CN207733619U - Beet pre-processes conveying device - Google Patents
Beet pre-processes conveying device Download PDFInfo
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- CN207733619U CN207733619U CN201721144001.9U CN201721144001U CN207733619U CN 207733619 U CN207733619 U CN 207733619U CN 201721144001 U CN201721144001 U CN 201721144001U CN 207733619 U CN207733619 U CN 207733619U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/90—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in food processing or handling, e.g. food conservation
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- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
The utility model is related to beet pretreatment unit technical fields, are a kind of beet pretreatment conveying devices comprising pre- drum type vegetable washer, the first roller rockover remover, weeding membrane removal machine, weeding remove native machine, second tin roller rockover remover, drum type vegetable washer and spray equipment；It is connected to by transmission device between the material outlet of pre- drum type vegetable washer and the material inlet of the first roller rockover remover, is connected to by transmission device between the material outlet and the material inlet of weeding membrane removal machine of the first roller rockover remover.The utility model reasonable and compact in structure, it is easy to use, beet is pre-processed and conveyed using the utility model, activity duration foreshortens to 2 minutes to 3 minutes, it reduces beet sugar shunting and send loss, improve sugar yield, water use efficiency can be improved, it can be effectively water-saving, it is final to reduce production cost, also, further use long-range main manipulation end automatic control operating mode, using production automation is realized, manpower is effectively saved.
Description
Technical field
The utility model is related to beet pretreatment unit technical fields, are a kind of beet pretreatment conveying devices.
Background technology
Currently, beet sugar manufacture pretreatment production in China's uses traditional century-old technique, beet, conveying are conveyed with water completely
Line equipment setting be beet bin, waterpower punching unload device, flume, beet pump, full water formula dish machine etc..When beet stops on stream
Between it is long, need 25 minutes or so, such water consumption is big, while also causing quantity of wastewater effluent big, due to the use of beet pump and full water
Formula beet washer is damaged to beet big, and beet sugar shunting is lost greatly, and higher containing sugar in waste water, sugared foam amount is big, to be changed by continual
New water reduces sugared foam amount, causes that working environment is severe, production is unbalanced, and power consumption is big, and water consumption is big, beet sugar loss
Rate is high.
Invention content
The utility model provides a kind of beet pretreatment conveying device, overcomes the deficiency of the above-mentioned prior art, energy
Current beet sugar manufacture pretreatment is effectively solved to produce using water conveying beet is long there are processing time, water consumption is big, water use efficiency
Problem low, beet breakage rate is high, beet sugar shunting mistake is big, operation cost is big.
The technical solution of the utility model is realized by following measures：A kind of beet pretreatment conveying device, packet
Pre- drum type vegetable washer, the first roller rockover remover, weeding membrane removal machine, weeding are included except native machine, second tin roller rockover remover, roller wash vegetables
Machine, the first settling tank, the second settling tank and spray equipment；The object of the material outlet of pre- drum type vegetable washer and the first roller rockover remover
It is connected to by transmission device between material import, between the material outlet and the material inlet of weeding membrane removal machine of the first roller rockover remover
It is connected to by transmission device, the material outlet of weeding membrane removal machine and weeding are connected between removing the material inlet of native machine by transmission device
Logical, except being connected to by transmission device between the material outlet and the material inlet of second tin roller rockover remover of native machine, second rolls for weeding
It is connected to by transmission device between the material outlet and the material inlet of drum type vegetable washer of cylinder rockover remover, the material of drum type vegetable washer
Transmission device is installed in outlet；Circulating water pipe and the second drainpipe have been respectively communicated on the water outlet of drum type vegetable washer,
The other end of circulating water pipe is connected with the water inlet of pre- drum type vegetable washer, and first is communicated on the water outlet of pre- drum type vegetable washer
Drainpipe, the other end of the first drainpipe are connected to the water inlet of the first settling tank, and the other end of the second drainpipe and second sinks
The water inlet connection in pond drops, the water outlet of the water outlet of the first settling tank and the second settling tank with the first roller rockover remover into
The mouth of a river is connected, and is provided with and can be filled to the transmission on the transmission device being fixedly mounted at the material outlet of respective rollers beet washer
The spray equipment that the material set is sprayed is provided with spray water recovery device, shower water below the transmission device
The water outlet of retracting device is connected with the water inlet of drum type vegetable washer.
Here is the further optimization and/or improvements to above-mentioned utility model technical solution：
It includes the first rack, driving shaft, driven shaft, motor that above-mentioned weeding, which removes native machine,；First rack includes at least front side board
And back side panel, front side board is located at the front of back side panel and front side board is parallel with back side panel corresponding, in front side board and back side panel
Between be provided at least one driving shaft, be respectively arranged at least two between the front side board and back side panel of driving shaft both sides
Driven shaft, all driven shafts be generally aligned in the same plane with driving shaft in and it is parallel with driving shaft, it is right on front side board
Each driving shaft and each driven shaft is answered to be respectively arranged with first bearing seat, the front end of driving shaft and driven shaft is each passed through and it
Corresponding first bearing seat, corresponds to each driving shaft on back side panel and each driven shaft is respectively arranged with first bearing seat, main
The rear end of moving axis and driven shaft is separately mounted in corresponding first bearing seat, before each driving shaft and each driven shaft
End is power end, and the power end of driving shaft and the power output shaft of motor are fixedly installed togather, the power of each driving shaft
First chain is installed between end and the power end of driven shaft adjacent thereto, the fixed peace on driving shaft and every driven shaft
Equipped with octagonal roller, the octagonal roller on octagonal roller and driven shaft adjacent thereto on driving shaft phase successively from front to back
Mistake, the octagonal roller on octagonal roller and driven shaft adjacent thereto on every driven shaft are staggered successively from front to back.
The first sprocket wheel that driving shaft can be driven to rotate there are two being fixedly mounted on the power end of above-mentioned each driving shaft, often
It is fixedly mounted that there are two the first sprocket wheels that driven shaft can be driven to rotate on the power end of a driven shaft, two on driving shaft the
One sprocket wheel is corresponding with the first sprocket wheel one of on each driven shaft of its both sides respectively and is respectively formed one group of first sprocket wheel
Group, one of on each driven shaft the first sprocket wheel respectively with the first sprocket wheel pair one of on driven shaft adjacent thereto
One group of first chain wheel set should and be formed, the first chain is mounted between every group of first chain wheel set.
First rack can be held up and make the first rack side height, phase by above-mentioned be installed with below the first rack
The first support low to the other side.
Above-mentioned weeding membrane removal machine includes the second rack, propellers, steel rider, No.1 decelerating motor and No. two decelerating motors；The
Two racks include at least left plate, right plate and decelerating motor mounting bracket, left plate corresponding setting parallel with right plate, on a left side
It is provided at least two propellers and at least two steel rider between side plate and right plate, is arranged one between two propellers
A propellers are arranged between two steel riders for steel rider, and all propellers are mutually parallel with steel rider, between propellers and steel rider
There are gaps, second bearing seat corresponding with each propellers and each steel rider are respectively arranged on left plate, in right plate
On be respectively arranged with second bearing seat corresponding with each propellers and each steel rider, the left end of each propellers is placed in left plate
In upper corresponding second bearing seat, the right end of each propellers passes through second bearing seat corresponding on right plate, often
The left end of a steel rider passes through corresponding second bearing seat on left plate, and it is right with it on right plate that the right end of each steel rider is placed in
In the second bearing seat answered, the right end of each propellers is power intake, and the left end of each steel rider is power intake,
Decelerating motor mounting bracket is additionally provided in the second rack, being provided on decelerating motor mounting bracket can drive propellers to rotate
No.1 decelerating motor, be additionally provided on decelerating motor mounting bracket can drive steel rider rotate No. two decelerating motors, No.1
The second chain of transmission, each spiral shell are installed between the power output shaft of decelerating motor and the power intake of one of propellers
The second chain of transmission is mounted between the power intake and the power intake of propellers adjacent thereto of rotation roller, No. two subtract
The second chain of transmission is installed between the power output shaft of speed motor and the power intake of one of steel rider, each steel rider
The second chain of transmission is mounted between power intake and the power intake of steel rider adjacent thereto.
Above-mentioned propellers are rubber helical roller.
It is fixedly mounted on the power end of above-mentioned each propellers there are two the second sprocket wheel that propellers can be driven to rotate,
It is fixedly mounted on the power end of each steel rider there are two the second sprocket wheel that propellers can be driven to rotate, on each propellers
Second sprocket wheel is corresponding one of on propellers adjacent thereto respectively and is respectively formed one group for one of them second sprocket wheel
Two chain wheel sets, one of on each steel rider the second sprocket wheel respectively with the second sprocket wheel one of on steel rider adjacent thereto
One group of second chain wheel set is corresponded to and is formed, the second chain of transmission is mounted between every group of second chain wheel set.
Second rack can be held up and make the second rack side height, phase by above-mentioned be installed with below the second rack
The second support low to the other side.
Above-mentioned transmission device is streaming sink；Or/and water-level detecting device is provided on pre- drum type vegetable washer, pre- roller
The signal output end of the water-level detecting device of beet washer and the signal input part of the pre- drum type vegetable washer of long-range main manipulation end are electrically connected
It connects, the water inlet of pre- drum type vegetable washer is provided with valve, the signal of the signal input part of valve and the valve of long-range main manipulation end
Output end is electrically connected.
The utility model reasonable and compact in structure, it is easy to use, using the utility model to beet carry out pretreatment and it is defeated
It send, the activity duration conveys foreshortening to for 25 minutes 2 minutes to 3 minutes for beet by the pretreatment production of current beet sugar manufacture using water,
And loss is sent in the beet sugar shunting before reducing caused by beet long soaking time, improves sugar yield, also, use
The utility model, all ejected wash waters are by repeatedly recycling, and raising water use efficiency can be effectively water-saving, final to reduce
Production cost, also, long-range main manipulation end automatic control operating mode is further used, it is monitored in real time, real-time storage,
It the functions such as checks at any time, using production automation, rational process layout and good equipment performance is realized, effectively saves people
Power.
Description of the drawings
Attached drawing 1 is the process structure schematic diagram of the best embodiment of the utility model.
Attached drawing 2 is the overlooking structure diagram that weeding removes native machine in the utility model.
Attached drawing 3 is the main structure diagram that weeding removes native machine in the utility model.
Attached drawing 4 is the A-A of attached drawing 2 to schematic cross-sectional view.
Attached drawing 5 is the main structure diagram of weeding membrane removal machine in the utility model.
Attached drawing 6 is the overlooking structure diagram of weeding membrane removal machine in the utility model.
Attached drawing 7 is the left view structural representation of weeding membrane removal machine in the utility model.
Coding in attached drawing is respectively：1 be pre- drum type vegetable washer, 2 be the first roller rockover remover, 3 be weeding membrane removal machine, 4
It is that weeding removes native machine, 5 be second tin roller rockover remover, and 6 be drum type vegetable washer, and 7 be circulating water pipe, and 8 be the second drainpipe, and 9 be the
Two settling tanks, 10 be the first drainpipe, and 11 be the first settling tank, and 12 be spray equipment, and 13 be spray water recovery device, before 14 are
Side plate, 15 be driving shaft, and 16 be driven shaft, and 17 be motor, and 18 be back side panel, and 19 be first bearing seat, and 20 be the first chain, 21
It is the first sprocket wheel for octagonal roller, 22,23 be first support, and 24 be left plate, and 25 be right plate, and 26 install for decelerating motor
Frame, 27 be propellers, and 28 be steel rider, and 29 be second bearing seat, and 30 be No.1 decelerating motor, and 31 be No. two decelerating motors, and 32 are
Second chain, 33 be the second sprocket wheel, and 34 be second support.
Specific implementation mode
The utility model is not limited by following embodiments, can technical solution according to the present utility model and actual conditions
Determine specific embodiment.
In the present invention, for ease of description, the description of the relative position relation of each component is according to specification
The Butut mode of attached drawing 1 is described, such as：The position relationship of upper and lower, left and right etc. is the Butut according to Figure of description
Direction determines.
The utility model is further described with reference to embodiment and attached drawing：
As shown in Fig. 1, beet pretreatment conveying device includes pre- drum type vegetable washer 1, the first roller rockover remover 2, removes
Careless membrane removal machine 3, weeding remove native machine 4, second tin roller rockover remover 5, drum type vegetable washer 6, the first settling tank 11,9 and of the second settling tank
Spray equipment 12；Pass through transmission device between the material outlet of pre- drum type vegetable washer 1 and the material inlet of the first roller rockover remover 2
Connection, is connected to by transmission device between the material outlet and the material inlet of weeding membrane removal machine 3 of the first roller rockover remover 2, is removed
For the material outlet of careless membrane removal machine 3 with weeding except being connected to by transmission device between the material inlet of native machine 4, weeding removes native machine 4
It is connected to by transmission device between material outlet and the material inlet of second tin roller rockover remover 5, the material of second tin roller rockover remover 5
Outlet is connected to between the material inlet of drum type vegetable washer 6 by transmission device, fixed peace on the material outlet of drum type vegetable washer 6
Equipped with transmission device；Circulating water pipe 7 and the second drainpipe 8, circulating water pipe 7 have been respectively communicated on the water outlet of drum type vegetable washer 6
The other end be connected with the water inlet of pre- drum type vegetable washer 1, the first drainpipe is communicated on the water outlet of pre- drum type vegetable washer 1
10, the other end of the first drainpipe 10 is connected to the water inlet of the first settling tank 11, and the other end of the second drainpipe 8 and second sinks
The water inlet connection in pond 9 drops, the water outlet of the water outlet of the first settling tank 11 and the second settling tank 9 with the first roller rockover remover
2 water inlet is connected, and being provided on the transmission device being fixedly mounted at the material outlet of respective rollers beet washer 6 can be to this
The spray equipment 12 that material on transmission device is sprayed, is provided with spray water recovery device below the transmission device
13, the water outlet of spray water recovery device 13 is connected with the water inlet of drum type vegetable washer 6
First roller rockover remover 2 and second tin roller rockover remover 5 can be the rotary drum application No. is 201620038039.7
Formula rockover remover can form back-flushing during the equipment operation at vegetable inlet, beet can be held up using back-flushing and with
Stone is sufficiently separated, and can complete to remove stone function in the case where water is few, which removes stone effect except stone ability strength
Good, the first roller rockover remover 2 and second tin roller rockover remover 5 may be for conventionally known removing for blocky rhizome crops
Stone device；Weeding membrane removal machine 3 can be that application No. is 201020691182.9 wind-force weeding membrane removal machines, or existing public affairs
The weeding film removing device for blocky rhizome crops known；Pre- drum type vegetable washer 1 and drum type vegetable washer 6 all can be
The rotary drum beet washer of 201620038040.X, rotary drum beet washer full water formula beet washer different from the past, in beet
Entrance is detached dish with sewage using screen drum, and beet stirs leaf by spiral and pushes ahead, and in progradation using dish with
Friction between dish, between dish and cylinder is washed, and washing effect is good, does not hinder that dish, water consumption be few, water circulation use rate
Height, pre- drum type vegetable washer 1 and drum type vegetable washer 6 may be for the conventionally known cleaning dress for blocky rhizome crops
It sets；It can be that the conventionally known weeding for blocky rhizome crops removes native device that weeding, which removes native machine 4,；Transmission device can be with
For the feed belt or helix transporting device etc. in existing known technology；Spray equipment is the spray in existing known technology
Device.
As an optimization, transmission device can be streaming sink.
Ejected wash water in pre- drum type vegetable washer 1 carries out after cleaning for the first time beet, and first is sent by the first drainpipe 10
After settling tank 11 is settled, upper layer clear water can be used as streaming water to send beet to the first roller rockover remover 2, the sweet tea after cleaning
Dish passes through transmission device（Stream sink）Pass through the first roller rockover remover 2, weeding membrane removal machine 3, weeding successively except native machine 4, second
Roller rockover remover 5 carries out removing stone, weeding, membrane removal and removal of impurities, clear again subsequently into being carried out with streaming water in drum type vegetable washer 6
It washes, the water half after being cleaned in drum type vegetable washer 6 is sent into the second settling tank 9 by the second drainpipe 8 and is settled, and second is heavy
Water in pond 9 is dropped after sedimentation, and upper layer clear water can be used as streaming water to send beet to the first roller rockover remover 2, and in addition one
Half is utilized again by being recycled to pre- drum type vegetable washer 1 by circulating water pipe 7, when after the cleaning of drum type vegetable washer 6
Beet is transmitted by transmission device to subsequent processing, and beet when by the transmission device, open by spray equipment 12, to by being somebody's turn to do
The beet of transmission device is eluted, and the water consumption of spray equipment 12 is stream water 5%, and the shower water after elution is recycled to
Water recovery device 13 is sprayed, is then sent in drum type vegetable washer 6 and uses.
Beet is pre-processed and conveyed using the utility model, the activity duration is pre-processed by current beet sugar manufacture and produced
Beet is conveyed using water to foreshorten within 25 minutes 2 minutes to 3 minutes, and since beet long soaking time is made before reducing
At beet sugar shunting send loss, improve sugar yield, also, use the utility model, all ejected wash waters are passed through repeatedly instead
It is multiple to utilize, water use efficiency is improved, can be effectively water-saving, finally reduce production cost.
Above-mentioned beet pretreatment conveying device can be made further optimization and/or improvements according to actual needs：
As shown in attached drawing 2,3,4, it includes the first rack, driving shaft 15, driven shaft 16, motor 17 that weeding, which removes native machine 4,；First
Rack includes at least front side board 14 and back side panel 18, and front side board 14 is located at the front of back side panel 18 and front side board 14 and back side panel
18 is parallel corresponding, and at least one driving shaft 15 is provided between front side board 14 and back side panel 18, in 15 both sides of driving shaft
Front side board 14 and back side panel 18 between be respectively arranged at least two driven shaft 16, all driven shafts 16 are and driving shaft
15 be generally aligned in the same plane in and it is parallel with driving shaft 15, each driving shaft 15 and each driven shaft are corresponded on front side board 14
16 are respectively arranged with first bearing seat 19, and the front end of driving shaft 15 and driven shaft 16 is each passed through corresponding first bearing seat
19, each driving shaft 15 is corresponded on back side panel 18 and each driven shaft 16 is respectively arranged with first bearing seat 19, driving shaft 15
It is separately mounted to the rear end of driven shaft 16 in corresponding first bearing seat 19, each driving shaft 15 and each driven shaft 16
Front end be power end, the power output shaft of the power end and motor 17 of driving shaft 15 is fixedly installed togather, it is each actively
First chain 20 is installed, in driving shaft 15 and every between the power end of axis 15 and the power end of driven shaft 16 adjacent thereto
Octagonal roller 21 is installed on driven shaft 16, on the octagonal roller 21 and driven shaft 16 adjacent thereto on driving shaft 15
Octagonal roller 21 be staggered successively from front to back, on the octagonal roller 21 and driven shaft 16 adjacent thereto on every driven shaft 16
Octagonal roller 21 be staggered successively from front to back.Roller quantity on driving shaft 15 and every driven shaft 16 can be according to production technology
It is required that being increased and decreased, roll surface width can also need to increase and decrease according to actual production technique.Using octagonal roller, roller is non-sticky
Soil, the effect for not twining sundries, not hindering root of the tail, not hindering dish are best.
The utility model reasonable and compact in structure, practical and convenient, except earth removal is miscellaneous very competent, maintenance cost is low, drops significantly
Low labor intensity.Crops suitable for the root tubers bulbous such as beet, witloof, potato except native exclusion device.
The utility model can remove soil and remove a certain size sandstone and sundries, avoid, wet soil, clay and stone etc. it is miscellaneous
Object is stuck in drive mechanism, the occurrence of avoiding equipment and the damage of motor 17 and injury crops folder root of the tail and hinder dish.
The utility model can greatly improve the native effect of removing of the crops of root tuber bulbous, and multiple illiciumverum rollers 21 rotated
In journey it is non-sticky soil, do not twine sundries, do not hinder root of the tail, not hindering dish, 21 good mechanical property of octagonal roller is hardly damaged, and all eight
Angle roller 21 drives the crops of root tuber bulbous to be moved to the same direction during rotating in same direction, and makes crop in process
In be in bumping motion, to promote to be attached to the soil fast-falling of crop surface, the utility model does not have in use
There is blocked portion phenomenon, failure rate is low, and maintenance cost is extremely low.
Driving shaft 15 can be driven there are two being fixedly mounted as shown in attached drawing 2,3,4, on the power end of each driving shaft 15
First sprocket wheel 22 of rotation, is fixedly mounted that there are two can drive that driven shaft 16 rotates the on the power end of each driven shaft 16
One sprocket wheel 22, two the first sprocket wheels 22 on driving shaft 15 respectively with first one of on each driven shaft 16 of its both sides
Sprocket wheel 22 correspond to simultaneously be respectively formed one group of first 22 groups of sprocket wheel, one of on each driven shaft 16 first sprocket wheel 22 respectively with
First sprocket wheel 22 corresponds to and is formed one group of first 22 groups of sprocket wheel, the first chain peace one of on driven shaft 16 adjacent thereto
Between every group of 22 groups of first sprocket wheel.First chain is mounted on the first sprocket wheel 22, the stability of the first chain is best, moves
Force transmission effect is best, to ensure that the utility model has best implementation result.
As shown in attached drawing 2,3,4, being installed with below the first rack can hold up the first rack and make first
High, the opposite low first support 23 in the other side in rack side.First rack is kept into the state that left side is high, right side is low, crop
Movement effects are more preferable, treatment effeciency higher.
The utility model reasonable and compact in structure, practical and convenient, except earth removal is miscellaneous very competent, maintenance cost is low, drops significantly
Low labor intensity can remove soil and remove a certain size sandstone and sundries, avoid, the sundries such as wet soil, clay and stone are stuck in
In drive mechanism, the occurrence of avoiding equipment and motor damage and injury crops folder root of the tail and hinder dish.It was using
There is no blocked portion phenomenon in journey, failure rate is low, and maintenance cost is extremely low.
As shown in attached drawing 5,6,7, weeding membrane removal machine 3 includes the second rack, propellers 27, steel rider 28, No.1 decelerating motor
30 and No. two decelerating motors 31；Second rack includes at least left plate 24, right plate 25 and decelerating motor mounting bracket 26, left plate
24 corresponding settings parallel with right plate 25 are provided at least two 27 He of propellers between left plate 24 and right plate 25
A steel rider 28 is arranged between two propellers 27, a propellers are arranged between two steel riders 28 at least two steel rider 28
27, all propellers 27 are mutually parallel with steel rider 28, and there are gaps between propellers 27 and steel rider 28, on left plate 24
It is respectively arranged with second bearing seat 29 corresponding with each propellers 27 and each steel rider 28, is respectively arranged on right plate 25
Second bearing seat 29 corresponding with each propellers 27 and each steel rider 28, the left end of each propellers 27 are placed on left plate 24
In corresponding second bearing seat 29, the right end of each propellers 27 passes through second bearing seat corresponding on right plate 25
29, the left end of each steel rider 28 passes through second bearing seat 29 corresponding on left plate 24, the right end of each steel rider 28 to be placed in
On right plate 25 in corresponding second bearing seat 29, the right end of each propellers 27 is power intake, each steel rider
28 left end is power intake, and decelerating motor mounting bracket 26 is additionally provided in the second rack, in decelerating motor mounting bracket
It is provided with the No.1 decelerating motor 30 that propellers 27 can be driven to rotate on 26, energy is additionally provided on decelerating motor mounting bracket 26
No. two decelerating motors 31 for enough driving steel rider 28 to rotate, the power output shaft of No.1 decelerating motor 30 and one of propellers 27
Power intake between the second chain 32 is installed, the power intake of each propellers 27 and propellers 27 adjacent thereto
Power intake between be mounted on the second chain 32, the power output shaft of No. two decelerating motors 31 and one of steel rider 28
Power intake between the second chain 32 is installed, the power intake of each steel rider 28 is dynamic with steel rider 28 adjacent thereto
The second chain 32 is mounted between power input terminal.Propellers 27 and the quantity of steel rider 28 can be increased according to production technology
Subtract；Rubber helical roller 27 and the roll surface width of steel rider 28 can be increased and decreased according to manufacturing technique requirent, to adapt to various production items
Part and operating mode.
No.1 decelerating motor 30 drives propellers 27 to rotate, and No. two decelerating motors 31 drive steel rider 28 to rotate, propellers 27
It rotates counterclockwise, steel rider 28 rotates clockwise, and propellers 27 are moved toward one another with steel rider 28, when the root tuber stem containing sundries such as careless films
When crop is fallen on above and below belt feeder on the front side roll surface of the utility model, the propellers 27 of front side can be by block root crop to roller
Centre is gathered, and is promoted to rear side, counter-rotational steel rider 28 can be encountered when careless film is promoted to rear side, due to 27 He of propellers
Steel rider 28 is just provided with certain snap-in force by the way of moving toward one another between roller and roller, thus by sundries between two rollers
Gap in press from both sides out；With constantly promoting backward for block root crop, sundries also can constantly be gone out between two rollers by folder, and fall
It falls in the reception device of lower section, after the block root crop after removal of impurities reaches the rear side of the utility model, continues movement backward and fall
It falls on belt feeder or next process, the weeding for so far completing block root crop removes membrane process.
As needed, propellers 27 are rubber helical roller.Rubber helical roller has good wearability and flexible, clips to
Meeting nature is flexible when hard object, and rubber helical roller roll surface is furnished with spiral lip, is not only able to increasing friction force so that sundries is smoothly
Gone out by folder, and the beet for being scattering into roll surface can also be drawn close to roller center.
Propellers can be driven there are two being fixedly mounted as shown in attached drawing 5,6,7, on the power end of each propellers 27
Second sprocket wheels 33 of 27 rotations, are fixedly mounted that there are two propellers 27 can be driven to rotate on the power end of each steel rider 28
Second sprocket wheel 33, second sprocket wheel 33 distinguishes wherein one on propellers 27 adjacent thereto one of on each propellers 27
A second sprocket wheel 33 corresponds to and is respectively formed one group of second 33 groups of sprocket wheel, and second sprocket wheel 33 divides one of on each steel rider 28
It is not corresponding with the second sprocket wheel 33 one of on steel rider 28 adjacent thereto and form one group of second 33 groups of sprocket wheel, the second chain
32 are mounted between every group of 33 groups of second sprocket wheel.Second chain 32 is mounted on the second sprocket wheel 33, the stabilization of the second chain 32
Property it is best, power transmission effect is best, with ensure the utility model have best implementation result.
As shown in attached drawing 5,6,7, being installed with below the second rack can hold up the second rack and make second
High, the opposite low second support 34 in the other side in rack side.Second rack is kept into the state that left side is high, right side is low, crop
Movement effects are more preferable, treatment effeciency higher.Mounting inclination angle degree can production technology needs be adjusted installation, to adapt to various lifes
Production condition and operating mode.
The utility model can be removed the sundries such as grass, mulch in beet by the propellers and steel rider that move toward one another
Fall, weeding membrane removal is very competent, does not hinder root of the tail and does not hinder dish, and hard object will not be stuck in drive mechanism, avoids equipment and motor damage
Bad the occurrence of, area occupied is small, at low cost, and failure rate is low, easy to maintain, and maintenance cost is low, efficient, can drop significantly
Low labor intensity, it is adaptable.
As needed, water-level detecting device, the water level detecting dress of pre- drum type vegetable washer 1 are provided on pre- drum type vegetable washer 1
The signal output end set is electrically connected with the signal input part of the pre- drum type vegetable washer 1 of long-range main manipulation end, pre- drum type vegetable washer 1
Water inlet is provided with valve, and the signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.Remotely
Lower of main manipulation end automatic control operating mode need to be adjusted per hour into dish amount, remaining hopper blanking, flume water level, buffering hopper dish
Amount, frequency control etc. are all automatically adjusted by automatic control, have special circumstances that can directly change into artificial remotely controlling.Upper process setting
There are weigher, weigher not only to adjust the signal end of dish amount as main control, but also as automatic adjustment frequency conversion to the signal of dish water supply
End occurs, water size can be automatically adjusted according to dish amount, meanwhile, when water level is inadequate in pre- drum type vegetable washer 1, opens pre- roller and wash
Valve on the water inlet of dish machine 1 carries out moisturizing；Control system is by PLC system, frequency-conversion control cabinet, data collecting instrument table, transmission
Claim the compositions such as weighing system.System uses monitoring of the hard disk video recorder through row field device and environment, data real-time storage controlling
Room processed can monitor present working condition, so that operator carries out data point reuse, camera shooting display is shown using wall-hanging TV, is
Picture is more clear, and the data of storage can carry out browsing and check.
Long-range main manipulation end automatic control operating mode is used, and is monitored in real time, real-time storage, checks wait work(at any time
Can, using production automation, rational process layout and good equipment performance is realized, effectively save manpower.Make this practicality
It is novel to be conveyed compared with traditional pretreatment, suffer from leaping for matter on water-saving, power saving, people from province, reduction streaming sugar loss.
The above technical characteristic constitutes the most preferred embodiment of the utility model, with stronger adaptability and best implementation
Effect can increase and decrease non-essential technical characteristic, to meet the needs of different situations according to actual needs.
Claims (38)
1. a kind of beet pre-processes conveying device, it is characterised in that removed including pre- drum type vegetable washer, the first roller rockover remover, weeding
Film machine, weeding remove native machine, second tin roller rockover remover, drum type vegetable washer, the first settling tank, the second settling tank and spray equipment；In advance
It is connected to by transmission device between the material outlet of drum type vegetable washer and the material inlet of the first roller rockover remover, the first roller removes
It is connected to by transmission device between the material outlet of stone implement and the material inlet of weeding membrane removal machine, the material outlet of weeding membrane removal machine
With weeding except being connected to by transmission device between the material inlet of native machine, weeding is except the material outlet and second tin roller of native machine are except stone
Be connected to by transmission device between the material inlet of device, the material outlet of second tin roller rockover remover and the material of drum type vegetable washer into
It is connected to by transmission device between mouthful, transmission device is installed on the material outlet of drum type vegetable washer；Drum type vegetable washer
Circulating water pipe and the second drainpipe, the water inlet of the other end of circulating water pipe and pre- drum type vegetable washer have been respectively communicated on water outlet
It is connected, the first drainpipe, the other end of the first drainpipe and the first settling tank is communicated on the water outlet of pre- drum type vegetable washer
Water inlet connection, the other end of the second drainpipe is connected to the water inlet of the second settling tank, the water outlet of the first settling tank with
The water outlet of second settling tank is connected with the water inlet of the first roller rockover remover, at the material outlet of respective rollers beet washer
The spray equipment that can be sprayed to the material on the transmission device is provided on the transmission device of fixed installation, at this
It is provided with spray water recovery device below transmission device, sprays the water outlet of water recovery device and the water inlet phase of drum type vegetable washer
Connection.
2. beet according to claim 1 pre-processes conveying device, it is characterised in that weeding remove native machine include the first rack,
Driving shaft, driven shaft, motor；First rack include at least front side board and back side panel, front side board be located at the front of back side panel and
Front side board is parallel with back side panel corresponding, at least one driving shaft is provided between front side board and back side panel, in driving shaft
At least two driven shaft is respectively arranged between the front side board and back side panel of both sides, all driven shafts are located at driving shaft
It is in same plane and parallel with driving shaft, it corresponds to each driving shaft on front side board and each driven shaft is respectively arranged with the
The front end of one bearing block, driving shaft and driven shaft is each passed through corresponding first bearing seat, corresponding each on back side panel
Driving shaft and each driven shaft are respectively arranged with first bearing seat, and the rear end of driving shaft and driven shaft is separately mounted to corresponding
First bearing seat in, the front end of each driving shaft and each driven shaft is power end, the power end of driving shaft and motor
Power output shaft is fixedly installed togather, and is installed between the power end of each driving shaft and the power end of driven shaft adjacent thereto
Have the first chain, octagonal roller be installed on driving shaft and every driven shaft, octagonal roller on driving shaft and with
Octagonal roller on its adjacent driven shaft is staggered successively from front to back, octagonal roller on every driven shaft and adjacent thereto
Octagonal roller on driven shaft is staggered successively from front to back.
3. beet according to claim 2 pre-processes conveying device, it is characterised in that solid on the power end of each driving shaft
There are two the first sprocket wheels that driving shaft can be driven to rotate for Dingan County's dress, are fixedly mounted that there are two energy on the power end of each driven shaft
The first sprocket wheel for enough driving driven shaft rotation, two the first sprocket wheels on driving shaft respectively on each driven shaft of its both sides
One of them first sprocket wheel is corresponding and is respectively formed one group of first chain wheel set, the first sprocket wheel point one of on each driven shaft
Not corresponding with the first sprocket wheel one of on driven shaft adjacent thereto and one group of first chain wheel set of formation, the installation of the first chain
Between every group of first chain wheel set.
4. beet according to claim 2 or 3 pre-processes conveying device, it is characterised in that fixed in the lower section of the first rack
Being equipped with can hold up the first rack and make high, the opposite low first support in the other side in the first rack side.
5. beet according to claim 1 or 2 or 3 pre-processes conveying device, it is characterised in that weeding membrane removal machine includes the
Two racks, propellers, steel rider, No.1 decelerating motor and No. two decelerating motors；Second rack include at least left plate, right plate and
Decelerating motor mounting bracket, left plate corresponding setting parallel with right plate, is provided at least two between left plate and right plate
A propellers and at least two steel rider, a steel rider is set between two propellers, a spiral shell is set between two steel riders
Roller is revolved, all propellers are mutually parallel with steel rider, and there are gaps between propellers and steel rider, are respectively set on left plate
There is second bearing seat corresponding with each propellers and each steel rider, is respectively arranged on right plate and each propellers and every
The corresponding second bearing seat of a steel rider, the left end of each propellers are placed in second bearing seat corresponding on left plate, often
The right end of a propellers passes through corresponding second bearing seat on right plate, the left end of each steel rider pass through on left plate with its
The right end of corresponding second bearing seat, each steel rider is placed in second bearing seat corresponding on right plate, each propellers
Right end be power intake, the left end of each steel rider is power intake, be additionally provided in the second rack deceleration electricity
Machine mounting bracket is provided with the No.1 decelerating motor that propellers can be driven to rotate, in decelerating motor on decelerating motor mounting bracket
Be additionally provided on mounting bracket can drive steel rider rotate No. two decelerating motors, the power output shaft of No.1 decelerating motor with wherein
Be equipped between the power intake of one propellers transmission the second chain, the power intake of each propellers with it is adjacent thereto
Propellers power intake between be mounted on transmission the second chain, the power output shaft of No. two decelerating motors and wherein one
The second chain of transmission, the power intake of each steel rider and steel rider adjacent thereto are installed between the power intake of a steel rider
Power intake between be mounted on transmission the second chain.
6. beet according to claim 4 pre-processes conveying device, it is characterised in that weeding membrane removal machine include the second rack,
Propellers, steel rider, No.1 decelerating motor and No. two decelerating motors；Second rack includes at least left plate, right plate and the electricity that slows down
Machine mounting bracket, left plate corresponding setting parallel with right plate, is provided at least two spiral shell between left plate and right plate
Roller and at least two steel rider are revolved, a steel rider is set between two propellers, a propellers, institute are set between two steel riders
Some propellers are mutually parallel with steel rider, and there are gaps between propellers and steel rider, be respectively arranged on left plate with often
A propellers and the corresponding second bearing seat of each steel rider, are respectively arranged with and each propellers and each steel rider on right plate
The left end of corresponding second bearing seat, each propellers is placed in second bearing seat corresponding on left plate, each spiral
The right end of roller passes through second bearing seat corresponding on right plate, the left end of each steel rider corresponding on left plate
The right end of second bearing seat, each steel rider is placed in second bearing seat corresponding on right plate, the right end of each propellers
It is power intake, the left end of each steel rider is power intake, and decelerating motor installation is additionally provided in the second rack
Frame is provided with the No.1 decelerating motor that propellers can be driven to rotate, in decelerating motor mounting bracket on decelerating motor mounting bracket
On be additionally provided with No. two decelerating motors that steel rider can be driven to rotate, the power output shaft of No.1 decelerating motor and one of spiral shell
The second chain of transmission, the power intake of each propellers and spiral adjacent thereto are installed between the power intake of rotation roller
The second chain of transmission, the power output shaft of No. two decelerating motors and one of steel rider are mounted between the power intake of roller
Power intake between be equipped with transmission the second chain, the power of the power intake of each steel rider and steel rider adjacent thereto
The second chain of transmission is mounted between input terminal.
7. beet according to claim 5 pre-processes conveying device, it is characterised in that propellers are rubber helical roller.
8. beet according to claim 6 pre-processes conveying device, it is characterised in that propellers are rubber helical roller.
9. beet according to claim 5 pre-processes conveying device, it is characterised in that on the power end of each propellers
Be fixedly mounted that there are two the second sprocket wheels that propellers can be driven to rotate, be fixedly mounted on the power end of each steel rider there are two
The second sprocket wheel of propellers rotation can be driven, the second sprocket wheel distinguishes spiral adjacent thereto one of on each propellers
The second sprocket wheel is corresponding one of on roller and is respectively formed one group of second chain wheel set, the second chain one of on each steel rider
Wheel is corresponding with the second sprocket wheel one of on steel rider adjacent thereto respectively and forms one group of second chain wheel set, is driven the second chain
Item is mounted between every group of second chain wheel set.
10. beet according to claim 6 pre-processes conveying device, it is characterised in that on the power end of each propellers
Be fixedly mounted that there are two the second sprocket wheels that propellers can be driven to rotate, be fixedly mounted on the power end of each steel rider there are two
The second sprocket wheel of propellers rotation can be driven, the second sprocket wheel distinguishes spiral adjacent thereto one of on each propellers
The second sprocket wheel is corresponding one of on roller and is respectively formed one group of second chain wheel set, the second chain one of on each steel rider
Wheel is corresponding with the second sprocket wheel one of on steel rider adjacent thereto respectively and forms one group of second chain wheel set, is driven the second chain
Item is mounted between every group of second chain wheel set.
11. beet according to claim 7 pre-processes conveying device, it is characterised in that on the power end of each propellers
Be fixedly mounted that there are two the second sprocket wheels that propellers can be driven to rotate, be fixedly mounted on the power end of each steel rider there are two
The second sprocket wheel of propellers rotation can be driven, the second sprocket wheel distinguishes spiral adjacent thereto one of on each propellers
The second sprocket wheel is corresponding one of on roller and is respectively formed one group of second chain wheel set, the second chain one of on each steel rider
Wheel is corresponding with the second sprocket wheel one of on steel rider adjacent thereto respectively and forms one group of second chain wheel set, is driven the second chain
Item is mounted between every group of second chain wheel set.
12. beet according to claim 8 pre-processes conveying device, it is characterised in that on the power end of each propellers
Be fixedly mounted that there are two the second sprocket wheels that propellers can be driven to rotate, be fixedly mounted on the power end of each steel rider there are two
The second sprocket wheel of propellers rotation can be driven, the second sprocket wheel distinguishes spiral adjacent thereto one of on each propellers
The second sprocket wheel is corresponding one of on roller and is respectively formed one group of second chain wheel set, the second chain one of on each steel rider
Wheel is corresponding with the second sprocket wheel one of on steel rider adjacent thereto respectively and forms one group of second chain wheel set, is driven the second chain
Item is mounted between every group of second chain wheel set.
13. beet according to claim 5 pre-processes conveying device, it is characterised in that fix peace in the lower section of the second rack
Equipped with the second rack can be held up and make high, the opposite low second support in the other side in the second rack side.
14. beet according to claim 6 pre-processes conveying device, it is characterised in that fix peace in the lower section of the second rack
Equipped with the second rack can be held up and make high, the opposite low second support in the other side in the second rack side.
15. beet according to claim 7 pre-processes conveying device, it is characterised in that fix peace in the lower section of the second rack
Equipped with the second rack can be held up and make high, the opposite low second support in the other side in the second rack side.
16. beet according to claim 8 pre-processes conveying device, it is characterised in that fix peace in the lower section of the second rack
Equipped with the second rack can be held up and make high, the opposite low second support in the other side in the second rack side.
17. beet according to claim 9 pre-processes conveying device, it is characterised in that fix peace in the lower section of the second rack
Equipped with the second rack can be held up and make high, the opposite low second support in the other side in the second rack side.
18. beet according to claim 10 pre-processes conveying device, it is characterised in that fixed in the lower section of the second rack
Being equipped with can hold up the second rack and make high, the opposite low second support in the other side in the second rack side.
19. beet according to claim 11 pre-processes conveying device, it is characterised in that fixed in the lower section of the second rack
Being equipped with can hold up the second rack and make high, the opposite low second support in the other side in the second rack side.
20. beet according to claim 12 pre-processes conveying device, it is characterised in that fixed in the lower section of the second rack
Being equipped with can hold up the second rack and make high, the opposite low second support in the other side in the second rack side.
21. beet according to claim 1 or 2 or 3 pre-processes conveying device, it is characterised in that transmission device is streaming water
Slot；Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal of the water-level detecting device of pre- drum type vegetable washer is defeated
Outlet is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, and the water inlet of pre- drum type vegetable washer is provided with
Valve, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
22. beet according to claim 4 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
23. beet according to claim 5 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
24. beet according to claim 6 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
25. beet according to claim 7 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
26. beet according to claim 8 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
27. beet according to claim 9 pre-processes conveying device, it is characterised in that transmission device is streaming sink；Or/
With, be provided with water-level detecting device on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer with
The signal input part electrical connection of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer are provided with valve,
The signal input part of valve is electrically connected with the signal output end of the valve of long-range main manipulation end.
28. beet according to claim 10 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
29. beet according to claim 11 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
30. beet according to claim 12 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
31. beet according to claim 13 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
32. beet according to claim 14 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
33. beet according to claim 15 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
34. beet according to claim 16 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
35. beet according to claim 17 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
36. beet according to claim 18 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
37. beet according to claim 19 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
38. beet according to claim 20 pre-processes conveying device, it is characterised in that transmission device is streaming sink；
Or/and water-level detecting device is provided on pre- drum type vegetable washer, the signal output end of the water-level detecting device of pre- drum type vegetable washer
It is electrically connected with the signal input part of the pre- drum type vegetable washer of long-range main manipulation end, the water inlet of pre- drum type vegetable washer is provided with valve
Door, the signal input part of valve are electrically connected with the signal output end of the valve of long-range main manipulation end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721144001.9U CN207733619U (en) | 2017-09-07 | 2017-09-07 | Beet pre-processes conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721144001.9U CN207733619U (en) | 2017-09-07 | 2017-09-07 | Beet pre-processes conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207733619U true CN207733619U (en) | 2018-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721144001.9U Active CN207733619U (en) | 2017-09-07 | 2017-09-07 | Beet pre-processes conveying device |
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| Country | Link |
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| CN (1) | CN207733619U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114345701A (en) * | 2021-12-29 | 2022-04-15 | 中粮屯河新源糖业有限公司 | Beet semi-dry pretreatment conveying system |
-
2017
- 2017-09-07 CN CN201721144001.9U patent/CN207733619U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114345701A (en) * | 2021-12-29 | 2022-04-15 | 中粮屯河新源糖业有限公司 | Beet semi-dry pretreatment conveying system |
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