CN108338339A - A kind of undaria pinnitafida automation cleaning production line - Google Patents
A kind of undaria pinnitafida automation cleaning production line Download PDFInfo
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- CN108338339A CN108338339A CN201810164174.XA CN201810164174A CN108338339A CN 108338339 A CN108338339 A CN 108338339A CN 201810164174 A CN201810164174 A CN 201810164174A CN 108338339 A CN108338339 A CN 108338339A
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- Prior art keywords
- roller
- seawater
- service sink
- plate
- cleaning
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Classifications
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L17/00—Food-from-the-sea products; Fish products; Fish meal; Fish-egg substitutes; Preparation or treatment thereof
- A23L17/60—Edible seaweed
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L5/00—Preparation or treatment of foods or foodstuffs, in general; Food or foodstuffs obtained thereby; Materials therefor
- A23L5/20—Removal of unwanted matter, e.g. deodorisation or detoxification
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N12/00—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts
- A23N12/06—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts for washing or blanching, combined with subsequent drying
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D1/00—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor
- B26D1/01—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work
- B26D1/04—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member
- B26D1/06—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates
- B26D1/08—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates of the guillotine type
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D5/00—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D5/08—Means for actuating the cutting member to effect the cut
- B26D5/14—Crank and pin means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/06—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form
- B26D7/0625—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form by endless conveyors, e.g. belts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D2210/00—Machines or methods used for cutting special materials
- B26D2210/02—Machines or methods used for cutting special materials for cutting food products, e.g. food slicers
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Forests & Forestry (AREA)
- Mechanical Engineering (AREA)
- Health & Medical Sciences (AREA)
- Nutrition Science (AREA)
- Marine Sciences & Fisheries (AREA)
- Zoology (AREA)
- Cleaning By Liquid Or Steam (AREA)
Abstract
The invention discloses a kind of undaria pinnitafida automation cleaning product lines, including demineralizer, the upstream linking of demineralizer has the first conveying device, the downstream linking of demineralizer has cleaning conveyer, the downstream linking of cleaning conveyer has transporting and cutting apparatus, the downstream linking of transporting and cutting apparatus has the second conveying device, the downstream linking of the second conveying device to have gas to boil cleaning device, and the downstream linking of gas boiling cleaning device has dehydration device.Using undaria pinnitafida automation cleaning production line, it realizes to the automatic desalination of the mechanization of undaria pinnitafida raw material, cleaning, cutting and dewatering work, and each inter process connecting is good, substantially reduce the production cycle, effectively increase production efficiency and production production capacity, moreover, solving the problems, such as that adjacent two-step needs are manually transferred in tradition；Meanwhile labor intensity, recruitment quantity and the recruitment cost of staff are also substantially reduced.
Description
Technical field
The present invention relates to undaria pinnitafida technical field of processing equipment more particularly to a kind of automation cleaning productions of undaria pinnitafida
Line.
Background technology
Undaria pinnitafida is a kind of algae with abundant nutrition, and the undaria pinnitafida product of various categories also gradually occurs (such as：
Instant), the product of these categories needs to carry out desalination, cleaning, cutting, secondary cleaning to undaria pinnitafida in factory process
With the processes such as dehydration, and transferred between each process, currently, above-mentioned work be completed by manually (desalination,
Cleaning and secondary cleaning process are that staff holds the agitation completion back and forth in service sink of agitation tool；Cutting action is
Staff hand-held cutting tool is completed；Dehydration procedure is that nature drains；And it needs manually to be turned between adjacent two-step
Send), it is had the following defects using aforesaid way：
1, the production cycle for completing all process steps is long, and then has seriously affected production efficiency and production production capacity；
2, the degree of automation is low, and the labor intensity of staff is big；
3, it is required to a large amount of labour (i.e. per procedure：The amount of labour used is big), recruitment cost is high.
Invention content
The embodiment of the present invention is designed to provide a kind of undaria pinnitafida automation cleaning production line, and production is improved to reach
The purpose of efficiency and production production capacity and reduction labor intensity, the amount of labour used and recruitment cost.
In order to solve the above technical problems, the technical solution of the embodiment of the present invention is：A kind of undaria pinnitafida automation cleaning life
The upstream linking of producing line, including demineralizer, the demineralizer has the first conveying device, the downstream linking of the demineralizer
There is cleaning conveyer, the downstream of the cleaning conveyer, which is connected, transporting and cutting apparatus, under the transporting and cutting apparatus
Trip linking has the second conveying device, the downstream linking of second conveying device to have gas to boil cleaning device, the gas boiling cleaning dress
The downstream linking set has dehydration device.
As an improvement the demineralizer includes the first rack, it is dynamic that first is rotatablely equipped in first rack
First roller of power apparatus driving, the first drum-inclined setting, the feed end of first roller are rolled higher than described first
The discharge end of cylinder；
First roller is equipped with several salt-overflowing holes, is set in first rack below first roller
There is be obliquely installed first to lead salt plate, the described first lower section for leading salt plate is equipped with first and collects salt storehouse；
The inner wall of first roller is equipped with more spaced apart strip bars, in the length direction of first roller
On, the inclined straight line arrangement of the more strip bars, on the circumferencial direction of first roller, the more strip burrs
Shape array is arranged；
The first rack uplink positioned at first roller downstream is connected to the second tin roller being obliquely installed, and described second
Roller is driven by the second power plant, and the structure of the second tin roller is identical as the structure of the first roller；
The rotation direction of the second tin roller and first roller on the contrary, below the second tin roller described the
One rack is equipped with second be obliquely installed and leads salt plate, and the described second lower section for leading salt plate is equipped with second and collects salt storehouse.
As a further improvement, it is located in first rack of first roller and described second tin roller the same side
Equipped with equal first baffle, the first baffle leads salt plate and described second positioned at described first and leads the top of salt plate, and described
The height of one baffle is greater than or equal to the diameter of first roller；
First rack positioned at first roller other side is equipped with second baffle, the height of the second baffle
Less than the diameter of first roller；
It is equipped with ring stiffener on the outer wall of first roller and the second tin roller；
The first rack uplink positioned at the second tin roller downstream is connected to arc delivery plate, and the arc delivery plate is set
It is placed in the side of the second tin roller；
The bottom in the first collection salt storehouse and second collection salt storehouse is equipped with multiple universal wheels.
As a further improvement, the cleaning conveyer includes being sent equipped with purge chamber and positioned at the arc
Service sink ontology below plate, water inlet pipe and drainpipe are additionally provided on the service sink ontology, and the water inlet pipe extends to described
In purge chamber, the drainpipe is connected to the purge chamber；
Also rotation has more driven rollers, width of all driven rollers along the service sink ontology on the service sink ontology
Degree direction is arranged and is arranged in parallel, and is equipped in the every driven roller and extends to the intrinsic paddle board of the service sink, owns
The driven roller is driven by third power plant；
It is equipped with the conveyer being obliquely installed positioned at the exhaust end of the service sink ontology, the conveyer is located at described
The one end in the downstream of driven roller, the conveyer extends in the purge chamber, and the other end of the conveyer extends to
The outside of the service sink ontology；
The groove of multiple perforation paddle board sides is equipped on each paddle board, the groove is set to the paddle board
Side far from the driven roller；Side of the paddle board far from the driven roller is set as arc, the arc folding of the paddle board
Curved direction is towards the conveyer.
It is improved as further, the third power plant includes being set to the pendulum of every described driven roller the same end
Bar, all swing rods are respectively positioned on the outside of the service sink ontology；
Further include power source, the output shaft of the power source is equipped with the drive disk being arranged concentrically, and the drive disk is separate
The side of the power source is hinged with rocking arm, and the hinge joint of the rocking arm deviates the center of the drive disk, and the rocking arm is separate
One end of the drive disk is hinged with connecting rod；All one end of the swing rod far from the driven roller are articulated with the connecting rod
On.
As further improvement, fragmenting plate is equipped in the service sink ontology, the fragmenting plate is along the service sink
The length direction of ontology extends, and is located in the service sink ontology above the fragmenting plate and forms the purge chamber, is located at institute
It states and forms drainage cavity in the service sink ontology below fragmenting plate, the drainpipe is connected to the drainage cavity；
The fragmenting plate is equipped with several through-holes being connected to the purge chamber and the drainage cavity.
As further improvement, the conveyer is conveying plate chain, and the conveying plate chain is equipped with several leaks
Hole is located at the service sink ontology below the conveying plate chain and is equipped with water receiving tank, the water receiving tank and the service sink sheet
The inside of body is connected to；
The conveying plate chain, which is gone into battle, shows more strip fins；Width direction of the strip fin along the conveying plate chain
Arrangement；
The service sink ontology above the conveying plate chain is equipped with an at least spray tube, on the spray tube
Equipped with multiple spray apertures towards the conveying plate chain.
As further improvement, the gas boiling cleaning device includes seawater service sink, and the seawater service sink includes
The pond body of one end open, the pond body is interior to be equipped with orifice plate, is located in the pond body above the orifice plate and forms seawater purge chamber,
Air cavity is formed in the pond body below the orifice plate；Air cavity described in Kong Junyu on the orifice plate and seawater cleaning
Room is connected to；
The open end of the pond body is vertically fitted with flashboard, and the other end of the pond body is equipped with to be connected with the seawater purge chamber
It is logical into seawater pipe, the top that the orifice plate is located at into seawater pipe；
The row's seawater pipe being connected to the air cavity and air inlet pipe are additionally provided in the pond body；
The seawater service sink is equipped with multiple and is set in arrangement by staged；The flashboard is plugged in pond body described in end
Open end；
Between the adjacent two seawater service sink, the pond body for being equipped with open end is located at another non-open end of pond body
Top and overlap setting.
As further improvement, the open end of each pond body is equipped with the deflector being obliquely installed, described to lead
One end of flowing plate is connected with the orifice plate, and downstream the pond body direction extends the other end of the deflector；
Row's seawater pipe includes being communicated with two on row's seawater manifold, row's seawater manifold to be located at the air inlet pipe two
Row's seawater branch pipe of side, two row's seawater branch pipes are connected to the air cavity, wherein row's seawater branch pipe is positioned at described
The lower section of deflector, another row's seawater branch pipe are connected to the middle part of the air cavity；
It is described into seawater pipe include into seawater manifold, it is described disposed in parallel into seawater into being communicated with more on seawater manifold
Branch pipe is connected to along the width direction arrangement of the pond body and with the seawater purge chamber described in more into seawater branch pipe, described
Diameter into seawater branch pipe is less than the diameter into seawater manifold；
It is equipped with pedal positioned at the side of the pond body；The flashboard is equipped with multiple osculums.
As further improvement, first conveying device includes being driven and being obliquely installed by first driving means
First conveyer belt, one end of the first conveyer belt is equipped with raw material cabin, and the other end of the first conveyer belt is to the desalination
Device direction extends, and the first conveyer belt is equipped with multiple vertically arranged band flitch；
Second conveying device includes the second conveyer belt for being driven and being obliquely installed by the second driving device, and described
One end of two conveyer belts extends to the transporting and cutting apparatus direction, and the other end of second conveyer belt is boiled to the gas to be cleaned
Device direction extends, and second conveyer belt is equipped with annular knurl；
The transporting and cutting apparatus includes supporting rack and third conveyer belt, and the both ends of the third conveyer belt are respectively to described
It cleans conveyer and second conveying device direction extends, be located at the supporting rack above the third conveyer belt equipped with perpendicular
To the cutter for sliding and being driven by third driving device, pressure is rotatablely equipped on the support frame as described above of the cutter upstream
Roller；
The dehydration device includes the second rack, and second rack is equipped with saddle, and the periphery of the saddle is equipped with water
It is communicated with drainage pipeline on slot, with the saddle of the sink corresponding position；It is equipped with positioned at the both sides of second rack
Centrifugal dehydrator, the centrifugal dehydrator are located at the lower section of the saddle.
By adopting the above-described technical solution, a kind of undaria pinnitafida automation cleaning production that the embodiment of the present invention is provided
Line has the beneficial effect that：
Include demineralizer since the undaria pinnitafida automates cleaning production line, the upstream linking of demineralizer has first defeated
Device, the downstream linking of demineralizer is sent to have cleaning conveyer, the downstream linking for cleaning conveyer has transporting and cutting apparatus,
The downstream linking of transporting and cutting apparatus has the second conveying device, the downstream linking of the second conveying device to have gas to boil cleaning device, gas
The downstream linking of boiling cleaning device has dehydration device, to which at work, undaria pinnitafida raw material be placed in the first conveying device, it
Afterwards, the first conveying device will carry out desalination in undaria pinnitafida feedstock transportation to demineralizer, and the undaria pinnitafida after desalination enters cleaning fortune
Device is sent to carry out cleaning and cut later to undaria pinnitafida by transporting and cutting apparatus toward the conveying in transporting and cutting apparatus direction
It cuts, the undaria pinnitafida after cutting is delivered in gas boiling cleaning device through the second conveying device and carries out secondary cleaning, after secondary cleaning
The end that undaria pinnitafida boils cleaning device in gas carries out shape pack (mesh bag) by staff, and the undaria pinnitafida for being packed into mesh bag later is sent into
It is dehydrated in dehydration device.
In conclusion using undaria pinnitafida automation cleaning production line, the mechanization to undaria pinnitafida raw material is realized certainly
Dynamic desalination, cleaning, cutting and dewatering work, and each inter process connecting is good, substantially reduces the production cycle, effectively increases
Production efficiency and production production capacity, moreover, solving the problems, such as that adjacent two-step needs are manually transferred in tradition；Meanwhile work
Labor intensity, recruitment quantity and the recruitment cost for making personnel are also substantially reduced.
Since demineralizer includes the first rack, the first rolling of the first power plant driving is rotatablely equipped in the first rack
Cylinder, the setting of the first drum-inclined, the feed end of the first roller are higher than the discharge end of the first roller；First roller is equipped with several
Salt-overflowing hole, the first rack below the first roller are equipped with first be obliquely installed and lead salt plate, and first leads the lower section of salt plate
Salt storehouse is collected equipped with first；The inner wall of first roller is equipped with more spaced apart strip bars, in the length side of the first roller
Upwards, the inclined straight line arrangement of more strip bars, on the circumferencial direction of the first roller, more strip bar annular arrays are set
It sets；The first rack uplink positioned at the first roller downstream is connected to the second tin roller being obliquely installed, and second tin roller is filled by the second power
Driving is set, and the structure of second tin roller is identical as the structure of the first roller；The rotation direction of second tin roller and the first roller on the contrary,
The first rack below second tin roller is equipped with second be obliquely installed and leads salt plate, and the second lower section for leading salt plate is equipped with second
Collect salt storehouse, be based on above structure, the undaria pinnitafida with automation cleaning production line at work, by undaria pinnitafida continue from first
The feed end of roller is sent into, since the first drum-inclined is arranged, in the rotation of the first roller, make undaria pinnitafida to roll
Mode is conveyed to discharge end, meanwhile, the first roller drives undaria pinnitafida to rotate and generate centrifugal force, the salt grain on undaria pinnitafida
Salt-overflowing hole is will pass through to throw away, the salt thrown away by first lead salt plate be directed into the first collection salt storehouse, later, undaria pinnitafida enters
Carry out in oppositely oriented second tin roller and in eccentric fashion secondary desalination；In above process, inclined straight line is arranged
More strips help to improve the conveying speed to undaria pinnitafida, and undaria pinnitafida can be broken up and can increase undaria pinnitafida by strip bar
Rotation displacement in the first roller is conducive to improve desalination effect.In conclusion using undaria pinnitafida automation cleaning life
Producing line realizes the mechanization desalination work to undaria pinnitafida, and desalination effect is good, and desalting efficiency is high, meanwhile, it is attached on undaria pinnitafida
Salt grain undaria pinnitafida itself will not be impacted, and then ensure that the quality of undaria pinnitafida product.
Since the first rack positioned at the first roller and second tin roller the same side is equipped with equal first baffle, first baffle position
Salt plate and second is led in first and leads the top of salt plate, and the height of first baffle is greater than or equal to the diameter of the first roller；It is located at
First rack of the first roller other side is equipped with second baffle, and the height of second baffle is less than the diameter of the first roller, to
At work, by the blocking of first baffle, so that salt grain is smoothly entered and lead salt plate (first, which leads salt plate and second, leads salt plate), together
When, prevent the salt grain around thrown away from splashing and destruction work environment；When carrying out first desalination in the first roller due to undaria pinnitafida,
Salt grain on undaria pinnitafida is more, and salt grain is thrown away from the other side of the first roller in order to prevent, therefore is hindered by second baffle
Gear, can equally play the role of, which makes salt grain enter, leads salt plate and prevents salt grain around from splashing and destruction work environment.
Due to being equipped with ring stiffener on the outer wall of the first roller and second tin roller, thus significantly by ring stiffener
Improve the structural strength and service life of the first roller and second tin roller；Due in first rack in second tin roller downstream
Linking has arc to be sent plate plate, and arc delivery plate is set to the side of second tin roller, to be sent plate by arc come to second
The undaria pinnitafida that roller transports out is stopped and is sent that the second tin roller for not only avoiding rotation throws away undaria pinnitafida, and
Cleaning conveyer is smoothly entered convenient for undaria pinnitafida；Due to the bottom in the first collection salt storehouse and the second collection salt storehouse be equipped with it is more
A universal wheel, to be convenient for the first collection salt storehouse and second to collect the movement in salt storehouse by universal wheel, to handle the first receipts
Ji Yancang and second collects the salt grain collected in salt storehouse.
Since cleaning conveyer includes the service sink ontology equipped with purge chamber and below arc delivery plate, cleaning
Water inlet pipe and drainpipe are additionally provided on the ontology of pond, water inlet pipe extends in purge chamber, and drainpipe is connected to purge chamber；Service sink sheet
Also rotation has more driven rollers, all driven rollers to arrange and be arranged in parallel along the width direction of service sink ontology on body, every drive
It is equipped on dynamic roller and extends to the intrinsic paddle board of service sink, all driven rollers are driven by third power plant；It is located at
The exhaust end of service sink ontology is equipped with the conveyer being obliquely installed, and conveyer is located at the downstream of driven roller, conveyer
One end extends in purge chamber, and the other end of conveyer extends to the outside of service sink ontology, at work, by into
Water pipe injects the water for cleaning undaria pinnitafida in service sink ontology, later, the undaria pinnitafida of arc delivery plate delivery is sent into clear
It is cleaned in chamber wash, specially：Third power plant drives driven roller to carry out the rotation of on-circular formula, and then realizes paddle board
Reciprocally swinging, the swing process of paddle board are the course of work that paddle board (purge chamber) in service sink ontology carries out water repellent, and then paddle
Plate can stir the intrinsic water of service sink, and the water of agitation can strike undaria pinnitafida and complete the cleaning to undaria pinnitafida；Meanwhile paddle board
Carrying out water repellent can drive undaria pinnitafida to be conveyed to conveyer, and later, undaria pinnitafida after cleaning is by conveyer to conveying
Cutter device direction conveys, and the sewage generated after cleaning is discharged by drainpipe.Using the cleaning conveyer, realize
Mechanized cleaning to undaria pinnitafida and the transport work toward upstream device, cleaning, transport result are good, and cleaning efficiency is high, meanwhile,
In cleaning and transport work, participated in without artificial.
Due to being equipped with the groove of multiple perforation paddle board sides on each paddle board, groove is set to paddle board far from driven roller
Side, to by groove, greatly reduce resistance of paddle board during water repellent；Since side of the paddle board far from driven roller is set
It is set to arc, the arc fold bending direction of paddle board is towards conveyer, to by the arcuate structure being set on paddle board, drop significantly
Low resistance of the paddle board in backhaul.
Since third power plant includes being set to the swing rod of every driven roller the same end, all swing rods are respectively positioned on service sink
The outside of ontology；Further include power source, the output shaft of power source is equipped with the drive disk being arranged concentrically, and drive disk is far from power source
Side be hinged with rocking arm, the hinge joint of rocking arm deviates the center of drive disk, and the one end of rocking arm far from drive disk is hinged with connecting rod；
The one end of all swing rods far from driven roller is articulated on connecting rod, and at work, power source drives drive disk and rocking arm
One end rotates, and the other end of rocking arm drives connecting rod to carry out linear reciprocal motion, and then drives all pendulum being hinged on connecting rod
Bar carries out reciprocating swing, and then swing rod drives the paddle board being set in driven roller to be dialled in service sink ontology (purge chamber)
Water conservancy project is made, simple in structure, convenient processing and manufacture, and driving effect is good, and drive efficiency is high, is established to carry out mechanized cleaning to undaria pinnitafida
Basis is determined.
Due to being equipped with fragmenting plate in service sink ontology, fragmenting plate extends along the length direction of service sink ontology, is located at segmentation
Purge chamber is formed in service sink ontology above plate, is located in the service sink ontology below fragmenting plate and is formed drainage cavity, drainpipe
It is connected to drainage cavity；Fragmenting plate is equipped with several through-holes being connected to purge chamber and drainage cavity, in use, by dividing
Service sink ontology is divided into two chambers (purge chamber and drainage cavity) by partition board, synchronous to realize during cleaning undaria pinnitafida
Water inlet and drainage works are carried out, the cleanliness factor of ejected wash water is ensure that, is conducive to the cleaning performance of undaria pinnitafida.
Since conveyer is conveying plate chain, conveying plate chain is equipped with several leakage holes, is located at clear below conveying plate chain
Wash pool ontology is equipped with water receiving tank, and water receiving tank is connected to the inside of service sink ontology, after by conveying plate chain to cleaning
Undaria pinnitafida is conveyed (toward transporting and cutting apparatus direction), and simple in structure, conveying effect is good, meanwhile, in transmission process, residual
Water in undaria pinnitafida is dropped down onto by leakage hole in water receiving tank, is eventually entered into and is recycled in service sink ontology, and water unrest is avoided
It splashes and pollutes environment；It is gone into battle due to conveying plate chain and shows more strip fins, width direction cloth of the strip fin along conveying plate chain
It sets, to during conveying plate chain operate, undaria pinnitafida is driven by strip fin, realization undaria pinnitafida is toward on conveying plate chain
Automatic charging；Since the service sink ontology above conveying plate chain is equipped with equipped with an at least spray tube, spray tube
Multiple spray apertures towards conveying plate chain, to which during conveying plate chain conveys undaria pinnitafida, the water in spray tube passes through spray
The outside spray feed in hole is drenched, secondary cleaning is carried out to the surface of undaria pinnitafida, helps to improve the cleaning performance to undaria pinnitafida.
Since gas boiling cleaning device includes seawater service sink, seawater service sink includes the pond body of one end open, is set in pond body
Abacus is located in the pond body above orifice plate and forms seawater purge chamber, is located in the pond body below orifice plate and forms air cavity；On orifice plate
Kong Junyu air cavitys be connected to seawater purge chamber；The open end of pond body is vertically fitted with flashboard, and the other end of pond body is equipped with and sea
Water purge chamber connection into seawater pipe, the top of orifice plate is located at into seawater pipe；The row's seawater being connected to air cavity is additionally provided in pond body
Pipe and air inlet pipe convey seawater, while also can at work into seawater pipe by be set to pond body end in pond body
Play the role of pushing seawater, gas is conveyed in air cavity by air inlet pipe, gas enters seawater by the hole on orifice plate and cleans
Room simultaneously makes seawater " boiling ", and then seawater cleans indoor undaria pinnitafida and carries out rolling type cleaning during being pushed, and cleans
By the open end of pond body, together with seawater discharge, (undaria pinnitafida of discharge is packed the undaria pinnitafida finished, to be taken off
Water conservancy project sequence), when undaria pinnitafida is discharged, gate is in open state；During rolling type cleans, pass through the through-hole stream on orifice plate
Enter the seawater in air cavity to be discharged by arranging seawater pipe, realizes the mechanized cleaning work to undaria pinnitafida after cutting, cleaning
Effect is good, and cleaning efficiency is high.
Since seawater service sink is equipped with multiple and is set in arrangement by staged；Flashboard is plugged in the open end of end pond body；
Between adjacent two seawater service sink, the pond body equipped with open end is located at the top of the non-open end of another pond body and overlaps setting, from
And with this configuration, undaria pinnitafida after cutting is cleaned multiple times in realization, further improves cleaning performance.
Since the open end of each pond body is equipped with the deflector being obliquely installed, one end of deflector is connected with orifice plate, leads
Downstream pond body direction extends the other end of flowing plate, to by the delivery of deflector, convenient for undaria pinnitafida and seawater smoothly into
Enter in downstream bath body, and substantially increases the connecting between adjacent two pond body.
Since row's seawater pipe includes row seawater manifold, two row for being located at air inlet pipe both sides seas are communicated on row's seawater manifold
Water branch pipe, two rows of seawater branch pipes are connected to air cavity, wherein row's seawater branch pipe is located at the lower section of deflector, another row's seawater branch
Pipe is connected to the middle part of air cavity, in use, be discharged with the row seawater manifold row's seawater branch pipes being connected to by two
Seawater in air cavity, drainage efficiency is high, the problem of avoiding seawater discharge not in time and influence to supply into air cavity.
Due into seawater pipe include into seawater manifold, into seawater manifold on be communicated with more it is disposed in parallel into seawater branch
Pipe, more are connected to along the width direction arrangement of pond body and with seawater purge chamber into seawater branch pipe, and the diameter into seawater branch pipe is small
In the diameter into seawater manifold, to supply seawater into seawater purge chamber into seawater branch pipe by more, seawater supply
Stationarity is high, avoids the occurrence of The turbulent river crashes its way through；Meanwhile seawater is for seasonable, it is high to the push stationarity of undaria pinnitafida, for into
The effective rolling type cleaning of row, which has been established, provides guarantee.
Since the side positioned at pond body is equipped with pedal, ascend a height to be trampled convenient for staff by pedal, to see
Examine the working condition in pond body；Since flashboard is equipped with multiple osculums, in the state that flashboard is closed, pass through multiple rows
The seawater in pond body is discharged in water hole, prevents seawater from overflowing pond body.
Since the first conveying device includes the first conveyer belt for being driven and being obliquely installed by first driving means, first is defeated
One end of band is sent to be equipped with raw material cabin, the other end of first conveyer belt extends to demineralizer direction, and first conveyer belt is equipped with more
A vertically arranged band flitch, to which at work, undaria pinnitafida raw material be placed in raw material cabin, first conveyer belt operates later,
During operating, strip strip is moved on the undaria pinnitafida raw material to first conveyer belt in raw material cabin and past demineralizer direction
Conveying, it is simple in structure, realize the effect for conveying undaria pinnitafida raw material automatically in demineralizer；Meanwhile band flitch can also play
The effect for preventing undaria pinnitafida raw material from being slid from the first conveyer belt being obliquely installed.
Since the second conveying device includes the second conveyer belt for being driven and being obliquely installed by the second driving device, second is defeated
One end of band is sent to extend to transporting and cutting apparatus direction, the other end of the second conveyer belt extends to gas boiling cleaning device direction, the
Two conveyer belts are equipped with annular knurl, to realize the rank between the gentle boiling cleaning device of transporting and cutting apparatus by the second conveyer belt
It connects, increases the frictional force of the second conveyer belt and undaria pinnitafida after cutting by annular knurl, prevent the undaria pinnitafida after cutting from being set from inclination
It is slid on the second conveyer belt set.
Since transporting and cutting apparatus includes supporting rack and third conveyer belt, the both ends of third conveyer belt are transported to cleaning respectively
Device and the second conveying device direction extend, and the supporting rack above third conveyer belt is equipped with and slides vertically and by third
The cutter of driving device driving, pressure roller is rotatablely equipped on the supporting rack of cutter upstream, to which at work, third conveys
Undaria pinnitafida after bringing conveying to tilt, later cuts undaria pinnitafida by cutter, during conveying, passes through pressure roller
Undaria pinnitafida is squeezed, to ensure that the undaria pinnitafida thickness after squeezing is less than the hoisting depth of cutter.
Since dehydration device includes the second rack, the second rack is equipped with saddle, and the periphery of saddle is equipped with sink, with sink
It is communicated with drainage pipeline on the saddle of corresponding position；It is equipped with centrifugal dehydrator, centrifugal dehydrator positioned at the both sides of the second rack
Positioned at the lower section of saddle, to prop up multiple mesh bags equipped with undaria pinnitafida by saddle, later by the mesh bag equipped with undaria pinnitafida
It is placed in centrifugal dehydrator and is dehydrated, dehydrating effect is good, and dehydration efficiency is high；Saddle prop up it is multiple equipped with undaria pinnitafida mesh bag
In the process, the water leaked out out of mesh bag passes sequentially through sink and drainage pipeline is discharged, and prevents the water leaked out from saddle
Periphery drippage.
Description of the drawings
Fig. 1 is the structural schematic diagram of the embodiment of the present invention
Fig. 2 is the structural schematic diagram of demineralizer in Fig. 1；
Fig. 3 is the structural schematic diagram of the first roller in Fig. 2；
Fig. 4 is the structural schematic diagram that conveyer is cleaned in Fig. 1；
Fig. 5 is the side view of Fig. 4；
Fig. 6 is the structural schematic diagram of gas boiling cleaning device device in Fig. 1；
Fig. 7 is the A direction views in Fig. 6；
Fig. 8 is the structural schematic diagram of flashboard in Fig. 6；
Fig. 9 is the structural schematic diagram of first conveyer belt in Fig. 1；
Figure 10 is the structural schematic diagram of the second conveyer belt in Fig. 1；
Figure 11 is the structural schematic diagram of transporting and cutting apparatus in Fig. 1；
Figure 12 is the side view of Figure 11；
Figure 13 is the structural schematic diagram of saddle in Fig. 1；
Figure 14 is the side view of Figure 13；
In figure, 1- demineralizers；The first racks of 11-；The first power plants of 1101-；1102- first baffles；1103- second
Baffle；1104- back-up roller wheels；The first rollers of 12-；1201- salt-overflowing holes；1202- strip bars；1203- ring stiffeners；13-
One leads salt plate；14- first collects salt storehouse；1401- universal wheels；15- second tin rollers；1501- arcs are sent plate；16- guard rings；17-
Second leads salt plate；18- second collects salt storehouse；The second power plants of 19-；The first conveying devices of 2-；201- first conveyer belts；202-
Raw material cabin；203- band flitch；3- cleans conveyer；31- service sink ontologies；The purge chambers 3101-；3102- water inlet pipes；3103-
Drainpipe；3104- demarcation strips；31041- through-holes；3105- drainage cavities；3106- driven rollers；31061- connecting plates；3107- paddle boards；
31071- grooves；3108- third power plants；31081- swing rods；31082- power sources；31083- drive disks；31084- rocking arms；
31085- connecting rods；3109- conveyers；31091- conveying plate chains；31092- water receiving tanks；31093- strip fins；31094- sprays
Shower pipe；4- transporting and cutting apparatus；401- supporting racks；402- third conveyer belts；403- cutters；404- pressure rollers；405- eccentric shafts；
406- swing arms；The second conveying devices of 5-；The second conveyer belts of 501-；502- annular knurls；6- gas boils cleaning device；61- seawater service sinks；
6101- pond bodies；6102- orifice plates；61021- through-holes；6103- seawater purge chamber；6104- air cavitys；62- flashboards；6201- osculums；
63- is into seawater pipe；6301- is into seawater manifold；6302- is into seawater branch pipe；64- arranges seawater pipe；6401- arranges seawater manifold；6402-
Arrange seawater branch pipe；65- air inlet pipe；66- deflectors；67- pedals；7- dehydration devices；The second racks of 701-；702- sinks；703-
Saddle；704- drainage pipelines；705- centrifugal dehydrators；706- conveyer belts.
Specific implementation mode
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
As shown in Figure 1, a kind of undaria pinnitafida automation cleaning production line, including demineralizer 1, the demineralizer 1 it is upper
Trip linking has the first conveying device 2, the downstream linking of the demineralizer 1 to have cleaning conveyer 3, the cleaning conveyer 3
Downstream linking has transporting and cutting apparatus 4, and the downstream linking of the transporting and cutting apparatus 4 has the second conveying device 5, the second conveying dress
The downstream linking for setting 5 has gas to boil cleaning device 6, and the downstream linking of gas boiling cleaning device 6 has dehydration device 7.
As Fig. 2 and Fig. 3 jointly shown in, which includes the first rack 11, is rotatablely equipped in first rack 11
First roller 12 of the first power plant 1101 driving, first roller 12 are obliquely installed, and the feed end of the first roller 12 is high
In the discharge end of the first roller 12；First roller 12 is equipped with several salt-overflowing holes 1201, is located at 12 lower section of the first roller
First rack 11 is equipped with first be obliquely installed and leads salt plate 13, and the lower section that 13 low side of salt plate is led positioned at first is equipped with the first collection
Salt storehouse 14；The inner wall of first roller 12 is equipped with more vertically arranged and spaced apart strip bars 1202, in the first roller
On 12 length direction, the inclined straight line arrangement of more strip bars 1202, on the circumferencial direction of the first roller 12, more bands
Expect the setting of 1202 annular array of bar.
11 uplink of the first rack positioned at 12 downstream of the first roller is connected to the second tin roller 15 being obliquely installed, specially：It should
The feed end of second tin roller 15 is connected with the discharge end of the first roller 12, which is driven by the second power plant 19,
And the structure of second tin roller 15 is identical as the structure of the first roller 12；The rotation direction phase of the second tin roller 15 and the first roller 12
Instead, the first rack 11 positioned at the lower section of second tin roller 15 is equipped with second be obliquely installed and leads salt plate 17, this second leads salt plate 17
Lower section be equipped with second and collect salt storehouse 18.
In the present solution, first power plant 1101 and the second power plant 19 include motor, the motor
It is chain drive between output shaft and the first roller 12 or second tin roller 15；First roller 12 and second tin roller 15 are in the first rack
Specific rotational structure on 11 is：Turn in the first rack 11 of 15 both ends end corresponding position of the first roller 12 and second tin roller
It is dynamic that back-up roller wheel 1104 is installed, there are two which sets in each end and it is distributed in the first roller 12 or the
The both sides of two rollers 15, the distance between two back-up roller wheels 1104 are less than the diameter of the first roller 12 or second tin roller 15, but big
In the first roller 12 or the radius of second tin roller 15；With the first roller 12 and second tin roller 15 of 1104 corresponding position of back-up roller wheel
It is equipped with raceway.
The first rack 11 positioned at 15 the same side of the first roller 12 and second tin roller is equipped with equal first baffle 1102, this
One baffle 1102, which is set to, to be collected salt storehouse 14 far from first or second collects the side in salt storehouse 18, which is located at the
One leads salt plate 13 and second leads the top of salt plate 17, and the height of first baffle 1102 is greater than or equal to the straight of the first roller 12
Diameter；The first rack 11 positioned at 12 other side of the first roller is equipped with second baffle 1103, and the height of the second baffle 1103 is small
In the diameter of the first roller 12.
A plurality of ring stiffener disposed in parallel 1203 is equipped on the outer wall of first roller 12 and second tin roller 15.
11 uplink of the first rack positioned at 15 downstream of second tin roller is connected to arc delivery plate 1501, which is sent plate 1501
It is set to the side of second tin roller 15, one end of arc delivery plate 1501 extends to 15 direction of second tin roller and extends to the
The outside of two rollers 15, the other end which is sent plate 1501 extend to 3 direction of cleaning conveyer.
Preferably, the bottom in the first collection salt storehouse 14 and the second collection salt storehouse 18 is equipped with multiple universal wheels 1401.
(the first roller 12 and second tin roller 15 are mutual for the end of the first roller 12 and second tin roller 15 that rotate in order to prevent
Separate one end) it hurts sb.'s feelings, it is fixedly mounted and protects in the first rack 1 positioned at 15 end position of the first roller 12 and second tin roller
Circle 16.
As Fig. 4 and Fig. 5 jointly shown in, which includes the service sink ontology 31 equipped with purge chamber 3101, should
Drainpipe 3103 and the water inlet pipe being connected to water source 3102 are additionally provided on service sink ontology 31, which extends to cleaning
In room 3101, which is connected to purge chamber 3101, in the present solution, being equipped with demarcation strip in the service sink ontology 31
3104, which extends along the length direction of service sink ontology 31, is located at the service sink ontology of 3104 top of demarcation strip
Purge chamber 3101 is formed in 31, is located in the service sink ontology 31 of 3104 lower section of demarcation strip and is formed drainage cavity 3105, the drainpipe
3103 are connected to drainage cavity 3105；The demarcation strip 3104 be equipped with it is several be connected to purge chamber 3101 and drainage cavity 3105 lead to
Hole 31041.
More driven rollers 3106, width of all driven rollers 3106 along service sink ontology 31 are also rotated on the service sink ontology 31
Degree direction is arranged and is arranged in parallel, and the paddle board 3107 extended in service sink ontology 31, institute are equipped in every driven roller 3106
There is driven roller 3106 to be driven by third power plant 3108, preferably, between the paddle board 3107 and driven roller 3106
Equipped with multiple connecting plates 31061, one end and the driven roller 3106 of the connecting plate 31061 weld together, the connecting plate 31061
The other end is linked together with paddle board 3107 by the sub-assembly of screw bolt and nut；The third power plant 3108 includes being set to
The swing rod 31081 of every 3106 the same end of driven roller, all swing rods 31081 are respectively positioned on the outside of service sink ontology 31；Further include
Power source 31082, the power source 31082 are motor, and the output shaft of the power source 31082 is equipped with the drive disk being arranged concentrically
31083, which is hinged with rocking arm 31084, and the hinge joint of the rocking arm 31084 is inclined
Center from drive disk 31083, the one end of the rocking arm 31084 far from drive disk 31083 are hinged with connecting rod 31085；All swing rods
31081 one end far from driven roller 3106 are articulated on connecting rod 31085 (referring to Fig. 5).
Preferably, being equipped with the groove 31071 of 3107 side of multiple perforation paddle boards, the groove on each paddle board 3107
31071 are set to side of the paddle board 3107 far from driven roller 3106；The side of the paddle board 3107 far from driven roller 3106 is set as
Arc, the arc fold bending direction of the paddle board 107 towards undaria pinnitafida conveying direction (i.e.：Towards following conveyers
3109)。
In the present solution, the length of all swing rods 31081 is consistent and be arranged in parallel, to this configuration, ensure that institute
There is the consistency that paddle board 3107 acts, and then ensure that the fairness that undaria pinnitafida conveys in cleaning；The length of the swing rod 31081
The diameter of drive disk 31083 is all higher than with the length of rocking arm 31084, to which power source 31082 drives drive disk 31083, rocking arm
31084 and swing rod 31081 act when, with this configuration, for realize swing rod 331081 carry out reciprocally swinging lay a good foundation.
Exhaust end positioned at service sink ontology 31 is equipped with the conveyer 3109 being obliquely installed, which is located at
The one end in the downstream of driven roller 3106, the conveyer 3109 extends in purge chamber 3101, the conveyer 3109 it is another
End extends to the outside of service sink ontology 31；In the present solution, the conveyer 3109 is the conveying plate chain of motor drive
31091, which is equipped with several leakage hole (not shown)s, is located at the cleaning of 31091 lower section of conveying plate chain
Pond ontology 31 is equipped with water receiving tank 31092, which is connected to the inside of service sink ontology 31.
The conveying plate chain 31091, which is gone into battle, shows more strip fins 31093, and the strip fin 31093 is along conveying plate chain
31091 width direction arrangement；Service sink ontology 31 above conveying plate chain 31091 is equipped at least one and connects with water source
Logical spray tube 31094, the spray tube 31094 are equipped with multiple spray apertures (not shown)s towards conveying plate chain 31091.
As Fig. 6 to Fig. 8 jointly shown in, the gas boil cleaning device device include seawater service sink 61, the seawater service sink 61
Pond body 6101 including one end open, the pond body 6101 is interior to be equipped with orifice plate 6102, the extending direction and pond body of the orifice plate 6102
6101 length direction is consistent, is located in the pond body 6101 of 6102 top of orifice plate and forms seawater purge chamber 6103, is located at orifice plate
Air cavity 6104 is formed in the pond body 6101 of 6102 lower sections；The orifice plate 6102 is equipped with multiple through-holes 61021, and (through-hole 61021 is
The hole opened up on orifice plate 6102), which is connected to air cavity 6104 and seawater purge chamber 6103；The pond body 6101
Open end is vertically fitted with flashboard 62, the other end end of the pond body 6101 be equipped be connected to seawater purge chamber 6103 into seawater
Pipe 63 should be located at the top of orifice plate 6102 into seawater pipe 63；The row's seawater being connected to air cavity 6104 is additionally provided in the pond body 6101
Pipe 64 and air inlet pipe 65.
Mutually isostructural seawater service sink 61 is equipped with multiple and is set in arrangement by staged, the seawater service sink of initiating terminal
61 are higher than the seawater service sink 61 in downstream, specially：Between adjacent two seawater service sink 61, it is equipped with the pond body 6101 of open end
Top in another pond body 61 (pond body 61 in downstream) non-open end and overlap joint setting up and down, which is plugged in terminal reseavoir
The open end of body 6101；Preferably, the open end of each pond body 61 is equipped with the deflector 66 being obliquely installed, the deflector 66
One end be connected with orifice plate 6102, downstream 6101 direction of pond body extends for the other end of the deflector 66.
In the present solution, row's seawater pipe 64 is communicated with two including arranging seawater manifold 6401 on row's seawater manifold 6401
Root is located at row's seawater branch pipe 6402 of 65 both sides of air inlet pipe, and two rows of seawater branch pipes 6402 are connected to air cavity 6104, wherein a row
Seawater branch pipe 6402 is located at the lower section of deflector 66, and another row's seawater branch pipe 6402 is connected to the middle part of air cavity 6104；The air inlet
Pipe 65 and the junction of pond body 6101 are arranged close to deflector 66, and air inlet pipe 65 and the junction of pond body 6101 are set to pond body
6101 side, in case seawater enters in air inlet pipe 65.
Should include into seawater pipe 63 into seawater manifold 6301, should be disposed in parallel into being communicated with more on seawater manifold 6301
Into seawater branch pipe 6302, more into seawater branch pipe 6302 along pond body 6101 width direction arrangement and with seawater purge chamber
6103 connections should be less than the diameter into seawater manifold 6301 into the diameter of seawater branch pipe 6302.
It is equipped with pedal 67 positioned at the side of each pond body 61, multiple pedals 67 are in stagger on the same line,
Also it just says：Multiple pedals 67 of stagger are arranged in row；Flashboard 62 close to 66 side of deflector is equipped with multiple drainings
Hole 6201, the osculum 6201 penetrate through the side of flashboard 62 (referring to Fig. 5).
As shown in figure 9, first conveying device 2 includes the first conveying for being driven and being obliquely installed by first driving means
Band 201, one end of the first conveyer belt 201 are equipped with raw material cabin 202, and the other end of the first conveyer belt 201 is to demineralizer 1
(it is specially：First roller 12) direction extension, the first conveyer belt 201 is equipped with multiple vertically arranged band flitch 203；This
One driving device is the belt roll structure of motor drive commonly used in the prior art, therefore does not add to repeat herein.
As shown in Figure 10, which includes the second conveying for being driven and being obliquely installed by the second driving device
Band 501, one end of second conveyer belt 501 extend to 4 direction of transporting and cutting apparatus, the other end of second conveyer belt 501 to
Gas boils 6 direction of cleaning device and extends, which is equipped with annular knurl 502；Second driving device is in the prior art
The belt roll structure of common motor drive, therefore do not add to repeat herein.
As Figure 11 and Figure 12 jointly shown in, which includes supporting rack 401 and third conveyer belt 402, this
The both ends of three conveyer belts 402 extend to cleaning conveyer 3 and 5 direction of the second conveying device respectively, are located at third conveyer belt 402
The supporting rack 401 of top is equipped with the cutter 403 for sliding vertically and being driven by third driving device, is located at 403 upstream of cutter
Pressure roller 404 is rotatablely equipped on supporting rack 401；The third driving device is the eccentric shaft 405 of motor drive, the eccentric shaft
Swing arm 406 is rotatablely equipped on 405, the other end and cutter 403 of the swing arm 406 are hinged.
As Figure 13 and Figure 14 jointly shown in, the dehydration device 7 include the second rack 701, second rack 701 be equipped with support
Platform 703, the periphery of the saddle 703, which is equipped on sink 702, with the saddle 701 of 702 corresponding position of sink, is communicated with drainage pipeline
704；It is equipped with centrifugal dehydrator 705 positioned at the both sides of the second rack 701, which is located under saddle 701
Side.In the present solution, be equipped with conveyer belt 706 between gas boiling cleaning device 6 and saddle 701, one end of the conveyer belt 706 is to saddle
701 directions extend, and the other end of the conveyer belt 706 extends to the lower section of gas boiling cleaning device 6.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
All any modification, equivalent and improvement etc., should all be included in the protection scope of the present invention made by within refreshing and principle.
Claims (10)
1. a kind of undaria pinnitafida automation cleaning production line, which is characterized in that including demineralizer, the upstream of the demineralizer
Linking has the first conveying device, and the downstream of the demineralizer, which is connected, cleaning conveyer, under the cleaning conveyer
Trip linking has transporting and cutting apparatus, the downstream linking of the transporting and cutting apparatus to have the second conveying device, the second conveying dress
The downstream linking set has gas to boil cleaning device, and the downstream linking of the gas boiling cleaning device has dehydration device.
2. undaria pinnitafida according to claim 1 automation cleaning production line, which is characterized in that the demineralizer includes
First rack is rotatablely equipped with the first roller of the first power plant driving, first drum-inclined in first rack
Setting, the feed end of first roller are higher than the discharge end of first roller；
First roller is equipped with several salt-overflowing holes, and first rack below first roller, which is equipped with, inclines
First be tiltedly arranged leads salt plate, and the described first lower section for leading salt plate is equipped with first and collects salt storehouse；
The inner wall of first roller is equipped with more spaced apart strip bars, on the length direction of first roller,
The inclined straight line arrangement of the more strip bars, on the circumferencial direction of first roller, the more strip burr shapes
Array is arranged；
The first rack uplink positioned at first roller downstream is connected to the second tin roller being obliquely installed, the second tin roller
It is driven by the second power plant, and the structure of the second tin roller is identical as the structure of the first roller；
The rotation direction of the second tin roller and first roller is on the contrary, be located at first machine below the second tin roller
Frame is equipped with second be obliquely installed and leads salt plate, and the described second lower section for leading salt plate is equipped with second and collects salt storehouse.
3. undaria pinnitafida according to claim 2 automation cleaning production line, which is characterized in that be located at first roller
It is equipped with equal first baffle with first rack of described second tin roller the same side, the first baffle is led positioned at described first
Salt plate and described second lead salt plate top, and the height of the first baffle is greater than or equal to the diameter of first roller；
First rack positioned at first roller other side is equipped with second baffle, and the height of the second baffle is less than
The diameter of first roller；
It is equipped with ring stiffener on the outer wall of first roller and the second tin roller；
The first rack uplink positioned at the second tin roller downstream is connected to arc delivery plate, and the arc delivery plate is set to
The side of the second tin roller；
The bottom in the first collection salt storehouse and second collection salt storehouse is equipped with multiple universal wheels.
4. undaria pinnitafida according to claim 3 automation cleaning production line, which is characterized in that the cleaning conveyer
Include the service sink ontology equipped with purge chamber and below arc delivery plate, be additionally provided on the service sink ontology into
Water pipe and drainpipe, the water inlet pipe extend in the purge chamber, and the drainpipe is connected to the purge chamber；
Also rotation has more driven rollers on the service sink ontology, and all driven rollers are along the width side of the service sink ontology
It to arrangement and is arranged in parallel, is equipped in the every driven roller and extends to the intrinsic paddle board of the service sink, it is all described
Driven roller is driven by third power plant；
Exhaust end positioned at the service sink ontology is equipped with the conveyer being obliquely installed, and the conveyer is located at the driving
The one end in the downstream of roller, the conveyer extends in the purge chamber, and the other end of the conveyer extends to described
The outside of service sink ontology；
The groove of multiple perforation paddle board sides is equipped on each paddle board, it is separate that the groove is set to the paddle board
The side of the driven roller；Side of the paddle board far from the driven roller is set as arc, the arc fold bending side of the paddle board
To towards the conveyer.
5. undaria pinnitafida according to claim 4 automation cleaning production line, which is characterized in that the third power plant
Swing rod including being set to every described driven roller the same end, all swing rods are respectively positioned on the outside of the service sink ontology；
Further include power source, the output shaft of the power source is equipped with the drive disk being arranged concentrically, and the drive disk is far from described
The side of power source is hinged with rocking arm, and the hinge joint of the rocking arm deviates the center of the drive disk, and the rocking arm is far from described
One end of drive disk is hinged with connecting rod；All one end of the swing rod far from the driven roller are articulated on the connecting rod.
6. undaria pinnitafida according to claim 5 automation cleaning production line, which is characterized in that in the service sink ontology
Equipped with fragmenting plate, the fragmenting plate extends along the length direction of the service sink ontology, is located at described above the fragmenting plate
The purge chamber is formed in service sink ontology, is located in the service sink ontology below the fragmenting plate and is formed drainage cavity, institute
Drainpipe is stated to be connected to the drainage cavity；
The fragmenting plate is equipped with several through-holes being connected to the purge chamber and the drainage cavity.
7. undaria pinnitafida according to claim 6 automation cleaning production line, which is characterized in that the conveyer is defeated
Plate chain, the conveying plate chain is sent to be equipped with several leakage holes, set on the service sink ontology below the conveying plate chain
There are water receiving tank, the water receiving tank to be connected to the inside of the service sink ontology；
The conveying plate chain, which is gone into battle, shows more strip fins；Width direction cloth of the strip fin along the conveying plate chain
It sets；
The service sink ontology above the conveying plate chain is equipped with equipped with an at least spray tube, the spray tube
Multiple spray apertures towards the conveying plate chain.
8. undaria pinnitafida according to any one of claims 1 to 7 automation cleaning production line, which is characterized in that the gas
Boiling cleaning device includes seawater service sink, and the seawater service sink includes the pond body of one end open, and orifice plate is equipped in the pond body,
Seawater purge chamber is formed in the pond body above the orifice plate, is located in the pond body below the orifice plate and is formed gas
Chamber；Air cavity described in Kong Junyu on the orifice plate is connected to the seawater purge chamber；
The open end of the pond body is vertically fitted with flashboard, and the other end of the pond body is equipped with to be connected to the seawater purge chamber
Into seawater pipe, the top that the orifice plate is located at into seawater pipe；
The row's seawater pipe being connected to the air cavity and air inlet pipe are additionally provided in the pond body；
The seawater service sink is equipped with multiple and is set in arrangement by staged；The flashboard is plugged in opening for pond body described in end
Mouth end；
Between the adjacent two seawater service sink, the pond body for being equipped with open end is located at the upper of another non-open end of pond body
Side simultaneously overlaps setting.
9. undaria pinnitafida according to claim 8 automation cleaning production line, which is characterized in that each pond body is opened
Mouth end is equipped with the deflector being obliquely installed, and one end of the deflector is connected with the orifice plate, the other end of the deflector
Downstream the pond body direction extends；
Row's seawater pipe includes being communicated with two on row's seawater manifold, row's seawater manifold to be located at the air inlet pipe both sides
Seawater branch pipe is arranged, two row's seawater branch pipes are connected to the air cavity, wherein row's seawater branch pipe is located at the water conservancy diversion
The lower section of plate, another row's seawater branch pipe are connected to the middle part of the air cavity；
It is described into seawater pipe include into seawater manifold, it is described disposed in parallel into seawater branch into being communicated with more on seawater manifold
Pipe, described in more into seawater branch pipe along the pond body width direction arrangement and be connected to the seawater purge chamber, it is described into
The diameter of seawater branch pipe is less than the diameter into seawater manifold；
It is equipped with pedal positioned at the side of the pond body；The flashboard is equipped with multiple osculums.
10. undaria pinnitafida according to claim 8 automation cleaning production line, which is characterized in that the first conveying dress
The first conveyer belt including being driven by first driving means and being obliquely installed is set, one end of the first conveyer belt is equipped with raw material
The other end in storehouse, the first conveyer belt extends to the demineralizer direction, and the first conveyer belt is equipped with multiple vertical
The band flitch of setting；
Second conveying device includes the second conveyer belt for being driven and being obliquely installed by the second driving device, and described second is defeated
One end of band is sent to extend to the transporting and cutting apparatus direction, the other end of second conveyer belt boils cleaning device to the gas
Direction extends, and second conveyer belt is equipped with annular knurl；
The transporting and cutting apparatus includes supporting rack and third conveyer belt, and the both ends of the third conveyer belt are respectively to the cleaning
Conveyer and second conveying device direction extend, and are located at the supporting rack above the third conveyer belt and are equipped with vertical slide
Cutter that is dynamic and being driven by third driving device, pressure roller is rotatablely equipped on the support frame as described above of the cutter upstream；
The dehydration device includes the second rack, and second rack is equipped with saddle, and the periphery of the saddle is equipped with sink, with
It is communicated with drainage pipeline on the saddle of the sink corresponding position；It is de- it to be equipped with centrifugation positioned at the both sides of second rack
Water dispenser, the centrifugal dehydrator are located at the lower section of the saddle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810164174.XA CN108338339A (en) | 2018-02-27 | 2018-02-27 | A kind of undaria pinnitafida automation cleaning production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810164174.XA CN108338339A (en) | 2018-02-27 | 2018-02-27 | A kind of undaria pinnitafida automation cleaning production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108338339A true CN108338339A (en) | 2018-07-31 |
Family
ID=62958932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810164174.XA Withdrawn CN108338339A (en) | 2018-02-27 | 2018-02-27 | A kind of undaria pinnitafida automation cleaning production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108338339A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109349664A (en) * | 2018-12-12 | 2019-02-19 | 华东交通大学 | A kind of floatage-type fruit feeder |
| CN109864311A (en) * | 2019-04-23 | 2019-06-11 | 乐山师范学院 | A kind of bamboo shoot skinning machine |
-
2018
- 2018-02-27 CN CN201810164174.XA patent/CN108338339A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109349664A (en) * | 2018-12-12 | 2019-02-19 | 华东交通大学 | A kind of floatage-type fruit feeder |
| CN109864311A (en) * | 2019-04-23 | 2019-06-11 | 乐山师范学院 | A kind of bamboo shoot skinning machine |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180731 |
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| WW01 | Invention patent application withdrawn after publication |