CN108523040A

CN108523040A - seaweed production equipment and its working method

Info

Publication number: CN108523040A
Application number: CN201810627719.6A
Authority: CN
Inventors: 李永钟
Original assignee: Jinjiang Xianzhihui Food Co Ltd
Current assignee: Jinjiang Xianzhihui Food Co Ltd
Priority date: 2018-06-19
Filing date: 2018-06-19
Publication date: 2018-09-14

Abstract

The present invention relates to a main laver production equipments, including setting gradually seaweed wiper mechanism along seaweed conveying direction, seaweed filters transport mechanism, seaweed precipitates mechanism and seaweed extrusion body, the seaweed extrusion body includes the inner cylinder that barrel is in hollow mesh, it is provided with the outer barrel for surrounding inner cylinder on the outside of inner cylinder, inner cylinder bottom is provided through outer barrel bottom material distribution pipe, sub-material bottom of the tube is provided with the solenoid valve that control seaweed is fallen, storage tank is provided on the downside of outer barrel, storage tank lower end is provided with weighing plate, storage tank side is provided with the motor A of control weighing plate rotation, the front end of the storage tank is provided with to squeeze the molding stripper plate of seaweed, the cylinder of control stripper plate rise and fall is provided with above stripper plate.The invention further relates to the working methods of a main laver production equipment.The present invention can clean seaweed, remove the sundries being attached on seaweed, and carries out quantitative sub-material to seaweed and carry out shaping.

Description

Seaweed production equipment and its working method

Technical field

The present invention relates to a main laver production equipment and its working methods.

Technical background

Seaweed is the alternate algae grown in the seawater, and in daily life, seaweed is usually fabricated to cake by businessmans Shape is sold, and traditional seaweed is largely molded using manually kneading, and shape and weight are not of uniform size, and less efficient.

Invention content

In view of this, the object of the present invention is to provide a main laver production equipment and its working method, it can be to adopting The seaweed plucked carries out mechanical cleaning, removes impurity removing, and can carry out quantitative sub-material and energy extrusion forming, makes the seaweed produced Shape and weight are uniform.

The technical scheme is that：One main laver production equipment, including along seaweed conveying direction to set gradually seaweed clear Washing machine structure, seaweed filtering transport mechanism, seaweed precipitation mechanism and seaweed extrusion body, the seaweed extrusion body packet It includes to store seaweed and worry water and barrel is in the inner cylinder of hollow mesh, inner cylinder outside is provided with the outer barrel for surrounding inner cylinder, interior Cylinder bottom is provided through outer barrel bottom material distribution pipe, and sub-material bottom of the tube is provided with the solenoid valve that control seaweed is fallen, outer barrel bottom It is provided with drainpipe, storage tank is provided on the downside of outer barrel, storage tank lower end is provided with weighing plate, the weighing plate upper surface It is provided with weight sensor, storage tank side is provided with the motor A of control weighing plate rotation, the front end setting of the storage tank The molding stripper plate of seaweed is squeezed, the cylinder of control stripper plate rise and fall is provided with above stripper plate.

Further, it is provided with transmission device below the storage tank and stripper plate, is put above the transmission device It is equipped with to contain seaweed and disk body is in the pallet of hollow mesh, transmission device lower section is provided with water receiving tank B.

Further, the weighing plate lower face is provided with the sensors A for whether having empty pallet below detection weighing plate, institute It states stripper plate lower face and is provided with below detection stripper plate whether have the sensor B for not squeezing seaweed process.

Further, the seaweed wiper mechanism includes service sink and the puddle support that is set in service sink, on service sink Side is provided with the motor B of driving puddle support rotation, and water inlet pipe A is additionally provided with above service sink；The service sink bottom of pond is in downward Recessed arcuate structure, lower part is provided with filter in service sink, and service sink bottom side is provided with annular high voltage tracheae, the high pressure The venthole blown towards centre is offered on tracheae, and the blow-off pipe for sediment to be discharged is provided in the middle part of service sink bottom of pond The lower part A, the blow-off pipe A is provided with blowdown valve A.

Further, seaweed filtering transport mechanism includes rack, both ends open is tiltedly installed in rack and can The filtering rotating cylinder of pivoting, the filtering rotating cylinder includes the hexagonal roller skeleton in section, the roller skeleton outer wrapping There is filter screen, the center of roller skeleton is axially disposed shaft, and the electricity of control filtering drum rotation is provided in the rack Machine C, the filtering rotating cylinder lower section are provided with water receiving tank A.

Further, seaweed precipitation mechanism is set to the lower section of filtering rotating cylinder discharge end, including along seaweed conveying side It is located at high-order sedimentation basin to the multiple sedimentation basins reduced successively, in the adjacent sedimentation basin towards the side of low level sedimentation basin to have The useful opening flowed out from a high position to low level for seaweed, it is each with directing water into positioned at the first sedimentation basin top of highest order Water inlet pipe B in sedimentation basin is provided in the third sedimentation basin of lowest order by the stirring blade of driving device driving rotation, It is provided in the middle part of each sedimentation basin and is provided with blowdown valve B, institute for the lower parts blow-off pipe B, the blow-off pipe B of sediment to be discharged It states the output end that driving device is motor D, the motor D and is fixedly connected with rotary shaft, the stirring blade is fixed on rotary shaft.

Further, the deep gouge for deposit dirt is provided in the middle part of each sedimentation basin, the bottom surface in sedimentation basin is by periphery It is tilted to the deep gouge at middle part, filter septum is provided in the middle part of the deep gouge, the blow-off pipe is set in the middle part of deep gouge, each precipitation The opening in pond is provided with a pair of guide rails, and baffle is sliding combined between the pair of guide rail.

Further, it is connected with material-pumping tube A between the service sink and filtering rotating cylinder, the material-pumping tube A feed ends stretch into In service sink, material-pumping tube A discharge ends are stretched by filtering rotating cylinder higher-end, and pump housing A is provided on material-pumping tube A, the lowest order Material-pumping tube B is connected between sedimentation basin and inner cylinder, the feed end of the material-pumping tube B stretches into the sedimentation basin of lowest order, material-pumping tube B Discharge end pass through and outer barrel and be connected on inner cylinder, pump housing B is provided on material-pumping tube B.

Further, the motor A, motor B, motor C, motor D, sensors A, sensor B, blowdown valve A, blowdown valve B, Pump housing A, pump housing B, weight sensor and solenoid valve are electrically connected with the controller.

Another technical solution provided by the invention is：The working method of one main laver production equipment, including the purple Dish production equipment；

（1）The seaweed that harvesting comes is poured into service sink, a certain amount of water is injected into service sink by water inlet pipe A, starts motor B Rotation drives puddle support rotation, the speed of control puddle support rotation to be stirred cleaning to the seaweed in pond in 8 ~ 10r/min, During stirring, the silt being attached on seaweed sinks to the bottom of pond of service sink across filter, cleans 20 ~ 30 minutes Afterwards, bottom blow-down valve A and high-pressure air pipe are opened, the silt of bottom of pond is blowed in the middle part of bottom of pond with the water in pond by high-pressure air pipe along row Dirty valve A outflows close blowdown valve A when the water in pond is emitted into higher than 20 ~ 30cm of filter upper surface, and seaweed is swum at this time Above filter；

（2）Pump housing A is opened, the seaweed in service sink is pumped into filtering rotating cylinder by material-pumping tube A, starts motor C rotations, drove Drum rotation is filtered, the velocity of rotation of control filtering rotating cylinder makes seaweed be rotated with filtering rotating cylinder, make attachment in 6 ~ 8r/min Silt with seaweed flows into the water receiving tank A below filtering rotating cylinder, seaweed is along inclined filtering with water outflow filter screen Rotating cylinder, as water flows into the first sedimentation basin below filtering rotating cylinder discharge end；

（3）A certain amount of water is injected into the first sedimentation basin by water inlet pipe B, and seaweed is allowed to stand 15 ~ 20 minutes in sedimentation basin, The silt being attached on seaweed is allowed further to fall to bottom of pond, stand 15 ~ after twenty minutes, open the first sedimentation basin opening Baffle, and continue water filling into the first sedimentation basin, the seaweed of the water surface is swum in as flow flows into lower second precipitation of height Pond, continues standing 15 ~ 20 minutes, then opens the baffle of the second sedimentation basin opening, and seaweed is allowed to flow into third sedimentation basin, opens Motor D rotations drive stirring blade rotation, and the speed of control stirring blade rotation is in 12 ~ 15r/min, in third sedimentation basin Seaweed stirred, agitation 10 ~ 15 minutes after, close motor D, make seaweed stand 15 ~ 20 minutes, open pump housing B, by third Seaweed in sedimentation basin is pumped by material-pumping tube B in inner cylinder；

（4）After seaweed enters inner cylinder, the water for entering inner cylinder with seaweed flows out inner cylinder through the net hole of inner cylinder, flows into the bottom of outer barrel Portion is flowed out along the drainpipe of outer barrel bottom, and the seaweed of inner cylinder flows out by solenoid valve control, opens solenoid valve, seaweed along point Expects pipe flows downward out, and flows into storage tank and is simultaneously deposited on weighing plate, and the weight sensor of weighing plate upper surface is by the weight of seaweed Signal passes to controller, and when the seaweed weight being deposited on weighing plate reaches setting value, controller controls solenoid valve and closes, When sensors A detects the free pallet in weighing plate lower section, controller controls motor A rotations, drives weighing plate to rotate, accumulation Seaweed on weighing plate is fallen on the pallet of lower section, and weighing plate rotates 360 degree and returns to original position, and seaweed is as pallet is in transmission dress It sets and forwards, when being transmitted to below stripper plate, sensor B detects the seaweed without extruding in lower section, by signal Pass to controller, controller control cylinder extends downwardly, drive stripper plate move downward the seaweed to being deposited on supporting plate into Row squeezes, and it is in round pie on pallet to make seaweed, and after stripper plate squeezes, cylinder is shunk, and drives stripper plate to rise and resets.

Compared with prior art, the beneficial effects of the invention are as follows：The present invention can carry out mechanical cleaning to the seaweed of picking, Impurity removing is removed, and quantitative sub-material and energy extrusion forming can be carried out, keeps the seaweed shape produced and weight uniform.

To enable the above objects, features and advantages of the present invention to be clearer and more comprehensible, below in conjunction with the accompanying drawings to the present invention Specific implementation mode elaborate.

Description of the drawings

Fig. 1 is the structural diagram of the present invention；

Fig. 2 is the structural schematic diagram of seaweed wiper mechanism of the present invention；

Fig. 3 is the structural schematic diagram that seaweed of the present invention filters transport mechanism；

Fig. 4 is the structural schematic diagram that seaweed of the present invention precipitates mechanism；

Fig. 5 is the structural schematic diagram of seaweed extrusion body of the present invention；

In figure：110- service sinks；120- puddle supports；121- motors B；130- water inlet pipes A；140- filters；150- high-pressure air pipes； 151- ventholes；160- blow-off pipes A；161- blowdown valves A；170- material-pumping tubes A；171- pump housings A；210- racks；220- filterings turn Cylinder；221- roller skeletons；222- filter screens；230- shafts；240- motors C；250- water receiving tanks A；The first sedimentation basins of 310-；311- Opening；312- guide rails；313- baffles；314- blow-off pipes B；315- blowdown valves B；316- deep gouges；317- filter septums；320- second Sedimentation basin；330- third sedimentation basins；331- motors D；332- stirring blades；333- rotary shafts；340- water inlet pipes B；350- takes out material Pipe B；351- pump housings B；410- inner cylinders；411- outer barrels；412- sub-feed tubes；413- solenoid valves；414- drainpipes；420- storage tanks； 421- weighing plates；422- weight sensors；423- motors A；424- sensors As；430- stripper plates；431- cylinders；432- is sensed Device B；440- transmission devices；441- pallets；442- water receiving tanks B.

Specific implementation mode

As shown in Fig. 1 ~ 5, including along seaweed conveying direction set gradually seaweed wiper mechanism, seaweed filtering transport mechanism, Seaweed precipitates mechanism and seaweed extrusion body, and the seaweed extrusion body includes storing seaweed and worry water and cylinder Wall is in the inner cylinder 410 of hollow mesh, and 410 outside of inner cylinder is provided with the outer barrel 411 for surrounding inner cylinder 410, the setting of 410 bottom of inner cylinder Have across 411 bottom material distribution pipe 412 of outer barrel, 412 bottom of sub-feed tube is provided with the solenoid valve 413 that control seaweed is fallen, outer barrel 411 Bottom is provided with drainpipe 414, and 411 downside of outer barrel is provided with storage tank 420, storage tank lower end is provided with weighing plate 421, 421 upper surface of the weighing plate is provided with weight sensor 422, and 420 side of storage tank, which is provided with control weighing plate 421, to be rotated Motor A423, the front end of the storage tank 420 is provided with to squeeze the molding stripper plate 430 of seaweed, 430 top of stripper plate It is provided with the cylinder 431 of control 430 rise and fall of stripper plate.

In the present embodiment, the lower section of the storage tank 420 and stripper plate 430 is provided with transmission device 440, the transmission dress Set 440 top be placed with to contain seaweed and disk body be in hollow mesh pallet 441,440 lower section of transmission device is provided with Water receiving tank B442.

In the present embodiment, 421 lower face of the weighing plate be provided with detection weighing plate 421 lower section whether free pallet Sensors A 424, whether 430 lower face of the stripper plate, which is provided with to have below detection stripper plate 430, does not squeeze what seaweed M passed through Sensor B432.

In the present embodiment, the seaweed wiper mechanism includes service sink 110 and the puddle support that is set in service sink 110 120,110 top of service sink is provided with the motor B121 of driving puddle support rotation, and 110 top of service sink is additionally provided with water inlet pipe A130；110 bottom of pond of the service sink is in recessed arcuate structure, and lower part is provided with filter 140, service sink in service sink 110 110 bottoms side are provided with annular high voltage tracheae 150, and the venthole blown towards centre is offered on the high-pressure air pipe 150 151, it is provided in the middle part of 110 bottom of pond of service sink and is set for the lower parts blow-off pipe A160, the blow-off pipe A160 of sediment to be discharged It is equipped with blowdown valve A161.

In the present embodiment, the seaweed filtering transport mechanism includes rack 210, and both ends are tiltedly installed in rack 210 The filtering rotating cylinder 220 that opens and can rotate around the axis, the filtering rotating cylinder 220 include the hexagonal roller skeleton 221 in section, institute It states roller skeleton 221 and is wrapped with filter screen 222, the center of roller skeleton 221 is axially disposed shaft 230, the rack It is provided with the motor C240 that control filtering rotating cylinder 220 rotates on 210, water receiving tank A250 is provided with below the filtering rotating cylinder.

In the present embodiment, seaweed precipitation mechanism is set to the lower section of filtering 220 discharge end of rotating cylinder, including defeated along seaweed Multiple sedimentation basins 310 that direction reduces successively are sent, be located at high-order sedimentation basin 310 in the adjacent sedimentation basin precipitates towards low level The side in pond has with the opening 311 flow out from a high position to low level for seaweed, positioned at 310 top of the first sedimentation basin of highest order With the water inlet pipe B340 directed water into each sedimentation basin, it is provided in the third sedimentation basin 330 of lowest order by driving Device drives the stirring blade 332 of rotation, and the blow-off pipe B314 for sediment to be discharged, institute are provided in the middle part of each sedimentation basin It states the lower parts blow-off pipe B314 and is provided with blowdown valve B315, the driving device is motor D331, the output end of the motor D331 It is fixedly connected with rotary shaft 333, the stirring blade 332 is fixed on rotary shaft 333.

In the present embodiment, the deep gouge 316 for deposit dirt is provided in the middle part of each sedimentation basin, the bottom surface in sedimentation basin by The deep gouge at outer circumferential middle part tilts, and 316 middle part of the deep gouge is provided with filter septum 317, and the blow-off pipe is set to deep gouge 316 The opening at middle part, each sedimentation basin is provided with a pair of guide rails 312, and baffle 313 is sliding combined between the pair of guide rail.

In the present embodiment, the service sink and filtering rotating cylinder between be connected with material-pumping tube A170, the material-pumping tube A170 into Material end is stretched into service sink 110, and material-pumping tube A170 discharge ends are stretched by 220 higher-end of filtering rotating cylinder, are arranged on material-pumping tube A170 There is pump housing A171, material-pumping tube B350, the charging of the material-pumping tube B350 are connected between the sedimentation basin and inner cylinder of the lowest order End is stretched into the third sedimentation basin 330 of lowest order, and the discharge end of material-pumping tube B350 passes through outer barrel 411 and is connected on inner cylinder 410, Pump housing B351 is provided on material-pumping tube B350.

In the present embodiment, the motor A423, motor B121, motor C240, motor D331, sensors A 424, sensor B432, blowdown valve A161, blowdown valve B315, pump housing A171, pump housing B351, weight sensor 422 and solenoid valve 413 with control Device is electrically connected.

The working method of one main laver production equipment, including the seaweed production equipment；

（1）The seaweed that harvesting comes is poured into service sink 110, a certain amount of water is injected into service sink 110 by water inlet pipe A130, Start motor B121 rotations, puddle support 120 is driven to rotate, the speed that control puddle support 120 rotates is in 8 ~ 10r/min, in pond Seaweed be stirred cleaning, during stirring, the silt being attached on seaweed sinks to service sink 110 across filter 140 Bottom of pond, after cleaning 20 ~ 30 minutes, open bottom blow-down valve A161 and high-pressure air pipe 150, the silt of bottom of pond is by high pressure gas Pipe 150 blows to flow out with the water in pond along blowdown valve A161 in the middle part of bottom of pond, when the water in pond is emitted into higher than 140 upper end of filter When 20 ~ 30cm of face, blowdown valve A161 is closed, seaweed swims in 140 top of filter at this time；

（2）Pump housing A171 is opened, the seaweed in service sink is pumped into filtering rotating cylinder 220 by material-pumping tube A170, starts motor C240 is rotated, and filtering rotating cylinder 220 is driven to rotate, and the velocity of rotation of control filtering rotating cylinder 220 makes seaweed with mistake in 6 ~ 8r/min Filter rotating cylinder 220 is rotated, and the silt being attached to seaweed is made to flow out filter screen 222 with water, is flowed under filtering rotating cylinder 220 The water receiving tank A250 of side, seaweed is along inclined filtering rotating cylinder 220, as water flows into the filtered below 220 discharge end of rotating cylinder One sedimentation basin 310；

（3）A certain amount of water is injected into the first sedimentation basin 310 by water inlet pipe B340, allows seaweed in the first sedimentation basin 310 The regular hour is stood, the silt being attached on seaweed is allowed further to fall to bottom of pond, stands 15 ~ after twenty minutes, opens the Baffle 313 at one sedimentation basin 310 opening 311, and continues water filling into the first sedimentation basin 310, swim in the seaweed of the water surface with It flow and flows into lower second sedimentation basin 320 of height, continue standing 15 ~ 20 minutes, then open the second sedimentation basin 320 opening Baffle 313 at 311 allows seaweed to flow into third sedimentation basin 330, opens motor D331 rotations, stirring blade 332 is driven to rotate, The speed of the rotation of stirring blade 332 is controlled in 12 ~ 15r/min, the seaweed in third sedimentation basin 330 is stirred, agitation 10 ~ After 15 minutes, motor D331 is closed, seaweed is made to stand 15 ~ 20 minutes, pump housing B351 is opened, the seaweed in third sedimentation basin is led to Material-pumping tube B350 is crossed to be pumped into inner cylinder 410.

（4）After seaweed enters inner cylinder 410, the water for entering inner cylinder 410 with seaweed flows out inner cylinder through the net hole of inner cylinder 410 410, the bottom of outer barrel 411 is flowed into, is flowed out along the drainpipe 414 of 411 bottom of outer barrel, the seaweed of inner cylinder 410 is by solenoid valve 413 Control outflow, opens solenoid valve 413, and seaweed is flowed downward out along sub-feed tube 412, flows into storage tank 420 and is deposited in weighing plate On 421, the weight signal of seaweed is passed to controller by the weight sensor 422 of 421 upper surface of weighing plate, is weighed when being deposited in When seaweed weight on plate 421 reaches setting value, controller controls solenoid valve 413 and closes, and weighs when sensors A 424 detects When the pallet 441 that 421 lower section of plate is had time, controller controls motor A423 rotations, drives weighing plate 421 to rotate, is deposited in and weighs Seaweed on plate 421 is fallen on the pallet 441 of lower section, and weighing plate 421 rotates 360 degree and returns to original position, and seaweed exists with pallet 441 It is forwarded on transmission device 440, when being transmitted to 430 lower section of stripper plate, sensor B432 detects the purple without extruding Dish passes to controller in lower section, by signal, and controller control cylinder 431 extends downwardly, and stripper plate 430 is driven to move downward pair The seaweed being deposited on supporting plate is squeezed, and it is in round pie on pallet 441 to make seaweed, after stripper plate 430 squeezes, cylinder 431 It shrinks, drives stripper plate 430 to rise and reset.

Aforesaid operations flow and software and hardware configuration are only used as presently preferred embodiments of the present invention, are not intended to limit the present invention The scope of the claims, it is every using equivalents made by description of the invention and accompanying drawing content, be applied directly or indirectly in phase Technical field is closed, is included within the scope of the present invention.

Claims

1. a main laver production equipment, it is characterised in that：Including setting gradually seaweed wiper mechanism, seaweed along seaweed conveying direction Transport mechanism, seaweed precipitation mechanism and seaweed extrusion body are filtered, the seaweed extrusion body includes storing Seaweed and worry water and barrel are in the inner cylinder of hollow mesh, and the outer barrel for surrounding inner cylinder, the setting of inner cylinder bottom are provided on the outside of inner cylinder Have across outer barrel bottom material distribution pipe, sub-material bottom of the tube is provided with the solenoid valve that control seaweed is fallen, and outer barrel bottom is provided with draining Pipe, storage tank is provided on the downside of outer barrel, storage tank lower end is provided with weighing plate, the weighing plate upper surface is provided with weight Sensor is provided with the motor A of control weighing plate rotation in storage tank side, and the front end of the storage tank is provided with to squeeze The molding stripper plate of seaweed, stripper plate top are provided with the cylinder of control stripper plate rise and fall.

2. seaweed production equipment according to claim 1, it is characterised in that：The lower section of the storage tank and stripper plate is arranged There is transmission device, is placed with to contain seaweed above the transmission device and disk body is in the pallet of hollow mesh, transmission dress It sets lower section and is provided with water receiving tank B.

3. seaweed production equipment according to claim 1, it is characterised in that：The weighing plate lower face is provided with detection and claims Whether there are the sensors A of empty pallet, the stripper plate lower face to be provided with whether to have below detection stripper plate and not squeeze below weight plate The sensor B for pressing seaweed to pass through.

4. seaweed production equipment according to claim 1, it is characterised in that：The seaweed wiper mechanism include service sink and The puddle support being set in service sink, service sink top are provided with the motor B of driving puddle support rotation, are also set up above service sink There is water inlet pipe A；The service sink bottom of pond is in recessed arcuate structure, and lower part is provided with filter, service sink bottom in service sink Side is provided with annular high voltage tracheae, the venthole blown towards centre is offered on the high-pressure air pipe, in service sink bottom of pond Portion is provided with is provided with blowdown valve A for the lower parts blow-off pipe A, the blow-off pipe A of sediment to be discharged.

5. seaweed production equipment according to claim 1, it is characterised in that：The seaweed filtering transport mechanism includes machine Frame, the filtering rotating cylinder that both ends open is tiltedly installed in rack and can rotate around the axis, the filtering rotating cylinder include that section is in six The roller skeleton of side shape, the roller skeleton are wrapped with filter screen, and the center of roller skeleton is axially disposed shaft, described It is provided with the motor C of control filtering drum rotation in rack, water receiving tank A is provided with below the filtering rotating cylinder.

6. seaweed production equipment according to claim 1, it is characterised in that：Seaweed precipitation mechanism is set to filtering and turns The lower section of cylinder discharge end includes the multiple sedimentation basins reduced successively along seaweed conveying direction, is located at height in the adjacent sedimentation basin The sedimentation basin of position has towards the side of low level sedimentation basin with opening flow out from a high position to low level for seaweed, positioned at highest order The first sedimentation basin top have and direct water into water inlet pipe B in each sedimentation basin, set in the third sedimentation basin of lowest order It is equipped with the stirring blade rotated by driving device driving, the blow-off pipe for sediment to be discharged is provided in the middle part of each sedimentation basin The lower part B, the blow-off pipe B is provided with blowdown valve B, and the driving device is motor D, and the output end of the motor D is fixedly connected There are rotary shaft, the stirring blade to be fixed on rotary shaft.

7. seaweed production equipment according to claim 6, it is characterised in that：It is provided in the middle part of each sedimentation basin for depositing The deep gouge of dirt, the bottom surface in sedimentation basin are tilted by the deep gouge at outer circumferential middle part, are provided with filter septum in the middle part of the deep gouge, institute It states blow-off pipe to be set in the middle part of deep gouge, the opening of each sedimentation basin is provided with a pair of guide rails, slides between the pair of guide rail It is combined with baffle.

8. seaweed production equipment according to claim 6, it is characterised in that：It is connected between the service sink and filtering rotating cylinder There are material-pumping tube A, the material-pumping tube A feed ends to stretch into service sink, material-pumping tube A discharge ends are stretched by filtering rotating cylinder higher-end, are taken out Pump housing A is provided on expects pipe A, be connected between the sedimentation basin and inner cylinder of the lowest order material-pumping tube B, the material-pumping tube B into Material end is stretched into the sedimentation basin of lowest order, and the discharge end of material-pumping tube B passes through outer barrel and is connected on inner cylinder, is arranged on material-pumping tube B There is pump housing B.

9. according to the seaweed production equipment described in claim 1 ~ 10, it is characterised in that：The motor A, motor B, motor C, electricity Machine D, sensors A, sensor B, blowdown valve A, blowdown valve B, pump housing A, pump housing B, weight sensor and solenoid valve are and controller Electrical connection.

10. the working method of a main laver production equipment, including seaweed production equipment as described in claim 1, device feature exist In；