CN207288053U - A kind of high efficiency corn carries embryo machine - Google Patents
A kind of high efficiency corn carries embryo machine Download PDFInfo
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- CN207288053U CN207288053U CN201721217022.9U CN201721217022U CN207288053U CN 207288053 U CN207288053 U CN 207288053U CN 201721217022 U CN201721217022 U CN 201721217022U CN 207288053 U CN207288053 U CN 207288053U
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- sieve
- sieve nest
- rack
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Abstract
A kind of high efficiency corn carries embryo machine, including rack, two sieve nests being parallel to each other are set side by side with rack, sieve nest is obliquely installed along rack length direction right low left high, a vibrating motor is separately installed with the left of two sieve nests, rubber spring is provided between sieve nest bottom and rack, two sieve nest left parts are respectively arranged with feeding mechanism, the pneumatic separation device being provided with rack above two sieve nests.The utility model is compact-sized, working stability, simple operation, carry embryo is efficient, carry embryo purity height.
Description
Technical field
The utility model belongs to Cereals Processing Machines equipment technical field, more particularly to a kind of high efficiency corn carries embryo machine.
Background technology
Corn accounts for 30% of whole kernel corn or so as one of staple food crop, the volume of its embryo, and weight accounts for whole kernel corn
10%-12%.Maize germ is rich in vitamin E, vitamin A, lecithin and magnesium etc.；Containing 52% unrighted acid, nutritive value
It is high.But at the same time because corn fat majority concentrates on the embryo portion of seed, becoming sour for corn product is mainly derived from embryo, and maize stays
In hominy grits, maize flour and maize peel, cause its product shelf-life short, especially summer is easy to become sour.In order to ensure into
The quality of product and Business Economic Benefit is further improved, processing factory is designed with corn degerminating process, still, does not have also currently on the market
Have dedicated for putting forward the equipment of embryo, most of producers are all to carry out carrying embryo with the other equipment of grain processing industry, and there is carry
Embryo purity is low, the low, product that puies forward embryo efficiency from it is dirty serious, corn product deep processing is limited the defects of.
Utility model content
The utility model is in order to solve shortcoming of the prior art, there is provided a kind of compact-sized, working stability, operation
It is convenient, carry that embryo is efficient, carries the high high efficiency corn of embryo purity carries embryo machine.
In order to solve the above technical problems, the utility model adopts the following technical solution：A kind of high efficiency corn carries embryo machine, including
Rack, is set side by side with two sieve nests being parallel to each other in rack, and sieve nest is obliquely installed along rack length direction right low left high, and two
A vibrating motor is separately installed with the left of a sieve nest, rubber spring, two sieve nest left sides are provided between sieve nest bottom and rack
End is respectively arranged with feeding mechanism, the pneumatic separation device being provided with rack above two sieve nests；
Feeding mechanism includes the feed hopper for being fixedly connected on sieve nest left part, and feed hopper lower part is connected with sieve nest, feeds
Bucket top offers feed inlet, and the flexible connection of feed inlet top has feeding cylinder, is fixedly connected with feed hopper and feed inlet lower end
The surge chamber being connected, surge chamber bottom are fixedly connected with fixed frame, and fixed frame tilts down setting, and fixed frame lower end is provided with
Charging adjusts door, and charging adjusts the adjustable plate that door includes being vertically arranged, offers limiting slot on adjustable plate, be provided with fixed frame
For locking the clamping screw of adjustable plate, clamping screw passes through limiting slot, is fixedly connected with feed hopper below fixed frame
Stock guide and the cutting plate below stock guide；
Both sides offer sliding slot in sieve nest, are provided with least three sieve lattice, each sieve lattice two in sieve nest along its length
Slideslip is connected in sliding slot, is connected between two neighboring sieve lattice by linking up with, and sieve nest sidepiece is provided with for locking sieve lattice lock
Tight screw, sieve nest bottom are arranged at intervals with discharge port along its length；
Pneumatic separation device includes the housing being fixedly connected in rack, and lower housing portion is connected with two sieve nests, is set in housing
Be equipped with wind sucting chamber and main air duct, main air duct is located above wind sucting chamber, the trapezoidal structure in cross section of wind sucting chamber, main air duct it is transversal
Face is in rectangular configuration, and case top is provided with the discharge pipe being connected with main air duct, and both sides are respectively provided with wind sucting chamber
Some partition plates, form between two neighboring partition plate and air draught chamber interior walls and divide air passage, each point of air passage is connected with main air duct.
The first air quantity adjusting mechanism is provided with the discharge pipe, the first air quantity adjusting mechanism includes being rotatably connected on outlet air
First rotating shaft in pipe, is fixedly connected with the first closed plate in first rotating shaft, first rotating shaft one end is fixedly connected with positioned at outlet air
The first in command on the outside of pipe, offers the first arc groove on the first in command, is provided with the first in command for locking the first in command
The first locking knob, the first locking knob passes through the first arc groove.
The second air quantity adjusting mechanism is respectively arranged with each point of air passage, the second air quantity adjusting mechanism includes the company of rotation
The second shaft being connected on point air passage inner wall, the second closed plate is fixedly connected with the second shaft, and second shaft one end, which is fixed, to be connected
The second in command being located on the outside of wind sucting chamber is connected to, the second arc groove is offered on the second in command, is provided with and is used on the second in command
The second locking knob of the second in command is locked, the second locking knob passes through the second arc groove.
Height adjustment mechanism is provided between the rubber spring and rack, height adjustment mechanism includes leading screw and fixed company
The pedestal being connected in rack, leading screw lower end are fixedly connected on pedestal, and leading screw upper end is plugged in sieve nest bottom, and screw thread connects on leading screw
Adjusting nut is connected to, adjusting nut upper surface coordinates with rubber spring lower end top pressure.
Connected between the feed inlet and feed hopper by bellows.
The sieve nest side is provided with observation window.
Using above-mentioned technical proposal, the utility model has the following advantages that：
1st, the utility model is provided with feeding mechanism, and material is entered slow in feed hopper through being dropped down onto under feed inlet by feeding cylinder
Punching is indoor, after the cushioning effect of buffered room, is dropped down onto under material on stock guide, and material divides through being dropped down onto under stock guide on cutting plate
Flitch is dispersed and import in sieve nest by the material of whereabouts, and charging is provided with above stock guide and adjusts door, unscrews adjusting bolt,
Adjustable plate can be moved up and down charging adjusting door opening size is adjusted according to inventory, so that inlet amount is controlled, using above device
It may insure that material is uniformly gently entered in sieve nest to be sieved, avoid material dispersion uneven, sunburner, mitigates material pair
The impact of sieve nest, while control into the mass flow in sieve nest, improve screening efficiency and screening quality；
2nd, the utility model is provided with two identical sieve nests of structure, and each sieve nest can handle different materials respectively,
After material enters sieve nest by feed hopper, vibrating motor drives sieve nest vibration, and at least three are provided with along its length in sieve nest
A sieve lattice, each sieve lattice both sides are slidably connected in sliding slot, are connected between two neighboring sieve lattice by linking up with, sieve nest and horizontal plane
In certain inclination angle, feed end is high, and discharge end is low, so that material can smoothly be flowed through from compass screen surface, is set between sieve nest and rack
There is height adjustment mechanism, the angle of inclination of sieve nest can be adjusted by turning adjusting nut up or down so that screening effect is more preferable；
3rd, the material for sieving lattice surface does reciprocal sling movement under the action of vibrating motor, and the material fallen on compass screen surface is thrown
Throw forward, for air-flow from bottom to top through compass screen surface, through the bed of material, it is upward, opposite with gravity that the material that scatters to throwing produces one
Active force so that material is during pushing ahead, in lower and upper AUTOMATIC ZONING in the following order：Small pure endosperm
Grain, big endosperm particle, hybrid particles, big embryo particle and small embryo particle, for each interlayer without obvious boundary line, it is suitable to choose
Air velocity, is in lighter particle and suspends and half suspended state, heavier particle contact compass screen surface, then appropriate by configuring
Sieve aperture flows out above-mentioned layering material by different discharge ports；
4th, multiple points of air passages are divided into by partition plate in the wind sucting chamber above sieve nest, is each provided with point air passage
Two air quantity adjusting mechanisms, unscrew the second locking knob, drive the second shaft and the second closed plate to rotate by turning the second in command,
So as to according to compass screen surface feeding thickness, material light specific gravity weight, adjust the wind speed of each section of compass screen surface ascending air, side is equipped with observation
Window, compass screen surface material state is observed during easy to adjust；
5th, the trapezoidal structure in the cross section of wind sucting chamber, the cross section of main air duct is in rectangular configuration, using variable cross-section form, inhales
The tangential inlet air of air-flow in air compartment and main air duct, wind speed is higher and helical form is discharged to discharge pipe, can overcome wind sucting chamber and master
The deposition of fine particle in air passage, thus using effect is good, the air-flow in Liang Ge sieve nests wind sucting chamber imports main air duct through discharge pipe
Discharge, be provided with the first air quantity adjusting mechanism in discharge pipe, unscrew the first locking knob, first is driven by turning the first in command
Shaft and the first closed plate rotate, so as to control total suction air volume of each sieve nest；
6th, connected, avoided during sieve nest vibrates, feeding cylinder is with sieve by bellows between feed inlet and feed hopper
Body vibrates together.
Brief description of the drawings
Fig. 1 is the main structure diagram of the utility model；
Fig. 2 is the overlooking the structure diagram of the utility model；
Fig. 3 is the side structure schematic view of the utility model；
Fig. 4 is the structure diagram of feeding mechanism in the utility model；
Fig. 5 is the main structure diagram of pneumatic separation device in the utility model；
Fig. 6 is the side structure schematic view of pneumatic separation device in the utility model；
Fig. 7 is the structure diagram of sieve nest in the utility model；
Fig. 8 is the enlarged drawing at A in Fig. 1.
Embodiment
As shown in figures 1-8, a kind of high efficiency corn of the utility model puies forward embryo machine, including rack 1, is set up in parallel in rack 1
There are two sieve nests being parallel to each other 2, sieve nest 2 is obliquely installed along 1 length direction right low left high of rack, and two left sides of sieve nest 2 are respectively
One vibrating motor 3 is installed, rubber spring 4 is provided between 2 bottom of sieve nest and rack 1, two 2 left parts of sieve nest are set respectively
Feeding mechanism 5 is equipped with, the pneumatic separation device 6 being provided with rack 1 above two sieve nests 2.
Feeding mechanism 5 includes the feed hopper 7 for being fixedly connected on 2 left part of sieve nest, and 7 lower part of feed hopper is connected with sieve nest 2,
The top of feed hopper 7 offers feed inlet 8, and the flexible connection of 8 top of feed inlet has feeding cylinder 9, be fixedly connected with feed hopper 7 with into
The surge chamber 10 that 8 lower end of material mouth is connected, 10 bottom of surge chamber are fixedly connected with fixed frame 11, and fixed frame 11, which tilts down, to be set
Put, 11 lower end of fixed frame is provided with charging and adjusts door, and charging adjusts the adjustable plate 12 that door includes being vertically arranged, opened on adjustable plate 12
Equipped with limiting slot, the clamping screw 13 for locking adjustable plate 12 is provided with fixed frame 11, clamping screw 13 passes through limiting slot,
The stock guide 14 positioned at the lower section of fixed frame 11 and the cutting plate 15 positioned at the lower section of stock guide 14 are fixedly connected with feed hopper 7.
Both sides offer sliding slot in sieve nest 2, are provided with least three sieve lattice, each sieve lattice in sieve nest 2 along its length
Both sides are slidably connected in sliding slot, are connected between two neighboring sieve lattice by linking up with, 2 sidepiece of sieve nest is provided with for locking sieve lattice
Lock-screw 16,2 bottom of sieve nest are arranged at intervals with discharge port 17 along its length.Lattice are sieved not shown in figure.
Pneumatic separation device 6 includes the housing being fixedly connected in rack 1, and lower housing portion is connected with two sieve nests 2, in housing
Wind sucting chamber 18 and main air duct 19 are provided with, main air duct 19 is located above wind sucting chamber 18, the trapezoidal structure in cross section of wind sucting chamber 18,
The cross section of main air duct 19 is in rectangular configuration, and case top is provided with the discharge pipe 20 being connected with main air duct 19, wind sucting chamber 18
Interior both sides are respectively provided with some partition plates 21, are formed between 18 inner wall of two neighboring partition plate 21 and wind sucting chamber and divide air passage 22,
Each point of air passage 22 is connected with main air duct 19.
The first air quantity adjusting mechanism is provided with the discharge pipe 20, the first air quantity adjusting mechanism includes being rotatably connected on out
First rotating shaft in air hose 20, is fixedly connected with the first closed plate 23 in first rotating shaft, first rotating shaft one end is fixedly connected with position
The first in command 24 in the outside of discharge pipe 20, offers the first arc groove 25 on the first in command 24, is provided with the first in command 24
For locking the first locking knob 26 of the first in command 24, the first locking knob 26 passes through the first arc groove 25.
The second air quantity adjusting mechanism is respectively arranged with each point of air passage 22, the second air quantity adjusting mechanism includes rotating
The second shaft being connected on 22 inner wall of point air passage, is fixedly connected with the second closed plate 27, second shaft one end in the second shaft
The second in command 28 positioned at the outside of wind sucting chamber 18 is fixedly connected with, the second arc groove 29 is offered on the second in command 28, it is second
The second locking knob 30 for locking the second in command 28 is provided with hand 28, the second locking knob 30 passes through the second arc groove
29。
Height adjustment mechanism 31 is provided between the rubber spring 4 and rack 1, height adjustment mechanism 31 includes leading screw 32
With the pedestal being fixedly connected in rack 1,32 lower end of leading screw is fixedly connected on pedestal, and 32 upper end of leading screw is plugged in 2 bottom of sieve nest
Portion, adjusting nut 33 is threaded with leading screw 32, and 33 upper surface of adjusting nut coordinates with 4 lower end top pressure of rubber spring.
Connected between the feed inlet 8 and feed hopper 7 by bellows 34.
2 side of sieve nest is provided with observation window 35.
The utility model is in work in use, material drops down onto delaying in feed hopper 7 under being entered by feeding cylinder 9 through feed inlet 8
Rush in room 10, after the cushioning effect of buffered room 10, dropped down onto under material on stock guide 14, material under stock guide 14 through dropping down onto sub-material
On plate 15, cutting plate 15 is dispersed and import in sieve nest 2 by the material of whereabouts, and the top of stock guide 14 is provided with charging and adjusts
Door, unscrew adjusting bolt, can move up and down adjustable plate 12 according to inventory adjust charging adjust door opening size so that control into
Doses, may insure that material is uniformly gently entered in sieve nest 2 using above device and is sieved, and avoid material dispersion uneven,
Sunburner, mitigates impact of the material to sieve nest 2, while controls into the mass flow in sieve nest 2, improves screening efficiency and sieve
Sub-prime amount；The utility model is provided with two identical sieve nests of structure 2, and each sieve nest 2 can handle different materials, thing respectively
After material enters sieve nest 2 by feed hopper 7, vibrating motor 3 drives sieve nest 2 to vibrate, and is provided with along its length at least in sieve nest 2
Three sieve lattice, each sieve lattice both sides are slidably connected in sliding slot, are connected between two neighboring sieve lattice by linking up with, sieve nest 2 and water
Plane is in certain inclination angle, and feed end is high, and discharge end is low so that material can smoothly be flowed through from compass screen surface, sieve nest 2 and rack 1 it
Between be provided with height adjustment mechanism 31, the angle of inclination of sieve nest 2 can be adjusted by turning adjusting nut up or down so that screening
Effect is more preferable, and the material on sieve lattice surface does reciprocal sling movement under the action of vibrating motor 3, and the material fallen on compass screen surface is thrown
Throw forward, for air-flow from bottom to top through compass screen surface, through the bed of material, it is upward, opposite with gravity that the material that scatters to throwing produces one
Active force so that material is during pushing ahead, in lower and upper AUTOMATIC ZONING in the following order：Small pure endosperm
Grain, big endosperm particle, hybrid particles, big embryo particle and small embryo particle, for each interlayer without obvious boundary line, it is suitable to choose
Air velocity, is in lighter particle and suspends and half suspended state, heavier particle contact compass screen surface, then appropriate by configuring
Sieve aperture flows out above-mentioned layering material by different discharge ports 17；Pass through partition plate 21 in wind sucting chamber 18 above sieve nest 2
It is divided into multiple points of air passages 22, the second air quantity adjusting mechanism is each provided with point air passage 22, unscrew the second locking knob 30, leads to
Cross and turn the second in command 28 and drive the second shaft and the second closed plate 27 to rotate, so that according to compass screen surface feeding thickness, material ratio
Heavy and light weight, adjusts the wind speed of each section of compass screen surface ascending air, and side be equipped with observation window 35, observation compass screen surface material shape during easy to adjust
State, the trapezoidal structure in cross section of wind sucting chamber 18, the cross section of main air duct 19 is in rectangular configuration, using variable cross-section form, air draught
The tangential inlet air of air-flow in room 18 and main air duct 19, wind speed is higher and helical form is discharged to discharge pipe 20, can overcome wind sucting chamber
18 and main air duct 19 in fine particle deposition, thus using effect is good, and the air-flow in two 2 wind sucting chamber 18 of sieve nest imports main wind
Road 19 is discharged through discharge pipe 20, and the first air quantity adjusting mechanism is provided with discharge pipe 20, unscrews the first locking knob 26, by twisting
The dynamic first in command 24 drives first rotating shaft and the first closed plate 23 to rotate, so as to control total suction air volume of each sieve nest 2.
Limitation of the present embodiment not to works such as the shape of the utility model, material, structures in any form, every foundation
Any simple modification, equivalent change and modification that the technical essence of the utility model makees above example, belongs to this reality
With the protection domain of new technique scheme.
Claims (6)
1. a kind of high efficiency corn carries embryo machine, it is characterised in that：Including rack, two sieves being parallel to each other are set side by side with rack
Body, sieve nest are obliquely installed along rack length direction right low left high, and a vibrating motor, sieve nest are separately installed with the left of two sieve nests
Rubber spring is provided between bottom and rack, two sieve nest left parts are respectively arranged with feeding mechanism, position is provided with rack
Pneumatic separation device above two sieve nests；
Feeding mechanism includes the feed hopper for being fixedly connected on sieve nest left part, and feed hopper lower part is connected with sieve nest, feed hopper top
Portion offers feed inlet, and the flexible connection of feed inlet top has feeding cylinder, is fixedly connected with feed hopper and is connected with feed inlet lower end
Logical surge chamber, surge chamber bottom are fixedly connected with fixed frame, and fixed frame tilts down setting, and fixed frame lower end is provided with charging
Door is adjusted, charging adjusts the adjustable plate that door includes being vertically arranged, offers limiting slot on adjustable plate, be provided with and be used on fixed frame
The clamping screw of adjustable plate is locked, clamping screw passes through limiting slot, leading below fixed frame is fixedly connected with feed hopper
Flitch and the cutting plate below stock guide；
Both sides offer sliding slot in sieve nest, are provided with least three sieve lattice in sieve nest along its length, and each sieve lattice two break away
It is dynamic to be connected in sliding slot, connected between two neighboring sieve lattice by linking up with, sieve nest sidepiece is provided with for locking sieve lattice locking screw
Nail, sieve nest bottom is arranged at intervals with discharge port along its length；
Pneumatic separation device includes the housing being fixedly connected in rack, and lower housing portion is connected with two sieve nests, is provided with housing
Wind sucting chamber and main air duct, main air duct are located above wind sucting chamber, and the trapezoidal structure in cross section of wind sucting chamber, the cross section of main air duct is in
Rectangular configuration, case top are provided with the discharge pipe being connected with main air duct, and both sides are respectively provided with some in wind sucting chamber
Partition plate, forms between two neighboring partition plate and air draught chamber interior walls and divides air passage, each point of air passage is connected with main air duct.
2. high efficiency corn according to claim 1 carries embryo machine, it is characterised in that：The first air quantity is provided with the discharge pipe
Adjusting mechanism, the first air quantity adjusting mechanism include the first rotating shaft being rotatably connected in discharge pipe, are fixedly connected in first rotating shaft
There is the first closed plate, first rotating shaft one end is fixedly connected with the first in command on the outside of discharge pipe, is offered on the first in command
First arc groove, is provided with the first locking knob for locking the first in command on the first in command, and the first locking knob is through the
One arc groove.
3. high efficiency corn according to claim 2 carries embryo machine, it is characterised in that：It is respectively arranged with each point of air passage
Second air quantity adjusting mechanism, the second air quantity adjusting mechanism include being rotatably connected on the second shaft on point air passage inner wall, second turn
It is fixedly connected with the second closed plate on axis, second shaft one end is fixedly connected with the second in command on the outside of wind sucting chamber, and second
The second arc groove is offered on handle, the second locking knob for locking the second in command, the second lock are provided with the second in command
Tight knob passes through the second arc groove.
4. high efficiency corn according to claim 1 carries embryo machine, it is characterised in that：Set between the rubber spring and rack
There is height adjustment mechanism, height adjustment mechanism includes leading screw and the pedestal being fixedly connected in rack, and leading screw lower end is fixedly connected
On pedestal, leading screw upper end is plugged in sieve nest bottom, and adjusting nut, adjusting nut upper surface and rubber are threaded with leading screw
Lower spring end top pressure coordinates.
5. high efficiency corn according to claim 1 carries embryo machine, it is characterised in that：Pass through between the feed inlet and feed hopper
Bellows connects.
6. high efficiency corn according to claim 1 carries embryo machine, it is characterised in that：The sieve nest side is provided with observation window.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721217022.9U CN207288053U (en) | 2017-09-21 | 2017-09-21 | A kind of high efficiency corn carries embryo machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721217022.9U CN207288053U (en) | 2017-09-21 | 2017-09-21 | A kind of high efficiency corn carries embryo machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207288053U true CN207288053U (en) | 2018-05-01 |
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ID=62442149
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721217022.9U Active CN207288053U (en) | 2017-09-21 | 2017-09-21 | A kind of high efficiency corn carries embryo machine |
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| Country | Link |
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| CN (1) | CN207288053U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107497677A (en) * | 2017-09-21 | 2017-12-22 | 河南粮院机械制造有限公司 | A kind of high efficiency corn carries embryo machine |
-
2017
- 2017-09-21 CN CN201721217022.9U patent/CN207288053U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107497677A (en) * | 2017-09-21 | 2017-12-22 | 河南粮院机械制造有限公司 | A kind of high efficiency corn carries embryo machine |
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