CN107130574B - A kind of environment water process Enteromorpha recycles protection nettle automatically - Google Patents
A kind of environment water process Enteromorpha recycles protection nettle automatically Download PDFInfo
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- CN107130574B CN107130574B CN201710395118.2A CN201710395118A CN107130574B CN 107130574 B CN107130574 B CN 107130574B CN 201710395118 A CN201710395118 A CN 201710395118A CN 107130574 B CN107130574 B CN 107130574B
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- sliding
- enteromorpha
- support
- rotation
- respectively arranged
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- 241000196252 Ulva Species 0.000 title claims abstract description 198
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 68
- 238000000034 method Methods 0.000 title claims abstract description 20
- 241000219422 Urtica Species 0.000 title claims abstract description 17
- 235000009108 Urtica dioica Nutrition 0.000 title claims abstract description 17
- 238000007667 floating Methods 0.000 claims description 83
- 230000006835 compression Effects 0.000 claims description 31
- 238000007906 compression Methods 0.000 claims description 31
- 239000004033 plastic Substances 0.000 claims description 6
- 229920003023 plastic Polymers 0.000 claims description 6
- 150000001336 alkenes Chemical class 0.000 claims 1
- 229920006389 polyphenyl polymer Polymers 0.000 claims 1
- 239000013535 sea water Substances 0.000 description 15
- 238000004140 cleaning Methods 0.000 description 11
- 230000000694 effects Effects 0.000 description 9
- 238000010586 diagram Methods 0.000 description 7
- 230000029142 excretion Effects 0.000 description 6
- 239000000203 mixture Substances 0.000 description 3
- 229920006327 polystyrene foam Polymers 0.000 description 3
- 235000013399 edible fruits Nutrition 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 210000000744 eyelid Anatomy 0.000 description 2
- 239000008400 supply water Substances 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 230000003628 erosive effect Effects 0.000 description 1
- 230000008595 infiltration Effects 0.000 description 1
- 238000001764 infiltration Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000001681 protective effect Effects 0.000 description 1
- 238000005086 pumping Methods 0.000 description 1
- 238000005406 washing Methods 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B15/00—Cleaning or keeping clear the surface of open water; Apparatus therefor
- E02B15/04—Devices for cleaning or keeping clear the surface of open water from oil or like floating materials by separating or removing these materials
- E02B15/10—Devices for removing the material from the surface
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B15/00—Cleaning or keeping clear the surface of open water; Apparatus therefor
- E02B15/04—Devices for cleaning or keeping clear the surface of open water from oil or like floating materials by separating or removing these materials
- E02B15/08—Devices for reducing the polluted area with or without additional devices for removing the material
- E02B15/0842—Devices for reducing the polluted area with or without additional devices for removing the material adapted to be towed for operation
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B15/00—Cleaning or keeping clear the surface of open water; Apparatus therefor
- E02B15/04—Devices for cleaning or keeping clear the surface of open water from oil or like floating materials by separating or removing these materials
- E02B15/08—Devices for reducing the polluted area with or without additional devices for removing the material
- E02B15/0857—Buoyancy material
- E02B15/0885—Foam
- E02B15/0892—Foam using expanded polystyrene foam
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Cleaning Or Clearing Of The Surface Of Open Water (AREA)
Abstract
The invention discloses a kind of environment water process Enteromorphas to recycle protection nettle automatically, including there are two the fixed links of corresponding setting, a supporting slider is respectively arranged in the fixed link, the sliding collector and a sliding support device of a sliding are respectively arranged in two supporting sliders, the driving runner and a support runner of a rotation are respectively arranged in the sliding collector and the sliding support device, the collection drawstring of a rotation is provided on the driving runner and the support runner, the Enteromorpha pull rod of swing is provided on the collection drawstring, the first support slide opening corresponding with the collection drawstring there are two being respectively set in the sliding collector and the sliding support device, an Enteromorpha cleaner is provided in the sliding collector, the rotation of the Enteromorpha pull rod can be further driven by the rotation for collecting drawstring, energy Enough further Enteromorpha can be cleared up using the Enteromorpha pull rod, float to bank pollution on the environment so as to avoid Enteromorpha.
Description
Technical field
The present invention relates to a kind of Enteromorpha cleaning equipments, and in particular to a kind of environment water process Enteromorpha recycles protective net automatically
Enteromorpha can be isolated for rope more particularly to one kind, and the environment water process of automatic transferring cleaning can be carried out to Enteromorpha
Enteromorpha recycles protection nettle automatically.
Background technique
Also the continuous increasing that people protect environmental consciousness is further promoted while continuous improvement with living standard
By force, wherein seashore is more and more welcomed by the people in present life, wherein people can assemble in the life in summer
To seashore amusement and recreation, but a kind of water plant Enteromorpha can be grown in the seawater, be especially that Enteromorpha is raw in the season in summer
Long season to influence the rest and entertainment of people, while also giving briny environment so can cover with Enteromorpha on the seashore in summer
Serious pollution is caused, wherein being all to pass through machinery after waiting Enteromorphas to float to bank mostly during clearing up Enteromorpha
It is collected, until Enteromorpha thoroughly disappears to achieve the purpose that collect processing Enteromorpha, although can be right using mechanical equipment
Enteromorpha is effectively cleared up, but there is problems:
Due to needing to be collected after Enteromorpha floats to bank so Enteromorpha can pollute the seawater on bank, thus
Playing for people is further influenced, and Enteromorpha floats to bank and large-scale mechanical equipment is needed to be cleared up later, from
And a large amount of workload further is caused to operator, while also further reducing the cleaning efficiency of Enteromorpha.
It is therefore necessary to design a kind of environment water process Enteromorpha to recycle protection nettle automatically, to solve the above technical problems.
Summary of the invention
The object of the present invention is to overcome the problems of the prior art, provides a kind of environment water process Enteromorpha and recycles automatically
Nettle is protected, two corresponding fixed links can be set in seawater, it is sliding that a support is respectively arranged in the fixed link
Bar is respectively arranged with a sliding collector and a sliding support device, in the sliding collector in two supporting sliders
Runner is supported with a driving runner and one is respectively arranged in the sliding support device, so as to utilize the driving runner
Rotation can further drive the rotation for collecting drawstring, so as to further drive turning for the Enteromorpha pull rod
It is dynamic, Enteromorpha can be further pulled by the Enteromorpha pull rod, float to bank so as to avoid Enteromorpha and environment is made
At pollution, and an Enteromorpha cleaner can be provided in the sliding collector, so as in the collection drawstring
It, can be by can be on Enteromorpha pull rod after first water drainage during sliding in the Enteromorpha cleaner
Enteromorpha is cleared up, to further be transported in the collection porus excretorius, so as to be incited somebody to action by the excretory duct
Enteromorpha is further transported to bank, floats to bank pollution on the environment so as to avoid Enteromorpha, while also further
The waste avoided in physical strength caused by manual cleaning Enteromorpha, further improve cleaning efficiency.
The invention is realized by the following technical scheme:
A kind of environment water process Enteromorpha recycles protection nettle automatically, described including there are two the fixed link of corresponding setting
It is respectively arranged with a supporting slider in fixed link, the sliding collector of a sliding is provided in a supporting slider, another
It is provided with the sliding support device of a sliding in supporting slider, the driving runner of a rotation is provided in the sliding collector,
It is provided with the support runner of a rotation in the sliding support device, is provided with one turn on the driving runner and the support runner
Dynamic collection drawstring, it is described to collect the Enteromorpha pull rod that swing is provided on drawstring.Can be arranged in seawater two it is corresponding
Fixed link is respectively arranged with a supporting slider in the fixed link, and it is sliding that one is respectively arranged in two supporting sliders
Dynamic sliding collector and a sliding support device, and be provided with and turn between the sliding collector and the sliding support device
Dynamic collection drawstring, so as to can further drive turning for the Enteromorpha pull rod by the rotation for collecting drawstring
It is dynamic, so as to can further pull the Enteromorpha in seawater by the Enteromorpha pull rod, floated to so as to avoid Enteromorpha
Bank pollution on the environment.
It is corresponding with the collection drawstring there are two being respectively set in the sliding collector and the sliding support device
First supports slide opening, is provided with an Enteromorpha cleaner in the sliding collector, is provided with one and institute in the Enteromorpha cleaner
It states and collects the corresponding discharge launder of drawstring, a water inlet pipe and one is additionally provided in the Enteromorpha cleaner and collects porus excretorius, it is described
The first drainage hole of circle connection corresponding with the discharge launder, the first drainage hole difference are provided in Enteromorpha cleaner
Connection corresponding with the water inlet pipe, and first drainage hole is corresponding with the Enteromorpha pull rod respectively, the Enteromorpha cleaning
Be additionally provided with the first porus excretorius of circle connection corresponding with the discharge launder in device, first porus excretorius respectively with the receipts
Collect the corresponding connection of porus excretorius, and the Enteromorpha pull rod is corresponding with first porus excretorius.It can turn in the collection drawstring
The Enteromorpha pull rod can be further set to slide into the Enteromorpha cleaner in dynamic process, so as to utilize described the
The Enteromorpha on Enteromorpha pull rod can be cleared up after one water drainage, so as to further make Enteromorpha rushing in water flow
It hits down and is passed in the collection porus excretorius, to achieve the purpose that carry out Enteromorpha cleaning collection, so as to avoid artificial clear
The increase for managing workload caused by Enteromorpha, can further improve working efficiency.
A wobble drive wheel rotated in the first support slide opening, the pendulum are additionally provided in the sliding collector
Dynamic driving wheel drives the collection drawstring rotation, and the compression bar of a sliding, the press are additionally provided in the sliding collector
One first floating plate is provided on bar, the compression bar drives the wobble drive wheel rotation.The wobble drive can be passed through
The rotation of wheel can further drive the rotation for collecting drawstring, so as to further drive the Enteromorpha pull rod
Rotation, so as to collecting the effect that can further improve the Enteromorpha pull rod during drawstring rotation and collect Enteromorpha
Fruit.
The water supply of connection corresponding with the water inlet pipe and the collection porus excretorius is additionally provided on the sliding collector
Pipe and an excretory duct are provided with the second floating plate of the corresponding setting of a row on the water supplying pipe and the excretory duct.It can lead to
It crosses the water supplying pipe to supply water to the water inlet pipe, and Enteromorpha further can be transported to bank using the excretory duct
Side, to prevent Enteromorpha from floating to bank pollution on the environment.
One the 4th floating plate is respectively arranged on the sliding collector and slidably supported device.The sliding can be passed through
The 4th floating plate being arranged on collector and the sliding support device, can further make the sliding collector and the cunning
Dynamic eyelid retractor floats in the seawater, so as to further be cleared up Enteromorpha.
Further, one first turn of chamber, the drive are respectively arranged in the sliding collector and the sliding support device
Turn wheel and the support runner respectively in first turn of intracavitary rotation, two described first support slide openings set respectively with it is described
First turn of corresponding connection of chamber, it is described sliding collector in be provided with one first turn of intracavitary rotation the 4th shaft, institute
It states driving runner to be arranged in the 4th shaft, a motor, the motor driven institute is additionally provided in the sliding collector
The rotation of the 4th shaft is stated, is respectively arranged with one second support slipper, the water supplying pipe and the excretion on second floating plate
Pipe is separately positioned on second support slipper, and the electricity powered to the motor is additionally provided on second support slipper
Line of force cable, described to slidably support the third shaft that a rotation is provided in device, the support runner is arranged in the third shaft
On.The motor can be powered by the electric power cable, so as to can be into one by the rotation of the motor
Step drives the rotation of the driving runner, so as to further drive the rotation for collecting drawstring, and can pass through
Second support slipper can further be fixed the water supplying pipe and the excretory duct, and can be by described
Second floating plate can further make the water supplying pipe and the excretory duct and electric power cable floating in the seawater, from
And further cleaning conveying can be carried out to Enteromorpha.
Further, the sliding through hole of a connection corresponding with the discharge launder, institute are provided in the Enteromorpha cleaner
It states collection drawstring to slide in the sliding through hole, and it is corresponding with the discharge launder to be additionally provided with one in the Enteromorpha cleaner
Clamping groove, first drainage hole is obliquely arranged, and corresponding with first porus excretorius, and the discharge launder is trapezoidal
Setting.High pressure washing further can be carried out to Enteromorpha pull rod by the draining of first drainage hole, so as to
Further the Enteromorpha on Enteromorpha pull rod is cleared up, and clamping groove can be provided in the Enteromorpha cleaner, so as to
Enough using first water drainage during so that Enteromorpha is normally passed to first porus excretorius
It is interior.
Further, one and two corresponding connections of the first support slide opening are respectively arranged in the sliding collector
The first groove and one second groove, first groove and the corresponding setting of the second groove of institute, setting in first groove
There is the first rotating shaft of rotation, the second shaft of rotation is provided in second groove, the wobble drive wheel is separately positioned on
In second shaft, a swinging support wheel corresponding with the wobble drive wheel is respectively arranged in the first rotating shaft.
The rotation for collecting drawstring can be further driven, by the rotation of the wobble drive wheel so as to further
Drive Enteromorpha pull rod rotation, so as to can further be guaranteed by the rotation of the Enteromorpha pull rod to Enteromorpha pull rod
Collect the effect of Enteromorpha.
A press slide opening is additionally provided in the sliding collector, the compression bar slides in the press slide opening, institute
The third groove for sliding connection corresponding with the press slide opening there are two settings in collector is stated, is distinguished in second shaft
It is provided with a first gear rotated in the third groove, is provided with one and two first gear on the compression bar
The clamping rack gear of corresponding engagement connection, the end of the compression bar are provided with a support plate, and the first floating plate setting exists
In the support plate.It can be described so as to further drive by the movement across the sea of first floating plate
The sliding of compression bar can further drive turning for the wobble drive wheel so as to the sliding by the compression bar
It is dynamic, so as to drive the rotation for collecting drawstring.
Further, the collection drawstring includes the corresponding connection sliding block of a row, the both ends point of the connection sliding block
She Zhi not be there are two the first link block and one second link block being correspondingly arranged to be intersected, first link block and described second connect
The corresponding rotation connection of cross shaft that block passes through one in crosswise setting respectively is connect, can be by the cross shaft, it can
The connection sliding block is set to rotate on the driving runner and the support runner, further so as into one
The rotation of the drive Enteromorpha pull rod of step.
A turning block being uniformly arranged, the two sides difference of the turning block are additionally provided on the connection sliding block side by side
It is provided with the rotation chamber of a T-shaped setting, wherein a connection sliding block corresponding with the turning block is provided with two panels, it is described
The rotary head of a T-shaped setting is respectively arranged on connection sliding block, the rotary head rotates intracavitary rotation, and institute described respectively
The two sides for stating turning block are respectively arranged with one first spring, and first spring is connected respectively in the connection sliding block
On, the third groove there are four concave setting is set on the turning block, one the is respectively arranged in the third groove
Five shafts, the Enteromorpha pull rod rotate in the 5th shaft respectively, and the Enteromorpha pull rod is respectively in the third groove
Interior swing is respectively arranged with the swing chamber of a connection corresponding with the third groove, the swing chamber on the turning block
Cylindrical setting, and it is described swing it is intracavitary be respectively arranged with one the 6th shaft, be respectively arranged with one turn in the 6th shaft
Dynamic rotating block is respectively arranged with the second spring of the tension Enteromorpha pull rod on the rotating block.It can be in the connection
Sliding block is capable of the rotation of the drive turning block simultaneously during rotating, can pass through the rotation energy of the turning block
Enough rotations for further driving the Enteromorpha pull rod, so as to can further be protected by the rotation of the Enteromorpha pull rod
It demonstrate,proves to the collecting effect of Enteromorpha, and can be rotated on the connection sliding block by the turning block, so as into one
The raising of step can further make described turn to the collecting effect of Enteromorpha by the elastic force pressure of the second spring
Movable slider resets.
After turning block connection corresponding with the connection sliding block on the driving runner and the support runner
Rotation, and the wobble drive wheel drives the connection sliding block rotation.The turning block and the connection sliding block can be made to exist
It is rotated on the driving runner and the support runner, so as to further drive the rotation of the Enteromorpha pull rod, thus
Enteromorpha can be cleared up.
The both ends of the turning block are connected separately with an elastometric boot, and elastometric boot described in both ends respectively corresponds company
It connects on the connection sliding block.It can be further to the second spring and the cross by the elastometric boot
Shaft is protected, to prevent the infiltration of Enteromorpha, can further guarantee the normal rotation to the turning block.
Further, a support turn trough, support turn trough setting triangular in shape, and institute are provided on the driving runner
The two sides for stating support turn trough respectively include the 4th groove being located on the driving runner, set respectively in the 4th groove
It is equipped with one the 7th shaft, the back-up roller wheel of a rotation is respectively arranged in the 7th shaft, the collection drawstring is in the branch
It is rotated on support idler wheel.Support turn trough can be set on the driving runner, and set respectively in the two sides of the support turn trough
It is equipped with the back-up roller wheel of a rotation, so as to which by the back-up roller wheel collection drawstring can be arrived just into one guarantee
Often rotation.
Further, third support slide opening, institute are respectively arranged on the sliding collector and the sliding support device
Supporting slider is stated to slide in third support slide opening respectively.It can be on the sliding collector and the sliding support device
It is respectively arranged with third support slide opening, so as to further guarantee to the sliding collector and the sliding support device
As the lifting of seawater is normally slided in the supporting slider.
Further, pass through the corresponding company of two support drawstrings between the sliding collector and the sliding support device
It connects, the first support slipper of the corresponding setting of a row, first support slipper is respectively arranged on two support drawstrings
On be respectively arranged with a third support slipper, be respectively arranged on the third support slipper one second support slide opening, the receipts
Collection drawstring slides in the second support slide opening respectively, and a third floating plate is respectively arranged on first support slipper.
It can be respectively arranged with the first support slipper on two support drawstrings, and be set respectively on first support slipper
It is equipped with one second support slide opening, so as to can further guarantee by the second support slide opening to the collection drawstring
Normal sliding, to guarantee to the collecting effect of Enteromorpha.
Further, first floating plate and second floating plate and the third floating plate and the 4th drift
Kickboard is polystyrene foam plate composition, is divided on first floating plate and second floating plate and the third floating plate
It Tong Guo not a plastic shell sealed envelope.It can be floated in first floating plate and second floating plate and the third
It can further be prevented by a plastic shell sealed envelope so as to utilize plastic shell sealed envelope respectively on plate
Seawater corrodes first floating plate with caused by second floating plate and the third floating plate.
Compared with prior art, the beneficial effects of the present invention are: two corresponding fixed links can be arranged in seawater,
It is respectively arranged with a supporting slider in the fixed link, a sliding collector is respectively arranged in two supporting sliders
With a sliding support device, a driving runner and a support are respectively arranged in the sliding collector and the sliding support device
Runner, so as to can further drive the rotation for collecting drawstring using the rotation of the driving runner, described
It collects and is provided with Enteromorpha pull rod on drawstring, it, can be by described so as to further drive the rotation of the Enteromorpha pull rod
The rotation of Enteromorpha pull rod can further pull the Enteromorpha in seawater, so that further collection cleaning is carried out to Enteromorpha, from
And it avoids Enteromorpha and floats to bank pollution on the environment, and an Enteromorpha can be provided in the sliding collector
Cleaner, so as to which described first can be passed through during the collection drawstring slides in the Enteromorpha cleaner
The Enteromorpha on Enteromorpha pull rod can be cleared up after water drainage, to further be transported to the collection porus excretorius
It is interior, to achieve the purpose that clear up Enteromorpha, so as to can further convey Enteromorpha by the excretory duct
To bank, bank pollution on the environment is floated to so as to avoid Enteromorpha, to further guarantee to the normal of people
It plays, while also further avoiding the waste in physical strength caused by manual cleaning Enteromorpha, further reduce workload, from
And further improve cleaning efficiency.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is that environment of embodiment of the present invention water process Enteromorpha recycles protection nettle overall structure diagram automatically.
Fig. 2 is that the embodiment of the present invention slides collector overall structure diagram.
Fig. 3 is compression bar of the embodiment of the present invention and the first gear attachment structure schematic diagram.
Fig. 4 is compression bar of the embodiment of the present invention and the wobble drive wheel overall structure side view.
Fig. 5 is connection sliding block of embodiment of the present invention overall structure diagram.
Fig. 6 is that the embodiment of the present invention drives runner overall structure side view.
Fig. 7 is that the embodiment of the present invention supports turn trough overall structure side view.
Fig. 8 is Enteromorpha of embodiment of the present invention cleaner overall structure side view.
Fig. 9 is discharge launder of embodiment of the present invention overall structure diagram.
Figure 10 is third of embodiment of the present invention support slipper overall structure diagram.
Figure 11 is the second support slipper of embodiment of the present invention overall structure diagram.
In figure: 1 fixed link, 2 supporting sliders, 3 sliding collectors, 4 sliding support devices, 5 support drawstrings, 6 first supports are slided
Drawstring, 8 driving runners, 9 support runners, 10 second support slippers, 11 first support slide openings, 12 first turns of chambers, 13 are collected in block, 7
Porus excretorius, 15 discharge launders, 16 first porus excretoriuses, 17 first grooves, 18 second grooves, 19 first turns are collected in Enteromorpha cleaner, 14
Axis, 20 second shafts, 21 swinging support wheels, 22 wobble drive wheels, 23 third shafts, 24 sliding through holes, 25 Enteromorpha pull rods, 26 tops
Compression bar, 27 support plates, 28 first floating plates, 29 water inlet pipes, 30 first drainage holes, 31 clamping grooves, 32 water supplying pipes, 33 excretory ducts,
34 electric power cables, 35 second floating plates, 36 the 4th shafts, 37 motors, 38 support turn troughs, 39 press slide openings, 40 clamping rack gears, 41
First gear, 42 first link blocks, 43 second link blocks, 44 cross shafts, 45 connection sliding blocks, 46 turning blocks, 47 rotary heads,
48 rotation chambers, 49 first springs, 50 third grooves, 51 the 5th shafts, 52 rotating blocks, 53 swing chamber, 54 the 6th shafts, 55 second
Spring, 56 third support slippers, 57 second support slide openings, 58 third floating plates, 59 the 4th grooves, 60 the 7th shafts, 61 supports
Idler wheel, 62 elastometric boots, 63 the 4th floating plates, 64 third grooves, 65 thirds support slide opening.
Specific embodiment
As shown in Figure 1 to 11, a kind of environment water process Enteromorpha recycles protection nettle automatically, including sets there are two corresponding
The fixed link 1 set is respectively arranged with a supporting slider 2 in the fixed link 1, a sliding is provided in a supporting slider 2
Sliding collector 3, the sliding support device 4 of a sliding is provided in another supporting slider 2, in the sliding collector 3
It is provided with the driving runner 8 of a rotation, the support runner 9 of a rotation, the driving runner are provided in the sliding support device 4
8 be provided with the collection drawstring 7 of a rotation on the support runner 9, it is described to collect the Enteromorpha pull rod that swing is provided on drawstring 7
25.Two fixed links 1 can be inserted in seabed, the quantity setting of the fixed link 1 can be configured as needed, and
And described 1 every two corresponding setting of fixed link, a supporting slider 2 is connected separately in the fixed link 1, the support is slided
A sliding collector 3 and a sliding support device 4 are respectively arranged on bar 2, in the sliding collector 3 and the sliding support device
The driving runner 8 and a support runner 9 of a rotation are respectively arranged in 4, on the driving runner 8 and the support runner 9
It is provided with a collection drawstring 7, so as to turn the collection drawstring 7 on the driving runner 8 and the support runner 9
Dynamic, the driving runner 8 can further drive the rotation for collecting drawstring 7, be provided with waterside on the collection drawstring 7
Tongue fur pull rod 25, the quantity that the Enteromorpha pull rod 25 is arranged can be configured according to the needs of design, and the Enteromorpha pull rod
25 can swing on the collection drawstring 7, so as to the collection drawstring 7 rotation during being capable of further band
The sliding of the Enteromorpha pull rod 25 is moved, it can be further in seawater so as to pass through the sliding of the Enteromorpha pull rod 25
Enteromorpha is pulled, and so as to achieve the purpose that collect Enteromorpha, prevents Enteromorpha from floating to pollution caused by bank, so as to
It is further to guarantee normally play by the sea to people, it can be into so as to be slided by the Enteromorpha pull rod 25
The pulling Enteromorpha of one step, so that Enteromorpha be further processed.
It is corresponding with the collection drawstring 7 there are two being respectively set in the sliding collector 3 and the sliding support device 4
The first support slide opening 11, an Enteromorpha cleaner 13 is provided in the sliding collector 3, is arranged in the Enteromorpha cleaner 13
There is a discharge launder 15 corresponding with the collection drawstring 7, is additionally provided with a water inlet pipe 29 and one in the Enteromorpha cleaner 13
Porus excretorius 14 is collected, the first draining of circle connection corresponding with the discharge launder 15 is provided in the Enteromorpha cleaner 13
Hole 30, first drainage hole 30 connection corresponding with the water inlet pipe 29 respectively, and first drainage hole 30 respectively with institute
It states that Enteromorpha pull rod 25 is corresponding, the of circle connection corresponding with the discharge launder 15 is additionally provided in the Enteromorpha cleaner 13
One porus excretorius 16, first porus excretorius 16 connection corresponding with the collection porus excretorius 14, and the Enteromorpha pull rod 25 respectively
It is corresponding with first porus excretorius 16.Phase there are two being respectively set in the sliding collector 3 and the sliding support device 4
The first support slide opening 11 being correspondingly arranged, the collection drawstring 7 can slide in the first support slide opening 11, in the cunning
It is provided with an Enteromorpha cleaner 13 in dynamic collector 3, a discharge launder 15, the excretion are provided in the Enteromorpha cleaner 13
Slot 15 is corresponding with the first support slide opening 11, and the collection drawstring 7 can slide in the discharge launder 15, in the waterside
It is additionally provided with a water inlet pipe 29 and one in tongue fur cleaner 13 and collects porus excretorius 14, is provided with a circle in the Enteromorpha cleaner 13
First drainage hole 30 of connection corresponding with the discharge launder 15 can lead to so as to pass through after the water inlet pipe 29 is intake
It crosses first drainage hole 30 to drain, and first drainage hole 30 is corresponding with the Enteromorpha pull rod 25 respectively, so as to
Hydroblasting further can be carried out to Enteromorpha pull rod 25 after enough draining by first drainage hole 30, so as to incite somebody to action
Enteromorpha on the Enteromorpha pull rod 25 rinses out, and a circle and 15 phase of discharge launder are additionally provided in the Enteromorpha cleaner 13
First porus excretorius 16 of corresponding connection, and first porus excretorius 16 connection corresponding with the collection porus excretorius 14, thus
The Enteromorpha on the Enteromorpha pull rod 25 is rinsed out after capable of being drained by first drainage hole 30, can further be made
The Enteromorpha is passed in first porus excretorius 16, so as to further be passed in the collection porus excretorius 14, from
And Enteromorpha can be further processed, so as to achieve the purpose that collect Enteromorpha.
A wobble drive wheel 22 rotated in the first support slide opening 11 is additionally provided in the sliding collector 3,
The wobble drive wheel 22 drives the collection drawstring 7 to rotate, and the compression bar of a sliding is additionally provided in the sliding collector 3
26, one first floating plate 28 is provided on the compression bar 26, the compression bar 26 drives the wobble drive wheel 22 to rotate.?
Described slide is additionally provided with a wobble drive wheel 22 rotated in the first support slide opening 11 in collector 3, and described first
It supports there are two the settings of slide opening 11, there are two the settings of wobble drive runner 22, so as to pass through the wobble drive wheel
22 rotation can be further driven to it is described collect drawstring 7 rotation, can by it is described collect drawstring 7 rotation can be into one
Step drives the rotation of the Enteromorpha pull rod 25, so as to further guarantee to imitate the collection of Enteromorpha to the Enteromorpha pull rod 25
Fruit is provided with the compression bar 26 of a sliding in the sliding collector 3, one first floating is provided on the compression bar 26
Plate 28 can be into one so as to pass through the fluctuation of wave so as to be floated across the sea using first floating plate 28
The movement of drive first floating plate 28 of step can pass through the top so as to drive the sliding of the compression bar 26
The sliding of compression bar 26 is able to drive the rotation of the wobble drive wheel 22, so as to pass through the rotation of the wobble drive wheel 22
It can be further driven to the rotation for collecting drawstring 7.
Connection corresponding with the water inlet pipe 29 and the collection porus excretorius 14 is additionally provided on the sliding collector 3
The second drift of the corresponding setting of a row is provided on water supplying pipe 32 and an excretory duct 33, the water supplying pipe 32 and the excretory duct 33
Kickboard 35.It is additionally provided with a water supplying pipe 32 and an excretory duct 33 on the sliding collector 3, bank can be provided with a pumping
Water pump can supply water to the water inlet pipe 29 by the water supplying pipe 32, and can will be described by the excretion 33
The Enteromorpha collected in porus excretorius 14 is further transported to bank, so as to carry out further collection processing to Enteromorpha,
Corresponding second floating plate 35 of a row is provided on the water supplying pipe 32 and the excretory duct 33, so as to pass through described the
Two floating plates 35 can further be such that the water supplying pipe 32 and the excretory duct 33 floats across the sea, so as to further
Guarantee to the water supplying pipe 32 and the excretory duct 33 normal water supply and excretion Enteromorpha.
It is respectively arranged with one the 4th floating plate 63 on the sliding collector 3 and slidably supported device 4, it can be in the cunning
It is respectively arranged with one the 4th floating plate 63 on dynamic collector 3 and the sliding support device 4, so as to further make the cunning
Dynamic collector 3 and the sliding support device 4 floating across the sea, and can make the sliding collector 3 and sliding branch
Support device 4 slides in the supporting slider 2, so as to further clear up the Enteromorpha on sea, thus further
Prevent Enteromorpha from floating on bank after pollution on the environment.
As shown in Fig. 2, Fig. 6 and Figure 11, one the is respectively arranged in the sliding collector 3 and the sliding support device 4
One turn of chamber 12, the driving runner 8 rotate in first turn of chamber 12 respectively with the support runner 9, and two described first
Support slide opening 11 sets connection corresponding with first turn of chamber 12 respectively, and one is provided in the sliding collector 3 described the
The sliding collector 36 in the 4th shaft is arranged in the 4th shaft 36 rotated in one turn of chamber 12, the driving runner 8
A motor 37 is additionally provided in 3, the motor 37 drives the 4th shaft 36 to rotate, and sets respectively on second floating plate 35
It is equipped with one second support slipper 10, the water supplying pipe 32 is separately positioned on second support slipper 10 with the excretory duct 33
On, and the electric power cable 34 powered to the motor 37, the sliding support device 4 are additionally provided on second support slipper 10
It is inside provided with the third shaft 23 of a rotation, the support runner 9 is arranged in the third shaft 23.It is collected in the sliding
One first turn of chamber 12 is respectively arranged in device 3 and the sliding support device 4, first turn of chamber 12 is a cavity, the drive
Turn wheel 8 and support runner 9 being rotated in first turn of chamber 12 respectively, and two first support slide openings 11 are distinguished
Connection corresponding with first turn of chamber 12, described two first supports slide openings 11 are arranged in parallel, and the collection
Drawstring 7 can slide in the first support slide opening 11, and the 4th shaft of a rotation is provided in the sliding collector 3
36, the 4th shaft 36 can rotate in first turn of chamber 12, and the driving runner 8 is arranged at described 4th turn
On axis 36, a motor 37 is provided in the sliding collector 3, the motor 37 can drive described 36 turns of 4th shaft
It is dynamic, the rotation of the 4th shaft 36 can be further driven to so as to the rotation by the motor 37, so as into
One step drives the rotation of the driving runner 8, and one second support slipper 10, institute are respectively arranged on second floating plate 35
It states water supplying pipe 32 and the excretory duct 33 is separately positioned on second support slipper 10, so as to utilize described second
The water supplying pipe 32 and the excretory duct 33 is fixed in support sliding block 10, and is provided on second support slipper 10
Electric power cable 34, so as to be powered using the electric power cable 34 to the motor 37, so as to utilize described the
The electric power cable 34 is fixed in two support slippers 10, and can make the power line by second floating plate 35
Cable 34 floats across the sea, is powered so as to the electric system further by bank to the electric power cable 34,
And it can be supplied water by the water pump that bank is arranged to the water supplying pipe 32, it can be by excretory duct 33 by Enteromorpha and water
Mixture is transported to bank, so as to which Enteromorpha is further processed, to prevent Enteromorpha from floating to bank to environment
Caused by pollution also further reduce the workload of worker simultaneously, can further improve working efficiency, while also can
It is enough further to guarantee to people normally playing by the sea, and the of a rotation is provided in device 4 in described slidably support
Three shafts 23, the support runner 9 are arranged in the third shaft 23, so as to can be by the third shaft 23
One step guarantees the normal rotation to the support runner 9.
As shown in Figure 8 and Figure 9, the cunning of a connection corresponding with the discharge launder 15 is provided in the Enteromorpha cleaner 13
Dynamic through-hole 24, the collections drawstring 7 slide in the sliding through hole 24, and be additionally provided in the Enteromorpha cleaner 13 one and
The corresponding clamping groove 31 of the discharge launder 15, the obliquely setting of first drainage hole 30, and with first porus excretorius
16 is corresponding, the trapezoidal setting of the discharge launder 15.One and 15 phase of discharge launder are provided in the Enteromorpha cleaner 13
Corresponding connection drives sliding through hole 24, the sliding through hole 24 can connection corresponding with the first support slide opening 11, it is described
Collecting drawstring 7 can slide in the sliding through hole 24, and be additionally provided with and the excretion in the Enteromorpha cleaner 13
The corresponding clamping groove 31 of slot 15, so as to which the clamping can be utilized during first drainage hole 30 draining
Slot 31 stops the water being discharged in the first drainage hole 30, so as to guarantee to water to be normally passed to first excretion
In hole 16, Enteromorpha is normally conveyed excessively so as to be further ensured that, first drainage hole 30 is obliquely set
Set, and described corresponding with first porus excretorius 16, so as to first drainage hole 30 draining after can be into one
The drive Enteromorpha of step is passed in first porus excretorius 16, so as to slide into the discharge launder in the Enteromorpha pull rod 25
With rear at 15, Enteromorpha can be flushed in first porus excretorius 16 under the impact of water flow, to further circulate
Into the collection porus excretorius 14.
As shown in Figures 2 to 4, one and two the first support slide opening 11 is respectively arranged in the sliding collector 3
First groove 17 of corresponding connection and one second groove 18, first groove 17 setting corresponding with the second groove 18 of institute,
It is provided with the first rotating shaft 19 of rotation in first groove 17, the second shaft of rotation is provided in second groove 18
20, the wobble drive wheel 22 is separately positioned in second shaft 20, be respectively arranged in the first rotating shaft 19 one with
The corresponding swinging support wheel 21 of the wobble drive wheel 22.One and two institute is respectively arranged in the sliding collector 3
Corresponding first groove 17 of the first support slide opening 11 and one second groove 18 are stated, the first support slide opening 11 is provided with two
It is a, then there are two first groove 17 and second groove 18 be respectively set, and first groove 17 with it is described
The corresponding setting of second groove 18 is respectively arranged with the first of a rotation in first groove 17 and second groove 18
Shaft 19 and one second shaft 20, the first rotating shaft 19 and second shaft 20 institute in the sliding collector 3 respectively
If turn hole in rotation, the wobble drive wheel 22 is separately positioned in second shaft 20, so as to pass through described the
The rotation of two shafts 20 can be further driven to the rotation of the wobble drive wheel 22, be respectively set in the first rotating shaft 19
There is a swinging support wheel 21, so as to can further drive the receipts during wobble drive wheel 22 rotation
Collect the rotation of drawstring 7, so as to which turning for the Enteromorpha pull rod 25 can be further driven to by the rotation for collecting drawstring 7
It is dynamic, can further it guarantee to the collecting effect to Enteromorpha, and can be by the rotation of the swinging support wheel 21 to institute
It states collection drawstring 7 to be supported, so as to further guarantee to the normal rotation for collecting drawstring 7.
A press slide opening 39 is additionally provided in the sliding collector 3, the compression bar 26 is in the press slide opening 39
Sliding, in the sliding collector 3 setting there are two with the third groove 64 of the corresponding connection of the press slide opening 39, described the
It is respectively arranged with a first gear 41 rotated in the third groove 64 in two shafts 20, is provided on the compression bar 26
The one clamping rack gear 40 for engaging connection corresponding with two first gears 41, the end of the compression bar 26 is provided with one
Fagging 27, first floating plate 28 are arranged in the support plate 27.A press is additionally provided in the sliding collector 3
Slide opening 39, the compression bar 26 can slide in press slide opening 39, and there are two also setting up in the sliding collector 3
Third groove 64 corresponding with the press slide opening 39 is respectively arranged with a first gear in two second shafts 20
41, the first gear 41 can rotate in the third groove 64, and be additionally provided with a card on the compression bar 26
Rack gear 40 is connect, so as to which the cunning of the clamping rack gear 40 can be further driven to during the compression bar 26 sliding
It is dynamic, so as to which the rotation of the first gear 41, Neng Goujin can be further driven to by the sliding of the clamping rack gear 40
The rotation of the drive wobble drive wheel 22 of one step, so as to drive the rotation for collecting drawstring 7, in the compression bar
26 top is provided with a support plate 27, and first floating plate 28 is arranged in the support plate 27, so as to pass through
Support plate 27 is stated to be supported first floating plate 28, so as to make the floating of the first floating plate 28 across the sea,
The movement of the support plate 27 can be driven, further so as to the effect by wave so as to further drive
The sliding of the compression bar 26, so as to drive the rotation of the first gear 41.
As shown in figure 5, the collection drawstring 7 includes the corresponding connection sliding block 45 of a row, the connection sliding block 45
Both ends intersect the first link block 42 and one second link block 43 being correspondingly arranged, first link block 4 there are two being respectively set
With second link block 43 respectively by one in crosswise setting the corresponding rotation connection of cross shaft 44.The collection is drawn
Rope 7 includes the connection sliding block 45 of the corresponding connection of a row, and the quantity that the connection sliding block 45 is arranged can be according to the need of design
It is configured, the collection drawstring 7 is constituted after the corresponding connection of the connection sliding block 45 side by side, in the connection sliding block 45
Both ends be respectively set there are two the first link block 42 and one second link block 43 that are correspondingly arranged is intersected, so as to pass through two
A the first link block 42 being correspondingly arranged and second link block 43 of intersecting is rotatablely connected by the way that a cross shaft 44 is corresponding, from
And can further make side by side the connection sliding block 45 connect side by side, and connection sliding block 45 arranged side by side can be enable
Further rotated on the driving runner 8 and the support runner 9.
It is additionally provided with a turning block 46 being uniformly arranged on the connection sliding block 45 side by side, the two of the turning block 46
Side is respectively arranged with the rotation chamber 48 of a T-shaped setting, wherein a connection sliding block 45 corresponding with the turning block 46 is set
It is equipped with two panels, the rotary head 47 of a T-shaped setting is respectively arranged on the connection sliding block 45, the rotary head 47 is respectively in institute
Rotation in rotation chamber 48 is stated, and the two sides of the turning block 46 are respectively arranged with one first spring 49, first spring 49
It is connected respectively on the connection sliding block 45, the third groove there are four concave setting is set on the turning block 46
50, one the 5th shaft 51 is respectively arranged in the third groove 50, and the Enteromorpha pull rod 25 is respectively in the 5th shaft 51
Upper rotation, and the Enteromorpha pull rod 25 is swung in the third groove 50 respectively, is respectively arranged on the turning block 46
The swing chamber 53 of one connection corresponding with the third groove 50, the cylindrical setting of the swing chamber 53, and the swing chamber
It is respectively arranged with one the 6th shaft 54 in 53, is respectively arranged with the rotating block 52 of a rotation in the 6th shaft 54, described turn
The second spring 55 of the tension Enteromorpha pull rod 25 is respectively arranged on motion block 52.It is also set on the connection sliding block 45 side by side
It is equipped with the turning block 46 that a row is uniformly arranged, the quantity that the turning block 46 is arranged can be set according to the Enteromorpha pull rod 25
The quantity set carries out corresponding setting, and the turning block 46 is evenly distributed between the connection sliding block 45 side by side,
In the position of the turning block 46 setting, wherein corresponding connection sliding block 45 is made of two panels, in the turning block 46
Two sides are respectively arranged with the rotation chamber 48 of a T-shaped setting, are respectively arranged with a rotary head on the connection sliding block 45 described in two panels
47, the rotary head 47 distinguishes T-shaped setting, and two rotary heads 47 rotate in the rotation chamber 48 respectively, from
And the rotation of the turning block 46 can be further driven by the rotation of the connection sliding block 45, in the rotation
The two sides of sliding block 46 are respectively arranged with one first spring 49, and first spring 49 is connected respectively in the connection sliding block 45
On, so as to pass through the elastic force pressure of first spring 49, it can further make the turning block 46 in the mistake of rotation
It can be resetted in journey, and the third groove 50 there are four concave setting is set on the turning block 46, in the third
One the 5th shaft 51 is respectively arranged in groove 50, there are four the settings of Enteromorpha pull rod 25, and respectively at described 5th turn
It is rotated on axis 51, and the Enteromorpha pull rod 25 can be swung in the third groove 50 respectively, in the turning block
A swing chamber 53 corresponding with the third groove 50 is also respectively provided in 46, the swing chamber 53 is cylindrical respectively to be set
It sets, one the 6th shaft 54 is respectively arranged in the swing chamber 53, is respectively arranged with a rotation in the 6th shaft 54
Rotating block 52, is respectively arranged with a second spring 55 on the rotating block 52, and the second spring 55 is connected respectively
On the Enteromorpha pull rod 25, slided so as to which the rotation can be further driven to during the connection sliding block 45 rotation
The rotation of block 46 after the turning block 46 turns in the sliding through hole 24, and slides into the discharge launder 15
After interior, it can further make the Enteromorpha pull rod 25 in the third groove by the rotation of the Enteromorpha pull rod 25
Swing in 50 so as to further guarantee the normal sliding to the connection sliding block 45, and can pass through described turn
The rotation of movable slider 46 can further make described after turning on the driving runner 8 and the support runner 9
Enteromorpha pull rod 25 is contracted in the third groove 50, so as to further guarantee to the normal of the turning block 46 to turn
It is dynamic, and so that the Enteromorpha pull rod 25 is resetted by the tightening force of the second spring 55, so as to
Enough functions of guaranteeing to the Enteromorpha pull rod 25 normally to collect Enteromorpha.
Turn after the turning block 46 connection corresponding with the connection sliding block 45 in the driving runner 8 and the support
It is rotated on wheel 9, and the wobble drive wheel 22 drives the connection sliding block 45 to rotate.It can be turned by the driving runner 8
The enough rotations for further driving the turning block 46 and the connection sliding block 45 of kinetic energy, so as to drive the Enteromorpha to draw
The sliding of bar 25 so as to further be collected to Enteromorpha, and can pass through the rotation of the wobble drive wheel 22
It is able to drive the rotation of the connection sliding block 45, can further make institute under the action of cross shaft 44
45 rotation of connection sliding block is stated, so as to further drive the rotation of the turning block 46, so as to drive the waterside
The rotation of tongue fur pull rod 25 can further can be collected Enteromorpha, to mention by the rotation of the Enteromorpha pull rod 25
High collecting effect, and can further make the turning block 46 multiple by the tightening force of first spring 49
Position, so as to further guarantee to the collecting effect to Enteromorpha.
The both ends of the turning block 46 are connected separately with an elastometric boot 62, the difference of elastometric boot 62 described in both ends
It is correspondingly connected on the connection sliding block 45.An elastometric boot 62 can be respectively set at the both ends of the turning block, from
And first spring 49 can be sealed using the elastometric boot 62, so as to further guarantee to described
The normal rotation function of turning block 46, while can be further ensured that the normal reset of the turning block 46.
As shown in Figure 6 and Figure 7, a support turn trough 38 is provided on the driving runner 8, the support turn trough 38 is in triangle
Shape setting, and the two sides of the support turn trough 38 respectively include the 4th groove 59 being located on the driving runner 8, it is described
It is respectively arranged with one the 7th shaft 60 in 4th groove 59, the back-up roller wheel of a rotation is respectively arranged in the 7th shaft 60
61, the collection drawstring 7 rotates in the back-up roller wheel 61.A support turn trough 38, institute are provided on the driving runner 8
The support setting annular in shape of turn trough 38, and the support turn trough 38 setting triangular in shape are stated, the two of the support turn trough 38
Side respectively includes the 4th groove 59 being arranged on the driving runner 8, and the 4th groove 59 is respectively arranged with a circle,
And corresponding setting is respectively arranged with one the 7th shaft 60 in the 4th groove 59, divides in the 7th shaft 60
It is not provided with the back-up roller wheel 61 of a rotation, the collection drawstring 7 can rotate in the back-up roller wheel 61, can pass through institute
It states back-up roller wheel 61 to be supported the collection drawstring 7, so as to further guarantee to collect the normal of drawstring 7 to described
Rotation,
As shown in Figure 1, being respectively arranged with third support slide opening on the sliding collector 3 and the sliding support device 4
65, the supporting slider 2 is slided in third support slide opening 65 respectively.It can be in the sliding collector 3 and the cunning
Third support slide opening 65 is respectively arranged on dynamic eyelid retractor 4, so as to further using third support slide opening 65
Slide the sliding collector 3 and the sliding support device 4 in the supporting slider 2, so as to further make institute
Sliding collector 3 and the sliding support device 4 floating are stated in water, so as to which the cunning can be made with the lifting on sea level
Dynamic collector 3 and the sliding support device 4 are gone up and down in seawater.
As shown in Fig. 1 and Figure 10, pass through two support drawstrings 5 between the sliding collector 3 and the sliding support device 4
Corresponding connection, is respectively arranged with the first support slipper 6 of the corresponding setting of a row on two support drawstrings 5, and described the
It is respectively arranged with a third support slipper 56 on one support slipper 6, is respectively arranged with one second on the third support slipper 56
Slide opening 57 is supported, the collection drawstring 7 slides in the second support slide opening 57 respectively, divides on first support slipper 6
It is not provided with a third floating plate 58.There are two supports to draw for setting between the sliding collector 3 and the sliding support device 4
Rope 5, two support drawstrings 5 are arranged in parallel, and it is opposite on the described two support drawstrings 5 to be respectively arranged with a row
The first support slipper 6 that should be arranged, is respectively arranged with a third support slipper 56 on first support slipper 6, and described
One second support slide opening 57 is respectively arranged on three support slippers 56, so as to support slide opening 57 can be right using described second
The collection drawstring 7 is supported, so as to further guarantee to the normal rotation for collecting drawstring 7, and in institute
It states and is respectively arranged with a third floating plate 58 on the first support slipper 6, so as to utilize the third floating plate 58 can be right
First support slipper 6 is supported, so as to further make the floating of the first support slipper 6 in the seawater, from
And it can guarantee to the normal rotation for collecting drawstring 7.
First floating plate 28 and second floating plate 35 and the third floating plate 58 and the 4th floating
Plate 63 is polystyrene foam plate composition, first floating plate 28 and second floating plate 35 and and third drift
Pass through a plastic shell sealed envelope in kickboard 58 and the 4th floating plate 63 respectively.The polystyrene foam can be passed through
The first floating plate 28 that plate is constituted and second floating plate 35 and the third floating plate 58 and the 4th floating plate 63,
So as to further reduce manufacturing cost, and can in first floating plate 28 and second floating plate 35 and
And the third floating plate 58 on the 4th floating plate 63 respectively by a plastic shell sealed envelope, so as into
One step prevent seawater to first floating plate 28 and second floating plate 35 and and the third floating plate 58 with
The erosion of 4th floating plate 63.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate 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 proposed 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 technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (8)
1. a kind of environment water process Enteromorpha recycles protection nettle automatically, it is characterised in that: including consolidating there are two corresponding setting
Fixed pole is respectively arranged with a supporting slider in the fixed link, and the sliding that a sliding is provided in a supporting slider is collected
Device is provided with the sliding support device of a sliding in another supporting slider, is provided with a rotation in the sliding collector
Drive runner, be provided with the support runner of a rotation in the sliding support device, the driving runner on the support runner
It is provided with the collection drawstring of a rotation, it is described to collect the Enteromorpha pull rod that swing is provided on drawstring；
Be respectively set in the sliding collector and the sliding support device there are two with the collection drawstring corresponding first
Slide opening is supported, an Enteromorpha cleaner is provided in the sliding collector, is provided with one and the receipts in the Enteromorpha cleaner
Collect the corresponding discharge launder of drawstring, a water inlet pipe and one is additionally provided in the Enteromorpha cleaner and collects porus excretorius, the Enteromorpha
Be provided with the first drainage hole of circle connection corresponding with the discharge launder in cleaner, first drainage hole respectively with institute
The corresponding connection of water inlet pipe is stated, and first drainage hole is corresponding with the Enteromorpha pull rod respectively, in the Enteromorpha cleaner
It is additionally provided with the first porus excretorius of circle connection corresponding with the discharge launder, first porus excretorius is arranged with the collection respectively
The corresponding connection in hole is let out, and the Enteromorpha pull rod is corresponding with first porus excretorius；
A wobble drive wheel rotated in the first support slide opening is additionally provided in the sliding collector, the swing is driven
Driving wheel drives collections drawstring rotation, described to slide the compression bar that a sliding is additionally provided in collector, on the compression bar
It is provided with one first floating plate, the compression bar drives the wobble drive wheel rotation；
Be additionally provided on the sliding collector with the water inlet pipe and the water supplying pipe for collecting the corresponding connection of porus excretorius and
The second floating plate of the corresponding setting of a row is provided on one excretory duct, the water supplying pipe and the excretory duct；
One the 4th floating plate is respectively arranged on the sliding collector and slidably supported device.
2. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the sliding
One first turn of chamber is respectively arranged in collector and the sliding support device, the driving runner and the support runner exist respectively
First turn of intracavitary rotation, two the first support slide openings set connection corresponding with first turn of chamber, the cunning respectively
Be provided in dynamic collector one first turn of intracavitary rotation the 4th shaft, the driving runner setting is at described 4th turn
On axis, a motor, the rotation of the 4th shaft described in the motor driven, second floating are additionally provided in the sliding collector
One second support slipper is respectively arranged on plate, the water supplying pipe and the excretory duct are separately positioned on second support slipper
On, and the electric power cable powered to the motor is additionally provided on second support slipper, setting in the sliding support device
There is the third shaft of a rotation, the support runner is arranged in the third shaft.
3. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the Enteromorpha
The sliding through hole of a connection corresponding with the discharge launder is provided in cleaner, the collection drawstring is in the sliding through hole
Sliding, and a clamping groove corresponding with the discharge launder is additionally provided in the Enteromorpha cleaner, first drainage hole is in
Skewed setting, and, the discharge launder trapezoidal setting corresponding with first porus excretorius.
4. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the sliding
The first groove and one second groove of one with two corresponding connections of the first support slide opening, institute are respectively arranged in collector
The first groove and the corresponding setting of the second groove of institute are stated, is provided with the first rotating shaft of rotation in first groove, described second
The second shaft of rotation is provided in groove, the wobble drive wheel is separately positioned in second shaft, and described first turn
A swinging support wheel corresponding with the wobble drive wheel is respectively arranged on axis；
A press slide opening is additionally provided in the sliding collector, the compression bar slides in the press slide opening, the cunning
The third groove of connection corresponding with the press slide opening there are two settings in collector is moved, is respectively set in second shaft
There is a first gear rotated in the third groove, it is opposite with two first gears to be provided with one on the compression bar
The clamping rack gear of connection should be engaged, the end of the compression bar is provided with a support plate, and first floating plate is arranged described
In support plate.
5. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the collection
Drawstring includes the corresponding connection sliding block of a row, and the both ends of the connection sliding block are respectively set that there are two intersect to be correspondingly arranged
First link block and one second link block, first link block and second link block pass through one respectively and are arranged in crosswise
The corresponding rotation connection of cross shaft；
A turning block being uniformly arranged is additionally provided on the connection sliding block side by side, the two sides of the turning block are respectively set
There is the rotation chamber of a T-shaped setting, wherein a connection sliding block corresponding with the turning block is provided with two panels, the connection
The rotary head of a T-shaped setting is respectively arranged on sliding block, the rotary head rotates intracavitary rotation, and described turn described respectively
The two sides of movable slider are respectively arranged with one first spring, and first spring is connected respectively on the connection sliding block, institute
The third groove being arranged on turning block there are four concave setting is stated, is respectively arranged with one the 5th turn in the third groove
Axis, the Enteromorpha pull rod rotate in the 5th shaft respectively, and the Enteromorpha pull rod is put in the third groove respectively
It is dynamic, the swing chamber of a connection corresponding with the third groove is respectively arranged on the turning block, the swing chamber is in circle
Tubular setting, and it is described swing it is intracavitary be respectively arranged with one the 6th shaft, be respectively arranged with a rotation in the 6th shaft
Rotating block is respectively arranged with the second spring of the tension Enteromorpha pull rod on the rotating block；
It is rotated on the driving runner and the support runner after turning block connection corresponding with the connection sliding block,
And the wobble drive wheel drives the connection sliding block rotation；
The both ends of the turning block are connected separately with an elastometric boot, and elastometric boot described in both ends is connected respectively
On the connection sliding block.
6. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the driving
A support turn trough, support turn trough setting triangular in shape are provided on runner, and the two sides of the support turn trough respectively include
There is the 4th groove being located on the driving runner, is respectively arranged with one the 7th shaft in the 4th groove, the described 7th
The back-up roller wheel of a rotation is respectively arranged in shaft, the collection drawstring rotates in the back-up roller wheel.
7. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the sliding
Third support slide opening is respectively arranged on collector and the sliding support device, the supporting slider is respectively in the third branch
Support sliding in slide opening.
8. a kind of environment water process Enteromorpha recycles protection nettle automatically according to claim 1, it is characterised in that: the sliding
By the corresponding connection of two support drawstrings between collector and the sliding support device, set respectively on two support drawstrings
It is equipped with the first support slipper of the corresponding setting of a row, a third support slipper is respectively arranged on first support slipper,
One second support slide opening is respectively arranged on the third support slipper, the collection drawstring is respectively in the second support slide opening
Interior sliding is respectively arranged with a third floating plate on first support slipper；
First floating plate and second floating plate and the third floating plate and the 4th floating plate are polyphenyl second
Alkene cystosepiment is constituted, and passes through a plastics respectively on first floating plate and second floating plate and the third floating plate
Shell sealed envelope.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710395118.2A CN107130574B (en) | 2017-05-30 | 2017-05-30 | A kind of environment water process Enteromorpha recycles protection nettle automatically |
| CN201811604415.4A CN109706904B (en) | 2017-05-30 | 2017-05-30 | Intelligent environment water treatment enteromorpha cleaning device |
| CN201811604412.0A CN109704418B (en) | 2017-05-30 | 2017-05-30 | Full-automatic environmental water treatment enteromorpha recycling equipment |
| CN201910092795.6A CN109811736B (en) | 2017-05-30 | 2017-05-30 | Automatic protection net rope of retrieving of environmental water treatment waterside tongue |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710395118.2A CN107130574B (en) | 2017-05-30 | 2017-05-30 | A kind of environment water process Enteromorpha recycles protection nettle automatically |
Related Child Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910092795.6A Division CN109811736B (en) | 2017-05-30 | 2017-05-30 | Automatic protection net rope of retrieving of environmental water treatment waterside tongue |
| CN201811604415.4A Division CN109706904B (en) | 2017-05-30 | 2017-05-30 | Intelligent environment water treatment enteromorpha cleaning device |
| CN201811604412.0A Division CN109704418B (en) | 2017-05-30 | 2017-05-30 | Full-automatic environmental water treatment enteromorpha recycling equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107130574A CN107130574A (en) | 2017-09-05 |
| CN107130574B true CN107130574B (en) | 2019-04-16 |
Family
ID=59735042
Family Applications (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811604412.0A Active CN109704418B (en) | 2017-05-30 | 2017-05-30 | Full-automatic environmental water treatment enteromorpha recycling equipment |
| CN201910092795.6A Active CN109811736B (en) | 2017-05-30 | 2017-05-30 | Automatic protection net rope of retrieving of environmental water treatment waterside tongue |
| CN201811604415.4A Active CN109706904B (en) | 2017-05-30 | 2017-05-30 | Intelligent environment water treatment enteromorpha cleaning device |
| CN201710395118.2A Active CN107130574B (en) | 2017-05-30 | 2017-05-30 | A kind of environment water process Enteromorpha recycles protection nettle automatically |
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| CN201910092795.6A Active CN109811736B (en) | 2017-05-30 | 2017-05-30 | Automatic protection net rope of retrieving of environmental water treatment waterside tongue |
| CN201811604415.4A Active CN109706904B (en) | 2017-05-30 | 2017-05-30 | Intelligent environment water treatment enteromorpha cleaning device |
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| CN109704418B (en) * | 2017-05-30 | 2021-08-03 | 南京溧水高新产业股权投资有限公司 | Full-automatic environmental water treatment enteromorpha recycling equipment |
| CN112343025A (en) * | 2019-07-26 | 2021-02-09 | 台州市涌星贸易有限公司 | Recovery device for water surface floating objects |
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| CN203113302U (en) * | 2013-01-23 | 2013-08-07 | 刘元歌 | Enteromorpha cleaning ship |
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| CN203113302U (en) * | 2013-01-23 | 2013-08-07 | 刘元歌 | Enteromorpha cleaning ship |
| CN106564414A (en) * | 2016-11-14 | 2017-04-19 | 青岛智享专利技术开发有限公司 | Pebble falling preventing compartment of building gravel carrier vehicle |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107130574A (en) | 2017-09-05 |
| CN109704418B (en) | 2021-08-03 |
| CN109706904A (en) | 2019-05-03 |
| CN109706904B (en) | 2021-02-05 |
| CN109704418A (en) | 2019-05-03 |
| CN109811736A (en) | 2019-05-28 |
| CN109811736B (en) | 2020-11-17 |
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