CN105833942A - Maize processing equipment - Google Patents
Maize processing equipment Download PDFInfo
- Publication number
- CN105833942A CN105833942A CN201610200238.8A CN201610200238A CN105833942A CN 105833942 A CN105833942 A CN 105833942A CN 201610200238 A CN201610200238 A CN 201610200238A CN 105833942 A CN105833942 A CN 105833942A
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- China
- Prior art keywords
- rotating shaft
- arc
- transmitting device
- crawler belt
- pipeline
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C11/00—Other auxiliary devices or accessories specially adapted for grain mills
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C11/00—Other auxiliary devices or accessories specially adapted for grain mills
- B02C11/08—Cooling, heating, ventilating, conditioning with respect to temperature or water content
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C9/00—Other milling methods or mills specially adapted for grain
- B02C9/02—Cutting or splitting grain
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Disintegrating Or Milling (AREA)
Abstract
The invention discloses maize processing equipment. The maize processing equipment comprises a fixed frame, a crushing box, a heating box, a crushing component and a power assembly. The top of the heating box is provided with a first feed inlet. The crushing box and the heating box communicate with each other through a second feed inlet. A discharge pipe is arranged at the bottom of the crushing box. The crushing component comprises four rotary shafts. A plurality of crushing cutters are installed on each rotary shaft. A first curved plate is arranged on the lower right of the first rotary shaft. A second curved plate is arranged on the lower left of the second rotary shaft. A third curved plate is arranged on the lower left of the third rotary shaft. A fourth curved plate is arranged on the lower right of the fourth rotary shaft. A first channel is formed between the tail end of the first curved plate and the head end of the third curved plate. A second channel is formed between the tail end of the second curved plate and the head end of the fourth curved plate. A third channel is formed between the tail end of the third curved plate and the tail end of the fourth curved plate. Through the maize processing equipment, maize kernels can be fully crushed, and the work efficiency is improved significantly.
Description
Technical field
The invention belongs to processing of farm products field, be specifically related to a kind of corn processing facility.
Background technology
Semen Maydis at the cultivation history about more than 470 year of China, China's sown area at about 300,000,000 mu, be only second to rice,
Wheat, occupies the 3rd in cereal crops, is only second to the U.S. in the world.Corn nourishment enrich, containing protein, fat, saccharide,
Multivitamin and trace element.Niblet has multiple deep working method, such as, niblet can be broken into Semen Maydis powder, then and
Other material mixes and makes various animal feed.At present, niblet is broken by the special disintegrating apparatus of general employing
Broken work, but, niblet cannot fully be crushed by existing disintegrating apparatus, and its work efficiency is the lowest.
Summary of the invention
For the deficiencies in the prior art, the object of the invention is intended to provide a kind of corn processing facility, can enter niblet
Row crushes fully, significantly improves work efficiency.
For achieving the above object, the present invention adopts the following technical scheme that
A kind of corn processing facility, the broken case including fixed mount, being arranged on fixed mount, the heating being arranged on broken box top
Case, be installed in rotation on the crusher members within broken case, for driving the Power Component of crusher members rotary work, described
The top adding hot tank is provided with the first charging aperture, and described broken case is connected by the second charging aperture with adding hot tank, described broken
The bottom of case is provided with discharge nozzle, described in add, on the medial wall of hot tank, firing equipment be installed, described in add the top of hot tank and install
Dehumidification tube, described crusher members is had to include the first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, described first rotating shaft,
Being mounted on multiple crushing cutter in second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, described first rotating shaft and the second rotating shaft are in also
Row is arranged, and described 3rd rotating shaft and the 4th rotating shaft are in being arranged side by side, and described first rotating shaft is positioned at the surface of the 3rd rotating shaft, described
Second rotating shaft is positioned at the surface of the 4th rotating shaft, and the lower right of described first rotating shaft is provided with the first arc, described second turn
The lower left of axle is provided with the second arc, and the lower left of described 3rd rotating shaft is provided with the 3rd arc, described 4th rotating shaft
Lower right the 4th arc is installed, described first arc and the second arc are formed in one part, described first arc
First passage, the end of described second arc and the 4th arc it is formed with between end and the head end of the 3rd arc of plate
Head end between be formed with second channel, be formed with the 3rd between end and the end of the 4th arc of described 3rd arc
Passage；
The inclined downward of described discharge nozzle is provided with vibrosieve, and described vibrosieve is provided with multiple sieve aperture, described vibrosieve
Lower section is provided with the first hopper, and the lower end of described vibrosieve connects the second hopper, and described vibrosieve is provided with vibrating motor,
Described vibrosieve is arranged on fixed mount by the second spring；
Described add hot tank in be sequentially installed with the first crawler belt transmitting device, the second crawler belt transmitting device and the 3rd crawler belt from top to bottom
Transmitting device, top and first charging aperture of described first crawler belt transmitting device are corresponding, described 3rd crawler belt transmitting device
End and the second charging aperture are corresponding, and the conveying direction of described first crawler belt transmitting device and the second crawler belt transmitting device is contrary,
The conveying direction of described first crawler belt transmitting device and the 3rd crawler belt transmitting device is identical, the beginning of described second crawler belt transmitting device
End can accept the niblet that the end from the first crawler belt transmitting device drops, and the top of described 3rd crawler belt transmitting device can be accepted
The niblet dropped from the end of the second crawler belt transmitting device；
Described Power Component includes the first belt pulley, the installation that three-phase alternating-current motor and three-phase alternating-current motor be in transmission connection
The first gear on the 3rd rotating shaft front end, it is arranged on the 4th rotating shaft front end and the second gear being meshed with the first gear, peace
The second belt pulley being contained in the 3rd rotating shaft and being positioned at the first gear front, the 3rd belt being arranged on the first rotating shaft rear end
Wheel, the 4th belt pulley being arranged on the second rotating shaft rear end, it is arranged on the 5th belt pulley of the 3rd rotating shaft rear end, is arranged on the 4th
6th belt pulley of rotating shaft rear end, described first belt pulley and the second belt pulley be in transmission connection by the first conveyer belt, and described
Three belt pulleys and the 5th belt pulley are in transmission connection by the second conveyer belt, and described 4th belt pulley and the 6th belt pulley are by the 3rd
Conveyer belt is in transmission connection；
Being set with the first spring on described bolt, the top of described bolt is formed with spacing ring, and the upper end of described first spring is even
Being connected on spacing ring, the lower end of described first spring is connected on moving sheet；
Installation pipe is installed on described discharge nozzle, described installation pipe is set with sleeve pipe, in described installation pipe, is fitted with resilient sleeve,
The upper end of described resilient sleeve socket-connects with discharge nozzle, and the lower end of described resilient sleeve connects multiple moving sheet, every adjacent moving sheet
Edge overlapped, threaded on described sleeve pipe have bolt, and each moving sheet is fixedly connected with mounting cylinder, described installation
The female thread that bolt thread connects it is formed on the inwall of cylinder；
The top of described broken case is provided with water inlet pipe, and the bottom of described broken case is provided with outlet pipe, described water inlet pipe connects
Being connected to cistern assembly, described cistern assembly includes that casing, the bottom of described casing are formed with apopore, described apopore and water inlet
Being communicated with the first pipeline between pipe, described first pipeline is connected by tee ball valve second pipe, and described second pipe is with outer
The water source on boundary is connected, and being connected between described first pipeline and the sidewall of casing has the 3rd pipeline, and described outlet pipe leads to casing
Cross the 4th pipeline to be connected.
Further, described 3rd pipeline is connected with the first pipeline by three way cock, and described 3rd pipeline passes through two
Pass ball valve is connected with casing, is provided with filtration in the middle being positioned at the first pipeline and the 4th pipeline in the cavity of described casing
Sheet；The bottom of described casing offers osculum, described osculum and the 4th pipeline and is positioned at the same side of filter.
The present invention has the beneficial effects that:
The present invention setting by said structure, niblet to be broken enters to add in hot tank at the first charging aperture, is adding
Under the effect of hot equipment, niblet can get heat treated, and water vapour can be discharged at dehumidification tube, and niblet then enters from second
Entering at material mouth in broken case, it is broken that niblet proceeds by shunting, partial kernels along the first arc, first lead to
Road, the 3rd arc, the order of third channel fall into discharge nozzle, partial kernels along the second arc, second channel,
Four arcs, the order of third channel fall into discharge nozzle, the cooperation of the crushing cutter on these arcs and corresponding rotating shaft
Under, can preferably niblet be crushed, it is broken that the present invention not only can carry out shunting to niblet, but also can be to niblet
Carry out two-stage to crush, i.e. through the first arc and the 3rd arc, or through the second arc and the 4th arc so that
Niblet is crushed fully, significantly improves the work efficiency of the present invention.
Accompanying drawing explanation
Fig. 1 is the schematic front view that the present invention is overall；
Fig. 2 is the internal structure schematic diagram of the broken case of the present invention；
Fig. 3 is the structure schematic diagram of the broken case of the present invention；
Fig. 4 is the sleeve pipe of the present invention, bolt, moving sheet, the first spring, mounting cylinder and the structural representation of spacing ring；
Fig. 5 is the perspective view of the cistern assembly of the present invention；
Fig. 6 is the structural representation (after removing the top board of casing) of another angle of Fig. 5；
Fig. 7 is the internal structure schematic diagram adding hot tank of the present invention.
Wherein, 1, fixed mount；2, broken case；3, hot tank is added；4, the first charging aperture；5, the second charging aperture；6, discharge nozzle；7、
Firing equipment；8, cistern assembly；81, casing；82, three way cock；83, the first pipeline；84, second pipe；85, tee ball valve；
86, the 3rd pipeline；87, two-way valve；88, the 4th pipeline；89, apopore；810, filter；811, osculum；9, dehumidification tube；
10, the first rotating shaft；11, the second rotating shaft；12, the 3rd rotating shaft；13, the 4th rotating shaft；14, crushing cutter；15, the first arc；16、
Second arc；17, the 3rd arc；18, the 4th arc；19, first passage；20, second channel；21, third channel；
22, lobe；23, three-phase alternating-current motor；24, the first belt pulley；25, the first gear；26, the second gear；27, the second belt
Wheel；28, the 3rd belt pulley；29, the 4th belt pulley；30, the 5th belt pulley；31, the 6th belt pulley；32, the first conveyer belt；33、
Second conveyer belt；34, the 3rd conveyer belt；35, pipe is installed；36, sleeve pipe；37, bolt；38, moving sheet；39, the first spring；40、
Mounting cylinder；41, spacing ring；42, the first crawler belt transmitting device；43, the second crawler belt transmitting device；44, the 3rd crawler belt transmitting device；
45, vibrosieve；46, sieve aperture；47, the first hopper；48, the second hopper；49, vibrating motor；50, the second spring；51, water inlet pipe；
52, outlet pipe.
Detailed description of the invention
Below, in conjunction with accompanying drawing and detailed description of the invention, the present invention is described further:
As shown in figs. 1-7, for a kind of corn processing facility of the present invention, including fixed mount 1, be arranged on fixed mount 1 broken
Case 2, it is arranged on adding hot tank 3, being installed in rotation on the crusher members within broken case 2, for driving brokenly of broken case 2 top
The Power Component of broken parts rotary work, described in add the top of hot tank 3 and be provided with the first charging aperture 4, described broken case 2 and heating
Case 3 is connected by the second charging aperture 5, and the bottom of described broken case 2 is provided with discharge nozzle 6, described in add on the medial wall of hot tank 3
Firing equipment 7 is installed, described in add the top of hot tank 3 dehumidification tube 9 be installed, described crusher members include the first rotating shaft 10,
Two rotating shaft the 11, the 3rd rotating shaft 12 and the 4th rotating shafts 13, described first rotating shaft the 10, second rotating shaft the 11, the 3rd rotating shaft 12 and the 4th
Be mounted on multiple crushing cutter 14 in rotating shaft 13, described first rotating shaft 10 and the second rotating shaft 11 in being arranged side by side, the described 3rd
Rotating shaft 12 and the 4th rotating shaft 13 are in being arranged side by side, and described first rotating shaft 10 is positioned at the surface of the 3rd rotating shaft 12, described second turn
Axle 11 is positioned at the surface of the 4th rotating shaft 13, and the lower right of described first rotating shaft 10 is provided with the first arc 15, and described second
The lower left of rotating shaft 11 is provided with the second arc 16, and the lower left of described 3rd rotating shaft 12 is provided with the 3rd arc 17, institute
The lower right stating the 4th rotating shaft 13 is provided with the 4th arc 18, and described first arc 15 is integrated into the second arc 16
Type part, is formed with first passage 19 between end and the head end of the 3rd arc 17 of described first arc 15, and described second
Second channel 20, the end of described 3rd arc 17 it is formed with between end and the head end of the 4th arc 18 of arc 16
And the 4th arc 18 end between be formed with third channel 21.After the niblet of the present invention enters broken case 2, can be split
Two paths are become to crush.One, by first passage 19 enters to threeth arc after crushing at the first arc 15
17 continue to crush, and after having crushed, are fallen into discharge nozzle 6 by third channel 21 at the 3rd arc 17.Its two, from second
Enter to the 4th arc 18 by second channel 20 after crushing at arc 16 and continue broken, broken at the 4th arc 18
After complete, fallen into discharge nozzle 6 by third channel 21.Niblet under the cooperation of arc and corresponding crushing cutter 14,
Broken work can be carried out.The firing equipment 7 of the present invention is equipment of the prior art, can the temperature that add in hot tank 3 be increased to
60-80 degree Celsius.Semen Maydis after heating, can be that its broken work is ready, improves the crushing effect of niblet.Institute
State and be provided with lobe 22 on first arc the 15, second arc the 16, the 3rd arc 17 and the 4th arc 18.?
Under the effect of lobe 22, can further improve the crushing effect of niblet.Described Power Component includes three-phase alternating-current motor
23 the first belt pulleys 24 being in transmission connection with three-phase alternating-current motor 23, the first gear being arranged on the 3rd rotating shaft 12 front end
25, be arranged on the 4th rotating shaft 13 front end and the second gear 26 being meshed with the first gear 25, be arranged in the 3rd rotating shaft 12 and
It is positioned at second belt pulley 27 in the first gear 25 front, the 3rd belt pulley 28 being arranged on the first rotating shaft 10 rear end, is arranged on
The 4th belt pulley 29 on second rotating shaft 11 rear end, it is arranged on the 5th belt pulley 30 of the 3rd rotating shaft 12 rear end, is arranged on the 4th
6th belt pulley 31 of rotating shaft 13 rear end, described first belt pulley 24 and the second belt pulley 27 are by the first conveyer belt 32 transmission even
Connecing, described 3rd belt pulley 28 and the 5th belt pulley 30 are in transmission connection by the second conveyer belt 33, described 4th belt pulley 29 He
6th belt pulley 31 is in transmission connection by the 3rd conveyer belt 34.The work process of Power Component: start three-phase alternating-current motor 23
After, the rotation of the first belt pulley 24 will be driven, under the effect of the first conveyer belt 32, the rotation of the second belt pulley 27 will be driven,
Thus drive the rotation of the 3rd rotating shaft 12, then drive the rotation of the first gear 25, then drive the rotation of the second gear 26, the
The rotation rotated driving the 4th rotating shaft 13 of two gears 26.The rotation of the 3rd rotating shaft 12 the most also will drive the 5th belt pulley 30
Rotation, rotating of the 4th rotating shaft 13 the most also will drive the rotation of the 6th belt pulley 31 simultaneously, then at the second conveyer belt 33 and the
Under the effect of three conveyer belts 34, the first rotating shaft 10 and rotation of the second rotating shaft 11 will be driven.First rotating shaft the 10, second rotating shaft 11,
3rd rotating shaft 12 and the rotation of the 4th rotating shaft 13, will drive the rotation of corresponding crushing cutter 14 mounted thereto respectively.Institute
State and installation pipe 35 is installed on discharge nozzle 6, described installation pipe 35 is set with sleeve pipe 36, in described installation pipe 35, is fitted with elasticity
Set (not shown), the upper end of described resilient sleeve socket-connects with discharge nozzle 6, and the lower end of described resilient sleeve connects multiple movement
Sheet 38, the edge of every adjacent moving sheet 38 is overlapped, and threaded on described sleeve pipe 36 have bolt 37, on each moving sheet 38
It is fixedly connected with mounting cylinder 40, the inwall of described mounting cylinder 40 is formed for the female thread that bolt 37 is threaded.By twisting
Dynamic bolt 37 so that bolt 37 is towards near the motion of the direction of moving sheet 38, when the end head of bolt 37 is connected to mounting cylinder 40
Bottom time, continue to turn bolt 37, continue moving sheet 38 to be driven towards installing pipe towards the bolt 37 of moving sheet 38 motion
The position of center line motion of 35 so that the flow that material is discharged diminishes, even more so that the flow that material is discharged is zero；Reversely turn
During bolt 37, the flow that material is discharged is become big.By the positive and negative bolt 37 that turns, moving sheet 38 just can be driven along close
Or the centerline direction motion of remotely mounted pipe 35, and then the uninterrupted that regulation material is discharged, operation is very easy.
When actual fabrication, the quantity of moving sheet 38 can be three, and its distributing position can be as shown in Figure 4.
Being set with the first spring 39 on described bolt 37, the top of described bolt 37 is formed with spacing ring 41, and described first
The upper end of spring 39 is connected on spacing ring 41, and the lower end of described first spring 39 is connected on moving sheet 38.At the first spring
Under the bounce effect of 39, moving sheet 38 can be more easily driven to move towards the position of center line installing pipe 35, Er Qiefang
Just the reset work of bolt 37.The top of described broken case 2 is provided with water inlet pipe 51, and the bottom of described broken case 2 is provided with out
Water pipe 52, described water inlet pipe 51 connects and has cistern assembly 8, described cistern assembly 8 to include casing 81, the bottom of described casing 81
Being formed with apopore 89, be communicated with the first pipeline 83 between described apopore 89 and water inlet pipe 51, described first pipeline 83 passes through
Tee ball valve 85 connects a second pipe 84, and described second pipe 84 is connected with extraneous water source, described first pipeline 83 and
Connecting between the sidewall of casing 81 and have the 3rd pipeline 86, described outlet pipe 52 is connected by the 4th pipeline 88 with casing 81.This
Invention, after working long hours, needs to be carried out broken case 2 is internal by cistern assembly 8.The concrete operations of cistern assembly 8
Flow process: by turning bolt 37, adjusts the position of moving sheet 38, and the mass flow flowed out at discharge nozzle 6 is adjusted to zero, then
Opening tee ball valve 85, extraneous water source flows in the first pipeline 83, in second pipe 84 then in the 3rd pipeline 86
Flowing in casing 81, after the water in casing 81 fills, close tee ball valve 85, the water liquid in casing 81 is defeated by apopore 89
Delivering in the first pipeline 83, and then flow in water inlet pipe 51, then flow in broken case 2, broken case 2 is carried out by these water liquid
After cleaning, the water liquid flowed out from outlet pipe 52 flows back in casing 81 again, and then water liquid can be carried out repetitive cycling use, can
The water consumption of cleaning is greatly reduced.Described 3rd pipeline 86 is connected with the first pipeline 83 by three way cock 82, and described the
Three pipelines 86 are connected with casing 81 by two-way valve 87.The design of this scheme so that the present invention can be according to the actual requirements
Choose whether that being circulated use water liquid is carried out broken case 2.Such as, at needs, broken case 2 is carried out the clear of high request
When washing, two-way valve 87 can be closed, open tee ball valve 85 so that the water liquid on second pipe 84 directly leads to from the first pipeline 83
In water inlet pipe 51, and without casing 81, and the water liquid flowed out in outlet pipe 52 still flows into casing 81, but no longer
It is circulated use, can eventually be discharged outside to.It is being positioned at the first pipeline 83 and the 4th pipe in the cavity of described casing 81
The middle in road 88 is provided with filter 810；The bottom of described casing 81 offers osculum 811, described osculum 811 and
Four pipelines 88 are positioned at the same side of filter 810.When needs are circulated use water liquid cleaning, close osculum 811, permissible
The water liquid that 4th pipeline 88 leads to back in casing 81 is utilized the filtration of filter 810, then is circulated use；Without carry out
When recycling the cleaning of water liquid, open osculum 811, be then passed through the liquid to casing 81 directly from draining from the 4th pipeline 88
Discharge at hole 811, be collected by utensil, then carry out subsequent treatment.The quantity of filter 810 can be two.Described
It is sequentially installed with first crawler belt transmitting device the 42, second crawler belt transmitting device 43 in adding hot tank 3 from top to bottom and the 3rd crawler belt passes
Defeated device 44, top and first charging aperture 4 of described first crawler belt transmitting device 42 are corresponding, described 3rd crawler belt transmitting device
End and second charging aperture 5 of 44 are corresponding, described first crawler belt transmitting device 42 and the conveying of the second crawler belt transmitting device 43
In opposite direction, described first crawler belt transmitting device 42 is identical with the conveying direction of the 3rd crawler belt transmitting device 44, and described second carries out
The niblet that the end from the first crawler belt transmitting device 42 drops can be accepted in the top of tape transport system 43, and described 3rd crawler belt passes
The niblet that the end from the second crawler belt transmitting device 43 drops can be accepted in the top of defeated device 44.First crawler belt transmitting device
42, the second crawler belt transmitting device 43 and the 3rd crawler belt transmitting device 44 can be equipment of the prior art, can drive niblet
Its crawler belt carries out lateral transfer.At the first crawler belt transmitting device the 42, second crawler belt transmitting device 43 and the 3rd crawler belt
Under the effect of transmitting device 44, can significantly extend the niblet time of staying within adding hot tank 3, it is possible to increase niblet and add
The attaching space of the air in hot tank 3, so that niblet can obtain the most sufficient heating and dehumidifier.Described discharging
The inclined downward of pipe 6 is provided with vibrosieve 45, and described vibrosieve 45 is provided with multiple sieve aperture 46, the lower section of described vibrosieve 45
Being provided with the first hopper 47, the lower end of described vibrosieve 45 connects the second hopper 48, and described vibrosieve 45 is provided with vibration
Motor 49, described vibrosieve 45 is arranged on fixed mount 1 by the second spring 50.Vibrating motor 49 can drive shaking of vibrosieve 45
Start building to make, and then the convenient material that can pass sieve aperture 46 fall in the first hopper 47, it is impossible to through sieve aperture 46 then from vibration
The surface landing of sieve 45 is in the second hopper 48, thus sieves the niblet after broken.And, if the second hopper 48
Interior material particles is relatively big, then can put into the first charging aperture 4, re-start broken.
For a person skilled in the art, can technical scheme as described above and design, make other each
Plant corresponding change and deformation, and all these changes and deforms the protection model that all should belong to the claims in the present invention
Within enclosing.
Claims (2)
1. a corn processing facility, it is characterised in that: the broken case that include fixed mount, is arranged on fixed mount, it is arranged on brokenly
The adding hot tank, be installed in rotation on the crusher members within broken case, for driving crusher members rotary work of broken box top
Power Component, described in add the top of hot tank and be provided with the first charging aperture, described broken case with add hot tank by the second charging aperture
Being connected, the bottom of described broken case is provided with discharge nozzle, described in add, on the medial wall of hot tank, firing equipment be installed, described in add
The top of hot tank is provided with dehumidification tube, and described crusher members includes the first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th turn
Axle, described first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft be mounted on multiple crushing cutter, described first turn
Axle and the second rotating shaft are in being arranged side by side, and described 3rd rotating shaft and the 4th rotating shaft are in being arranged side by side, and described first rotating shaft is positioned at the 3rd
The surface of rotating shaft, described second rotating shaft is positioned at the surface of the 4th rotating shaft, and the lower right of described first rotating shaft is provided with first
Arc, the lower left of described second rotating shaft is provided with the second arc, and the lower left of described 3rd rotating shaft is provided with the 3rd arc
Shape plate, the lower right of described 4th rotating shaft is provided with the 4th arc, and described first arc and the second arc are integrated into
Type part, is formed with first passage, described second arc between end and the head end of the 3rd arc of described first arc
End and the head end of the 4th arc between be formed with second channel, the end of described 3rd arc and the 4th arc
Third channel it is formed with between end；
The inclined downward of described discharge nozzle is provided with vibrosieve, and described vibrosieve is provided with multiple sieve aperture, described vibrosieve
Lower section is provided with the first hopper, and the lower end of described vibrosieve connects the second hopper, and described vibrosieve is provided with vibrating motor,
Described vibrosieve is arranged on fixed mount by the second spring；
Described add hot tank in be sequentially installed with the first crawler belt transmitting device, the second crawler belt transmitting device and the 3rd crawler belt from top to bottom
Transmitting device, top and first charging aperture of described first crawler belt transmitting device are corresponding, described 3rd crawler belt transmitting device
End and the second charging aperture are corresponding, and the conveying direction of described first crawler belt transmitting device and the second crawler belt transmitting device is contrary,
The conveying direction of described first crawler belt transmitting device and the 3rd crawler belt transmitting device is identical, the beginning of described second crawler belt transmitting device
End can accept the niblet that the end from the first crawler belt transmitting device drops, and the top of described 3rd crawler belt transmitting device can be accepted
The niblet dropped from the end of the second crawler belt transmitting device；
Described Power Component includes the first belt pulley, the installation that three-phase alternating-current motor and three-phase alternating-current motor be in transmission connection
The first gear on the 3rd rotating shaft front end, it is arranged on the 4th rotating shaft front end and the second gear being meshed with the first gear, peace
The second belt pulley being contained in the 3rd rotating shaft and being positioned at the first gear front, the 3rd belt being arranged on the first rotating shaft rear end
Wheel, the 4th belt pulley being arranged on the second rotating shaft rear end, it is arranged on the 5th belt pulley of the 3rd rotating shaft rear end, is arranged on the 4th
6th belt pulley of rotating shaft rear end, described first belt pulley and the second belt pulley be in transmission connection by the first conveyer belt, and described
Three belt pulleys and the 5th belt pulley are in transmission connection by the second conveyer belt, and described 4th belt pulley and the 6th belt pulley are by the 3rd
Conveyer belt is in transmission connection；
Being set with the first spring on described bolt, the top of described bolt is formed with spacing ring, and the upper end of described first spring is even
Being connected on spacing ring, the lower end of described first spring is connected on moving sheet；
Installation pipe is installed on described discharge nozzle, described installation pipe is set with sleeve pipe, in described installation pipe, is fitted with resilient sleeve,
The upper end of described resilient sleeve socket-connects with discharge nozzle, and the lower end of described resilient sleeve connects multiple moving sheet, every adjacent moving sheet
Edge overlapped, threaded on described sleeve pipe have bolt, and each moving sheet is fixedly connected with mounting cylinder, described installation
The female thread that bolt thread connects it is formed on the inwall of cylinder；
The top of described broken case is provided with water inlet pipe, and the bottom of described broken case is provided with outlet pipe, described water inlet pipe connects
Being connected to cistern assembly, described cistern assembly includes that casing, the bottom of described casing are formed with apopore, described apopore and water inlet
Being communicated with the first pipeline between pipe, described first pipeline is connected by tee ball valve second pipe, and described second pipe is with outer
The water source on boundary is connected, and being connected between described first pipeline and the sidewall of casing has the 3rd pipeline, and described outlet pipe leads to casing
Cross the 4th pipeline to be connected.
2. corn processing facility as claimed in claim 1, it is characterised in that: described 3rd pipeline passes through three way cock and first
Pipeline is connected, and described 3rd pipeline is connected with casing by two-way valve, is being positioned at the first pipe in the cavity of described casing
The middle of road and the 4th pipeline is provided with filter；The bottom of described casing offers osculum, described osculum and the 4th
Pipeline is positioned at the same side of filter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610200238.8A CN105833942A (en) | 2016-04-03 | 2016-04-03 | Maize processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610200238.8A CN105833942A (en) | 2016-04-03 | 2016-04-03 | Maize processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105833942A true CN105833942A (en) | 2016-08-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610200238.8A Withdrawn CN105833942A (en) | 2016-04-03 | 2016-04-03 | Maize processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105833942A (en) |
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2016
- 2016-04-03 CN CN201610200238.8A patent/CN105833942A/en not_active Withdrawn
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Application publication date: 20160810 |