CN108394526A - Environmental treatment water hyacinth recycles ship - Google Patents
Environmental treatment water hyacinth recycles ship Download PDFInfo
- Publication number
- CN108394526A CN108394526A CN201810180781.5A CN201810180781A CN108394526A CN 108394526 A CN108394526 A CN 108394526A CN 201810180781 A CN201810180781 A CN 201810180781A CN 108394526 A CN108394526 A CN 108394526A
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- China
- Prior art keywords
- frame
- rotation
- shaft
- hull
- water hyacinth
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B35/00—Vessels or similar floating structures specially adapted for specific purposes and not otherwise provided for
- B63B35/32—Vessels or similar floating structures specially adapted for specific purposes and not otherwise provided for for collecting pollution from open water
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C18/00—Disintegrating by knives or other cutting or tearing members which chop material into fragments
- B02C18/06—Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Health & Medical Sciences (AREA)
- Environmental & Geological Engineering (AREA)
- Public Health (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- Ocean & Marine Engineering (AREA)
- Crushing And Pulverization Processes (AREA)
- Disintegrating Or Milling (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
The invention discloses a kind of environmental treatment water hyacinths to crush recycling ship,It include a hull,Cabin is equipped in the hull,There are two corresponding collections to crush frame for connection on the hull,Two collections crush and are respectively equipped with a corresponding feed well on frame,The collecting chamber for crushing and further respectively having a connection corresponding with the feed well on frame is collected described in both sides,One is respectively included in the feed well comes the feed table rotated in the feed well,The grating disk of row rotation is respectively included in the collecting chamber,The conveyer belt of a rotation is respectively further comprised in the collecting chamber,Second drive link drives the conveyer belt to rotate respectively,Processing can be crushed to the water hyacinth in collecting chamber using grating disk,So as to further decrease the volume of water hyacinth,To increase the transporting power of ship,And the collection that water hyacinth can be concentrated using crushing frame is collected,To further improve the recycling ability to water hyacinth.
Description
Technical field
The present invention relates to a kind of ships, and in particular to a kind of environmental treatment water hyacinth crushing recycling ship more particularly to a kind of energy
Collection is enough crushed frame to swim on the water surface, is crushed then into one to be collected to water hyacinth using two collection crushing framves
The environmental treatment water hyacinth for walking centralized collection crushes recycling ship.
Background technology
Also enhancing of the people for environmental protection consciousness is further promoted while continuous improvement with living standard,
In in present life the protection of water resource particularly pay attention to, the sewage caused by industrial production and family increasingly increases
It is more, so the sewage of a part can be directly discharged into water, due to containing a large amount of organic substance in sanitary sewage, to give
Aquatic water hyacinth already good growing environment, to result in the mad growth of water hyacinth, when the big face of water hyacinth
The water surface will be covered after long-pending breeding, the large area breeding due to water hyacinth is to be just the germs such as blood sucker and encephalitis influenza
Breeding ground is provided, mosquitos and flies is grown, the chance of breathing and breeding, and prolific water hyacinth is provided for the larva of mosquito
Serious to destroy drinking water sources, due to resulting in blockage, water body cannot flow freely, various pollution sources such as heavy metal element and
Other trace elements of its harm to the human body cannot be removed effectively, and people directly or indirectly receives the water source for having pollution, while by
It in the large area of water hyacinth breeds that anoxic will be caused to fish, to further make the tight of fish occurrence of large-area death
Weight problem during present water hyacinth is removed manually is removed using ship mostly, although using artificial clear
The method removed can solve the mass propagation of water hyacinth, but there is problems：Since the reproduction speed of water hyacinth is too fast,
So a large amount of ship is just needed to be purged, the water hyacinth on the water surface is salvaged using the worker on ship, thus
It is transported back onto ground after salvaging, the salvaging being then further continued for, since the cabin space of ship is limited, so the loading of ship
Ability is just very restricted, and since the build of water hyacinth is larger, so the delivered payload capability of ship is with regard to limited, further
Reduce ship remove water hyacinth efficiency, since the growth of water hyacinth is too fast, thus will result in ship salvaging speed
It is slower than the speed of growth of water hyacinth, to further cause the barbaric growth of water hyacinth, to the fish in water supply
Class causes serious harm, while also further having threatened the just common water of people.
It is therefore necessary to design a kind of environmental treatment water hyacinth crushing recycling ship, to solve the above technical problems.
Invention content
The object of the present invention is to overcome the problems of the prior art, provides a kind of environmental treatment water hyacinth crushing recycling
Ship, the configuration of the present invention is simple can connect two corresponding collections on the hull and crush frame, in two corresponding receipts
Collection crushes and is respectively arranged with feed well on frame, feed table arranged side by side is equipped in the feed well, so as to described
It is rotated while the drive feed table simultaneously during first drive rod rotation, it can will be on lake surface using feed table
Water hyacinth is recycled, and to further be recovered in collecting chamber, row's grating disk is respectively equipped in the collecting chamber, from
And can be during second drive rod rotation simultaneously the drive grating disk synchronous rotation, so as to utilize
Grating disk crushes the water hyacinth in collecting chamber, and can be carried out the water hyacinth after crushing further using conveyer belt
Conveying mesh bag can be strutted by sliding bar to be transported in cabin, so as to further to water hyacinth carry out
The storage of concentration can further increase the transport capacity of ship so as to further reduce the volume of water hyacinth, so as to
It is enough to further increase the collection grindability to water hyacinth using collection crushing frame, so as to timely be returned to water hyacinth
It receives, avoids water hyacinth and endangered caused by water resource.
The invention is realized by the following technical scheme：
A kind of environmental treatment water hyacinth crushing recycling ship, includes a hull, cabin is equipped in the hull, is connected on the hull
It connects there are two corresponding collection crushing frame, two collections crush and are respectively equipped with a corresponding feed well, both sides on framves
It is described to collect the collecting chamber for crushing and further respectively having a connection corresponding with the feed well on frame, it is collected described in both sides and crushes frame
The first drive link of a rotation is inside further respectively had, one is respectively included in the feed well and comes rotation in the feed well
Feed table, first drive link drive the feed table to rotate respectively, and the collection crushes in frame and is respectively equipped with a rotation
Second drive link respectively includes the grating disk of row rotation in the collecting chamber, described in second drive link drives respectively
Grating disk rotates, and the conveyer belt of a rotation is respectively further comprised in the collecting chamber, described in second drive link drives respectively
Conveyer belt rotates, and the first rotating shaft of a rotation is equipped in the cabin, a circle rotary support frame is connected in the first rotating shaft,
It is connected separately with a receiver on the rotary support frame, a company corresponding with the collecting chamber is respectively equipped on the receiver
Logical charging tray mouth further respectively has the sliding bar that a circle slides on the receiver, a circle sliding on the receiver
It is respectively installed with mesh bag on bar, supporting wheel corresponding with a circle receiver, institute are also associated in the first rotating shaft
State and further respectively have a communication port corresponding with the mesh bag on supporting wheel, be respectively equipped in the communication port one with it is described
Mesh bag corresponding cover board is additionally provided with a storage cavity in the hull, it is opposite with the storage cavity that one is additionally provided on the hull
The cabin feed inlet that should be connected to, the cover board are corresponding with the cabin feed inlet.
Two corresponding collections can be connected on the hull and crush frame, so as to utilize two collection powder
The extruding that broken frame concentrates the water hyacinth on the water surface crushes in the collection and is respectively arranged with a feed well on frame, in institute
It states and is respectively arranged with a dispatch charging tray in feed well, so as to turning for the drive feed table using the first drive link simultaneously
It is dynamic, can the water hyacinth on the water surface can be further further transported to collection during the feed table rotates
Intracavitary is respectively arranged with row's grating disk, so as to during second drive rod rotation in the collecting chamber
The rotation of the drive grating disk simultaneously, so as to crush processing to the water hyacinth in collecting chamber using grating disk,
So as to further decrease the volume of water hyacinth, to increase the transporting power of ship, and can be set in by collecting chamber
The conveyer belt set further conveys the water hyacinth after crushing, so as to which water hyacinth is further transported to cabin
It is interior, it is provided with the first rotating shaft of rotation in the cabin, a circle rotary support frame is provided in the shaft, at described turn
It is connected separately with a receiver on dynamic supporting rack, the sliding bar of circle sliding is respectively arranged on the receiver, so as to
Enough mesh bag is supported using a circle sliding bar, the water hyacinth after crushing can further be conveyed using conveyer belt
Into mesh bag, mesh bag can be further stored in storage cavity, so as to further increase the storage capacity of cabin,
And it can be using the collection for crushing frame and being concentrated to water hyacinth be collected, to further improve the recycling energy to water hyacinth
Power, it is dead caused by anoxic to further avoid fish the problem of avoiding because of manual cleaning water hyacinth inefficiency,
It is also further ensured that the safety of mankind's water resource simultaneously.
Further, the collection crushes and is respectively equipped with one first machine cavity on frame, has been respectively included in first machine cavity
One row is connected to first supporting rack collected and crushed on frame, and first drive link is set by first supporting rack side by side
Turn hole in rotation, one is connected separately on first drive link and arranges the first bevel gear, is set respectively on the collections crushing frame
There is the first turn hole of a connection corresponding with first machine cavity, second turn of a rotation is respectively equipped in first turn hole
Axis, one end of second shaft are connected separately with the second bevel gear of an engagement connection corresponding with the first bevel gear,
One is respectively included in first turn hole is located at first rolling bearing collected and crushed on frame, the second shaft difference
It is rotated in first rolling bearing, a row is respectively included in the feed well and is located at second collected on crushing frame
Turn hole, the third shaft of a rotation is respectively equipped in second turn hole, and the feed table is connected to the third shaft
On, it is correspondingly connected with respectively by a universal joint between the third shaft and second shaft, the third shaft is inclined
Shape is arranged, and a circle stock support is connected separately on the feed table, and one the is respectively arranged on collections crushing frame
One machine cavity, can be by the rotation for the drive first bevel gear of first drive link rotated simultaneously, so as to profit
It is connected with the corresponding engagement of the second bevel gear with the first bevel gear, so as to further drive described second
The rotation of shaft, the rotation of the drive third shaft that can be during second shaft rotates simultaneously are described to send
Charging tray is connected in the third shaft, so as to achieve the purpose that drive feed table rotation simultaneously, described the
Three shafts are obliquely arranged, so as to which water hyacinth can be pulled out from water during the feed table rotates, from
And be further conveyed in collecting chamber, and between second shaft and the third shaft respectively by a universal joint into
Row connection, so as to be further ensured that the normal rotation of the third shaft.
Further, the collection crushes in frame and further respectively has one second machine cavity, is respectively included in second machine cavity
There is a row to be connected to second supporting rack collected and crushed on frame, second drive link is respectively in second support side by side
It is rotated in turn hole set by frame, one is connected separately on second drive link and arranges the 3rd bevel gear, the collection crushes on frame
It is respectively equipped with the third turn hole of row connection corresponding with second machine cavity, one second rolling is respectively equipped in the third turn hole
Dynamic bearing is respectively equipped with the 4th shaft of a rotation in second rolling bearing, one is connected separately in the 4th shaft
It is corresponding with the third hand tap gear to engage the 4th bevel gear connected, it is connected to the 4th shaft on the grating disk
On, it is connected separately with a circle on the grating disk and crushes knife rest, is crushed in the collection and further respectively has one second machine cavity on frame,
It is connected separately with one on second drive link and arranges the 3rd bevel gear, so as to utilize the third hand tap gear and described the
The rotation of four bevel gears drives the powder so as to further drive the rotation of the 4th shaft so as to reach
The purpose of broken disk rotation is connected separately with a circle on the grating disk and crushes knife rest, so as in the feed table by water
After cucurbit is transported in collecting chamber, water hyacinth can be crushed by grating disk, and can be by crushing knife rest into one
Step ensures to the crushing effect of water hyacinth, so as to further reduce the volume of water hyacinth after crushing water hyacinth, to
The transporting power of cabin can further be improved.
Further, described to collect the third machine for crushing and further respectively having a connection corresponding with second machine cavity in frame
Chamber, it is described collect to crush the 5th shaft of a rotation is respectively equipped in frame, one end of the 5th shaft be connected separately with one with
5th bevel gear of the corresponding engagement connection of third hand tap gear, the other end of the 5th shaft are connected separately with one in institute
The interior first gear rotated of third machine cavity is stated, further respectively having one on the collection crushing frame comes rotation in the collecting chamber
One end of 6th shaft, the 6th shaft rotates in the third rolling bearing collected and crushed set by frame respectively, described
The other end of 6th shaft rotates in the third machine cavity respectively, and one and the first gear are connected in the 6th shaft
Corresponding second gear, it is described by the corresponding connection of one first chain between the first gear and the second gear
A rotation roller bearing is respectively equipped in 6th shaft, the conveyer belt rotates on the rotation roller bearing side by side respectively, the collection
It crushes in frame and further respectively has the 4th rolling bearing corresponding with the 5th shaft, it can be by second transmission
Bar further drives the rotation of the third hand tap gear during rotating, so as to utilize the third hand tap gear and institute
It states the 5th bevel gear and carries out corresponding engagement connection, rotated in the 5th shaft so as to further drive, it can
The rotation of the drive first gear that can be simultaneously during the 5th shaft rotates, so as to pass through described the
One chain is further driven to the rotation of the second gear, so as to further drive the rotation of the 6th shaft,
A rotation roller bearing is respectively equipped in 6th shaft, the conveyer belt rotates on the rotation roller bearing, so as to reach
The purpose of the conveyer belt rotation is driven simultaneously, further the water hyacinth after crushing can be carried out by the conveyer belt defeated
It send.
Further, the collection crushes and further respectively has one the 4th machine cavity in frame, and the collection crushes also to be distinguished in frame
Equipped with one second motor-driven 7th shaft, the 7th shaft rotates in the 4th machine cavity respectively, in the 7th shaft
One is connected separately with the described 4th on 4th gear there are two being separately connected, first drive link and second drive link
The third gear and the 5th gear rotated in machine cavity, two the 4th gears pass through one second chain and the third tooth respectively
Wheel connection corresponding with the 5th gear, the diameter of the third gear are more than the diameter of the 5th gear, the collection
It crushes and is respectively equipped with the 4th turn hole corresponding with first drive link and second drive link on frame, institute can be passed through
The rotation for stating the second motor further drives the rotation of the 7th shaft, so as to drive two the 4th teeth simultaneously
The rotation of wheel is connected separately with a third gear and the 5th gear on first drive link and second drive link, from
And can be respectively respectively attached the third gear and the 5th gear by one second chain, so as in institute
The rotation of drive the third gear and the 5th gear that can be simultaneously during stating the rotation of the 4th gear, and it is described
The diameter of third gear is more than the diameter of the 5th gear, so as to make the speed of the grating disk rotation be more than described send
The velocity of rotation of charging tray, to be further ensured that crushing effect of the grating disk to water hyacinth.
Further, the hull is equipped with the transport tube of a connection corresponding with two collecting chambers, the hull
Inside it is equipped with a first motor, the first motor drives the first rotating shaft rotation, and a circle the is respectively equipped on the receiver
One slide opening, the sliding bar slide in first slide opening respectively, and one and the transport tube are respectively equipped on the receiver
Corresponding charging tray mouth is connected separately with a hoisting frame on the one circle sliding bar, one is additionally provided in the cabin and is carried with described
The magnet ring of the corresponding magnetic connection of frame is risen, the control switch for controlling the first motor rotation is additionally provided in the cabin, it is described
Mesh bag is corresponding with the charging tray mouth respectively, can be further driven to the first rotating shaft by the rotation of the first motor
Rotation can further drive the sliding in first slide opening of a circle sliding bar by the hoisting frame, from
And magnet ring set in the hoisting frame and the cabin can be carried out to magnetic during being lifted the hoisting frame,
So as to which hoisting frame magnetic to be fixed on the magnet ring, mesh bag is sleeved on the sliding so as to further facilitate
On bar, the rotation of the first motor can be controlled by the control switch, so as to further control the splicing
Water hyacinth after crushing can be further transported in mesh bag by the rotation of disk by charging tray mouth.
Further, it is connected separately with a circle connection ring on the mesh bag, a drawing is respectively equipped in a circle connection ring
Rope, it is magnet that the connection ring, which is equipped with, and the connection ring magnetic is connected on the sliding bar, connects respectively on the sliding bar
It is connected to one and suppresses bar, one end of the drawstring is connected in the connection ring, and the other end of the drawstring is connected to described
It suppresses on bar, a circle connection ring can be connected on the mesh bag, and the connection ring is magnet, so as to utilize magnet
Magnetic connection corresponding with sliding bar progress, so as to which mesh bag to be connected on the sliding bar, described in a circle
Corresponding connection is carried out by a drawstring in connection ring, and one end of the drawstring is connected in the connection ring, drawstring
The other end be connected to it is described suppress on bar, can be in the work of gravity so as to be turned to after communication port goes out in the mesh bag
The mesh bag can be made naturally to fall in communication port under, described bar is suppressed so as to be connected to using one end of drawstring
On, so as to further drive drawstring to be slided in the connection ring, after the mouth of mesh bag is naturally sealed,
Drawstring disengaging is set to suppress bar using the elasticity for suppressing bar, to be further dropped into storage cavity, so as to reach pair
The purpose that mesh bag is sealed.
Further, the rotation axis groove of a connection corresponding with the communication port is respectively equipped on the supporting wheel,
An eighth-turn axis being connected on the supporting wheel is respectively included in the rotation axis groove, is separately connected on the cover board
There are a rotation axis rotated in the rotation axis groove, the rotation axis to be rotated on the eighth-turn axis respectively, the ship
Bilge portion includes a support sliding plate being connected on the hull respectively, and the support sliding plate is opposite with the cabin feed inlet
It answers, the cover board slides on the support sliding plate respectively, can pass through the branch during supporting wheel rotates
Support sliding plate is supported the cover board, the cover board can be made naturally to beat when the cover board slides at the communication port
It opens, so as to further mesh bag be made to be dropped into storage cavity from communication port.
Further, the bottom for collecting crushing frame is connected separately with an air bag, can be floated on the water surface with air bag,
It is supported so as to further crush frame to the collection, to ensure to collection to crush the normal work of frame.
Further, the bottom for collecting crushing frame is respectively equipped with the osculum of connection corresponding with the collecting chamber,
It can be crushed in the collection and osculum is set on frame, so as to the water discharge that will be generated in collecting chamber, to further
Mitigate the weight of water hyacinth so as to further increase the delivered payload capability to water hyacinth.
Compared with prior art, the beneficial effects of the invention are as follows：Two corresponding receipts can be connected on the hull
Collection crushes frame, is squeezed water hyacinth during foot so as to collect crushing frame by two, thus into one
The centralized processing of step crushes in two corresponding collections and is respectively arranged with feed well on frame, is equipped with simultaneously in the feed well
The feed table for arranging setting, while so as to the drive feed table simultaneously during first drive rod rotation
Water hyacinth on lake surface can be carried out recycling to further be recovered to receipts by rotation using feed table during rotation
Collect intracavitary, row's grating disk is respectively equipped in the collecting chamber, so as to during second drive rod rotation
The synchronous rotation of the drive grating disk simultaneously, can be during the grating disk rotates so as to in collecting chamber
Water hyacinth crush, so as to further reduce the volume of water hyacinth after crushing water hyacinth, to increase cabin
Device capability, and the water hyacinth after crushing can further be conveyed using conveyer belt, to be transported to cabin
It is interior, mesh bag can be strutted by sliding bar, so as to the storage further concentrated to water hyacinth, so as into
The volume of the reduction water hyacinth of one step, can further increase the transport capacity of ship, so as to crush frame into one using collection
Step is improved and is avoided because of water hyacinth to the collection grindability of water hyacinth so as to timely be recycled to water hyacinth
Excessively fast passage and cause recycling speed not as good as water hyacinth growth rate, to further avoid a large amount of anoxics of water fish class
Dead serious problems, while also further avoiding water hyacinth and being endangered caused by water resource, to ensure to mankind's water to provide
The safety in source.
Description of the drawings
The present invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is that environmental treatment water hyacinth of the embodiment of the present invention crushes recycling ship overall structure side view.
Fig. 2 is that environmental treatment water hyacinth of the embodiment of the present invention crushes recycling ship overall structure vertical view.
Fig. 3 is that the embodiment of the present invention collects crushing frame overall structure side view.
Fig. 4 is that the embodiment of the present invention collects crushing frame overall structure vertical view.
Fig. 5 is receiver overall structure diagram of the embodiment of the present invention.
Fig. 6 is feed table overall structure diagram of the embodiment of the present invention.
Fig. 7 is mesh bag overall structure diagram of the embodiment of the present invention.
Fig. 8 is cover board overall structure diagram of the embodiment of the present invention.
In figure：1 hull, 2, which are collected, crushes frame, 3 collecting chambers, 4 conveyer belts, 5 transport tubes, 6 cabins, 7 first motors, 8 first
Shaft, 9 rotary support frames, 10 supporting wheels, 11 receivers, 12 first slide openings, 13 sliding bars, 14 hoisting frames, 15 charging tray mouths, 16
Bar, 19 communication ports, 20 cover boards, 21 cabin feed inlets, 22 storage cavitys, 23 support sliding plates, 24 magnetic are suppressed in mesh bag, 17 connection rings, 18
Ring, 25 control switches, 26 feed wells, 27 first machine cavities, 28 second machine cavities, 29 first supporting racks, 30 first bevel gears, 31 second
Bevel gear, 32 first turn holes, 33 second shafts, 34 first rolling bearings, 35 universal joints, 36 second turn holes, 37 third shafts, 38
Feed table, 39 stock supports, 40 first drive links, 41 second drive links, 42 third hand tap gears, 43 the 4th bevel gears, 44 thirds
Turn hole, 45 the 4th shafts, 46 second rolling bearings, 47 grating disks, 48 the 5th bevel gears, 49 the 5th shafts, 50 third machine cavities, 51
First gear, 52 second gears, 53 the 6th shafts, 54 first chains, 55 rotation roller bearings, 56 air bags, 57 osculums, the rolling of 58 thirds
Dynamic bearing, 59 the 4th rolling bearings, 60 the 4th turn holes, 61 third gears, 62 second motors, 63 the 7th shafts, 64 the 4th gears,
65 the 4th machine cavities, 66 the 5th gears, 67 second chains, 68 drawstrings, 69 turning grooves, 70 eighth-turn axis, 71 rotation axis, 72 second
Supporting rack, 73 crush knife rest, 74,75.
Specific implementation mode
As shown in Figures 1 to 8, a kind of environmental treatment water hyacinth crushes recycling ship, includes a hull 1, in the hull 1
Equipped with cabin 6, there are two corresponding collections to crush frame 2 for connection on the hull 1, and two collections crush on frame 2 respectively
It is corresponding with the feed well 26 that one is further respectively had equipped with a corresponding feed well 26, on collection crushing frame 2 described in both sides
The collecting chamber 3 of connection collects the first drive link 40 for crushing and further respectively having a rotation in frame 2, the feed well described in both sides
One is respectively included in 26 and comes the feed table 38 rotated in the feed well 26, described in first drive link 40 drives respectively
Feed table 38 rotates, described to collect the second drive link 41 for crushing and being respectively equipped with a rotation in frame 2, and the collecting chamber 3 is interior respectively
Include the grating disk 47 of row rotation, second drive link 41 drives the grating disk 47 to rotate respectively, the collecting chamber 3
The conveyer belt 4 of a rotation is inside respectively further comprised, second drive link 41 drives the conveyer belt 4 to rotate respectively, the ship
It is equipped with the first rotating shaft 8 of a rotation in cabin 6, a circle rotary support frame 9, the rotational support are connected in the first rotating shaft 8
It is connected separately with a receiver 11 on frame 9, the material of a connection corresponding with the collecting chamber 3 is respectively equipped on the receiver 11
Disk mouth 15 further respectively has the sliding bar 13 that a circle slides on the receiver 11, a circle cunning on the receiver 11
It is respectively installed with mesh bag 16 in lever 13, branch corresponding with a circle receiver 11 is also associated in the first rotating shaft 8
Turntable 10 is supportted, a communication port 19 corresponding with the mesh bag 16, the communication port are further respectively had on the supporting wheel 10
It is respectively equipped with a cover board 20 corresponding with the mesh bag 16 in 19, a storage cavity 22, the hull are additionally provided in the hull 1
The cabin feed inlet 21 of a connection corresponding with the storage cavity 22, the cover board 20 and the cabin feed inlet are additionally provided on 1
21 is corresponding.
There are two corresponding collections to crush frame 2 for connection on the hull 1, and it is in intersect that two collections, which crush frame 2,
Shape is arranged, so as to crush frame 2 by the water hyacinth on the water surface by two collections during hull 1 slides
It is squeezed, between water hyacinth is extruded in two collections crushing framves 2, crushes in the collection and divide on frame 2
Not She You a feed well 26, crushed in frame 2 in the collection and further respectively have a collecting chamber 3, the collecting chamber 3 respectively with it is described
2 corresponding connection of feed well crushes the first drive link 40 that a rotation is respectively equipped in frame 2, in the charging in described collect
The feed table 38 of row rotation is respectively equipped in slot 26, first drive link 40 drives the feed table 38 to rotate respectively, from
And can during first drive link 40 rotates can simultaneously one row of drive described in feed table 38 rotation, to
The water hyacinth on the water surface can be recycled during the feed table 38 rotates, so as to by water hyacinth into
One step is collected into collecting chamber 2, the second drive link 41 that a rotation is further respectively had in frame 2 is crushed in described collect, in institute
The grating disk 47 that row rotation is respectively equipped in collecting chamber 3 is stated, so as to during second drive link 41 rotates
The rotation for driving the grating disk 47 simultaneously, so as to utilize the rotation of the grating disk 47 further to the collection
Water hyacinth in chamber 3 crushes, to further avoid the excessive problem of whole strain water hyacinth build, to further
The delivered payload capability for increasing cabin is respectively equipped with a conveyer belt 4 in the collecting chamber 3, so as in second transmission
The rotation of the drive conveyer belt 4 simultaneously during bar 41 rotates, so as to can after being crushed to water hyacinth
Water hyacinth progress further is transported in cabin 6 by the conveyer belt 4, be equipped in the cabin 6 one rotate the
One shaft 8 is connected with a circle rotary support frame 9 in the first rotating shaft 8, is connected separately on the rotary support frame 9
One receiver 11 is respectively equipped with a charging tray mouth 15 on the receiver 11, so as to the conveyer belt 4 to water hyacinth into
It is further transported in charging tray mouth 15 during row conveying, and is respectively equipped with circle sliding on the receiver 11
Sliding bar 13 encloses on the sliding bar 13 one and is set with mesh bag 16, so as to convey the mistake of water hyacinth in the conveyer belt 4
It can further be dropped into mesh bag 16 by the charging tray mouth 15 in journey, so as to right using a circle sliding bar 13
The mesh bag 16 is supported, and so as to make water hyacinth smoothly drop into mesh bag 16, is also connected in the first rotating shaft 8
It is connected to a supporting wheel 10, a communication port 19 corresponding with the mesh bag 16 is respectively equipped on the supporting wheel 10, from
And the mesh bag 16 can be made to drop into the communication port 19, a cover board stirred is respectively equipped in the communication port 19
20, so as to be sealed the communication port 19 using the cover board 20, to prevent the mesh bag 16 is random from dropping into
In the communication port 19, and it is equipped with a storage cavity 22 on the hull 1, cabin charging is additionally provided on the hull 1
Mouth 21, the cover board 20 is corresponding with the cabin feed inlet 21, so as to convey the process of water hyacinth in the conveyer belt 4
In water hyacinth can further be dropped into mesh bag 16 by the charging tray mouth 15, can be in the case where mesh bag 16 be filled
The first rotating shaft 8 rotates, so as to further drive the rotation of the supporting wheel 10, when the cover board 20 turns to
When at cabin feed inlet 21, the cover board 20 stirs so as to make the communication port 19 be connected to the cabin feed inlet 21,
So as to further make the mesh bag 16 drop into storage cavity 22, to achieve the purpose that recycle to water hyacinth,
So as to carry out recycling cleaning to water hyacinth by crushing frame 2 by two collections, the efficiency of collection is further increased
The speed that the speed that water hyacinth increases caused by manual cleaning inefficiency is more than manual cleaning is further avoided, while
It avoids caused by the cleaning not in time to water hyacinth that caused by anoxia makes the consequence of a large amount of fish death of appearance in water, while also can
The drinking water sources of the mankind are timely protected.
As shown in Fig. 3, Fig. 4 and Fig. 6, the collection crushes and is respectively equipped with one first machine cavity 27, first machine cavity on frame 2
A row is respectively included in 27 and is connected to first supporting rack 29 collected and crushed on frame 2, and first drive link 40 is simultaneously
Rotation in the turn hole set by first supporting rack 29 is arranged, being connected separately with one on first drive link 40 arranges the first bevel gear
30, it is described collect to crush the first turn hole 32 of a connection corresponding with first machine cavity 27 is respectively equipped on frame 2, described first
The second shaft 33 of a rotation is respectively equipped in turn hole 32, one end of second shaft 33 is connected separately with one and described first
Bevel gear 30 is corresponding to engage the second bevel gear 31 connected, and having respectively included one in first turn hole 32 is located at the collection
Crush the first rolling bearing 34 on frame 2, the rotation in first rolling bearing 34 respectively of second shaft 33, it is described into
A row is respectively included in hopper 26 and is located at second turn hole 36 collected and crushed on frame 2, and second turn hole 36 is interior respectively
Third shaft 37 equipped with a rotation, the feed table 38 are connected in the third shaft 37, the third shaft 37
It being correspondingly connected with respectively by a universal joint 35 between second shaft 33, the third shaft 37 is obliquely arranged, and
It is connected separately with a circle stock support 39 on the feed table 38, is crushed in frame 2 in the collection and is respectively equipped with one first machine cavity
27, a row is respectively included in first machine cavity 27 and is connected to first supporting rack 29 collected and crushed on frame 2, in institute
It states and is respectively equipped with a turn hole on the first supporting rack 29, first drive link 40 rotates in the turn hole side by side respectively, in institute
It states and is connected separately with one on the first drive link 40 and arranges the first bevel gear 30, crushed in the collection and be respectively equipped with one and institute on frame 2
The first turn hole 32 for stating the 27 corresponding connection of the first machine cavity, is respectively equipped with the second shaft of a rotation in first turn hole 32
33, the second bevel gear of an engagement connection corresponding with the first bevel gear 30 is respectively equipped in second shaft 33
31, so as to be further driven to the rotation of the first bevel gear 30 during first drive link 40 rotates, from
And it can connect to be further driven to the engagement of the second bevel gear 31 respectively by the first bevel gear 30 described
Second shaft 33 rotates, and further includes having a row to be located at second turn hole 36 collected and crushed on frame 2 in the feed well 26,
Be respectively equipped with the third shaft 37 of a rotation in second turn hole 36, second shaft 33 and the third shaft 37 it
Between respectively by 35 corresponding connection of a universal joint, and the third shaft 37 is obliquely arranged, so as to described
Second shaft 33 is being further ensured that the third shaft 37 being obliquely arranged by the universal joint 35 just during rotating
Normal rotation, the feed table 38 are connected in the third shaft 37, so as to by feed table 38 by the water calabash in water
Reed is further transported in collecting chamber 3, and a circle stock support 39 is connected separately on the feed table 38, so as to
Enough further water hyacinth is pulled out from water by stock support 39, to improve the collection organic efficiency to water hyacinth, and
It is respectively equipped with one first rolling bearing 34 in first turn hole 32, so as to further using first rolling bearing 34
Ensure the normal rotation of second shaft 33.
As shown in Figure 3 and Figure 4, the collection crushes in frame 2 and further respectively has one second machine cavity 28, second machine cavity 28
It inside respectively includes a row and is connected to second supporting rack 72 collected and crushed on frame 2, second drive link 41 exists respectively
It is rotated in the turn hole set by second supporting rack 72 side by side, one is connected separately on second drive link 41 and arranges the 3rd cone tooth
Wheel 42, the collection crushes the third turn hole 44 that row connection corresponding with second machine cavity 28 is respectively equipped on frame 2, described
It is respectively equipped with one second rolling bearing 46 in third turn hole 44, the 4th of a rotation is respectively equipped in second rolling bearing 46
Shaft 45 is connected separately with the 4th cone tooth of an engagement connection corresponding with the third hand tap gear 42 in the 4th shaft 45
43 are taken turns, is connected in the 4th shaft 45 on the grating disk 47, a circle powder is connected separately on the grating disk 47
Broken knife rest 73 crushes in frame 2 in the collection and is respectively equipped with one second machine cavity 28, respectively includes seeing in second machine cavity 28
There is a row to be connected to second supporting rack 72 collected and crushed on frame 2, one turn is respectively equipped on second supporting rack 72
Hole, second drive link 41 rotate in the turn hole side by side respectively, and one is connected separately on second drive link 41
Ranked third bevel gear 42, it is described collect to crush the of row connection corresponding with second machine cavity 28 is respectively equipped on frame 2
Three turn holes 44 are respectively equipped with one second rolling bearing 46 in the third turn hole 44, divide in second rolling bearing 46
Not She You one rotation the 4th shaft 45, be connected separately with one the 4th bevel gear 45 in the 4th shaft 45, so as to
Corresponding engagement is carried out with the third hand tap gear 42 respectively using the 4th bevel gear 45 to connect, so as to further
The rotation for driving the 4th shaft 45 can be by described so as to further drive the rotation of the grating disk 47
The rotation of grating disk 47 can further crush the water hyacinth in collecting chamber 3, so as to further reduce water
The build of cucurbit, so as to further increase the delivered payload capability of cabin.
As shown in Figure 3 and Figure 4, the collection crushes in frame 2 and further respectively has a company corresponding with second machine cavity 28
Logical third machine cavity 50, it is described collect to crush the 5th shaft 49 of a rotation is respectively equipped in frame 2, the one of the 5th shaft 49
End is connected separately with the 5th bevel gear 48 of an engagement connection corresponding with the third hand tap gear 42, the 5th shaft 49
The other end is connected separately with a first gear 51 rotated in the third machine cavity 50, and the collection crushes also to be distinguished on frame 2
The 6th shaft 53 rotated in the collecting chamber 3 is come equipped with one, one end of the 6th shaft 53 is respectively in the collection powder
Rotation in third rolling bearing 58 set by broken frame 2, the other end of the 6th shaft 53 is respectively in the third machine cavity 50
It rotates, a second gear 52 corresponding with the first gear 51, the first gear is connected in the 6th shaft 53
By the corresponding connection of one first chain 54 between 51 and the second gear 52, one turn is respectively equipped in the 6th shaft 53
Dynamic roller bearing 55, the conveyer belt 4 rotate on the rotation roller bearing 55 side by side respectively, and the collection crushes also to be set respectively in frame 2
There is the 4th rolling bearing 59 corresponding with the 5th shaft 49, is crushed in the collection and be respectively equipped with a third on frame 2
Machine cavity 50, the connection corresponding with second machine cavity 28 respectively of the third machine cavity 50 crush in the collection and are equipped with one in frame 2
5th shaft 49 of rotation, one the 5th bevel gear 48, the 5th bevel gear 48 are connected in one end of the 5th shaft 49
Corresponding with the third hand tap gear 42 engagement connection, so as to can be into during the third hand tap gear 42 rotates
The rotation of drive the 5th shaft of one step, a first gear 51 is connected separately in the other end of the 5th shaft 49,
The first gear 51 rotates in the third machine cavity 50 respectively, and further respectively having one on collection crushing frame 2 comes
The 6th shaft 53 rotated in the collecting chamber 3, one end of the 6th shaft 53 is in the third collected and crushed set by frame 2
The other end of rotation in rolling bearing 58, the 6th shaft 53 rotates in the third machine cavity 50, the 6th shaft 53
On be connected with the second gear 52 of an engagement connection corresponding with the first gear 51, the second gear 52 is connected to side by side
In the 6th shaft 53 set by the end of 6th shaft 53, lead between the first gear 51 and the second gear 52
One first chain, 54 corresponding connection is crossed, so as to be further driven to described during the first gear 51 rotates
The rotation of two gears 52, so as to be further driven to the rotation of the 6th shaft 53, in the 6th shaft 53 respectively
It is connected with a rotation roller bearing 55, the conveyer belt 4 rotates on the rotation roller bearing 55, so as in the 6th shaft 53
Rotation, so as to further drive the rotation of the conveyer belt 4 by the rotation of the rotation roller bearing 55, in the receipts
Collection crush frame 2 in be additionally provided with one the 4th rolling bearing 59, so as to by the 4th rolling bearing 59 to described 6th turn
Axis 53 is supported, to ensure the normal rotation to the 6th shaft 53.
As shown in figure 4, the collection, which crushes, further respectively has one the 4th machine cavity 65 in frame 2, the collection crushes in frame 2 also
It is respectively equipped with the 7th shaft 63 of one second motor 62 driving, the 7th shaft 63 rotation in the 4th machine cavity 65 respectively, institute
It states and is separately connected in the 7th shaft 63 there are two the 4th gear 64, first drive link 40 divides on second drive link 41
It is not connected with the third gear 61 and the 5th gear 66 rotated in the 4th machine cavity 65, two the 4th gears 64 divide
Not by the connection corresponding with the third gear 61 and the 5th gear 66 of one second chain 67, the third gear 61
Diameter is more than the diameter of the 5th gear 66, collections crush be respectively equipped on frame 2 one and first drive link 40 and
Second drive link, 41 corresponding 4th turn hole 60 crushes in frame 2 in the collection and is respectively equipped with one the 4th machine cavity 65,
It is described to collect the 7th shaft 63 for crushing and further respectively having the driving of one second motor 62 in frame 2, distinguish in the 7th shaft 63
It is connected with one the 4th gear 64, the 4th gear 64 rotation in the 4th inner cavity 65 respectively, in first drive link
40 be connected separately with a third gear 61 and the 5th gear 66 on second drive link 41, the third gear 61 with it is described
5th gear 66 rotation in the 4th inner cavity 65 respectively, in two the 4th gears 64 and the third gear 61 and institute
It states between the 5th gear 66 respectively by one second chain, 67 corresponding connection, so as to what is rotated in the 7th shaft 63
In the process simultaneously drive two the 4th gears 64 rotation, so as to simultaneously the drive third gear 61 with it is described
The rotation of 5th gear 66, it is described to be rotated while being further driven to 40 and second drive link 41 of the first drive link
The diameter of third gear 61 is more than the diameter of the 5th gear 66, so as to make the velocity of rotation of the grating disk 47 be more than
The velocity of rotation of the feed table 38, so as to be further ensured that the crushing effect of the grating disk 47, and can be
The collection, which crushes, is arranged the 4th turn hole 60 on frame 2, so as to be carried out to first drive link, 40 and second drive link 41
Support, to ensure the normal rotation to first drive link 40 and second drive link 41.
As shown in Figure 1 and Figure 5, the hull 1 is equipped with the transport tube 5 of a connection corresponding with two collecting chambers 3,
A first motor 7 is equipped in the hull 1, the first motor 7 drives the first rotating shaft 8 to rotate, on the receiver 11
It is respectively equipped with first slide opening of circle 12, the sliding bar 13 slides in first slide opening 12 respectively, on the receiver 11
It is respectively equipped with a charging tray mouth corresponding with the transport tube 5 15, a hoisting frame is connected separately on the circle sliding bar 13
14, it is additionally provided with the magnet ring 24 of a magnetic connection corresponding with the hoisting frame 14 in the cabin 6, is additionally provided in the cabin 6
The control switch 25 of the rotation of the first motor 7 is controlled, the mesh bag 16 is corresponding with the charging tray mouth 15 respectively, in the ship
Body 1 is equipped with a transport tube 5, the connection corresponding with two collecting chambers 3 respectively of the transport tube 5, so as to make two
Water hyacinth in the collecting chamber 3 is further passed in transport tube 5, and a first motor is provided in the hull 1
7, so as to drive the rotation of the first rotating shaft 8 using the first motor 7, one is respectively equipped on the receiver 11
The first slide opening 12 is enclosed, the sliding in first slide opening 12 respectively of the sliding bar 13 is respectively equipped on the receiver 11
One charging tray mouth 15 corresponding with the transport tube 5, is connected with a hoisting frame 14, so as to utilize on the sliding bar 13
Hoisting frame 14 pulls the sliding in first slide opening 12 of the sliding bar 13, makes described carry after capable of pulling the hoisting frame 14
It rises 14 magnetic of frame to be connected on magnet ring 24 set in the cabin 6, so as to further facilitate on the sliding bar 13
It is set with mesh bag 16, and the rotation of the first motor 7 can be controlled by controlling switch 25, so as to further to institute
It states receiver 11 to be positioned, so as to make the water hyacinth be transported in mesh bag 16.
As shown in Figure 1 and Figure 7, a circle connection ring 17 is connected separately on the mesh bag 16, one encloses in the connection ring 17
It is respectively equipped with a drawstring 68, it is magnet that the connection ring 17, which is equipped with, and 17 magnetic of the connection ring is connected to the sliding bar 13
On, it is connected separately with one on the sliding bar 13 and suppresses bar 18, one end of the drawstring 68 is connected in the connection ring 17, institute
State drawstring 68 the other end be connected to it is described suppress on bar 18, one is connected separately on the mesh bag 16 in circular
Connection ring 17 encloses in the connection ring 17 one and is respectively equipped with a drawstring 68, and one end of the drawstring 68 is connected to the connection
On ring 17, the connection ring 17 is magnet, 17 magnetic of the connection ring can be made to be connected on the sliding bar 13, in the cunning
Be additionally provided in lever 13 one it is flexible suppress bar 18, the other end of the drawstring 68 be connected to it is described suppress on bar 18, from
And can be during the supporting wheel 10 rotates when the mesh bag 16 turns at cabin feed inlet 21, the mesh bag
16 can automatically fall under dead weight, so as to when drawstring 68 tense the connection ring 17, so as to mesh bag 16 into
Row sealing can be such that the other end of the drawstring 68 is detached from during the mesh bag 16 continues whereabouts and suppress bar 18,
So as to complete the sealing to mesh bag 16.
As shown in figure 8, being respectively equipped with the rotation axis of a connection corresponding with the communication port 19 on the supporting wheel 10
Groove 69 respectively includes an eighth-turn axis 70 being connected on the supporting wheel 10 in the rotation axis groove 69, described
A rotation axis 71 rotated in the rotation axis groove 69 is connected separately on cover board 20, the rotation axis 71 is respectively described
It is rotated on eighth-turn axis 70,6 bottom of the cabin respectively includes a support sliding plate 23 being connected on the hull 1, described
Support sliding plate 23 corresponding with the cabin feed inlet 21, the cover board 21 slides on the support sliding plate 23 respectively, in institute
It states and is respectively equipped with a rotation axis groove 69 corresponding with the communication port 19 on supporting wheel 10, in the rotation axis groove 69
It is inside respectively equipped with an eighth-turn axis 70, a rotation axis 71 is connected on the cover board 20, the rotation axis 71 is the described 8th
Rotation in shaft 70, and a support sliding plate 23 is equipped on the hull 1, the support sliding plate 23 is fed with the cabin
Mouthfuls 21 corresponding, can be by the support sliding plate 23 to the cover board 20 during the supporting wheel 10 rotates
It is supported, to the opening for preventing cover board 20 random, and cabin charging can be slided into the cover board 20 by described
Allow to fall under the cover board 20 in cabin feed inlet 21 at mouth 21, so as to further fall into the mesh bag 16
Into cabin feed inlet 21, the cover board 20 can be made described the during the supporting wheel 10 continues sliding
Rotation on eighth-turn axis 70 makes the cover board 20 automatically seal up communication port 19.
As shown in figure 3, the bottom for collecting crushing frame 2 is connected separately with an air bag 56, can be crushed in the collection
An air bag 56 is separately connected on frame 2, so as to be supported using air bag 56 to collecting crushing frame 2, so as to further
Guarantee crush the normal work of frame 2 to described collect, prevent collections crushing 2 run-off the straight phenomenon of frame.
As shown in figure 3, the bottom for collecting crushing frame 2 is respectively equipped with the draining of connection corresponding with the collecting chamber 3
Hole 57, so as to which the water in collecting chamber 3 is discharged using osculum 67, to further mitigate the water hyacinth after crushing
Weight, to increase the delivered payload capability of cabin.
Embodiment provided above is the better embodiment of the present invention, only is used for facilitating illustrating the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the put forward skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from the technical feature content of the present invention, in the range of still falling within the technology of the present invention feature.
Claims (1)
- Include a hull 1. a kind of environmental treatment water hyacinth crushes recycling ship, be equipped with cabin in the hull, on the hull There are two corresponding collections to crush frame for connection, and two collections crush and are respectively equipped with a corresponding feed well on frame, It is characterized in that：The collecting chamber for crushing and further respectively having a connection corresponding with the feed well on frame, both sides are collected described in both sides It is described collect to crush the first drive link of a rotation is further respectively had in frame, respectively included in the feed well one come it is described The feed table rotated in feed well, first drive link drive the feed table to rotate respectively, and the collection crushes interior point of frame Not She You a rotation the second drive link, the grating disk of row rotation, second transmission are respectively included in the collecting chamber Bar drives the grating disk to rotate respectively, and the conveyer belt of a rotation, second transmission are respectively further comprised in the collecting chamber Bar drives the conveyer belt to rotate respectively, and the first rotating shaft of a rotation is equipped in the cabin, is connected in the first rotating shaft One encloses rotary support frame, is connected separately with a receiver on the rotary support frame, one and institute are respectively equipped on the receiver The charging tray mouth of the corresponding connection of collecting chamber is stated, the sliding that a circle slides on the receiver is further respectively had on the receiver Bar is respectively installed with mesh bag on the one circle sliding bar, is also associated in the first rotating shaft opposite with a circle receiver The supporting wheel answered, further respectively has a communication port corresponding with the mesh bag on the supporting wheel, in the communication port It is respectively equipped with a cover board corresponding with the mesh bag, a storage cavity is additionally provided in the hull, one is additionally provided on the hull The cabin feed inlet of connection corresponding with the storage cavity, the cover board are corresponding with the cabin feed inlet；The collection crushes and further respectively has one the 4th machine cavity in frame, and the collection crushes in frame and further respectively has one second motor 7th shaft of driving, the 7th shaft rotates in the 4th machine cavity respectively, be separately connected in the 7th shaft there are two 4th gear, be connected separately on first drive link and second drive link one rotated in the 4th machine cavity the Three gears and the 5th gear, two the 4th gears pass through one second chain and the third gear and the 5th tooth respectively Corresponding connection is taken turns, the diameter of the third gear is more than the diameter of the 5th gear, and the collection crushes to be set respectively on frame There is the 4th turn hole corresponding with first drive link and second drive link；The hull is equipped with the transport tube of a connection corresponding with two collecting chambers, and it is electric to be equipped with one first in the hull Machine, the first motor drive the first rotating shaft rotation, first slide opening of circle, the sliding are respectively equipped on the receiver Bar slides in first slide opening respectively, and a charging tray mouth corresponding with the transport tube is respectively equipped on the receiver, It is connected separately with a hoisting frame on the one circle sliding bar, a magnetic corresponding with the hoisting frame is additionally provided in the cabin and is connected The magnet ring connect, is additionally provided with the control switch for controlling the first motor rotation in the cabin, the mesh bag respectively with the material Disk mouth is corresponding；It is connected separately with a circle connection ring on the mesh bag, a drawstring, the connection ring are respectively equipped in a circle connection ring It is magnet to be equipped with, and the connection ring magnetic is connected on the sliding bar, and being connected separately with one on the sliding bar suppresses bar, One end of the drawstring is connected in the connection ring, and the other end of the drawstring is connected to described suppress on bar；The rotation axis groove of a connection corresponding with the communication port, the rotation axis groove are respectively equipped on the supporting wheel An eighth-turn axis being connected on the supporting wheel is inside respectively included, one is connected separately on the cover board in the rotation The rotation axis rotated in axis groove, the rotation axis rotate on the eighth-turn axis respectively, and the cabin bottom respectively includes There is a support sliding plate being connected on the hull, the support sliding plate is corresponding with the cabin feed inlet, the cover board point It is not slided on the support sliding plate；The bottom for collecting crushing frame is connected separately with an air bag；The bottom for collecting crushing frame is respectively equipped with the osculum of connection corresponding with the collecting chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810180781.5A CN108394526A (en) | 2016-12-25 | 2016-12-25 | Environmental treatment water hyacinth recycles ship |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810180781.5A CN108394526A (en) | 2016-12-25 | 2016-12-25 | Environmental treatment water hyacinth recycles ship |
| CN201611212984.5A CN106516024B (en) | 2016-12-25 | 2016-12-25 | A kind of environmental treatment water hyacinth crushing recycling ship |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611212984.5A Division CN106516024B (en) | 2016-12-25 | 2016-12-25 | A kind of environmental treatment water hyacinth crushing recycling ship |
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| Publication Number | Publication Date |
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| CN108394526A true CN108394526A (en) | 2018-08-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611212984.5A Active CN106516024B (en) | 2016-12-25 | 2016-12-25 | A kind of environmental treatment water hyacinth crushing recycling ship |
| CN201810180781.5A Pending CN108394526A (en) | 2016-12-25 | 2016-12-25 | Environmental treatment water hyacinth recycles ship |
| CN201810180779.8A Pending CN108394525A (en) | 2016-12-25 | 2016-12-25 | Environmental treatment water hyacinth crushes recycling ship |
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| CN201611212984.5A Active CN106516024B (en) | 2016-12-25 | 2016-12-25 | A kind of environmental treatment water hyacinth crushing recycling ship |
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| CN201810180779.8A Pending CN108394525A (en) | 2016-12-25 | 2016-12-25 | Environmental treatment water hyacinth crushes recycling ship |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110292975A (en) * | 2019-08-02 | 2019-10-01 | 新昌县韵母电子有限公司 | A kind of kudzu-vine root powder producing equipment for health medicine production |
| CN111098987A (en) * | 2020-02-19 | 2020-05-05 | 温州市推木科技有限公司 | Automatic pulverize compaction's water hyacinth salvage ship |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109018224B (en) * | 2017-05-30 | 2020-04-07 | 林希村 | Automatic cutting conveyor for environmental protection water treatment waterweeds |
| CN108100175B (en) * | 2018-01-17 | 2019-12-10 | 海南泰德石油化工有限公司 | Dive formula oil suction device |
| CN110053726A (en) * | 2019-04-10 | 2019-07-26 | 上海海事大学 | A kind of ship for clearing up halomereid |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106516024A (en) | 2017-03-22 |
| CN106516024B (en) | 2018-08-10 |
| CN108394525A (en) | 2018-08-14 |
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Application publication date: 20180814 |