear is provided with fixed and haul spiral right side driven wheel of differential, the acceleration
The lower end surface of main pulley is installed with eccentric driving lever, is installed with fixed disk on the lower end wall of the loading chamber, in the fixed disk
It is provided with the fixed disk chamber of opening upwards, what is rotated in the fixed disk chamber lower end wall is provided with driver plate axle, in the driver plate axle
End face is installed with driver plate, be provided in the upper driver plate identical four openings of interval angles outwardly and up and down intercommunication upper group
Dish groove, the driving lever can be protruded into the upper driver plate slot and be slidably connected with the end wall of the upper driver plate slot, described group
The outer surface of dish axle is installed with the lower driver plate below the upper driver plate slot, and it is identical to be provided with interval angles in the lower driver plate
Four openings dish groove is set aside in intercommunication outwardly and up and down, described set aside can be placed with positioned at fixed disk chamber upper end in dish groove
The fermentor of wall, the rotation direction of the lower driver plate are to rotate counterclockwise.
5. a kind of manufacturing equipment of bio-feritlizer as described in claim 1, it is characterised in that: the discharge belt includes institute
Discharging belt wheel chamber is stated, the discharging belt wheel chamber rear is provided with the driving pulley chamber in the charging block, the driving band
It is installed with belt wheel motor in wheel cavity rear end wall, the output shaft outer surface of the belt wheel motor is installed with positioned at the discharging belt wheel chamber
The interior symmetrical main pulley that discharges in its front and back, is provided with discharging subband wheel shaft, the discharging subband on the left of the discharging main pulley
It is cooperatively connected between wheel shaft and the discharging main pulley by transmission belt, is installed with and the discharging in the discharging subband wheel shaft
End wall is rotatably assorted the discharging secondary pulley of connection before and after belt wheel chamber.
6. a kind of manufacturing equipment of bio-feritlizer as described in claim 1, it is characterised in that: the feed conveyor belt includes institute
Driving pulley chamber is stated, the output shaft outer surface of the belt wheel motor is installed with the driving master tape intracavitary positioned at the driving pulley
It takes turns, is provided with driving secondary pulley on the right side of the driving main pulley, lead between the driving main pulley and the driving secondary pulley
Cross synchronous belt mating connection, it is described driving secondary pulley in be installed with rotation protrude into the charging belt wheel it is intracavitary and with the charging
The front bulkhead of belt wheel chamber is rotatably assorted the charging master tape wheel shaft of connection, charging master tape wheel shaft outer surface be installed be located at it is described
Belt wheel is intracavitary and front and back symmetrically feeds main pulley for charging, and the charging main pulley right side is provided with charging secondary pulley, it is described into
Expect between main pulley and the charging secondary pulley through transmission belt mating connection, be provided in the charging secondary pulley with it is described into
End wall has been rotatably assorted the charging subband wheel shaft of connection before and after material strip wheel chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910240104.2A CN109796235A (en) | 2019-03-27 | 2019-03-27 | A kind of manufacturing equipment of bio-feritlizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910240104.2A CN109796235A (en) | 2019-03-27 | 2019-03-27 | A kind of manufacturing equipment of bio-feritlizer |
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| CN109796235A true CN109796235A (en) | 2019-05-24 |
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| CN201910240104.2A Withdrawn CN109796235A (en) | 2019-03-27 | 2019-03-27 | A kind of manufacturing equipment of bio-feritlizer |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111807889A (en) * | 2020-07-22 | 2020-10-23 | 宣祖道 | Automatic production equipment for liquid organic fertilizer |
| CN112125723A (en) * | 2020-08-28 | 2020-12-25 | 安徽省司尔特肥业股份有限公司 | Preparation method of high-fertilizer-efficiency compound organic fertilizer |
| CN112457085A (en) * | 2020-12-09 | 2021-03-09 | 杨文兰 | Microbial fertilizer production equipment |
| CN113788718A (en) * | 2021-08-25 | 2021-12-14 | 北京四良科技有限公司 | A automatic fertile device of joining in marriage for compost preparation container workshop |
-
2019
- 2019-03-27 CN CN201910240104.2A patent/CN109796235A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111807889A (en) * | 2020-07-22 | 2020-10-23 | 宣祖道 | Automatic production equipment for liquid organic fertilizer |
| CN112125723A (en) * | 2020-08-28 | 2020-12-25 | 安徽省司尔特肥业股份有限公司 | Preparation method of high-fertilizer-efficiency compound organic fertilizer |
| CN112457085A (en) * | 2020-12-09 | 2021-03-09 | 杨文兰 | Microbial fertilizer production equipment |
| CN113788718A (en) * | 2021-08-25 | 2021-12-14 | 北京四良科技有限公司 | A automatic fertile device of joining in marriage for compost preparation container workshop |
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Application publication date: 20190524 |