CN106944349B - A kind of multistage sorter of soya bean processing - Google Patents
A kind of multistage sorter of soya bean processing Download PDFInfo
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- CN106944349B CN106944349B CN201710195327.2A CN201710195327A CN106944349B CN 106944349 B CN106944349 B CN 106944349B CN 201710195327 A CN201710195327 A CN 201710195327A CN 106944349 B CN106944349 B CN 106944349B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B9/00—Combinations of apparatus for screening or sifting or for separating solids from solids using gas currents; General arrangement of plant, e.g. flow sheets
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/42—Drive mechanisms, regulating or controlling devices, or balancing devices, specially adapted for screens
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- Combined Means For Separation Of Solids (AREA)
Abstract
The present invention relates to a kind of sorter more particularly to a kind of multistage sorters of soya bean processing.The technical problem to be solved in the present invention is to provide it is a kind of it is easy to operate, sorting efficiency is high, the multistage sorter of the uniform soya bean processing of sorting.It is processed in order to solve the above-mentioned technical problems, the present invention provides such a soya bean and uses multistage sorter, include pedestal, support rod, second level sorting equipment, the first discharge port, the first fixed plate, the second discharge port, level-one sorting equipment, feed inlet etc.；Base top is symmetrically welded with support rod, and post upper is provided with second level sorting equipment, and the mode that the outer right wall lower part of second level sorting equipment is connected by screw to is connected with the first discharge port.The present invention drives first rotating shaft rotation by first motor, and first rotating shaft drives worm gear to rotate by worm screw, and worm gear drives connecting rod to move left and right, and connecting rod drives first to cross sieve plate side-to-side movement by the second sliding block.
Description
Technical field
The present invention relates to a kind of sorter more particularly to a kind of multistage sorters of soya bean processing.
Background technique
Soybean is generally called soya bean.Pulse family Glycine annual herb, it is 30-90 centimetres high.It is originating in China, there is cultivation all over China
Training is also cultivated in all over the world extensively.Soybean is one of important cereal crops of China, has 5,000 years cultivation histories, China east
North is main producing region, is a kind of crop that its seed contains abundant phytoprotein.Soybean is most commonly used for various bean product, squeezes
Soya-bean oil makes soy sauce and extracts protein.Soybean is that most wide variety is planted in soybean.Soybean is most commonly used for various beans
Product makes soy sauce and extracts protein.Bean dregs wear into coarse powder and are also commonly used for poultry and livestock feed.Soybean nutritional is comprehensive, and content is rich
Richness, wherein the content of protein is 2 times higher than pork, is 2.5 times of egg content.The content of protein is not only high, but also quality
It is good.Soy proteinaceous amino acid composition and animal protein are approximate, wherein the amino acid ratio that relatively human body needs, institute
To be easy to be digested absorption.Soybean fat also has very high nutritive value, and contains many unsaturated fatty acids in this fat,
It is easy to be digested.And soybean fat can prevent the absorption of cholesterol, so soybean is for arteriosclerotic
For, it is a kind of ideal nutriment.
The step important operation when sorting of soya bean is soya bean processing, soya bean need to be carried out according to the size of its volume different
Process operation, current soya bean processing sorting equipment there are cumbersome, sorting efficiency is low, the non-uniform disadvantage of sorting, because
This need to research and develop it is a kind of it is easy to operate, sorting efficiency is high, the multistage sorter of the uniform soya bean processing of sorting.
Summary of the invention
(1) technical problems to be solved
There are cumbersome, sorting efficiency is low, sorting is uneven in order to overcome current soya bean to process sorting equipment by the present invention
Even disadvantage, the technical problem to be solved in the present invention is to provide it is a kind of it is easy to operate, sorting efficiency is high, the uniform soya bean of sorting adds
The multistage sorter of work.
(2) technical solution
It is processed in order to solve the above-mentioned technical problems, the present invention provides such a soya bean and uses multistage sorter, include
Pedestal, support rod, second level sorting equipment, the first discharge port, the first fixed plate, the second discharge port, level-one sorting equipment, charging
Mouth, first motor and electrically-controlled valve, base top are symmetrically welded with support rod, and post upper is provided with two level sortations dress
It sets, the mode that the outer right wall lower part of second level sorting equipment is connected by screw to is connected with the first discharge port, second level sorting equipment top
It is provided with level-one sorting equipment, the mode that the outer left wall lower part of level-one sorting equipment is connected by screw to is connected with the second discharge port,
Second level sorting equipment top right side is welded with the first fixed plate, is connected with the at the top of the first fixed plate by bolted connection
One motor, the mode that level-one sorting equipment top is connected by screw to are connected with feed inlet, and feed inlet is equipped with electrically-controlled valve.
Preferably, level-one sorting equipment includes first shell, sliding rail, the first strut, the first sliding block, the second sliding block,
One hinge member, rotary shaft, fastening lid, the second strut, connecting rod, worm gear, third strut, first bearing seat, the second fixed plate,
Two bearing bracket, worm screw, first rotating shaft, slideway, bracket and first cross sieve plate, and it is fixed that second is welded in the middle part of first shell inner left wall
Plate, the second fixed plate top are connected with sliding rail by bolted connection, and sliding rail left part slidingtype is connected with the first sliding block, sliding
Rail right part slidingtype is connected with the second sliding block, and the first sliding block and the uniform sliding rail of the second sliding block cooperate, and the first upper end of slide block passes through spiral shell
The mode of nail connection is connected with the first strut, and the mode that the second upper end of slide block is connected by screw to is connected with the second strut, and first
The mode that strut and the second strut upper end are connected by screw to is connected with first and crosses sieve plate, and first shell right wall lower part passes through bolt
The mode of connection is connected with first bearing seat, is connected with second bearing seat by bolted connection on the right side of the second fixed plate,
First bearing seat is connected with first rotating shaft, first rotating shaft right end by way of connecting in the bearing in second bearing seat interference
It stretches out outside first shell, the output shaft of first motor left end is connect by shaft coupling with first rotating shaft right end, and first rotating shaft is left
Portion is welded with worm screw, and first shell inner right wall middle part is connected with worm gear by third strut rotary type, and worm gear is engaged with worm screw, snail
Connecting rod is hingedly connected with by the first hinge member at the eccentric position of wheel front side, the connecting rod other end passes through the first hinge member and the
Two sliding blocks are articulated and connected, and bottom is welded with slideway by bracket bilateral symmetry in first shell, and first shell is provided among bottom
First through hole.
Preferably, second level sorting equipment includes second shell, the second motor, the first oscillating rod, second sieve plate, second excessively
Hinge member, notch plate, connecting shaft, swivel plate, the second oscillating rod, cam, first sleeve, the first spring, collection frame, second set
Cylinder and second spring, second shell are fixed on post upper by welding, and second shell and first shell pass through spiral shell
The mode of nail connects, and second shell top center is provided with the second through-hole, and the second through-hole is connected to first through hole, bottom in second shell
It is welded with first sleeve on the left of portion, is connected with the first spring, the first spring upper end by way of hook connection in first sleeve
It is connected with the first oscillating rod by way of hook connection, bottom right is welded with second sleeve, second sleeve in second shell
Interior that second spring is connected with by way of hook connection, second spring upper end is connected with the second pendulum by way of hook connection
Lever, the first oscillating rod and the second oscillating rod upper end are hingedly connected with second by the second hinge member and cross sieve plate, second shell
It is placed with collection frame among interior bottom, is connected with the second motor by bolted connection in the middle part of second shell inner left wall, the
The output shaft of two motor right ends is connected with cam in such a way that flat key connects, and cam is located at second and crosses below sieve plate.
Preferably, the first hinge member includes rotary shaft and fastening lid, is opened at worm gear eccentric position with connecting rod one end
There is circular hole, rotary shaft passes through the circular hole at worm gear eccentric position with connecting rod one end, and fastening lid is connect with rotation shaft rear end interference；The
Two sliding blocks and the connecting rod other end are provided with circular hole, and rotary shaft passes through the circular hole of the second sliding block and the connecting rod other end, fastening lid and rotation
Shaft rear end interference connection.
Preferably, the second hinge member includes notch plate, connecting shaft and swivel plate, and connecting shaft is fixedly mounted on notch plate
On, circular hole is provided on swivel plate, connecting shaft passes through the through-hole on swivel plate, and swivel plate can be rotated around connecting shaft；
The swivel plate of first the second hinge member of oscillating rod upper end is crossed sieve plate with second by welding and is connect, on the first oscillating rod
The notch plate of the second hinge member is held to be welded on the first oscillating rod upper end；The swivel plate of second the second hinge member of oscillating rod upper end
It crosses sieve plate with second by welding to connect, the notch plate of second the second hinge member of oscillating rod upper end is welded on the second pendulum
Lever upper end.
It preferably, further include having shield, the mode that first motor periphery is connected by screw to is connected with shield, and shield is fixed
At the top of the first fixed plate.
It preferably, further include having placing box, the mode being connected by screw in the middle part of the outer right wall of second shell is connected with placement
Case.
Preferably, the material of pedestal is stainless steel.
Preferably, first motor is servo motor.
Working principle: when needing to carry out sorting process operation to soya bean, staff first places collection device respectively
It in the first discharge port and the second directly below the discharge opening, controls electrically-controlled valve and opens, start first motor, first motor drives a fraction
Device work is picked, while controlling the work of second level sorting equipment, soya bean is added in feed inlet by staff, and soya bean is by charging
Mouth enters in level-one sorting equipment, and for soya bean after the screening of level-one sorting equipment, a part of soya bean passes through the second discharge port
Outflow, another part soya bean fall into second level sorting equipment, and second level sorting equipment carries out screening operation again, sieve to soya bean
Soya bean after choosing is flowed out by the first discharge port, and after the completion of sorting work, control equipment stops working, and staff divides soya bean
It does not collect.
Because level-one sorting equipment includes first shell, sliding rail, the first strut, the first sliding block, the second sliding block, the first hinge
Relay part, rotary shaft, fastening lid, the second strut, connecting rod, worm gear, third strut, first bearing seat, the second fixed plate, the second axis
It holds seat, worm screw, first rotating shaft, slideway, bracket and first and crosses sieve plate, be welded with the second fixed plate in the middle part of first shell inner left wall,
It is connected with sliding rail by bolted connection at the top of second fixed plate, sliding rail left part slidingtype is connected with the first sliding block, sliding rail
Right part slidingtype is connected with the second sliding block, and the first sliding block and the uniform sliding rail of the second sliding block cooperate, and the first upper end of slide block passes through screw
The mode of connection is connected with the first strut, and the mode that the second upper end of slide block is connected by screw to is connected with the second strut, and first
The mode that bar and the second strut upper end are connected by screw to is connected with first and crosses sieve plate, and first shell right wall lower part is connected by bolt
The mode connect is connected with first bearing seat, is connected with second bearing seat by bolted connection on the right side of the second fixed plate, the
One bearing block is connected with first rotating shaft by way of connecting in the bearing in second bearing seat interference, and first rotating shaft right end is stretched
Out outside first shell, the output shaft of first motor left end is connect by shaft coupling with first rotating shaft right end, first rotating shaft left part
It is welded with worm screw, first shell inner right wall middle part is connected with worm gear by third strut rotary type, and worm gear is engaged with worm screw, worm gear
Connecting rod is hingedly connected with by the first hinge member at the eccentric position of front side, the connecting rod other end passes through the first hinge member and second
Sliding block articulated connection, bottom is symmetrically welded with slideway by bracket in first shell, and the is provided among first shell bottom
One through-hole.First motor will drive first rotating shaft when rotating, first rotating shaft drives worm screw rotation, and worm screw drives worm gear rotation, snail
Wheel drives connecting rod side-to-side movement, and connecting rod drives the second sliding block side-to-side movement, and the second sliding block drives the second strut to move left and right, and second
Strut drives first to cross sieve plate side-to-side movement, and first, which crosses sieve plate, screens soya bean, and first, which crosses sieve plate side-to-side movement, to improve
The efficiency of screening.
Because second level sorting equipment includes second shell, the second motor, the first oscillating rod, second sieve plate, the second hinge excessively
Relay part, notch plate, connecting shaft, swivel plate, the second oscillating rod, cam, first sleeve, the first spring, collection frame, second sleeve
And second spring, second shell are fixed on post upper by welding, second shell and first shell pass through screw
Mode connect, second shell top center is provided with the second through-hole, and the second through-hole is connected to first through hole, bottom in second shell
Left side is welded with first sleeve, the first spring is connected with by way of hook connection in first sleeve, the first spring upper end is logical
The mode for crossing hook connection is connected with the first oscillating rod, and bottom right is welded with second sleeve in second shell, in second sleeve
Second spring is connected with by way of hook connection, second spring upper end is connected with the second swing by way of hook connection
Bar, the first oscillating rod and the second oscillating rod upper end are hingedly connected with second by the second hinge member and cross sieve plate, in second shell
It is placed with collection frame among bottom, is connected with the second motor in the middle part of second shell inner left wall by bolted connection, second
The output shaft of motor right end is connected with cam in such a way that flat key connects, and cam is located at second and crosses below sieve plate.Soya bean passes through
Second through-hole falls in second and crosses on sieve plate, and the rotation of the second motor will drive cam rotation, and cam constantly taps second and crosses sieve plate, yellow
The screening that beans cross sieve plate by second, a part are fallen into the first discharge port, and another part is then fallen into collection frame, and cam is continuous
Tapping the second sieve plate excessively can be such that the second sieve plate excessively constantly swings, and enhance the efficiency of screening.
Because the first hinge member includes rotary shaft and fastening lid, circle is provided with connecting rod one end at worm gear eccentric position
Hole, rotary shaft pass through the circular hole at worm gear eccentric position with connecting rod one end, and fastening lid is connect with rotation shaft rear end interference；Second is sliding
Block and the connecting rod other end are provided with circular hole, and rotary shaft passes through the circular hole of the second sliding block and the connecting rod other end, fastening lid and rotary shaft
Rear end interference connection.First hinge member flexible swinging, can extend the service life of equipment.
Because the second hinge member includes notch plate, connecting shaft and swivel plate, connecting shaft is fixedly mounted on notch plate,
Circular hole is provided on swivel plate, connecting shaft passes through the through-hole on swivel plate, and swivel plate can be rotated around connecting shaft；First
The swivel plate of the second hinge member of oscillating rod upper end is crossed sieve plate with second by welding and is connect, the first oscillating rod upper end the
The notch plate of two hinge members is welded on the first oscillating rod upper end；The swivel plate of second the second hinge member of oscillating rod upper end passes through
The mode of welding is crossed sieve plate with second and is connect, and the notch plate of second the second hinge member of oscillating rod upper end is welded on the second oscillating rod
Upper end.Second hinge member flexible swinging, can extend the service life of equipment.
Because further including having shield, the mode that first motor periphery is connected by screw to is connected with shield, and shield is fixed on
At the top of first fixed plate.First motor can be effectively protected in shield, can extend the service life of first motor.
Because further including having placing box, the mode being connected by screw in the middle part of the outer right wall of second shell is connected with placing box.
Common tool can be placed in placing box, facilitates the maintenance and maintenance of equipment.
Because the material of pedestal is stainless steel, stainless steel corrosion resistance and acid resistance are strong, can extend the service life of device.
Because first motor is servo motor, anti-overload ability is strong, and high speed performance is good, can be precisely controlled its revolving speed.
(3) beneficial effect
The present invention drives first rotating shaft rotation by first motor, and first rotating shaft drives worm gear to rotate by worm screw, worm gear
Connecting rod is driven to move left and right, connecting rod drives first to cross sieve plate side-to-side movement by the second sliding block, realizes level-one sorting equipment
Work, the second motor band moving cam constantly tap second and cross sieve plate, realize the work of second level sorting equipment, level-one sorting equipment
With the cooperation of second level sorting equipment, the efficient sorting work of soya bean is realized.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention.
Fig. 2 is the first schematic view of the front view of level-one sorting equipment of the present invention.
Fig. 3 is second of schematic view of the front view of level-one sorting equipment of the present invention.
Fig. 4 is the first schematic view of the front view of second level sorting equipment of the present invention.
Fig. 5 is second of schematic view of the front view of second level sorting equipment of the present invention.
Fig. 6 is the schematic perspective view of the first hinge member of the invention.
Fig. 7 is the schematic perspective view of the second hinge member of the invention.
The label in accompanying drawing is: 1- pedestal, 2- support rod, 3- second level sorting equipment, 300- second shell, 301- second are logical
Hole, the second motor of 302-, the first oscillating rod of 303-, the sieve plate excessively of 304- second, the second hinge member of 305-, 3051- notch plate,
3052- connecting shaft, 3053- swivel plate, the second oscillating rod of 306-, 307- cam, 308- first sleeve, the first spring of 309-,
310- collection frame, 311- second sleeve, 312- second spring, the first discharge port of 4-, the first fixed plate of 5-, the second discharge port of 6-,
7- level-one sorting equipment, 700- first shell, 701- sliding rail, the first strut of 702-, the first sliding block of 703-, the second sliding block of 704-,
The first hinge member of 705-, 7051- rotary shaft, 7052- fastening lid, the second strut of 706-, 707- connecting rod, 708- worm gear, 709-
Third strut, 710- first bearing seat, the second fixed plate of 711-, 712- second bearing seat, 713- worm screw, 714- first rotating shaft,
715- slideway, 716- bracket, 717- first through hole, the sieve plate excessively of 718- first, 8- feed inlet, 9- first motor, 10- electrically-controlled valve,
11- shield, 12- placing box.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of processing of soya bean includes as shown in figs. 1-7 pedestal 1, support rod 2, second level sorting equipment with multistage sorter
3, the first discharge port 4, the first fixed plate 5, the second discharge port 6, level-one sorting equipment 7, feed inlet 8, first motor 9 and electrically-controlled valve
10,1 top of pedestal is symmetrically welded with support rod 2, and 2 upper end of support rod is provided with second level sorting equipment 3, two level sortations dress
It sets the mode that 3 outer right wall lower parts are connected by screw to and is connected with the first discharge port 4, be provided with level-one at the top of second level sorting equipment 3
Sorting equipment 7, the mode that the outer left wall lower part of level-one sorting equipment 7 is connected by screw to are connected with the second discharge port 6, two level sortations
3 top right side of device is welded with the first fixed plate 5, and 5 top of the first fixed plate is connected with the first electricity by bolted connection
Machine 9, the mode being connected by screw at the top of level-one sorting equipment 7 are connected with feed inlet 8, and feed inlet 8 is equipped with electrically-controlled valve 10.
Embodiment 2
A kind of processing of soya bean includes as shown in figs. 1-7 pedestal 1, support rod 2, second level sorting equipment with multistage sorter
3, the first discharge port 4, the first fixed plate 5, the second discharge port 6, level-one sorting equipment 7, feed inlet 8, first motor 9 and electrically-controlled valve
10,1 top of pedestal is symmetrically welded with support rod 2, and 2 upper end of support rod is provided with second level sorting equipment 3, two level sortations dress
It sets the mode that 3 outer right wall lower parts are connected by screw to and is connected with the first discharge port 4, be provided with level-one at the top of second level sorting equipment 3
Sorting equipment 7, the mode that the outer left wall lower part of level-one sorting equipment 7 is connected by screw to are connected with the second discharge port 6, two level sortations
3 top right side of device is welded with the first fixed plate 5, and 5 top of the first fixed plate is connected with the first electricity by bolted connection
Machine 9, the mode being connected by screw at the top of level-one sorting equipment 7 are connected with feed inlet 8, and feed inlet 8 is equipped with electrically-controlled valve 10.
Level-one sorting equipment 7 includes first shell 700, sliding rail 701, the first strut 702, the first sliding block 703, second cunning
Block 704, the first hinge member 705, rotary shaft 7051, fastening lid 7052, the second strut 706, connecting rod 707, worm gear 708, third
Strut 709, first bearing seat 710, the second fixed plate 711, second bearing seat 712, worm screw 713, first rotating shaft 714, slideway
715, bracket 716 and first crosses sieve plate 718, and the second fixed plate 711 is welded in the middle part of 700 inner left wall of first shell, and second is fixed
711 top of plate is connected with sliding rail 701 by bolted connection, and 701 left part slidingtype of sliding rail is connected with the first sliding block 703,
701 right part slidingtype of sliding rail is connected with the second sliding block 704, and the first sliding block 703 and the uniform sliding rail 701 of the second sliding block 704 cooperate, the
The mode that one sliding block, 703 upper end is connected by screw to is connected with the first strut 702, and 704 upper end of the second sliding block is connected by screw to
Mode be connected with the second strut 706, the mode that the first strut 702 is connected by screw to 706 upper end of the second strut is connected with
First crosses sieve plate 718, and 700 right wall lower part of first shell is connected with first bearing seat 710 by bolted connection, and second is solid
711 right side of fixed board is connected with second bearing seat 712, first bearing seat 710 and second bearing seat 712 by bolted connection
On bearing in be connected with first rotating shaft 714 in such a way that interference connects, 714 right end of first rotating shaft stretches out first shell 700
The output shaft of outside, 9 left end of first motor is connect by shaft coupling with 714 right end of first rotating shaft, the welding of 714 left part of first rotating shaft
There is worm screw 713,700 inner right wall of first shell middle part is connected with worm gear 708, worm gear 708 and snail by 709 rotary type of third strut
Bar 713 engages, and is hingedly connected with connecting rod 707 by the first hinge member 705 at 708 front side eccentric position of worm gear, and connecting rod 707 is another
One end is articulated and connected by the first hinge member 705 and the second sliding block 704, and bottom passes through bracket 716 or so in first shell 700
It is symmetrically welded with slideway 715, first shell is provided with first through hole 717 among 700 bottom.
Embodiment 3
A kind of processing of soya bean includes as shown in figs. 1-7 pedestal 1, support rod 2, second level sorting equipment with multistage sorter
3, the first discharge port 4, the first fixed plate 5, the second discharge port 6, level-one sorting equipment 7, feed inlet 8, first motor 9 and electrically-controlled valve
10,1 top of pedestal is symmetrically welded with support rod 2, and 2 upper end of support rod is provided with second level sorting equipment 3, two level sortations dress
It sets the mode that 3 outer right wall lower parts are connected by screw to and is connected with the first discharge port 4, be provided with level-one at the top of second level sorting equipment 3
Sorting equipment 7, the mode that the outer left wall lower part of level-one sorting equipment 7 is connected by screw to are connected with the second discharge port 6, two level sortations
3 top right side of device is welded with the first fixed plate 5, and 5 top of the first fixed plate is connected with the first electricity by bolted connection
Machine 9, the mode being connected by screw at the top of level-one sorting equipment 7 are connected with feed inlet 8, and feed inlet 8 is equipped with electrically-controlled valve 10.
Level-one sorting equipment 7 includes first shell 700, sliding rail 701, the first strut 702, the first sliding block 703, second cunning
Block 704, the first hinge member 705, rotary shaft 7051, fastening lid 7052, the second strut 706, connecting rod 707, worm gear 708, third
Strut 709, first bearing seat 710, the second fixed plate 711, second bearing seat 712, worm screw 713, first rotating shaft 714, slideway
715, bracket 716 and first crosses sieve plate 718, and the second fixed plate 711 is welded in the middle part of 700 inner left wall of first shell, and second is fixed
711 top of plate is connected with sliding rail 701 by bolted connection, and 701 left part slidingtype of sliding rail is connected with the first sliding block 703,
701 right part slidingtype of sliding rail is connected with the second sliding block 704, and the first sliding block 703 and the uniform sliding rail 701 of the second sliding block 704 cooperate, the
The mode that one sliding block, 703 upper end is connected by screw to is connected with the first strut 702, and 704 upper end of the second sliding block is connected by screw to
Mode be connected with the second strut 706, the mode that the first strut 702 is connected by screw to 706 upper end of the second strut is connected with
First crosses sieve plate 718, and 700 right wall lower part of first shell is connected with first bearing seat 710 by bolted connection, and second is solid
711 right side of fixed board is connected with second bearing seat 712, first bearing seat 710 and second bearing seat 712 by bolted connection
On bearing in be connected with first rotating shaft 714 in such a way that interference connects, 714 right end of first rotating shaft stretches out first shell 700
The output shaft of outside, 9 left end of first motor is connect by shaft coupling with 714 right end of first rotating shaft, the welding of 714 left part of first rotating shaft
There is worm screw 713,700 inner right wall of first shell middle part is connected with worm gear 708, worm gear 708 and snail by 709 rotary type of third strut
Bar 713 engages, and is hingedly connected with connecting rod 707 by the first hinge member 705 at 708 front side eccentric position of worm gear, and connecting rod 707 is another
One end is articulated and connected by the first hinge member 705 and the second sliding block 704, and bottom passes through bracket 716 or so in first shell 700
It is symmetrically welded with slideway 715, first shell is provided with first through hole 717 among 700 bottom.
Second level sorting equipment 3 includes second shell 300, the second motor 302, the first oscillating rod 303, second sieve plate excessively
304, the second hinge member 305, notch plate 3051, connecting shaft 3052, swivel plate 3053, the second oscillating rod 306, cam 307,
One sleeve 308, the first spring 309, collection frame 310, second sleeve 311 and second spring 312, second shell 300 pass through welding
Mode be fixed on 2 upper end of support rod, second shell 300 is connect by way of screw with first shell 700, second shell
300 top centers are provided with the second through-hole 301, and the second through-hole 301 is connected to first through hole 717, bottom left in second shell 300
It is welded with first sleeve 308, is connected with the first spring 309, the first spring by way of hook connection in first sleeve 308
309 upper ends are connected with the first oscillating rod 303 by way of hook connection, and bottom right is welded with second in second shell 300
Sleeve 311, second sleeve 311 is interior to be connected with second spring 312 by way of hook connection, and 312 upper end of second spring passes through
The mode of hook connection is connected with the second oscillating rod 306, the first oscillating rod 303 and 306 upper end of the second oscillating rod and passes through the second hinge
Relay part 305 is hingedly connected with second and crosses sieve plate 304, is placed with collection frame 310, second shell among bottom in second shell 300
The second motor 302 is connected in the middle part of 300 inner left wall of body by bolted connection, the output shaft of 302 right end of the second motor is logical
The mode for crossing flat key connection is connected with cam 307, and cam 307 is located at second and crosses 304 lower section of sieve plate.
Embodiment 4
A kind of processing of soya bean includes as shown in figs. 1-7 pedestal 1, support rod 2, second level sorting equipment with multistage sorter
3, the first discharge port 4, the first fixed plate 5, the second discharge port 6, level-one sorting equipment 7, feed inlet 8, first motor 9 and electrically-controlled valve
10,1 top of pedestal is symmetrically welded with support rod 2, and 2 upper end of support rod is provided with second level sorting equipment 3, two level sortations dress
It sets the mode that 3 outer right wall lower parts are connected by screw to and is connected with the first discharge port 4, be provided with level-one at the top of second level sorting equipment 3
Sorting equipment 7, the mode that the outer left wall lower part of level-one sorting equipment 7 is connected by screw to are connected with the second discharge port 6, two level sortations
3 top right side of device is welded with the first fixed plate 5, and 5 top of the first fixed plate is connected with the first electricity by bolted connection
Machine 9, the mode being connected by screw at the top of level-one sorting equipment 7 are connected with feed inlet 8, and feed inlet 8 is equipped with electrically-controlled valve 10.
Level-one sorting equipment 7 includes first shell 700, sliding rail 701, the first strut 702, the first sliding block 703, second cunning
Block 704, the first hinge member 705, rotary shaft 7051, fastening lid 7052, the second strut 706, connecting rod 707, worm gear 708, third
Strut 709, first bearing seat 710, the second fixed plate 711, second bearing seat 712, worm screw 713, first rotating shaft 714, slideway
715, bracket 716 and first crosses sieve plate 718, and the second fixed plate 711 is welded in the middle part of 700 inner left wall of first shell, and second is fixed
711 top of plate is connected with sliding rail 701 by bolted connection, and 701 left part slidingtype of sliding rail is connected with the first sliding block 703,
701 right part slidingtype of sliding rail is connected with the second sliding block 704, and the first sliding block 703 and the uniform sliding rail 701 of the second sliding block 704 cooperate, the
The mode that one sliding block, 703 upper end is connected by screw to is connected with the first strut 702, and 704 upper end of the second sliding block is connected by screw to
Mode be connected with the second strut 706, the mode that the first strut 702 is connected by screw to 706 upper end of the second strut is connected with
First crosses sieve plate 718, and 700 right wall lower part of first shell is connected with first bearing seat 710 by bolted connection, and second is solid
711 right side of fixed board is connected with second bearing seat 712, first bearing seat 710 and second bearing seat 712 by bolted connection
On bearing in be connected with first rotating shaft 714 in such a way that interference connects, 714 right end of first rotating shaft stretches out first shell 700
The output shaft of outside, 9 left end of first motor is connect by shaft coupling with 714 right end of first rotating shaft, the welding of 714 left part of first rotating shaft
There is worm screw 713,700 inner right wall of first shell middle part is connected with worm gear 708, worm gear 708 and snail by 709 rotary type of third strut
Bar 713 engages, and is hingedly connected with connecting rod 707 by the first hinge member 705 at 708 front side eccentric position of worm gear, and connecting rod 707 is another
One end is articulated and connected by the first hinge member 705 and the second sliding block 704, and bottom passes through bracket 716 or so in first shell 700
It is symmetrically welded with slideway 715, first shell is provided with first through hole 717 among 700 bottom.
Second level sorting equipment 3 includes second shell 300, the second motor 302, the first oscillating rod 303, second sieve plate excessively
304, the second hinge member 305, notch plate 3051, connecting shaft 3052, swivel plate 3053, the second oscillating rod 306, cam 307,
One sleeve 308, the first spring 309, collection frame 310, second sleeve 311 and second spring 312, second shell 300 pass through welding
Mode be fixed on 2 upper end of support rod, second shell 300 is connect by way of screw with first shell 700, second shell
300 top centers are provided with the second through-hole 301, and the second through-hole 301 is connected to first through hole 717, bottom left in second shell 300
It is welded with first sleeve 308, is connected with the first spring 309, the first spring by way of hook connection in first sleeve 308
309 upper ends are connected with the first oscillating rod 303 by way of hook connection, and bottom right is welded with second in second shell 300
Sleeve 311, second sleeve 311 is interior to be connected with second spring 312 by way of hook connection, and 312 upper end of second spring passes through
The mode of hook connection is connected with the second oscillating rod 306, the first oscillating rod 303 and 306 upper end of the second oscillating rod and passes through the second hinge
Relay part 305 is hingedly connected with second and crosses sieve plate 304, is placed with collection frame 310, second shell among bottom in second shell 300
The second motor 302 is connected in the middle part of 300 inner left wall of body by bolted connection, the output shaft of 302 right end of the second motor is logical
The mode for crossing flat key connection is connected with cam 307, and cam 307 is located at second and crosses 304 lower section of sieve plate.
First hinge member 705 includes rotary shaft 7051 and fastening lid 7052, at 708 eccentric position of worm gear and connecting rod
707 one end are provided with circular hole, and rotary shaft 7051 passes through the circular hole at 708 eccentric position of worm gear with 707 one end of connecting rod, fastening lid
7052 connect with 7051 rear end interference of rotary shaft；Second sliding block 704 is provided with circular hole, rotary shaft 7051 with 707 other end of connecting rod
Across the circular hole of the second sliding block 704 and 707 other end of connecting rod, fastening lid 7052 is connect with 7051 rear end interference of rotary shaft.
Second hinge member 305 includes notch plate 3051, connecting shaft 3052 and swivel plate 3053, and connecting shaft 3052 is fixed
It being mounted on notch plate 3051, circular hole is provided on swivel plate 3053, connecting shaft 3052 passes through the through-hole on swivel plate 3053,
And swivel plate 3053 can be rotated around connecting shaft 3052；The swivel plate of first oscillating rod, 303 the second hinge member of upper end 305
3053, which cross sieve plate 304 with second by welding, connect, the spill of 303 the second hinge member of upper end 305 of the first oscillating rod
Plate 3051 is welded on 303 upper end of the first oscillating rod；The swivel plate 3053 of second oscillating rod, 306 the second hinge member of upper end 305 is logical
The mode and the second sieve plate 304 excessively for crossing welding are connect, the notch plate 3051 of 306 the second hinge member of upper end 305 of the second oscillating rod
It is welded on 306 upper end of the second oscillating rod.
It further include having shield 11, the mode that 9 periphery of first motor is connected by screw to is connected with shield 11, and shield 11 is fixed
At 5 top of the first fixed plate.
It further include having placing box 12, the mode being connected by screw in the middle part of the outer right wall of second shell 300 is connected with placing box
12。
The material of pedestal 1 is stainless steel.
First motor 9 is servo motor.
Working principle: when needing to carry out sorting process operation to soya bean, staff first places collection device respectively
Immediately below the first discharge port 4 and the second discharge port 6, control electrically-controlled valve 10 is opened, and starts first motor 9, and first motor 9 drives
Level-one sorting equipment 7 works, while controlling the work of second level sorting equipment 3, and soya bean is added in feed inlet 8 by staff, yellow
Beans enter in level-one sorting equipment 7 by feed inlet 8, and soya bean is after the screening of level-one sorting equipment 7, a part of soya bean warp
The outflow of the second discharge port 6 is crossed, another part soya bean falls into second level sorting equipment 3, and second level sorting equipment 3 carries out soya bean another
Secondary screening operation, the soya bean after screening is flowed out by the first discharge port 4, and after the completion of sorting work, control equipment stops working,
Staff collects soya bean respectively.
Because level-one sorting equipment 7 includes first shell 700, sliding rail 701, the first strut 702, the first sliding block 703,
Two sliding blocks 704, the first hinge member 705, rotary shaft 7051, fastening lid 7052, the second strut 706, connecting rod 707, worm gear 708,
Third strut 709, the second fixed plate 711, second bearing seat 712, worm screw 713, first rotating shaft 714, is slided first bearing seat 710
Road 715, bracket 716 and first cross sieve plate 718, and the second fixed plate 711 is welded in the middle part of 700 inner left wall of first shell, and second is solid
711 top of fixed board is connected with sliding rail 701 by bolted connection, and 701 left part slidingtype of sliding rail is connected with the first sliding block
703,701 right part slidingtype of sliding rail is connected with the second sliding block 704, and the first sliding block 703 is matched with the uniform sliding rail 701 of the second sliding block 704
It closes, the mode that 703 upper end of the first sliding block is connected by screw to is connected with the first strut 702, and 704 upper end of the second sliding block passes through screw
The mode of connection is connected with the second strut 706, and the mode that the first strut 702 is connected by screw to 706 upper end of the second strut connects
It being connected to first and crosses sieve plate 718,700 right wall lower part of first shell is connected with first bearing seat 710 by bolted connection, the
Two fixed plates, 711 right side is connected with second bearing seat 712, first bearing seat 710 and second bearing by bolted connection
First rotating shaft 714 is connected in bearing on seat 712 in such a way that interference connects, 714 right end of first rotating shaft stretches out first shell
Outside body 700, the output shaft of 9 left end of first motor is connect by shaft coupling with 714 right end of first rotating shaft, and first rotating shaft 714 is left
Portion is welded with worm screw 713, and 700 inner right wall of first shell middle part is connected with worm gear 708, worm gear by 709 rotary type of third strut
708 engage with worm screw 713, are hingedly connected with connecting rod 707 by the first hinge member 705 at 708 front side eccentric position of worm gear, even
707 other end of bar is articulated and connected by the first hinge member 705 and the second sliding block 704, and bottom passes through bracket in first shell 700
716 bilateral symmetries are welded with slideway 715, and first shell is provided with first through hole 717 among 700 bottom.Meeting when first motor 9 rotates
First rotating shaft 714 is driven, first rotating shaft 714 drives worm screw 713 to rotate, and worm screw 713 drives worm gear 708 to rotate, and worm gear 708 drives
707 side-to-side movement of connecting rod, connecting rod 707 drive 704 side-to-side movement of the second sliding block, and the second sliding block 704 drives the second strut 706 or so
Mobile, the second strut 706 drives first to cross 718 side-to-side movement of sieve plate, and first, which crosses sieve plate 718, screens soya bean, the first mistake
718 side-to-side movement of sieve plate can improve the efficiency of screening.
Because second level sorting equipment 3 includes second shell 300, the second motor 302, the sieving of the first oscillating rod 303, second
Plate 304, the second hinge member 305, notch plate 3051, connecting shaft 3052, swivel plate 3053, the second oscillating rod 306, cam 307,
First sleeve 308, the first spring 309, collection frame 310, second sleeve 311 and second spring 312, second shell 300 pass through weldering
The mode connect is fixed on 2 upper end of support rod, and second shell 300 is connect by way of screw with first shell 700, second shell
300 top centers are provided with the second through-hole 301, and the second through-hole 301 is connected to first through hole 717, bottom left in second shell 300
It is welded with first sleeve 308, is connected with the first spring 309, the first spring by way of hook connection in first sleeve 308
309 upper ends are connected with the first oscillating rod 303 by way of hook connection, and bottom right is welded with second in second shell 300
Sleeve 311, second sleeve 311 is interior to be connected with second spring 312 by way of hook connection, and 312 upper end of second spring passes through
The mode of hook connection is connected with the second oscillating rod 306, the first oscillating rod 303 and 306 upper end of the second oscillating rod and passes through the second hinge
Relay part 305 is hingedly connected with second and crosses sieve plate 304, is placed with collection frame 310, second shell among bottom in second shell 300
The second motor 302 is connected in the middle part of 300 inner left wall of body by bolted connection, the output shaft of 302 right end of the second motor is logical
The mode for crossing flat key connection is connected with cam 307, and cam 307 is located at second and crosses 304 lower section of sieve plate.Soya bean passes through the second through-hole
301, which fall in second, crosses on sieve plate 304, and the rotation of the second motor 302 will drive the rotation of cam 307, and cam 307 constantly taps the second mistake
Sieve plate 304, the screening that soya bean crosses sieve plate 304 by second, a part are fallen into the first discharge port 4, and another part then falls into receipts
Collect in frame 310, sieve plate 304 is crossed in the continuous percussion second of cam 307 can make second to cross the constantly swing of sieve plate 304, enhance the effect of screening
Rate.
Because the first hinge member 705 includes rotary shaft 7051 and fastening lid 7052, at 708 eccentric position of worm gear and company
707 one end of bar is provided with circular hole, and rotary shaft 7051 passes through the circular hole at 708 eccentric position of worm gear with 707 one end of connecting rod, fastening lid
7052 connect with 7051 rear end interference of rotary shaft；Second sliding block 704 is provided with circular hole, rotary shaft 7051 with 707 other end of connecting rod
Across the circular hole of the second sliding block 704 and 707 other end of connecting rod, fastening lid 7052 is connect with 7051 rear end interference of rotary shaft.First
705 flexible swinging of hinge member, can extend the service life of equipment.
Because the second hinge member 305 includes notch plate 3051, connecting shaft 3052 and swivel plate 3053, connecting shaft 3052
It is fixedly mounted on notch plate 3051, circular hole is provided on swivel plate 3053, connecting shaft 3052 passes through on swivel plate 3053
Through-hole, and swivel plate 3053 can be rotated around connecting shaft 3052；The rotation of first oscillating rod, 303 the second hinge member of upper end 305
Rotating plate 3053 is crossed sieve plate 304 with second by welding and is connect, 303 the second hinge member of upper end 305 of the first oscillating rod
Notch plate 3051 is welded on 303 upper end of the first oscillating rod；The swivel plate of second oscillating rod, 306 the second hinge member of upper end 305
3053, which cross sieve plate 304 with second by welding, connect, the spill of 306 the second hinge member of upper end 305 of the second oscillating rod
Plate 3051 is welded on 306 upper end of the second oscillating rod.Second hinge member, 305 flexible swinging, can extend the service life of equipment.
Because further including having shield 11, the mode that 9 periphery of first motor is connected by screw to is connected with shield 11, shield 11
It is fixed on 5 top of the first fixed plate.First motor 9 can be effectively protected in shield 11, can extend the service life of first motor 9.
Because further including having placing box 12, the mode being connected by screw in the middle part of the outer right wall of second shell 300, which is connected with, is put
Set case 12.Common tool can be placed in placing box 12, facilitates the maintenance and maintenance of equipment.
Because the material of pedestal 1 is stainless steel, stainless steel corrosion resistance and acid resistance are strong, and can extend device uses the longevity
Life.
Because first motor 9 is servo motor, anti-overload ability is strong, and high speed performance is good, can be precisely controlled its revolving speed.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (7)
1. a kind of multistage sorter of soya bean processing, which is characterized in that include pedestal (1), support rod (2), two level sortations dress
Set (3), the first discharge port (4), the first fixed plate (5), the second discharge port (6), level-one sorting equipment (7), feed inlet (8),
One motor (9) and electrically-controlled valve (10), pedestal (1) top are symmetrically welded with support rod (2), the setting of support rod (2) upper end
Have second level sorting equipment (3), the mode that the outer right wall lower part of second level sorting equipment (3) is connected by screw to is connected with the first discharge port
(4), it is provided with level-one sorting equipment (7) at the top of second level sorting equipment (3), the outer left wall lower part of level-one sorting equipment (7) passes through spiral shell
The mode of nail connection is connected with the second discharge port (6), and second level sorting equipment (3) top right side is welded with the first fixed plate (5), the
It is connected with by bolted connection first motor (9) at the top of one fixed plate (5), passes through spiral shell at the top of level-one sorting equipment (7)
The mode of nail connection is connected with feed inlet (8), and feed inlet (8) is equipped with electrically-controlled valve (10)；Level-one sorting equipment (7) includes
One shell (700), sliding rail (701), the first strut (702), the first sliding block (703), the second sliding block (704), the first hinge member
(705), rotary shaft (7051), fastening lid (7052), the second strut (706), connecting rod (707), worm gear (708), third strut
(709), first bearing seat (710), the second fixed plate (711), second bearing seat (712), worm screw (713), first rotating shaft
(714), slideway (715), bracket (716) and first cross sieve plate (718), are welded with second in the middle part of first shell (700) inner left wall
Fixed plate (711), the second fixed plate (711) top are connected with sliding rail (701) by bolted connection, and sliding rail (701) is left
Portion's slidingtype is connected with the first sliding block (703), and sliding rail (701) right part slidingtype is connected with the second sliding block (704), the first sliding block
(703) uniformly sliding rail (701) cooperates with the second sliding block (704), and the mode that the first sliding block (703) upper end is connected by screw to connects
Having the first strut (702), the mode that the second sliding block (704) upper end is connected by screw to is connected with the second strut (706), and first
The mode that bar (702) and the second strut (706) upper end are connected by screw to is connected with first and crosses sieve plate (718), first shell
(700) right wall lower part is connected with first bearing seat (710) by bolted connection, is passed through on the right side of the second fixed plate (711)
Bolted mode is connected with second bearing seat (712), the bearing in first bearing seat (710) and second bearing seat (712)
Interior to be connected with first rotating shaft (714) in such a way that interference connects, first rotating shaft (714) right end stretches out first shell (700) outside
The output shaft in portion, first motor (9) left end is connect by shaft coupling with first rotating shaft (714) right end, first rotating shaft (714) left part
It is welded with worm screw (713), worm gear is connected with by third strut (709) rotary type in the middle part of first shell (700) inner right wall
(708), worm gear (708) is engaged with worm screw (713), is cut with scissors at eccentric position by the first hinge member (705) on front side of worm gear (708)
It is connected in succession connecting rod (707), connecting rod (707) other end is hingedly connected by the first hinge member (705) with the second sliding block (704)
It connects, first shell (700) interior bottom is symmetrically welded with slideway (715) by bracket (716), first shell (700) bottom
Centre is provided with first through hole (717)；Second level sorting equipment (3) includes second shell (300), the second motor (302), the first pendulum
Lever (303), second cross sieve plate (304), the second hinge member (305), notch plate (3051), connecting shaft (3052), swivel plate
(3053), the second oscillating rod (306), cam (307), first sleeve (308), the first spring (309), collection frame (310), second
Sleeve (311) and second spring (312), second shell (300) are fixed on support rod (2) upper end by welding, and second
Shell (300) is connect by way of screw with first shell (700), and second shell (300) top center is provided with the second through-hole
(301), the second through-hole (301) is connected to first through hole (717), and second shell (300) interior bottom left is welded with first sleeve
(308), it is connected with the first spring (309) by way of hook connection in first sleeve (308), the first spring (309) upper end
It is connected with the first oscillating rod (303) by way of hook connection, second shell (300) interior bottom right is welded with second sleeve
(311), it is connected with second spring (312) by way of hook connection in second sleeve (311), second spring (312) upper end
It is connected with the second oscillating rod (306) by way of hook connection, the first oscillating rod (303) and the second oscillating rod (306) upper end
Second is hingedly connected with by the second hinge member (305) and crosses sieve plate (304), is placed among second shell (300) interior bottom
Collection frame (310), second shell (300) inner left wall middle part are connected with the second motor (302) by bolted connection, and second
The output shaft of motor (302) right end is connected with cam (307) in such a way that flat key connects, and cam (307) is located at the second sieving
Below plate (304).
2. a kind of multistage sorter of soya bean processing according to claim 1, which is characterized in that the first hinge member
(705) include rotary shaft (7051) and fastening lid (7052), opened at worm gear (708) eccentric position with connecting rod (707) one end
There is circular hole, rotary shaft (7051) passes through the circular hole at worm gear (708) eccentric position with connecting rod (707) one end, fastening lid (7052)
It is connect with rotary shaft (7051) rear end interference；Second sliding block (704) and connecting rod (707) other end are provided with circular hole, rotary shaft
(7051) circular hole of the second sliding block (704) and connecting rod (707) other end, fastening lid (7052) and rotary shaft (7051) rear end are passed through
Interference connection.
3. a kind of multistage sorter of soya bean processing according to claim 2, which is characterized in that the second hinge member
It (305) include notch plate (3051), connecting shaft (3052) and swivel plate (3053), connecting shaft (3052) is fixedly mounted on spill
On plate (3051), circular hole is provided on swivel plate (3053), connecting shaft (3052) passes through the through-hole on swivel plate (3053), and
And swivel plate (3053) can be rotated around connecting shaft (3052)；The rotation of first oscillating rod (303) the second hinge member of upper end (305)
Rotating plate (3053) is crossed sieve plate (304) with second by welding and is connect, the second hinge member of the first oscillating rod (303) upper end
(305) notch plate (3051) is welded on the first oscillating rod (303) upper end；The second hinge member of second oscillating rod (306) upper end
(305) swivel plate (3053) is crossed sieve plate (304) with second by welding and is connect, the second oscillating rod (306) upper end the
The notch plate (3051) of two hinge members (305) is welded on the second oscillating rod (306) upper end.
4. a kind of multistage sorter of soya bean processing according to claim 3, which is characterized in that further include having shield
(11), the mode that first motor (9) periphery is connected by screw to is connected with shield (11), and shield (11) is fixed on the first fixed plate
(5) top.
5. a kind of multistage sorter of soya bean processing according to claim 4, which is characterized in that further include having placing box
(12), the mode being connected by screw in the middle part of the outer right wall of second shell (300) is connected with placing box (12).
6. a kind of multistage sorter of soya bean processing according to claim 5, which is characterized in that the material of pedestal (1) is
Stainless steel.
7. a kind of multistage sorter of soya bean processing according to claim 6, which is characterized in that first motor (9) is to watch
Take motor.
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| CN107597561A (en) * | 2017-10-19 | 2018-01-19 | 安吉十万亩白茶有限公司 | A kind of Tea Production drying screening plant |
| CN108970978B (en) * | 2018-10-23 | 2023-04-07 | 金陵科技学院 | Bouncing screen using composite driving device |
| CN109499879A (en) * | 2019-01-22 | 2019-03-22 | 青海省畜牧兽医科学院 | A kind of oat blighted grain removing machine |
| CN109967345B (en) * | 2019-04-17 | 2024-06-18 | 安徽财经大学 | Combined cotton seed impurity removing device |
| CN110813741B (en) * | 2019-10-10 | 2022-06-17 | 汉中市天丰米业有限责任公司 | Corn descaling machine |
| CN111715510B (en) * | 2020-06-29 | 2020-12-25 | 侨益物流股份有限公司 | Agricultural product grading screening system |
| CN114308226A (en) * | 2022-03-08 | 2022-04-12 | 新沂中大节能科技有限公司 | Raw material crushing and discharging device for continuous czochralski crystal growing furnace |
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| KR101466970B1 (en) * | 2012-10-05 | 2014-12-15 | 주식회사 알앤지스틸 | A Convert Slag Powder Classfication Apparatus |
| CN102948385B (en) * | 2012-11-19 | 2014-04-09 | 中国水产科学研究院淡水渔业研究中心 | Ricefield eel division device |
| CN203698679U (en) * | 2013-12-13 | 2014-07-09 | 江苏欣晟食品有限公司 | Bean flour screening machine |
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Effective date of registration: 20210107 Address after: No. 313, Qishui Road, Jinshan Industrial Zone, Hebi City, Henan Province Patentee after: Hebi Jiafu Food Co.,Ltd. Address before: 325108 No. 134, Tai Shi Village Central Street, Sha tou Town, Yongjia, Wenzhou, Zhejiang Patentee before: Wang Xiaopeng |
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